VITA System 12 Vertical Enclosure - Elma Electronic

VITA-Based System Platforms 

VME, VME64x, VPX, VXS, VXI, and more 

Elma Electronic www.elma.com 

SYSTEM PLATFORMS 

BACKPLANES 

ACCESSORIES 

SYSTEM COMPONENTS 

INTEGRATION SERVICES 

TEST & VALIDATION 

SERVICES

Elma Electronic 

ABOUT ELMA 

Founded in 1962, Elma is an industry innovator in the design and manufacture 

of electronic enclosures and passive electronic components. Elma enjoys 

a leading position in the VME/VME64x, VXI, VXS, VPX, PXI, cPCI, ATCA, 

MicroTCA and Rugged COTS packaging markets. 

Based in Wetzikon, Switzerland and Fremont, California, Elma is a global 

leader in electronic enclosures and components. The company has facilities 

and representatives in over 24 countries. Elma has a broad base of customers 

in diverse industries such as telecommunications, industrial control, medical 

electronics, military and defense. 

Elma strives to provide products superior in quality, reliability, performance, and 

consistently presents new, innovative designs to the market. Elma’s product 

line encompasses well over 16,000 parts, including enclosures, cabinets, high 

quality switches, LED arrays, knobs and much more. Elma also offers design 

and integration services backed by responsive and knowledgeable technical 

support. Elma’s leading quality level is reached through training of all employees 

and following of systematic procedures per ISO 9001 standards to which 

Elma has been registered. 

CUSTOM SOLUTIONS 

Customization is the standard at Elma Electronic. With an extensive 

offering of modular products as a foundation, Elma is able to leverage 

existing solutions and proven design concepts to meet any custom 

application. This approach ensures that Elma will provide a quality, 

compliant solution with significantly reduced lead time, cost and risk. 

Elma leads the industry in modifying standard VITA based backplanes and 

chassis to meet customer’s exact needs. 

TECHNICAL CAPABILITIES 

System Integration 

Thermal Testing 

EMC Testing 

Verification Testing 

Simulation/Characterization 

Agency Certification 

WHY CHOOSE ELMA 

Flexibility | Elma tailors solutions to individual applications to ensure 

fast and cost-effective results. 

Experience | Extensive practical experience in packaging electronic systems 

is used to minimize the time taken to develop new customized solutions 

without compromising system performance or reliability. 

Compatibility | Because the two key electromechanical components - 

enclosures and backplanes - are made in-house, Elma guarantees compatibility, 

consistency and reliability. 

Global Resources | With manufacturing in Europe, Asia and the USA, 

customers benefi t from local service backed by global resources. 

1 

ELMA PRODUCT DIVISIONS 

Enclosures & Components 

Backplanes 

System Platforms 

Switches, Knobs & LEDs 

Cabinets

Table of Contents 

VITA System Option Key 5 

VITA System Enclosures Overview 7 

Type 11 Card Cages 9 

VITA System 11 Enclosures 

Overview 11 

Horizontal Enclosure (3U) 13 


Vertical Enclosure (7U) 17 


VITA System 12 Enclosures 

Overview 21 



Vertical Enclosure, Short (7U) 29 

Vertical Enclosure, Long (7U) 31 

Vertical Enclosure, Short (9U) 33 

Vertical Enclosure, Long (9U) 35 

Vertical Enclosure (10U) 

with 6U Boards 37 

Vertical Enclosure (10U) 

with 6U Boards-Full Height Drives 39 

VITA/VPX System 12 Enhanced Cooling 

12U (with 6U Boards), Vertical 41 


Overview 43 




Vertical Enclosure,Short (7U) 51 

Vertical Enclosure,Long (7U) 53 


Overview 55 






Overview 65 

Tower Enclosure (Small) 67 

Tower Enclosure (Medium) 69 


Overview 71 

Type 39V Enclosure (1U) 73 




Elite Rackmount (1U) 81 

E-Frame (9U) 83 

E-Frame (12U) 85 

VME Backplanes 87 

Overview 87 

VME J1, J2 Monolithic Backplane 89 

VMEbus J1/2 Backplane 90 

VME 64x 6U Backplane 91 

VME 64x 7U Backplane 92 

VXS Backplane 93 

VPX Backplane 94 

J2 VME Development Backplane 95 

Fullbus Backplane 96 

J0 Backplane 97 

System Accessories 98 

200mm, 400mm Test Extender 98 

VME64x Test Extender 99 

VXI Test Extender 100 

VXS Test Extender 101 

Form Factor Extenders 102 

Slot Bypass Board 

VPX 3U/6U Slot Blocker 103 

VME/VME64x Load Boards 104 

Power Interface Boards 105 

SerDes Test Blade 106 

SysMon Online Pro 107 

System Monitor 108 

VME/VXI Voltage Monitor 109 

Rear Trasition Boards (RTM's) 109 

Accessories 110 

Power Supplies 110 

Accessories 111 

Fixing Materials 114 

Front Panels 116 

Appendix 119 

Conversion Tables 119 

U/HP in mm (inch), U/T in mm (inch) 

19” Rack Dimensions 121 

Mounting in 6U sub-racks 122 

Dimensions of plug-in printed 

board assemblies 123 

Dimensions of printed circuit cards 124 

IP Protection Classes 127 

EMC 128 

Ventilation 134 

Technical Information 135 

Extrusions 137 

Planning Aid 166 

2

VITA (VMEbus International Trade Association) 

3 

Elma Electronic I www.elma.com 

VMEbus Products: 

■ System Platforms 

■ Backplanes 

■ Extender Boards 

■ Jumper Boards 

■ Form Factor Adapters 

■ Power Supplies 

■ Voltage & Systems Monitors 

■ Load Cards 

Elma has integrated its engineering and design experience to provide high quality, technically sound 

products and services to the VITA (VMEbus International Trade Association) community. This background 

information will cover the evolution from standard 96 pin VME to the latest fabric architectures 

of VXS and VPX. The VME (Versa Module Europe) system defines an interfacing system used 

to interconnect data processing, data storage and peripheral control devices in a closely coupled 

hardware configuration. Our goal is to ensure that every VME or VITA-based product we manufacture 

fulfills or exceeds the standards. Elma’s specification, innovations, market-driven product line, 

and services are guaranteed for their consistency and excellence. 

The VMEbus evolved from Motorola’s VERSAbus. VERSAbus is a bus structure originally designed 

to allow the interconnection of various printed-circuit board modules. VERSA modules take full 

advantage of the capabilities of the 16- and 32- bit MC68000 family of microprocessors. The Versa 

Module Eurocard (VMEbus module) was developed in Motorola’s Munich facility. This more compact 

version of the VERSAbus quickly became a standard in Europe. In 1981, Motorola, in collaboration 

with Mostek, Signetics/Philips, and Thompson CSF of France, announced the VMEbus as a nonproprietary 

standard in the public domain. 

The VMEbus mechanical assembly specifications are based on DIN 41 495, Part 5 and IEC 297-3. 

VMEbus modules come in two basic sizes - 100 x 160mm (3U) Eurocard or 233.35 x 160mm (6U) 

Double Eurocard. The depth of each is 160mm (approximately 6 inches) while their heights are 3U 

and 6U. The backplane pitch is 0.8”. 

The VMEbus specification describes the 6U subrack divided into two parts. The upper portion is designated 

as J1/P1 and the lower portion, J2/P2. The backplane allocated to the upper portion, the “J1 

system bus backplane”, is designed as a complete 16-bit system. The connectors of the associated P1 

connector plane have 96 contacts. Each is always used. The P2 connector plane, the “J2 extension 

bus backplane”, is allocated to the subrack’s lower area. The J2 backplane expands the system to a 

32-bit system by adding 8 addresses and 16 data lines; the P2 connectors also have 96 contacts. 

The 32 contacts in J2’s Row B are intended for the 32-bit extension. The remaining contacts in Rows 

A and C can be user-defined.


While the VMEbus specifies the use of all three rows on P1 and P2’s center row, it does not define 

the use of the two outside rows of the P2 connector, Rows A and C. These 64 pins may be used 

to provide signal paths for the VME system’s local subsystem bus, the VMXbus, or to provide userdefined 

input/output (I/O) connections to 64-pin ribbon cables. 

The VXIbus specification was created in 1987 for instrumentation systems. The main sizes for VXI 

are “C” (6U x 340mm) and “D” (9U x 340mm) and the backplane pitch is 1.2mm The specification 

of the mechanical assembly is based on DIN 41419U, Part 5, and IEC 297-3. 

The VMEbus has evolved over the years to meet the industry and market expectations successfully. IEEE 

1014-1987, ANSI/VITA 1-1994, which is also known as VME64. Since its introduction in 1995, a variety 

of boards and chips have been introduced to support this standard. This standard, being a mechanical 

and electrical ‘superset’ of the original IEEE 1014-1987, offered the following enhancements. 

Larger, 64-bit data path for 6U Boards 

Larger, 64-bit addressing range for 6U Boards 

32-bit data and 40-bit addressing modes for 3U Boards 

Twice the bandwidth (up to 80 MB/sec) 

Lower noise connector system 

Cycle retry capabilities 

Bus lock cycles 

First slot detector 

Automatic ‘plug and play’ features 

Configuration ROM/CSR capability 

Re-definition of SERCLK and SERDAT pins 

The VME64 standard provided a foundation for the VME64 Extensions or VME64x (VITA 1.1-1997). 

VME64x adds even more capabilities such as: 

A new 160 pin connector family 

A 95 pin PO/JO connector 

3.3V power supply pins 

More +5 VDC power pins 

Geographical addressing 

Higher bandwidth cycles (up to 160 MB/sec) 

141 more user defined pins 

IEEE 1101.11 compliant rear plug-in units (Transition modules) 

Live insertion/Hot Swap capability 

Injector/Ejector locking handles (IEEE 1101.10) 

EMC front panels (IEEE 1101.10) 

ESD features (IEEE 1101.10) 

This specification laid the groundwork for High Availability and Live Insertion (Hot Swap) VME64 

Standards. All old legacy boards that comply with IEEE-1014-1987 are considered to be VME 64 

compliant and are identified as VME 64 compatible. All these new boards work in conjunction with 

the old legacy boards providing a smooth upgrade path for system integrators. Thus the VMEbus continues 

to grow and support diverse applications such as industrial automation and controls, defense, 

telecom, medical and instrumentation. 

4


In 2004, the VXS (VME Switched Serial) architecture was created. VXS (VITA 41 family of 

specifications) adds a high-speed MultiGig connector over P0 of a VME64x backplane for serial 

data traffic. The same style of connector is also used for hub slots, driving the centralized fabric 

signals. VXS is fully backwards-compatible to VME. Designers have the flexibility of plugging in 

standard VME64x cards for parallel bus only, integrate the payload and switch cards for parallel 

bus and switch fabric transport or switch fabric transport only. The VXS specification allows for four 

differential serial pairs per direction link over P0, and supports up to two such ports on each VMEbus 

card. The result is theoretical slot-to-slot bandwidth of 3,050 MB/s. 

VPX (VITA 46/48 family of specifications) was ratified in 2006 and uses the same family of connector 

as VXS. 6U VPX utilizes a mesh topology for high connectivity and performance. The specification 

allows for the use of VME, however, does not require it. Hybrid VPX backplanes incorporate 

the VMEbus signals typically across the P2 area of the MultiGig connector slots going out to legacy 

VME64x slots. These parallel bus signals are combined with the mesh differential signaling. 3U 

VPX can take various forms, but to offer enough I/O it typically has a twisted pair routing topology. 

A full mesh topology over 3U VPX would simply take up the vast majority of available pins. The VPX 

Gigabit Ethernet Control Plane per VITA 46.20 is an option with a GigE switch, providing a separate 

star or dual star network for out-of-band communication. VPX in the mesh format offers a theoretical 

slot-to-slot bandwidth of 5,000 MB/s. 

In keeping with our commitment to provide reliable and consistent products, Elma is proud to offer 

an extensive line of VITA-based products and services. 

VXS Type 12, 12U 

Type 11, VME 64x 

5 

VXS Backplane 


VME Tower 

Online Pro 

E-Frame, VME 64x 

12R2 

VPX Rugged

VITA SYSTEM - KEYING 

[11, 12, 14, 15, 32, 39] V ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ 

❑❑ NUMBER OF SLOTS 

00-21: Single BP; AY-YA: Split 

Example 7 slot = 07 

Example 12 + 9 = LI 

❑ BP BARE BOARD 

K = VITA 31.1 

L = VXS Dual Star 

M = V64, J12 mono, 3 row 

N = VME64x, 6U 

O = VME64x, 7U 

P = VPX, 6U (VITA 46) 

W = VPX, 3U (VITA 46) 

Q = J1 only 

R = J1/J2 Separate 

S = VXS Star 

T = VXS (Mesh) 

V = JO 

X = No BP Installed 

Y = Hybrid 

Z = Custom 

❑ BP CONNECTOR 

(CONFIGURATION J1/J2/PO) 

L = 5 row, RT-2 PO & SW 

M = 3 row, J1 flush, J2 13mm 

N = 3 row, J1/J2, 17mm 

O = 5 row, w/o PO 

P = 5 row, w/ PO 

Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 

X = No Connectors 

Y = Hybrid 

Z = Custom 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 

D = 1 x slim line CDROM 

X = Not Installed 

❑ HEIGHT 

1 =1U 

2 = 2U 

3 = 3U 

4 = 4U 

6 = 6U 

7 =- 7U 

9 = 9U 

A = 10U 

C = 12U 

❑ WIDTH 

3 = 32 T 

4 = 42 T (49T) 

6 = 63 T 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

❑ DEPTH 

2 = 200mm - 299mm 

3 = 300mm - 399mm 

4 = 400mm - 499mm 

5 = 500mm - 599mm 

6 = 600mm - 699mm 

❑ CARD ORIENTATION 

V = Vertical 

H = Horizontal 

T = Top Load 

❑ PSU INPUT 

A = 110/220VAC (Plug-in) 

C = 90-230VAC (Fixed) 

E = 110/220VAC (2 x HS, N + 1) 

G = 90-230VAC (Plug-in) 

H = 48VDC (Plug-in) 

K = 48VDC (Fixed) 

M = 48VDC (2 x HS, N + 1) 

N = 28VDC (Fixed) 

O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 

❑ PSU OUTPUT 

(NOT ALL PSU COMBINATIONS AVAILABLE) 

1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 

L = 1200 - 1299 watts (w 3.3V) 

M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 

O = 1500 - 1599 watts (w 3.3V) 


❑ SHIELDING LEVEL 

0 = Level 0 

1 = Level 1 

2 = Level 2 


6

VITAbus Enclosure Overview 

7 

Card Cages Type 11 

■ Open frames based on precision extrusions 

■ Eurocard IEEE 1101.10 compliant 

■ 3U to 12U high 

■ 160mm to 400mm depths 

■ 3-21 slot versions 

■ Card sizes 3U, 6U and 9U, depths to 400mm 

System 11 Enclosures 

■ 19" Rackmount pre-galvanized steel 

■ IEEE 1101.10/.11 compliant 

■ Sizes 3U to 9U high 

■ 5, 7, 9, 12 and 21 slot versions standard 

■ Advanced EMC shielding 

■ 80mm Rear I/O card mounting 

■ Wired platform with backplane, power supply, and 

integrated cooling 

System 12 Enclosures 

■ 19" Rackmount, alodined aluminum 


■ 2U to 15U high 



■ 80mm Rear I/O optional 


integrated cooling. 


■ 19" Rackmount/Desktop, universal construction 




■ Vinyl clad aluminum cover set 


integrated cooling.

VITAbus Enclosure Overview 


■ 19" Rackmount/Desktop powder coated aluminum 



■ 5, 7, 12 and 21 slot versions standard 





■ Portable Tower 


■ 3, 5, 7, 9 and 12 slot versions standard 

■ Options with and without drives 

■ Vinyl clad aluminum cover set 




■ Economical steel platforms for rackmount or deskside 


■ 1U, 2U, 4U and Mini-tower 

■ 2, 4, 5 and 7 slot versions standard 




■ E-Frame Development chassis: 

■ 9U and 12U heights 

■ Half and full width sizes (49T and 84T) 

■ Flexible, high power and cooling options 

8

Type 11 Card Cages 

PRODUCT INFORMATION 

Elma offers both standard and custom subracks for a wide variety of bus standards including VME, VME64x and 

VXI systems. Our cardcages conform to DIN 41494 and IEEE 1101.10. These subracks are readily available 

in various heights (3U, 6U, 9U, 12U), number of slots (3-21) and board depths (160mm to 400mm). With our 

unique part numbering system, you can specify your card cages including number of slots, with or without ears 

and bus system you are using. The card cages are assembled and ready to use. 

ORDERING INFORMATION 

e 

T 

41 

Standard 

9 

H Hs 

A 

Dimension “e” see Appendix 

Standard 

b 

B 

Front View 

C 

Plan View 

Economic 

Economic 


FEATURES: 

■ 19" Rackmount aluminum construction 

■ 160mm to 400mm depth 

■ Precision extruded card cage 

■ 3 to 21 slots 

■ With or without rack flanges 

■ Height: 3U, 6U, 9U and 12U 

■ Pin protection standard 

■ Over 700 configurations available 

■ Fully assembled with or without backplane 

Description Order Number 

■ 19" Rackmount 

■ 10.5”(H) x 17”(W) x 8.5”(D) 

■ Holds 21, 6U x 160mm 

■ 21 Slot J1/J2 Monolithic VME, Backplane 

1CC0684221MM16EZ

TYPE 11 SPECIFICATIONS 

HEIGHT DEPTH WIDTH 

for H Hs T 

STANDARD 

for A B b C 

3U 132.50 112.50 216 / 276 / 336 42HP 269.24 252.54 213.36 226.8 

5.210 4.430 8.50 / 10.860 / 13.220 10.600 9.940 8.400 8.930 

6U 265.85 245.85 216 / 276 / 336 84HP 482.60 465.90 426.72 440.2 

10.470 9.680 8.50 / 10.860 / 13.220 19.000 18.340 16.800 17.330 

7U 310.30 290.30 239.5 / 299.5 

12.220 11.430 9.420 / 11.790 / 14.150 

9U 399.20 379.20 216 / 276 / 336 

15.720 14.930 8.50 / 10.860 / 13.220 

ECONOMIC 

ECONOMIC 

3U 132.50 112.50 216 / 276 84HP 482.6 465.9 426.72 440.2 

5.210 4.430 8.500 / 10.860 19.000 18.340 16.800 17.330 

6U 265.85 245.85 216 / 276 

10.470 9.680 8.500 / 10.860 

CUSTOM CONFIGURATIONS 

❑ ❑ CARD HEIGHT 

03 = 3U 

06 = 6U 

09 = 9U 

12 = 12U 

❑ ❑ UNIT WIDTH 

00 - 84 (HP = .2”) 

❑ UNIT DEPTH 

2 = 216mm 

3 = 336mm 

4 = 456mm 

❑ ❑ NUMBER OF SLOTS 

00-21: Single Backplane 

AY-YA: Split Backplane 

ICC ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ ❑ 



L = VXS (Dual Star) 






Q = J1 only 


S = VXS (Star) 


V = JO 


Z = Custom 



L = 5 row, w/o PO, w/ RT-2 


N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Z = Custom 

❑ CARD DEPTH 

16 = 160mm 

22 = 220mm 

28 = 280mm 

34 = 340mm 

40 = 400mm 

❑ CONFIGURATION 

E = Ears (19”) 

N = No Ears 

❑ HANDLES 

H = Handles 

Z = Not Installed 

(Open) 

10 

VME SYSTEMS T11CC

VITA System 11 Overview 


■ 19” Rackmount, sheet steel, pre-galvanized enclosure 

■ Dimensions according to IEEE 1101.10/.11 

■ Sizes 3U to 9U high 

■ 3 to 21 slot backplanes 

■ Advanced EMC shielding without gaskets, standard 

■ Vibration resistant 

■ Designed to meet UL, CE and FCC requirements 

■ Mounting for 3U or 6U VITA-Based System Platforms (VME, 

VME64x, VPX, VXS, VXI), horizontal or vertical 

■ Rear I/O optional 

■ Wide range of EMC shield peripheral modules and panels 

■ AC or DC input 

■ System Monitoring optional 

■ 100 watt - 1000 watt power supplies 

Elma Type 11 family of enclosures provides a high quality, cost effective platform for packaging rackmount 

VITA System applications. Designed to IEEE 1101.10/.11 standards, Type 11 enclosures give advanced 

EMC shielding protection and are available with a wide range of options. Based on a modular packaging 

approach, the system can be configured by selecting the backplane, PSU, device modules and the number 

of slots. Engineered for superior cooling the Type 11 is available with either front to rear or bottom to top 

airflow. Standard heights are 3U-9U with custom sizes possible. The Type 11 will accept 3U or 6U cards 

mounted vertically or horizontally. Systems can be configured with or without rear I/O card cage. 

11 

FEATURES:


PRODUCT INFORMATION 

■ Advanced EMC shielding is standard 

■ Dimensions according to IEC 60297 

■ Rapid assembly 

■ Top and bottom covers fully perforated 

MATERIAL 

■ Aluminum extrusions, electrically conducting 

■ Side plates, top and bottom covers of 

pre-galvanized sheet steel 

SCOPE OF DELIVERY 

■ Complete sub-rack including M 2.5 tapped strips 

Front extrusions meet IEEE 1101.10 

and Compact PCI Standard, specially 

designed for plug-in units with high 

insert/extract forces. 

By means of standard snap-fit and 

screw connections also suitable for 

demanding applications. 

Rear panel (has to be 

ordered separately) 

Typical attenuation for Type 11C 

in dB 

100 

90 

80 

70 

60 

50 

40 

30 

20 

10 

0 

10 20 50 100 200 500 1000 

frequency in MHz 

12 

VME SYSTEMS T11

VITA System 11 Horizontal Enclosure (3U) 

SCOPE OF SUPPLY 



FEATURES: 

■ 19” Rackmount fully compliant to IEEE 1101.10/.11 

■ 3U x 84HP x 290mm (H x W x D) 

■ 6U Horizontal card mounting 

■ Optional 80mm Rear I/O 

■ 5 slot VITA-Based System Platforms (VME, VME64x, VPX, VXS, VXI) 

■ Advanced EMC shielding to meet CE and FCC 

■ Cooling front to rear 

■ Wide range of PSU inputs (90 - 264 VAC, 48 VDC) 

■ Fixed-mount or front pluggable PSUs with redundant 

hot swap options 

■ System monitoring for DC voltages, fan fail and 

over temp (optional) 

■ Connector options: 3 Row (96 PIN), 

5 Row (160 PIN), 5 Row + P0 

■ Ready to run - turnkey solution 

High quality 19” rackmount chassis platform consisting of pre-galvanized steel enclosures, high performance 

VITA System backplane, power supply, cooling system and AC/DC power components. Assembled, wired 

and tested prior to shipment. 

13 


■ 3U(H) x 17”(W) x 290mm(D) 

■ Holds 5, 6U x 160mm Cards 

■ 5 Slot VME Backplane 

■ 2 x 3.5” HH Devices 

■ 1 x 50 CFM Fan 

■ 150W: +5V/15A; +12V/5A; -12V/1A 

11V05MM238N2HC11 

VME

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

Front View Top View 

Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

6U 

3U 

80mm 

160mm 

Air Flow 

Operating Storage / Transit 

0°C to +50°C 

6000 ft. (1,829m) 

5% to 95% Non condensing 

10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 

Designed to meet UL 1950, FCC, A, B, CE 

Approx:17lbs 

290mm 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

11 V ❑ ❑ ❑ ❑ ❑ 3 8 N ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 


X = No Mounting 

❑ HEIGHT 

3 = 3U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

❑ DEPTH 

2 = 200mm - 299mm 

3 = 300mm - 399mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 

AC 

84HP 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


14 

VME SYSTEMS T11





FEATURES: 


■ 4U x 84HP x 290mm (H x W x D) 

■ 6U Horizontal card mounting 


■ 7 slot VITA-Based System Platforms (VME, VME64x, VPX, 

VXS, VXI) 









5 Row (160 PIN), 5 Row + P0, RT-2 





15 

I 

O 


■ 4U(H) x 17”(W) x 290mm(D) 


■ 7 Slot VME or VME 64x Backplane 


■ 1 x 114 CFM Fans 

■ 250W: +5V/40A; +12V/6A; -12V/6A; 

3.3V/20A 

11V07OP448N2HCB1 


■ 4U(H) x 17”(W) x 290mm(D) 


■ 5 Slot VPX Backplane 

■ No Device Mounting 



3.3V/20A 

11VO5PSX48N2HCB1 

64X 

VPX

LINE DRAWINGS 

84HP 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

6U 

4U 

80mm 

160mm 

Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 19lbs 

290mm 

11 V ❑ ❑ ❑ ❑ ❑ 4 8 ❑ ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

4 = 4U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

❑ DEPTH 

2 = 200mm - 299mm 

3 = 300mm - 399mm 



6U 

84HP 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


4U 

16 

VME SYSTEMS T11

VITA System 11 Vertical Enclosure (7U) 




FEATURES: 


■ 7U x 84HP x 290mm (H x W x D) 

■ 6U Vertical card mounting 

■ Rear 6U x 80mm I/O card cage 


■ 3 to12 slot VITA-Based System Platforms (VME, VME64x, VPX, 

VXS, VXI) backplane options 


■ Cooling bottom to top 


■ Fixed-mount or front pluggable PSUs with redundant hot 

swap options 

■ System monitoring for DC voltages, fan fail and over temp 

(optional) 

■ Connector options: 3 Row (96 PIN), 5 Row (160 PIN), 

5 Row + P0 





17 

PSU 

PSU 


■ 7U(H) x 17”(W) x 290mm(D) 

■ Holds 12, 6U x 160mm Card 

■ 12 Slot VME64x Backplane 



■ 500 watt Plug-in PSU: 5V/60A; 

+12V/12A;12V/4A; 3.3V/60A 

11V12OPX78Y2VGE1 


■ 7U(H) x 17” (W) x 290mm(D) 

■ Holds 12, 6U x 160mm Card 


■ 1 x 5.25” & 2 x 3.5” Devices 


■ 500 watt Plug-in PSU: 5V/60A; 

+12V/12A; -12V/4A; 3.3V/60A 

11V12OP678Y2VGE1 

64X 

64X

LINE DRAWINGS 

6U 

1U 

84HP 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

Front View Right Top Side View View 

Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 24lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

11 V ❑ ❑ ❑ ❑ ❑ 7 8 ❑ ❑ V ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

7 =- 7U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

160mm 80mm 

Air Flow 290mm 

❑ DEPTH 

2 = 200mm - 299mm 

3 = 300mm - 399mm 



36HP 

84HP 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


AC 

18 

VME SYSTEMS T11





FEATURES: 




19 

PSU 1 

PSU 2 

PSU 

PSU 1 

PSU 2 


■ 9U x 84HP x 290mm (H x W x D) 

■ 6U Vertical card mounting 

■ Rear 6U x 80mm I/O card cage 

■ 3 to 21 slot VITA-Based System Platforms (VME, VME64x, VPX, 

VXS, VXI) backplane options 






■ System monitoring for DC voltages, fan fail, and over temp 

(optional) 


5 Row (160 PIN), 5 Row + P0 



■ 9U(H) x 17”(W) x 290mm(D) 

■ Holds 12, 6U x 160mm Cards, front 




■ 2 X 500 watt Plug-in PSU: 5V/60A; 

+12V/12A; -12V/4A; 3.3V/60A 

■ Rear I/O 


■ 9U(H) x 17”(W) x 290mm(D) 

■ Holds 12, 6U x 160mm Cards 





+12V/12A; -12V/4A; ; 3.3V/60A 

■ Rear I/O 

11V12OPX98Y2VPE1 



■ 9U(H) x 17”(W) x 290mm(D) 


■ 12 Slot VXS Backplane 



■ 2 x 500 watt Plug-in PSU: 5V/60A; 

+12V/12A; 12V/4A; 3.3V/60A 

■ Rear I/O 

11V12LLX98Y2VPE1 

64X 

64X 

VXS

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

❑ DRIVES 

1 = 1 x 3.5” 

84HP 

1U 

6U 

2U 

Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 26lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

11 V ❑ ❑ ❑ ❑ ❑ 9 8 ❑ ❑ V ❑ ❑ ❑ 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

9 = 9U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

6U 

X 

160mm 

290mm 

6U 

X 

80mm 

❑ DEPTH 

2 = 200mm - 299mm 

3 = 300mm - 399mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 

AC 

9U 

OPTIONAL 

REAR I/O 

CARD CAGE 

84HP 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


AC 

1U 

6U 

2U 

20 

VME SYSTEMS T11

VITA System 12 Enclosure Overview 

Elma System 12 family of enclosures provides a high quality, modular platform for packaging rackmount 

VITA System applications. Designed to Eurocard and IEEE standards, System 12 Enclosures give advanced 

EMC shielding protection and are available with a wide range of options. Based on a modular packaging 


of slots. Engineered for superior cooling the System 12 is available with either front to rear or bottom to top 

airflow. Standard heights are 2U-12U with custom sizes possible. The System 12 will accept 3U, 6U or 9U 

cards mounted vertically or horizontally. Systems can be configured with or without rear I/O card cage. 

Figure 1: Example of Level 1 shielding, 

gasketing and panel construction. 

21 


FEATURES: 

■ 19” Rackmount, alodined aluminum 

■ Sizes 2U - 15U high 


■ Mounting for 3U or 6U cards 160mm - 400mm 

VITA-Based System Platforms (VME, VME64x, VPX, VXS, VXI) 

■ EMC Gaskets for superior shielding 

■ Vibration resistant 


■ Vertical or horizontal card mounting 


■ Wide range of EMC shield peripheral modules 



■ System Monitoring


Measurements of Shielding Effectiveness on Type 12 

Basic Level 0 

Type 12 Subrack with 

standard front panels 

(cover plates perforated or 

unperforated) 

Typical shielding effectiveness in dB 

100 

90 

80 

70 

60 

50 

40 

30 

20 

10 

0 

H-Field 

9k 20k 50k 100k 200k 500k 1M 2M 5M 10M 20M 30M 

Frequency in Hz 

Level 1 

Type 12 Subrack with EMC 

front panels 

(cover plates unperforated) 


100 

90 

80 

70 

60 

50 

40 

30 

20 

10 

0 

H-Field 

9k 20k 50k 100k 200k 500k 1M 2M 5M 10M 20M 30M 


Level 2 

Type 12 Subrack with EMC 

front panels and gasket kit 

(cover plates unperforated) 


100 

90 

80 

70 

60 

50 

40 

30 

20 

10 

0 

H-Field 

9k 20k 50k 100k 200k 500k 1M 2M 5M 10M 20M 30M 





100 

100 

100 

90 

90 

90 

80 

80 

80 

70 

70 

70 

60 

60 

60 

50 

50 

50 

40 

30 

E-Field 

40 

30 

E-Field 

40 

30 

E-Field 

20 

20 

20 

10 

10 

10 

0 

0 

0 

10 20 50 100 200 500 100 10 20 50 100 200 500 1000 10 20 50 100 200 500 100 

Frequency in MHz 



22 

VME SYSTEMS T12


Shock and Vibration 

The capabilities of Type 12 systems to withstand the effect of shock are primarily dependent on the electronic 

components, power supplies, disk and tape drives, and the computer boards. Where shock is a concern, the 

system needs to be evaluated for the proposed application. 

In general, VITA systems with drives will withstand non-operating shocks of 10 to 15 G’s, 11 ms. without 

damage. Operating capabilities are typically limited by the disks to around 1 or 2 G’s. Type 12 systems have 

significantly better vibration resistance than other commercial and industrial systems. Heavy duty construction 

with rugged panels and extrusions, rigid monolithic backplanes, industrial power supplies, and optional antivibration 

card guides, provides a sturdy system. 

The Type 12 Chassis is designed to be more rugged than the electronic modules it contains to provide the 

best foundation for their protection from vibration. The Random Vibration Capabilities figure below shows 

the vibration resistance of high quality industrial 6U VME cards and 3.5 inch Winchester drives. VITA cards 

meeting the highest vibration requirements typically have all components soldered in, avoid axial capacitors 

and other large head mounted devices, and have mezzanine cards bolted into place. 

Winchester disk drives are the most sensitive components in most systems. The capabilities shown are for 

a 400MB 3.5 inch top-of-the-line drive. 5.25 inch drives are generally more sensitive. When vibration is a 

concern, Elma can provide detailed analysis of the specific vibration environment and the capabilities of the 

proposed system. 

Power Spectral 

Density G 2 /Hz 

23 

1 

0.6 

0.4 

0.2 

0.1 

0.06 

0.04 

0.02 

0.01 

0.006 

0.004 

0.002 

0.0006 

0.0004 

0.0002 

0.0001 


1 2 4 6 10 20 40 60 100 200 400 600 1000 2000


FEATURED SYSTEMS 

VITA System 12 Horizontal Enclosure 

The System 12 Horizontal Enclosure is shielded and designed for rackmount use. It is ideal for small computers 

holding up to twelve cards. It is available in 5 and 7 slot versions. It easily accommodates 6U x 160mm 

boards. Boards are housed with a horizontal orientation. Front or rear loading options are available and the 

optional recessed front presents a clean appearance. Superior air-flow dynamics allows for efficient air intake 

at either front or side; exhaust at back or side. Drive holders are standard. The power supply is mounted 

behind the cards. The system enclosures are fully wired and tested prior to delivery. The system can be ordered 

with enhanced shielding with fingers and gaskets. 

VITA System 12 Vertical Enclosure (Bottom to Top Cooling) 

The System 12 Vertical Enclosure is fully shielded and designed for rackmount use. It is ideal for computers 

holding up to twenty-one cards. It is available in many slot versions. It easily accommodates 6U x 160mm 

boards. Front or rear loading options are available and the optional recessed front presents a clean 

appearance. High volume fans provide air flow dynamics that allow for bottom to top cooling. Drive holders 

are standard. The power supply is mounted behind the cards. The system enclosures are fully wired and 

tested prior to delivery. Overall enclosure height is 7U or 12.25”. Provision for transition card cage to mount 

Motorola 6U x 100mm boards is made. The version C with a “recessed card cage” for Type 12 Enclosure 

is also available. 

VITA System 12 Vertical Enclosure (9U) 

The System 12 Vertical Enclosure is fully shielded and designed for rackmount use. It is available in 12, 15, 

18, and 21 slot versions and comes with a recessed card cage. It easily accommodates 6U x 160mm boards. 

Boards are housed with a vertical orientation. Front or rear loading options are available and the optional 

recessed front presents a clean appearance. High volume fans provide air flow dynamics that allow for bottom 

to top cooling. Drive holders are standard. The power supply is mounted behind the cards. The system 

enclosures are fully wired and tested prior to delivery. Overall enclosure is 9U high or 15.75”. Versions A, 

B, C and D are available for the System 12 Vertical Enclosure. 

VITA System 12 Vertical Large (6U Boards) Full Height Drives 

The System 12 Vertical Enclosure is fully shielded and designed for rackmount or desktop use. It is available in 

12 and 21 slot versions and comes with a recessed card cage. It easily accommodates 6U x 160mm boards. 

Boards are housed with a vertical orientation. Front or rear loading options are available and the optional 

recessed front presents a clean appearance. High volume fans provide air flow dynamics that allow for bottom 

to top cooling. Drive holders are standard. The power supply is mounted behind the cards. The system 

enclosures are fully wired and tested prior to delivery. Overall enclosure is 12U or 21” high. 

24 


VITA System 12 Horizontal Enclosure (3U) 



25 


FEATURES: 

■ 19” Rackmount fully compliant to Eurocard and IEEE standards 

■ 3U x 84HP x 290mm (H x W x D) 

■ 6U horizontal card mounting 








(optional) 


5 Row (160 PIN), 5 Row + P0, RT-2 


High quality 19” rackmount chassis platform consisting of alodined aluminum enclosures, high performance 




■ 5.25”(H) x 17”(W) x 15.75”(D) 


■ 5 Slot VME 

■ Holds 2 x 3.5” Devices 



12V05MM238N4HC11 


■ 5.25”(H) x 17”(W) x 15.75”(D) 


■ 5 Slot VME64x Backplane 

■ Holds 2 x 3.5” Devices 



3.3V/38A 

12V05OP238N4HCB1 

VME 

64X

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

84HP 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

6U 

3U 

160mm 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 17lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

12 V ❑ ❑ ❑ ❑ ❑ 3 8 ❑ ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

3 = 3U 

❑ WIDTH 

3 = 32 T 

6 = 63 T 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

Air Flow 

❑ DEPTH 

2 = 200mm - 299mm 

3 = 300mm - 399mm 

4 = 400mm - 499mm 

5 = 500mm - 599mm 



D 

D = 15.75” 

D = 19.68” 

D = 23.68” 

84HP 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


3U 

26 


VITA System 12 Horizontal Enclosure (4U) 



27 


FEATURES: 


■ 4U x 84HP x 290mm (H x W x D) 







swap options 




5 Row + P0, RT-2 





PSU 

I 

O 


■ 7”(H) x 17”(W) x 15.75”(D) 


■ 7 Slot VME or VME64x Backplane 

■ Holds 2 x 5.25”HH Devices 

■ 1 x 114 CFM Fan 


3.3V/20A 

12V07MM448N4HC21 

VME 

12V07OP448N4HCB1 

64X 


■ 7”(H) x 17”(W) x 15.75”(D) 


■ 5 Slot 6U VXS Backplane 


■ 1 x 150 CFM Fan 

■ 500W: +5V/50A; +12V/12A; -12V/4A; 

3.3V/60A 

12VO5LSX48N4HGE1 

VXS

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

84HP 


Rear View 


6U 













Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

4U 

160mm 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 22lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

12 V ❑ ❑ ❑ ❑ ❑ 4 8 ❑ ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

4 = 4U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

Air Flow 

❑ DEPTH 

2 = 200mm - 299mm 

3 = 300mm - 399mm 

4 = 400mm - 499mm 

5 = 500mm - 599mm 

6 = 600mm - 699mm 



D 

D = 15.75” 

D = 19.68” 

D = 23.68” 

84HP 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


4U 

28 


VITA System 12 Vertical Enclosure, Short (7U) 



29 


FEATURES: 


■ 7U x 84HP x 16” (H x W x D) 

■ 6U vertical card mounting 

■ 2 to 21 slot VITA-Based System Platforms (VME, VME64x, 

VPX, VXS, VXI) 





swap options 




5 Row (160 PIN), 5 Row + P0, RT-2 



VITA System, power supply, cooling system and AC/DC power components. Assembled, wired and tested 

prior to shipment. 


■ 12.25”(H) x 17”(W) x 15.75”(D) 


■ 12 Slot VME or VME64x Backplane 


■ 2 x 114 CFM Fans, 12V DC 

12V12MM578N4VC51 

■ 500W: +5V/80A; +12V/12A;12V/4A, 

or 600W: +5V/75A; +12V/12A; 

-12V/4A; 3.3V/40A 

12V12OP578N4VCF1 






■ 3 x 114 CFM Fans, 12V DC 

■ 750W: 5V/120A; +12V/12A; -12V/10A, 

or 800W: +5V/120A; +12V/12A; 


VME 

64X 

12V21MMX78N4VC71 

VME 

12V21OPX78N4VCH1 

64X

LINE DRAWINGS 

6U 

1U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

84HP 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

7U 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 28lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

12 V ❑ ❑ ❑ ❑ ❑ 7 8 ❑ 4 V ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

7 =- 7U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

15.75” 

Air Flow 

❑ DEPTH 

4 = 400mm - 499mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




6U 

1U 

84HP 

M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


30 


VITA System 12 Vertical Enclosure, Long (7U) 



31 


FEATURES: 


■ 7U x 84HP x 20” (H x W x D) 


■ 2 to 21 slot VITA-Based System Platforms (VME, VME64x, 






swap options 


(optional) 


5 Row (160 PIN), 5 Row + P0, RT-2 



VITA System, power supply, cooling system and AC/DC power components. Assembled, wired and tested 

prior to shipment. 







■ 500W: +5V/80A; +12V/12A;12V/4A, 



■ Rear I/O (Not plug-in) 











12V12MM578Y5VC51 

VME 

12V12OP578Y5VCF1 

12V21MMX78Y5VC71 

VME 

12V21OPX78Y5VCH1 

64X 

64X

LINE DRAWINGS 

6U 

1U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

84HP 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

7U 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 30 lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 


❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

7 =- 7U 

❑ WIDTH 

3 = 32 T 

6 = 63 T 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

19.68” 

Air Flow 

❑ DEPTH 

5 = 500mm - 599mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 


6U 

1U 

84HP 



M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


32 


VITA System 12 Vertical Enclosure, Short (9U) 



33 


FEATURES: 


■ 9U x 84HP x 16” (H x W x D) 

■ 6U vertical card mounting, recessed 60mm 


VXS, VXI) 





swap options 


(optional) 


5 Row (160 PIN), 5 Row + P0, RT-2 






■ 15.75”(H) x 17”(W) x 15.74”(D) 





12V12MM598N4VC51 

■ 500W: +5V/80A; +12V/10A; -12V/10A, 



12V12OP598N4VCF1 


■ 15.75”(H) x 17”(W) x 15.74”(D) 





■ 800W: 5V/120A; +12V/12A; -12V/10A; 

3.3V/40A 

12V12LL298N4VCH1 


■ 15.75”(H) x 17”(W) x 15.74”(D) 





12V21MMX98N4VC71 


or 800W: 5V/120A; +12V/12A; 


12V21OPX98N4VCH1 

VME 

64X 

VXS 

VME 

64X

LINE DRAWINGS 

6U 

9U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

02-21 Slot 

6U x 160mm 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

7U 

2U 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 33lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 


❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

9 = 9U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

15.74” 

6U x 160mm 

Air Flow 

84HP 84HP 

❑ DEPTH 

4 = 400mm - 499mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


34 


VITA System 12 Vertical Enclosure, Long (9U) 



35 


FEATURES: 


■ 9U x 84HP x 20” (H x W x D) 



VXS, VXI) 





swap options 


(optional) 


5 Row + P0, RT-2 






■ 15.75”(H) x 17”(W) x 19.68”(D) 





■ 500W: +5V/80A; +12V/10A; -12V/10A, or 600W: 

+5V/75A; +12V/12A; -12V/4A; 3.3V/40A 



■ 15.75”(H) x 17”(W) x 19.68”(D) 





■ 800W: 5V/120A; +12V/12A; -12V/10A; 3.3V/40A 


12V12LL298Y5VCH1 


■ 15.75”(H) x 17”(W) x 19.68”(D) 





■ 750W: 5V/120A; +12V/12A; -12V/10A, or 800W: 

5V/120A; +12V/12A; -12V/10A; 3.3V/40A 


12V12MM598Y5VC51 

VME 

12V12OP598Y5VCF1 

64X 

VXS 

12V21MMX98Y5VC71 

VME 

12V21OPX98Y5VCH1 

64X

LINE DRAWINGS 

9U 

6U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

02-21 SLOT 

6U x 160mm 

84HP 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

7U 

2U 

Air Flow 

6U x 160mm 

19.68” 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 35lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 


❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

9 = 9U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

❑ DEPTH 

5 = 500mm - 599mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


AC 

2U 

6U 

1U 

36 


VITA System 12 Vertical Enclosure (10U) 



37 


FEATURES: 


■ 10U x 84HP x 20” (H x W x D) 



VXS, VXI) 





swap options 


(optional) 


5 Row (160 PIN), 5 Row + P0, RT-2 






■ 17.5” (H) x 17” (W) x 19.68”(D) 




■ 2 x 114 CFM, 12V DC Fans 

■ 500W: +5V/80A; +12V/10A; -12V/10A, or 

600W: +5V/75A; +12V/12A; -12V/4A; 

3.3V/40A 


■ 17.5” (H) x 17” (W) x 19.68”(D) 




■ 3 x 150 CFM 


or 800W: 5V/120A; +12V/12A; -12V/10A; 

3.3V/40A 

12V12MMCA8N5VC51 

VME 

12V12OPCA8N5VCF1 

64X 

12V21MM4A8N5VC71 

VME 

12V21OP4A8N5VCH1 

64X

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

17” 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

10U 

A 

U 

Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 34lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

12 V ❑ ❑ ❑ ❑ ❑ A 8 ❑ 5 V ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

A = 10U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

19.98” 

❑ DEPTH 

5 = 500mm - 599mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




84HP 

M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


38 


VITA System 12 Vertical Large (12U) 



39 


FEATURES: 


■ 12U x 84HP x 20” (H x W x D) 


■ 2 to 21 slot VITA-Based System Platforms (VME, VME64x, VXI) 





swap options 


(optional) 


5 Row (160 PIN), 5 Row + P0 


■ Standard Drive mounting 





■ 21”(H) x 17”(W) x 19.68”(D} 



■ Holds 4 x 5.25” HH Devices 

■ 3 x 100 CFM Fans, 12V DC Fans 

■ 750W: 5V/120A; +12V/12A; 

-12V/10A 

12V21MM5C8N5VC90 

VME 

12V21OP5C8N5VC90 

64X

LINE DRAWINGS 

12U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight 


Rear View 











Q = J1 only 


V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 


Y = Hybrid 

Z = Custom 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

6U 

6U x 160mm 

19” 

3U 

7U 

2U 

Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 36lbs 

12 V ❑ ❑ ❑ ❑ ❑ C 8 ❑ 5 V ❑ ❑ ❑ 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 


❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

6U x 160mm 

19.68” 

❑ DEPTH 

5 = 500mm - 599mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 

2U 

4U 

6U 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


19” 

40 


VITA System 12 Enhanced Cooling (12U) 



41 


FEATURES: 


■ 12U x 84HP x 21” (H x W x D) 


■ 12, 17 and 18 slot VITA-Based System Platforms (VPX, VXS) 





swap options 


(optional) 


5 Row (160 PIN), 5 Row + P0, RT-2 


■ Standard Drive mounting 





■ 21”(H) x 17”(W) x 21”(D) 





■ 1500 W: 5V/120A; +12A/66.7A; 

+12V/4.2A; -12V/4.2A; 3.3V/20A 

■ Rear I/O 

12V17PSXC8Y5VC02 


■ 21”(H) x 17”(W) x 21”(D) 


■ 18 Slot VXS Backplane, Dual Star 



■ 1300W: 5V/40A; 12V/50A; 

12V/16,7A; -12V/16.7A; 3.3V/40A 

■ Rear I/O 

12V18LLXC8Y5VCM2 

VPX 

VXS

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

6U x 160mm 

84HP 


Rear View 








L = VXS (DS) 






Q = J1 only 


S = VXS (SS) 


V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

2U 

6U 

4U 

Air Flow 

12 V ❑ ❑ ❑ ❑ ❑ C 8 Y 5 V ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

1 =1U 


❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

6U x 160mm 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 34lbs 

❑ DEPTH 

5 = 500mm - 599mm 

6 = 600mm - 699mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 

21” 

6U 

x 

80mm 

Rear I/O 

84HP 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 

O = 1500 - 1599 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 



42 


VITA System 14 Enclosure Overview 

Elma System 14 family of enclosures provides a high quality, modular platform for packaging Desktop or 

Rackmount VITA System applications. Designed to Eurocard and IEEE standards, System 14 Enclosures 

have an attractive finish and are available with a wide range of options. Based on a modular packaging 


of slots. Engineered for superior cooling the System 14 is available with either front to rear or bottom to top 

airflow. Standard heights are 2U-7U with custom sizes possible. The System 14 will accept 3U, 6U or 9U 

cards mounted vertically or horizontally. Systems can be configured with or without rear I/O card cage. 


43 


FEATURES: 

■ 19” Rackmount/Desktop vinyl clad aluminum 



■ Mounting for VITA-Based System Platforms (VME, VME64x, VPX, 

VXS, VXI), 160mm - 400mm 

■ Attractive finish 

■ Designed to meet UL requirements 



■ Wide range of peripheral modules 



■ System Monitoring 

System 14 Horizontal Enclosure (2U, 3U, 4U) 

The System 14 Horizontal Enclosure is designed for desktop or rackmount use and is available in 3, 5, 7, 

and 9 slot versions. It easily accommodates 6U x 160mm boards. Boards are housed with a horizontal 

orientation. Front or rear loading options are available and the recessed front presents a clean appearance. 

Superior air-flow dynamics allow for efficient front-to-back cooling. Drive holders are optional. The power 

supply is mounted behind the cards. 

System 14 Vertical Enclosure (7U) 

The 7U System 14 Vertical Enclosure is designed for desktop or rackmount use. Its compact design is only 

7U high, yet it easily accommodates 6U x 160mm boards. It is available in 12 and 21 slot versions. Boards 

are housed with a vertical orientation. Front or rear loading options are available. High-volume fans provide 

air-flow dynamics that allow for bottom-to-top cooling. Drive holders are standard in the 12 slot version. The 

power supply is rear-mounted.

LINE DRAWINGS 

■ Usable as subrack or as desk 

top case 

■ Mounting of telescopic rails 

with width 81HP 

■ Card mounting from front and back 

■ Dimensions according to 

IEC 60297 

■ Numerous configurations 

Hs 

b 

465.9 

482.6 

Scope of Supply 

e 

H 

Side panel 

with/without 

U handles 

Trim strips 

Vertical extrusion front 

Bottom cover panel, 

complete with feet 

7.5 

t 

T 

Tapped strip 

(has to be ordered separately) 

■ 4 front extrusions, aluminum, clear anodized 

■ 4 depth extrusions, aluminum, clear anodized 

■ 4 vertical sections, aluminum, clear anodized 

■ 2U handles, aluminum, clear anodized (only for version with handles) 

■ includes identification strip 

■ includes fixing material in kit form 

Top cover panel 

19” Vertical section, front 

Vertical section, rear 

B 

Depth extrusion 

66-177 

Front View Side View 

Plan View 

Vertical section, rear 

Heights Depth Width 

For Hmm inch Hs mm inch Tmm inch t mm inch For Bmm inch b mm inch 

2U 88.05 3.46 68.05 2.67 244.6 9.62 232.6 9.15 84HP 447.68 17.62 426.68 16.79 

3U 132.50 5.21 112.50 4.42 

4U 176.95 6.96 156.95 6.17 304.6 11.99 292.6 11.51 

5U 221.40 8.71 201.40 7.92 424.6 16.71 412.6 16.24 

6U 265.85 10.46 245.85 9.67 544.6 21.44 532.6 20.96 

7U 310.30 12.21 290.30 14.92 

9U 399.20 15.71 379.20 14.92 

41 3 

44 

VME SYSTEMS T14





FEATURES: 

■ 19” Rackmount/Desktop fully compliant to Eurocard 

and IEEE standards 

■ 2U x 84HP (H x W) 


■ 3 slot standard VITA-Based System Platforms (VME, VME64x, 


■ Scratch resistant, vinyl clad aluminum 








5 Row (160 PIN), 5 Row + P0 


High quality 19” rackmount chassis platform consisting of vinyl clad aluminum enclosures, high performance 

Vita System backplane, power supply, cooling system and AC/DC power components. Assembled, wired 


45 


■ 3.5”(H) x 17"(W) x 16.25”(D) 





■ 150W: +5V/8A; +12V/4A; -12V/5A; -5V/1A, or 

250W: +5V/35A; +12V/18A; 12V/1A; 3.3V/38A 

14V03MM128N4HC10 

VME 

14V03OP128N4HCB0 

64X

LINE DRAWINGS 

17” 

84HP 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

2U 

Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


8 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 

Designed to meet UL 1950 

Approx: 18lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

14 V ❑ ❑ ❑ ❑ ❑ 2 8 ❑ ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

2 = 2U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

16.25” 

❑ DEPTH 

4 = 400mm - 499mm 

5 = 500mm - 599mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 


19” 


0 = Level 0 

1 = Level 1 

2 = Level 2 


46 

VME SYSTEMS T14





FEATURES: 



■ 3U x 84HP (H x W) 


■ 5 slot standard VITA-Based System Platforms (VME, VME64x, 






swap options 


(optional) 


5 Row (160 PIN), 5 Row + P0 



Vita System backplane, power supply, cooling system and AC/DC power components. Assembled, wired 


47 

I 

O 


■ 5.25”(H) x 17”(W) x 16.25”(D) 





■ 150W: 5V/15A; +12V/5A; -12V/1A, or 

250W: +5V/35A; +12V/18A; 12V/1A; 

3.3V/38A 

14V05MM238N4HC10 

VME 


64X 


■ 5.25”(H) x 17”(W) x 16.25”(D) 


■ 5 Slot VXS Switchless Mesh Backplane 



■ 250W: +5V/35A; +12V/18A; 12V/1A; 

3.3V/38A 

14V05TLX38N4HCB0 

VXS

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

6U 

3U 

160mm 


0°C to +50°C 

6000 ft. (1,829m) 


6 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 20lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

14 V ❑ ❑ ❑ ❑ ❑ 3 8 ❑ ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

3 = 3U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

Air Flow 

84HP 84HP 

❑ DEPTH 

3 = 300mm - 399mm 

4 = 400mm - 499mm 



D 

D = 15.75” 

D = 19.68” 

D = 23.68” 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


48 

VME SYSTEMS T14





FEATURES: 



■ 4U x 84HP (H x W) 


■ 5 to 7 slot standard VITA-Based System Platforms (VME, 

VME64x, VPX, VXS, VXI) 





swap options 


(optional) 


5 Row (160 PIN), 5 Row + P0 





49 

I 

O 

I 

O 


■ 7”(H) x 17”(W) x 16.25”(D) 



■ 2 x 5.25”HH Devices 

■ 1 x 114 CFM Fan 

14V07MM448N4HCB0 

■ 250W:+5V/40A; +12V/6A; -12V/6A; 

3.3V/20A 



■ 7”(H) x 17”(W) x 16.25”(D) 


■ 5 Slot VXS Dual Star Backplane 


■ 1 x114 CFM Fan 


3.3V/38A 

14V05LLX48N4HCB0 


■ 7”(H) x 17”(W) x 16.25”(D) 






3.3V/38A 

14V05PSX48N4HCB0 

VME 

64X 

VXS 

VPX

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

6U 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

4U 

160mm 


0°C to +50°C 

6000 ft. (1,829m) 


8 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 20lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

14 V ❑ ❑ ❑ ❑ ❑ 4 8 ❑ ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

4 = 4U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

Air Flow 

84HP 84HP 

❑ DEPTH 

3 = 300mm - 399mm 

4 = 400mm - 499mm 



D 

D = 15.75” 

D = 19.68” 

D = 23.68” 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


50 

VME SYSTEMS T14

VITA System 14 Vertical Enclosure, Short (7U) 




FEATURES: 



■ 7U x 84HP x 16” (H x W x D) 


■ 2 to 21 slot system standard VITA-Based System Platforms 

(VME, VME64x, VPX, VXS, VXI) 

■ Scratch resistant, Vinyl clad aluminum 








5 Row (160 PIN), 5 Row + P0 





51 





■ Holds 4 x 5.25” HH Devices 


14V12MM578N4VC50 

■ 500W: +5V/80A; +12V/12A; 12V/4A, 



14V12OP578N4VCF0 





■ No Devices 





VME 

64X 

14V21MMX78N4VC70 

VME 

14V21OPX78N4VCH0 

64X

LINE DRAWINGS 

6U 

1U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

84HP 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

7U 


0°C to +50°C 

6000 ft. (1,829m) 


6 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 33lbs 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

14 V ❑ ❑ ❑ ❑ ❑ 7 8 N 4 V ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

7 =- 7U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

16.25” 

Air Flow 

❑ DEPTH 

4 = 400mm - 499mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




6U 

1U 

84HP 

M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


7U 

52 

VME SYSTEMS T14

VITA System 14 Vertical Enclosure, Long (7U) 




FEATURES: 



■ 7U x 84HP x 20” (H x W x D) 


■ 2 to 21 slot system standard VITA-Based System Platforms 










5 Row (160 PIN), 5 Row + P0 



J1/J2 Monolithic VME or VME64x backplane, power supply, cooling system and AC/DC power components. 

Assembled, wired and tested prior to shipment. 

53 





■ Holds 4 x 5.25”HH Devices 


14V12MM578N5VC50 

■ 500W: +5V/80A; +12V/12A; 12V/4A, 



14V12OP578N5VCF0 







■ 750W: 5V/120A; +12V/12A; -12V/10A 



VME 

64X 


VME 

14V21OPX78N5VCH0 

64X

LINE DRAWINGS 

6U 

1U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

84HP 

Front View 

Air Flow 

Right Top Side View View 

Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

7U 


0°C to +50°C 

6000 ft. (1,829m) 


6 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 34lbs 

U 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

7 =- 7U 

A = 10U 


❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

19.68” 

❑ DEPTH 

5 = 500mm - 599mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

14 V ❑ ❑ ❑ ❑ ❑ 7 8 N 5 V ❑ ❑ ❑ 

6U 

1U 

M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


84HP 

7U 

54 

VME SYSTEMS T14




FEATURES: 

■ Elegant design for 19” Rackmount or Desktop 

■ Scratch resistant powder coat finish (light gray, RAL 7035) 

■ Front mount handles 

■ Aluminum sides and extrusions, galvanized steel covers 

■ Rugged for industrial use 



VXS, VXI) backplanes 

■ Mounting for 3U or 6U cards 

■ EMC Gaskets for superior shielding 

■ Designed to meet UL, CE, FCC and NEBS requirements 

■ Vertical or horizontal card mounting, with optional rear I/O 

■ Wide range of EMC shield peripheral modules 

■ System Monitoring 


Elma System 15 family of enclosures provides an elegant and versatile platform for packaging desktop or 

rackmount VITA System applications. Designed to Eurocard and IEEE standards, System 15 enclosures give 

advanced EMC shielding protection and are available with a wide range of options. Based on a modular 

packaging approach, the system can be configured by selecting the backplane, PSU, device modules and 

the number of slots. Engineered for superior cooling the System 15 is available with either front to rear or 

bottom to top airflow. Standard heights are 3U-10U with custom sizes possible. The System 15 will accept 

3U or 6U cards mounted vertically or horizontally. Systems can be configured with or without rear I/O card 

cage. The basic chassis features powder coated covers for a scratch resistant, attractive finish with tilt feet and 

handles standard on most models. 

System 15 Horizontal Enclosure 

The System 15 Horizontal Enclosure is designed for desktop or rackmount use and is available in 3, 5, 7, 

and 9 slot versions in 0.8” pitch. It easily accommodates 6U x 160mm boards. Boards are housed with a 

horizontal orientation. Front or rear loading options are available and the recessed front presents a clean 

appearance. Superior airflow dynamics allow for efficient front-to-back cooling. Drive holders are optional. 

The power supply is mounted behind the cards, or in the card cage based on configurations. 

System 15 Vertical Enclosure 

The System 15 Vertical Enclosure is designed for desktop or rackmount use. Its modular design allows for 

7U-10U configurations and easily accommodates 6U x 160mm boards. It is available in up to 21-slot versions 

in a 0.8” pitch. Boards are housed with a vertical orientation. Front or rear loading options are available. 

High-volume fans provide airflow dynamics. Drive holders are standard in the 12 slot version. The power 

supply is front to rear cooling and can be mounted in the rear or within the card cage, depending on the 

system configuration. 

55

LINE DRAWINGS 

b 

Hs 

465.9 

482.6 

e 

H 

7.5 t 

T 

Tapped strips have to be ordered separately 

Front View Side View 

Plan View 

Heights Depth Width 

For Hmm inch Hs mm inch Tmm inch t mm inch For Bmm inch b mm inch 

2U 88.05 3.46 68.05 2.67 244.6 9.62 232.6 9.15 84HP 447.68 17.62 426.68 16.79 

3U 132.50 5.21 112.50 4.42 

4U 176.95 6.96 156.95 6.17 304.6 11.99 292.6 11.51 

6U 265.85 10.46 245.85 9.67 

9U 399.20 15.71 379.20 14.92 

B 

b 

3 

41 

56 

VME SYSTEMS T15





FEATURES: 


■ 3U x 84HP (H x W) 



VXS, VXI) 









5 Row (160 PIN), 5 Row + P0 


High quality 19” rackmount chassis platform consisting of scratch resistant, powder coated alodined aluminum 

enclosures, high performance VITA System backplane, power supply, cooling system and AC/DC power 

components. Assembled, wired and tested prior to shipment. 

57 

I 

O 


■ 5.25”(H) x 17”(W) x 16.25”(D) 





15V05MM238N4HC12 

■ 150W: 5V/15A; +12V/5A; -12V/1A, or 250W: 

+5V/35A; +12V/18A; -12V/1A; 3.3V/38A 



■ 5.25”(H) x 17”(W) x 16.25”(D) 


■ 5 Slot VXS Star Backplane 

■ No Mounting Device 



3.3V/38A 


VME 

64X 

VXS

LINE DRAWINGS 

84HP 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

6U 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

3U 

160mm 

Air Flow 

D 

D = 15.75” 

D = 19.68” 

D = 23.68” 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx; 18lbs 

15 V ❑ ❑ ❑ ❑ ❑ 3 8 ❑ ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

3 = 3U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

❑ DEPTH 

3 = 300mm - 399mm 

4 = 400mm - 499mm 



84HP 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


58 

3U 

VME SYSTEMS T15





FEATURES: 


■ 4U x 84HP (H x W) 



VXS, VXI) standard 









5 Row (160 PIN), 5 Row + P0 


High quality 19” rackmount chassis platform consisting of scratch resistant, powder coated alodined aluminum 

enclosures, high performance VITA System backplane, power supply, cooling system and AC/DC power 

components. Assembled, wired and tested prior to shipment. 

59 

I 

O 

I 

O 


■ 7.00”(H) x 17.0”(W) x 290mm(D) 


■ 7 Slot VME or VME64X Backplane 


■ 1 x 114 CFM Fan 

■ 250W: +5V/40A; +12V/6A; -12V/A 

15V07MM448N4HC22 


■ 7”(H) x 17”(W) x 16.25”(D) 


■ 5 Slot VXS Dual Star Backplane 




3.3V/38A 



■ 7”(H) x 17”(W) x 16.25”(D) 






3.3V/38A 

15V05PSX48N4HCB2 

VME 

15V07OP448N4HCA2 

64X 

VXS 

VPX

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

84HP 

6U 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

4U 

160mm 

15 V ❑ ❑ ❑ ❑ ❑ 4 8 ❑ ❑ H ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

4 = 4U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 

Designed to meet UL 1950, FCC, CE 

Approx; 20lbs 

❑ DEPTH 

3 = 300mm - 399mm 

4 = 400mm - 499mm 



D 

D = 15.75” 

D = 19.68” 

D = 23.68” 

84HP 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 



1 = Level 1 

2 = Level 2 


4U 

60 

VME SYSTEMS T15





FEATURES: 

High quality 19” rackmount/desktop chassis platform consisting of scratch resistant, powder coated alodined 

aluminum enclosures, high performance VITA System backplane, power supply, cooling system and AC/DC 

power components. Assembled, wired and tested prior to shipment. 

61 

PSU 

PSU 

PSU 


■ 4U x 84HP (H x W) 



VXS, VXI) 









5 Row (160 PIN), 5 Row + P0 



■ 15.75”(H) x 17”(W) x 290mm(D) 




■ 2 x 114 CFM Fans, 2 x 7 CFM Blowers 

■ 1 x 500 watt Plug-in PSU: 5V/60A; 

+12V/12A; -12V/4A; 3.3V/60A; 

■ Rear I/O (Plug-in) 



■ 15.75”(H) x 17”(W) x 290mm(D) 

■ Holds 12, 60 x 160mm Cards 





+12V/12A; -12V/4A; 3.3V/60A; 


15V12OPX98Y2VPE2 


■ 15.75”(H) x 17”(W) x 290mm(D) 

■ Holds 12, 60 x 160mm Cards 



■ 2 x150 CFM Fans 

■ 800W: 5V/120A; +12V/12A; -12V/10A; 

3.3V/40A; 


15V12LLX98Y2VCH2 

64X 

64X 

VXS

LINE DRAWINGS 

9U 

6U 

2U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 

84HP 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

Air Flow 

15 V ❑ ❑ ❑ ❑ ❑ 9 8 ❑ 2 V ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

9 = 9U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

160mm 80mm 

290mm 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 34lbs 

❑ DEPTH 

2 = 200mm - 299mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




36HP 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


AC 

9U 

62 

VME SYSTEMS T15





FEATURES: 


■ 10U x 84HP (H x W) 

■ 6U horizontal card mounting, recessed 60mm 

■ 12 - 21 slot VITA-Based System Platforms (VME, VME64x, VPX, 

VXS, VXI) 


■ Cooling front to rear, side perforated 







5 Row (160 PIN), 5 Row + P0 


High quality 19” rackmount/desktop chassis platform consisting of powder coated aluminum enclosures, 

high performance VITA System backplane, power supply, cooling system and AC/DC power components. 


63 


■ 17.5”(H) x 17”(W) x 17”(D) 




■ 2 x 100 CFM, 12V DC Fans 


or 600W: +5V/75A; +12V/12A; -12V/4A; 3.3V/40A 

■ Rear I/O 


■ 17.5”(H) x 17”(W) x 17”(D) 


■ 21 Slot VME Backplane 


■ 3 x 100 CFM 

■ 750W: +5V/120A; +12V/12A; -12V/10A, 

800W: 5V/120A; +12V/12A; -12V/10A; 3.3V/40A 

■ Rear I/O 

15V12MMCA8Y4VC52 

15V12OPCA8Y4VCF2 

15V21MM4A8Y4VC72 

VME 

15V21OP4A8Y4VCH2 


■ 17.5”(H) x 17”(W) x 17”(D) 




■ 2 x190 CFM Fans 

■ 1300W: 5V/120A; 12V/16,7A; 

-12V/16.7A; 3.3V/80A; 

■ Rear I/O 

15V12LLX48Y4VCL2 

VME 

64X 

64X 

VXS

LINE DRAWINGS 

10U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

6U 

3U 

Air Flow 

15 V ❑ ❑ ❑ ❑ ❑ A 8 ❑ ❑ V ❑ ❑ ❑ 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

A = 10U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

6Ux160mm 

3"recess cards 

17” 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 35lbs 

❑ DEPTH 

4 = 400mm - 499mm 



6Ux80mm 

AC 

❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




10U 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


6Ux52T 6U 

17" 

3U 

64 

VME SYSTEMS T15


Elma Type 32C family of enclosures provide a lightweight, tower platform for packaging portable VITA 

System applications. Designed to VITA & IEEE standards, Type 32V enclosures give advanced EMC shielding 

protection and are available with a wide range of options. Based on a modular packaging approach, 

the system can be configured by selecting the backplane, PSU, device modules and the number of slots. 

Engineered for superior cooling the Type 32V is available with front to rear airflow. Standard heights are 

63HP and 84HP (HP=.2”) and widths 3U, 4U and 6U. The Type 32V accepts 6U cards mounted vertically. 

Systems can be configured with or without rear I/O card cage. The basic chassis features vinyl clad aluminum 

covers for a scratch resistant, attractive finish. Standard features include feet and carrying handle. Systems 

can be configured with or without rear I/O card cage. 

65 


FEATURES: 

■ Dimensions according to IEEE 

■ Elegant design 

■ Scratch resistant vinyl clad aluminum covers 

■ Sturdy carrying handle 

■ Fully compliant 160mm and 80mm card guides with 

keying and ESD clip 


■ Aluminum sides, extrusions and covers 



CONFIGURATION OPTIONS: 

■ Mounting for 6U VME cards 

■ Vertical card mounting 

■ Available heights 63HP and 84HP (HP=.2”) 

■ 2U, 3U, 4U, and 6U widths 

■ Rear I/O 

■ Standard VITA-based backplanes, 3-12 slot 


■ Wide range of EMC shielded device modules 

■ Wide range of shielded PSU’s modules 4U or 6U 




System 32 Tower Enclosure 

The Small System 32 Tower enclosure is designed to house 6U x 160mm boards. There are 3, 5, 7, 9 and 

12 slot versions and the boards may be housed in a vertical orientation. Its convenient tower handle makes 

this lightweight enclosure ideal for portable applications. This compact enclosure is the smallest in the Industry 

yet it is rugged and tested to exceed industry standards. This fully wired, ready-to-run system incorporates 

a variety of options and features that provide a wide array of system configurations. It comes with a power 

supply of up to 500 watts. Power supplies can be panel or card cage mounted for easy servicing and clear 

access to the backplane. A full complement of disk drive holders is available and a protective hood can be 

ordered separately. System 32 Tower comes in two sizes - small and medium. 

Earthing Screw M4x12 

powder coated 

Front/Rear Plate 


Rear Bezel 

Earthing Nut M4 

Special Screw M4x12 

Depth Extrusion 


powder coated 

Trim Strip 

Vertical Foot 

Rubber Insert 

Handle 

Trim strip for the handle 

Cover Plate 

Front Bezel 

66 

VME SYSTEMS T32

VITA System 32 Tower Enclosure (Small) 




FEATURES: 

■ Portable or Deskside Tower 

■ 2U, 3U, 4U or 6U x 63HP (W x D) 


■ 3, 5, 7 and 12 slot VITA-Based System Platforms (VME, 


■ Advanced EMC shielding (optional) to meet CE and FCC 



■ Attractive scratch resistant vinyl clad aluminum covers 






5 Row (160 PIN), 5 Row + P0 


High quality portable or deskside tower platform consisting of vinyl clad aluminum enclosures, high performance 

VITA System backplane, power supply, cooling system and AC/DC power components. Assembled, 

wired and tested prior to shipment. 

67 


■ 12.60”(H) x 3.50”(W) x 16.53”(D) 

■ Holds 3, 6U x160mm Cards 






-5V/1A, or 250W: 5V/40A; +12V/6A; 


32V03OPX26N4VCB0 


■ 12.60”(H) x 5.25”(W) x 13.38”(D) 






-5V/1A, or 250W: 5V/40A; +12V/6A; 



VME 


64X 






■ 1 x 114 CFM Fan 

■ 250W:+5V/40A; +12V/6A; -12V/6A; 

3.3V/20A 

VME 

64X 


VME 


64X

LINE DRAWINGS 

84HP 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 


63HP 

W = 2U 

W = 3U 

W = 4U 

W = 6U 










Q = J1 only 


V = JO 


Y = Hybrid 

Z = Custom 




N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 


Y = Hybrid 

Z = Custom 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



Air Flow 

0°C to +50°C 

6000 ft. (1,829m) 


5 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 21lbs 

❑ WIDTH 

2 = 2U 

3 = 3U 

4 = 4U 

6 = 6U 

❑ HEIGHT 

6 = 63 T 

❑ REAR I/O 

N = No 

Y = Yes 

32 V ❑ ❑ ❑ ❑ ❑ ❑ 6 ❑ ❑ V ❑ ❑ ❑ 

❑ DEPTH 

3 = 300mm - 399mm 

4 = 400mm - 499mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 

D 

D = 300mm 

D = 400mm 


-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 


PSU 


0 = Level 0 

1 = Level 1 

2 = Level 2 


63HP 

68 

VME SYSTEMS T32

VITA System 32 Tower Enclosure (Medium) 


High quality portable or deskside tower platform consisting of vinyl clad aluminum enclosures, high performance 





69 


FEATURES: 

■ Portable or Deskside Tower 

■ 2U, 3U, 4U or 6U x 84HP (W x D) 


■ 3, 5, 7 and 12 slot VITA-Based System Platforms (VME, 


■ Advanced EMC shielding (optional) to meet CE and FCC 



■ Attractive scratch resistant vinyl clad aluminum covers 






5 Row (160 PIN), 5 Row + P0 



■ 17”(H) x 3.50”(W) x 16.53”(D) 



■ 1 x 3.5” Device 

32V03MM128N4VC10 



250W: 5V/40A; +12V/6A; -12V/6A; 3.3V/20A 

32V03OP128N4VCB0 


■ 17”(H) x 5.25”(W) x 13.38”(D) 



■ 2 x 3.5” Device 

32V05MM238N3VC10 



250W: 5V/40A; +12V/6A; -12V/6A; 3.3V/20A 

32V05OP238N3VCB0 


■ 17”(H) x 7”(W) x 13.38”(D) 



■ 2 x 5.25”HH Device 

32V07MM448N3VC20 


■ 250W: 5V/40A; +12V/6A; -12V/6A; 

3.3V/20A 

32V07OP448N3VCB0 


■ 17”(H) x10.5”(W) x 16.53”(D) 



■ No Mounting Device 


■ 1300W: 5V/40A; 12V/50A; 12V/16,7A; 

-12V/16.7A; 3.3V/40A 

32V05PSX68N4VCM0 

VME 

64X 

VME 

64X 

VME 

64X 

VPX

LINE DRAWINGS 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 

W 

84HP 

W = 2U 

W = 3U 

W = 4U 

W = 6U 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


5 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 30lbs 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ WIDTH 

2 = 2U 

3 = 3U 

4 = 4U 

6 = 6U 

❑ HEIGHT 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

❑ DEPTH 

3 = 300mm - 399mm 

4 = 400mm - 499mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 


D 

PSU 

D = 300mm 

D = 400mm 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

32 V ❑ ❑ ❑ ❑ ❑ ❑ 8 ❑ ❑ V ❑ ❑ ❑ 



M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

M = 1300 - 1399 watts (w 3.3V) 


PSU 


0 = Level 0 

1 = Level 1 

2 = Level 2 


84HP 

70 

VME SYSTEMS T32


The Elite is a new generation of VITA System enclosures. This family of chassis showcases an optimal design 

that addresses EMC, cooling, and ease of manufacturing, in a highly attractive, cost effective package. Based 

on a flexible design concept, the Elite is available in rackmount, tower or desktop versions. These chassis are 

fully compliant to IEEE 1101.10/.11 specifications with horizontal or vertical mounting for 6U x 160mm VME 

cards from the front and 6U x 80mm I/O cards from the rear. The new Elite enclosures are specially designed 

for development needs or for applications where just the basic features are needed. 

The standard front is powder coated dark gray but can be modified to a wide range of color options. The unit 

is designed to hold 3.5”, 5.25” and slim line devices depending on the configuration. Thermal engineered 

for superior cooling. Airflow is front to rear or side to side considering card, device and PSU requirements. 

Standard 2, 5 and 7 slot 6U VME or VME64x backplanes can be mounted.130 to 350W ATX power-supplies 

are standard. The construction of the Elite was designed with EMC compliance as a primary consideration 

and can meet the strict requirements of CE and FCC. 

71 


FEATURES: 

■ Dimensions according to IEEE 1101.10/.11 

■ Hot-dip galvanized steel - not for E-Frame 

■ Elegant design 

■ Powder coat finish 

■ Rackmount, tower or desktop options 

■ Fully compliant 160mm and 80mm card guides with 

keying and ESD clip 




CONFIGURATION OPTIONS 

■ Mounting for 6U x 160mm VITA-Based System (VME, VME64x, 

VPX, VXS, VXI) cards 


■ Available heights 1U, 2U, 3U and 4U 

■ Rear I/O 

■ Standard 2, 5 and 7 slot VME or VME64x backplanes 

■ Mounting for 3.5”, 5.25” and slim line devices 



LINE DRAWINGS 

System 39C Enclosure - 1U / 2U / 3U / 4U 

72 

VME SYSTEMS T39

VITA System 39V Enclosure (1U) 



73 


FEATURES: 

■ 19” Rackmount/Desktop fully compliant to Eurocard, 

IEEE 1101.10/11, and PICMG 2.0 

■ 1U x 84HP x 290mm (H x W x D) 



VXS, VXI) 

■ Advanced EMC shielding to meet CE, FCC, and NEBS 

■ Cooling side to side 

■ Pluggable PSU 


5 Row (160 PIN), 5 Row + P0 


High quality 19” rackmount chassis platform consisting of black powder coated sheet steel enclosure, 

high performance VITA System backplane, power supply, cooling system and AC/DC power components. 



■ 1.75”(H) x 17.5”(W) x 12”(D) 





■ 250W: +5V/40A; +12V/5.5A; 

-12V/1.5A; 3.3V/40A 

■ Rear I/O 

39V02MMX18Y2HGB1 

VME 

39V020PX18Y2HGB1 

64X

LINE DRAWINGS 

1U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 


19” 













Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

290mm 

❑ DRIVES 

1 = 1 x 3.5” 



❑ HEIGHT 

1 =1U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

Y = Yes 

80mm 

Card Cage 

160mm 

Card Cage 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 9lbs 

❑ DEPTH 

2 = 200mm - 299mm 



❑ PSU INPUT 





M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 

Air Flow 

1U 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

39 V ❑ ❑ ❑ ❑ ❑ 1 8 Y 2 H ❑ ❑ ❑ 

19” 



A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


74 

VME SYSTEMS T39





FEATURES: 



■ 2U x 84HP x 290mm (H x W x D) 



VXS, VXI) 









5 Row (160 PIN), 5 Row + P0 


High quality 19” rackmount chassis platform consisting of black painted sheet steel enclosure, high performance 



75 


■ 3.5”(H) x 17”(W) x 12”(D) 





39V04MMX28Y2HPB1 

■ 2 x 250W (N + 1): +5/40A; +12/5.5A; 

-12/1.5A; 3.3V/40A 

■ Rear I/O 

39V04OPX28Y2HPB1 

VME 

64X

LINE DRAWINGS 

2U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 


19” 













Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

290mm 

❑ DRIVES 

1 = 1 x 3.5” 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

2 = 2U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

80mm 

Card Cage 

160mm 

Card Cage 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 15lbs 

❑ DEPTH 

2 = 200mm - 299mm 



❑ PSU INPUT 





M = 48VDC (2 x HS, N + 1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 

Air Flow 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

39 V ❑ ❑ ❑ ❑ ❑ 2 8 Y 2 H ❑ ❑ ❑ 

2U 



A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


19” 

76 

VME SYSTEMS T39




77 


FEATURES: 



■ 3U x 84HP x 290mm (H x W x D) 



VXS, VXI) 









5 Row (160 PIN), 5 Row + P0 






■ 5.25”(H) x 17”(W) x 12”(D) 



■ 1 x Device Mounting 



-12/1.5A; 3.3V/40A - Plug In 


VME 


64X

LINE DRAWINGS 

3U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 


19” 













Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

290mm 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 20lbs 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

4 = 2 x 5.25” HH 

5 = 4 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

7 = 1 x 3.5”, 2 x 5.25” HH 

8 = 2 x 3.5”, 2 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 

C = 6 x 5.25” HH 



❑ HEIGHT 

3 = 3U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

Y = Yes 

80mm 

Card Cage 

160mm 

Card Cage 

❑ DEPTH 

2 = 200mm - 299mm 



Air Flow 

-20°C to +70°C 

50,000 ft. (15,240m) 


10 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

39 V ❑ ❑ ❑ ❑ ❑ 3 8 Y 2 H ❑ ❑ ❑ 

3U 

❑ PSU INPUT 





M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


19” 

78 

VME SYSTEMS T39




79 


FEATURES: 



■ 4U x 84HP x 290mm (H x W x D) 



VXS, VXI) 









5 Row (160 PIN), 5 Row + P0 






■ 7”(H) x 17.0”(W) x 12”(D) 


■ 8 Slot VME, VME64x Backplane 

■ Devices Optional 



-12/1.5A; 3.3V/40A -Plug In 


VME 



■ 7”(H) x 17.0”(W) x 12”(D) 


■ 5 Slot VXS Backplane 

■ Devices Optional 



-12/1.5A; 3.3V/40A - Plug In 

39V05SLX48Y2HPB1 

64X 

VXS

LINE DRAWINGS 

4U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 


19” 













Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

290mm 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 24lbs 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

4 = 4U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

Y = Yes 

80mm 

Card Cage 

160mm 

Card Cage 

❑ DEPTH 

2 = 200mm - 299mm 



❑ PSU INPUT 





M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 

Air Flow 

4U 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

39 V ❑ ❑ ❑ ❑ ❑ 4 8 Y 2 H ❑ ❑ ❑ 

19” 



A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 



0 = Level 0 

1 = Level 1 

2 = Level 2 


80 

VME SYSTEMS T39

VITA System 39 Elite Rackmount (1U) 




FEATURES: 



■ 1U x 84HP x 340mm (H x W x D) 



VXS, VXI) 




■ Fixed-mount 




5 Row (160 PIN), 5 Row + P0 





81 


■ 1.75”(H) x 17”(W) x 13.5”(D) 



■ 1 x 3.5” HDD, 1 x CD-ROM (slimline) 

39V02MM118Y3HC12 


39V02OP118Y3HC12 

VME 

64X

LINE DRAWINGS 

488mm 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight: 


Rear View 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

340mm 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

A = 1 x 2.5”,1 x CDR (SL) 

B = 2 x 2.5” 



❑ HEIGHT 

1 =1U 

❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

N = No 

Y = Yes 

80mm 

Card Cage 

160mm 

Card Cage 

2U Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 9lbs 

❑ DEPTH 

3 = 300mm - 399mm 



-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

39 V ❑ ❑ ❑ ❑ ❑ 1 8 Y 3 H C ❑ ❑ 

❑ PSU INPUT 


X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 


0 = Level 0 

1 = Level 1 

2 = Level 2 


82 

VME SYSTEMS T39

VITA System 39 E-Frame (9U) 




FEATURES: 

High quality, open frame, aluminum chassis consisting of: front card cage, RTM support, high performance 

VITA compliant backplane, front/rear fan trays, AC/DC power components, ESD jack, DC test points, DC LED 

indicators, Fan Fail LED and System monitor with Ethernet control (optional). Assembled, wired and tested. 

83 

■ Modular, open frame, test and development platform 

■ Half and Full width versions (84T or 49T) 

■ Holds 3U x 160mm cards from front 

■ RTM mounting (rear transition module) 

■ Architectures include 3U, VME and VPX 

■ Rear AC power input module with GND stud 

■ System monitoring with RS232 interface (optional) 

■ High performance cooling via front and rear mount fan trays 

■ Speed controlled fans with fan fail indication 

■ Durable, black powder coat finish 

■ Top handle for easy portability 

■ Front accessible test points and monitoring LEDs for: 3.3V, 

+/-5V, +/-12V, +/- 24V & +/-48V 

■ Fixed and plug mount PSU options: 90-230VAC, 24VDC, 

48VDC 


■ 9U(H) x 49T(W) x 298mm(D) 

■ Vertical front mount 3U x160mm cards 

■ Rear I/O 3U x 80mm cards 

■ 6-slot VITA 46 VPX backplane, 3U with 

VITA 46.2 GigE control plane implementation 

■ 2 x 250 W, plug-in 

■ 90-264 VAC input voltage 

39E06WUX94Y2VPBX 

VPX

LINE DRAWINGS 

3U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight 


Rear View 

(84T or 49T) (84T or 49T) 








Q = J1 only 

V = JO 


Y = Hybrid 

Z = Custom 





N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 


9U 

160mm 80mm 

Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 38 lbs 

❑ HEIGHT 

9 = 9U 

❑ WIDTH 

4 = 49 T 

8 = 84 T 

❑ REAR I/O 

Y = Yes 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

39 E ❑ ❑ ❑ ❑ ❒ 9 ❒ Y 2 V ❑ ❑ X 

❑ DEPTH 

2 = 200mm - 299mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 

3U 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 



9U 

84 

VME SYSTEMS T39

VITA System 39 E-Frame (12U) 




FEATURES: 

High quality, open frame, aluminum chassis consisting of: front card cage, RTM support, high performance 

VITA compliant backplane, front/rear fan trays, AC/DC power components, ESD jack, DC test points, DC LED 

indicators, Fan Fail LED and System monitor with Ethernet control (optional). Assembled, wired and tested. 

85 

■ Modular, open frame, test and development platform 

■ Full width versions (84T) 

■ Holds 6U x 160mm cards from front 

■ RTM mounting (rear transition module) 

■ Architectures include 6U, VME, VME64X, VXS and VPX 

■ Rear AC power input module with GND stud 

■ System monitoring with RS232 interface (optional) 

■ High performance cooling via front and rear mount fan trays 

■ Speed controlled fans with fan fail indication 

■ Durable, black powder coat finish 

■ Top handle for easy portability 

■ Front accessible test points and monitoring LEDs for: 3.3V, 

+/-5V, +/-12V, +/- 24V & +/-48V 

■ Fixed and plug mount PSU options: 90-230VAC, 24VDC, 

48VDC 


■ 12U(H) x 84T(W) x 298mm(W) 



■ 5-slot VITA 46 VPX backplane, 6U 

■ 1 x 860 W, fi xed: 5V/80A, 12V/16.7A, 

3.3V/40A, -12V/4.2A 

39E05PSXC8Y2VCHX 

■ 90-264 VAC input voltage VPX 


■ 12U(H) x 84T(W) x 298mm(D) 



■ 18-slot VXS Dual Star backplane, 6U 

■ 1 x 1300 W, fi xed: 5V/40A; 12V/50A; 

12V/16,7A; -12V/16.7A; 3.3V/40A 

39E18LLXC8Y2VCMX 

■ 90-264 VAC input voltage VXS 


■ 12U(H) x 49T(W) x 298mm(D) 



■ 7-slot VME64x backplane, 7U 

■ 1 x 500 W, 6U plug-in 

■ 90-264 VAC input voltage 

39E07OPXC8Y2VGEX 

64X

LINE DRAWINGS 

6U 

ENVIRONMENTAL 

Temperature: 

Altitude: 

Humidity: 

Shock: 

Vibration: 

Agencies: 

Weight 


Rear View 

(84T) (84T) 














Q = J1 only 




V = JO 


Y = Hybrid 

Z = Custom 






N = 3 row, J1/J2, 17mm 



Q = 3 row, 13mm 

R = 3 row, 17mm 

S = RT-2 (J0-J6) 6U 

U = RT-2 (J0-J2) 3U 


Y = Hybrid 

Z = Custom 

160mm 80mm 

Air Flow Air Flow 


0°C to +50°C 

6000 ft. (1,829m) 


10 G’s @ 11ms 

1.0 G’s @ 10 to 330 Hz 


Approx: 40lbs 

❑ DRIVES 

1 = 1 x 3.5” 

2 = 2 x 3.5” 

3 = 1 x 5.25” HH 

6 = 2 x 3.5”, 1 x 5.25” HH 

9 = 1 x 3.5”, 1 x 5.25” HH 


❑ HEIGHT 


❑ WIDTH 

8 = 84 T 

❑ REAR I/O 

Y = Yes 

6U 

-20°C to +70°C 

50,000 ft. (15,240m) 


15 G’s @ 11ms (per ASTM 0775) 

1.2 G’s @ 5 to 330 Hz 

39 E ❑ ❑ ❑ ❑ ❒ C ❒ Y 2 V ❑ ❑ X 

❑ DEPTH 

2 = 200mm - 299mm 



❑ PSU INPUT 



E = 110/220VAC (2 x HS, N + 1) 




M = 48VDC (2 x HS, N + 1) 


O = 28VDC (2 x HS, N+1) 

P = 90-230VAC (2 x HS, N + 1) 

X = No PSU 



1 = 100 - 199 watts (w/o 3.3V) 

2 = 200 - 299 watts (w/o 3.3V) 

3 = 300 - 399 watts (w/o 3.3V) 

4 = 400 - 499 watts (w/o 3.3V) 

5 = 500 - 599 watts (w/o 3.3V) 

6 = 600 - 699 watts (w/o 3.3V) 

7 = 700 - 799 watts (w/o 3.3V) 

8 = 800 - 899 watts (w/o 3.3V) 

9 = 900 - 999 watts (w/o 3.3V) 

A = 100 - 199 watts (w 3.3V) 

B = 200 - 299 watts (w 3.3V) 

C = 300 - 399 watts (w 3.3V) 

D = 400 - 499 watts (w 3.3V) 

E = 500 - 599 watts (w 3.3V) 

F = 600 - 699 watts (w 3.3V) 

G = 700 - 799 watts (w 3.3V) 

H = 800 - 899 watts (w 3.3V) 

I = 900 - 999 watts (w 3.3V) 

J = 1000 - 1099 watts (w 3.3V) 

K = 1100 - 1199 watts (w 3.3V) 


M = 1300 - 1399 watts (w 3.3V) 

N = 1400 - 1499 watts (w 3.3V) 





86 

VME SYSTEMS T39

VME Backplane Overview 

Automatic Assembly Line 

87 


■ Design and manufacturing expertise for VME, VME64x, 

VPX, VXS and switched fabric backplanes 

■ Expertise designing for military, telecom, industrial 

control and medical industries. 

■ Broad range of standard products 

■ Extensive design capabilities in modified standards 

and full custom designs up to 40+ layers 

■ More than 25 backplane design engineers with over 

10 years experience 

■ Engineers use most current technology in CAD tools 

and Simulation to design custom and standard 

products 

■ Expertise in impedance control, cross talk, power 

distribution and high frequency transmission, 

and in support services 

■ Low to high volume production, including fast-turn 

prototypes 

■ Extensive testing capabilities 

■ In-house full automated production assembly line 

■ Electrical test and optical test (with CCD matrix 

camera and laser) in the line 

■ Multi-layer technology taking the highest quality 

demands into account 

■ Optimized layouts for the reliable and 

failure-proof operation 

■ Development and demo units (backplanes, 

complete systems) to the newest industry 

technologies (VPX, VXS, Gig E, etc.) 

SMT Assembly 

Pressfit Assembly

VME Backplane Overview 

AUTOMATIC BACKPLANE ASSEMBLY LINE 

Dispenser Station 

Buffer station 

Load/ unload station 

Move/ turn station 

Electrical test station 

Buffer station 

Move/ turn station 

Assembly station 

Turning station 

Load/unload station 

Press fit machine 

Conveyer 

Turning station 

Vapor phase solder machine 

SMT assembly machine 

Barcode printer 

Loading Station for PCB stacks 

Magazine station 

Optical test station 

Elma Electronic offers an extensive line of VITA-Based System Platforms (VME, VME64x, VPX, VXS, VXI) backplanes 

and accessories to meet the requirements of the embedded systems market. These backplanes are 

produced using the latest in backplane design and manufacturing technology to insure the highest level of 

performance and quality in the industry. 

All Elma VME/VME64X backplanes are compliant to IEEE1014-87/ANSI/VITA 1-1994/VITA 1.1-97 specifications. 

The standard line of VME J1/J2 monolithic backplanes utilize a 10 layer design with automatic jumpering 

and are available in 2-21 slots. For applications requiring more flexibility Elma also offers individual J1 

and J2 backplanes ranging in size from 2-21 slots. To accommodate the varying demands of system design, 

Elma offers several choices for VME64X backplanes. Available in 7U or 6U heights (depending on space 

and power requirements) these monolithic backplanes are offered with the choice of 3 row (96) pin or 5 row 

(160) pin configurations with or without PO in sizes 2-21 slots. 

In addition to the standard backplane products Elma also carries a wide range of development backplanes 

and accessories. The backplanes include power and ground only, full bus and no bus configurations. 

Accessories consist of form factor adapters, extender boards, load cards, SerDes test cards, power interface 

boards and slot by pass cards. 

Electrical Test Optical Test 

Vapor Phase Soldering 

88 

VME BACKPLANE

VME J1/2 Monolithic Backplane 


Multi Layer Construction 

1 

2 

3 

4 

5 

6 

7 

8 

89 

GND 

Signal 

+3.3V 

Signal 

GND 

+5V 

Signal 

GND 


FEATURES: 

■ Exceeds ANSI/VITA 1-1994 and IEEE P1014 specifications 

■ Computer simulations utilized for design optimization 

■ Superior power distribution utilizing 2 oz. copper and 

ground planes 

■ Virtually zero crosstalk 

■ Outer ground layers for mechanical protection and 

EMI/RFI shielding 

■ Automatic BUSGRANT/IACK daisy chain 

■ Optional high current busbar set 

MECHANICAL SPECIFICATIONS 

■ 2 - 21 slots 

■ 6U height 

BOARD SPECIFICATIONS 

■ 8-layer stripline design 

■ 2 oz. copper power and ground 

■ PCB UL recognized 94V-O 

■ PCB FR-4 or equivalent 

■ PCB .125" thick 

SLOTS HEIGHT WIDTH PART NUMBER 

in mm in mm 

2 10.317 262.100 1.555 39.500 69-B02JI2M-0500 

3 10.317 262.100 2.200 55.900 69-B03JI2M-0500 

4 10.317 262.100 3.000 76.200 69-B04JI2M-0500 

5 10.317 262.100 3.800 96.500 69-B05JI2M-0500 

6 10.317 262.100 4.600 116.800 69-B06JI2M-0500 

7 10.317 262.100 5.400 137.200 69-B07JI2M-0500 

8 10.317 262.100 6.200 157.500 69-B08JI2M-0500 

9 10.317 262.100 7.000 177.800 69-B09JI2M-0500 

10 10.317 262.100 7.800 198.100 69-B10JI2M-0500 

11 10.317 262.100 8.600 218.400 69-B11JI2M-0500 

12 10.317 262.100 9.400 238.800 69-B12JI2M-0500 

13 10.317 262.100 10.200 259.100 69-B13JI2M-0500 

14 10.317 262.100 11.000 279.400 69-B14JI2M-0500 

15 10.317 262.100 11.800 299.700 69-B15JI2M-0500 

16 10.317 262.100 12.600 320.400 69-B16JI2M-0500 

17 10.317 262.100 13.400 340.400 69-B17JI2M-0500 

18 10.317 262.100 14.200 360.700 69-B18JI2M-0500 

19 10.317 262.100 15.000 381.100 69-B19JI2M-0500 

20 10.317 262.100 15.800 401.300 69-B20JI2M-0500 

21 10.317 262.100 16.600 421.600 69-B21JI2M-0500

VMEbus J1, J2 Backplanes 


FEATURES: 



■ Superior power distribution 


J1 FEATURE 

■ Optional BUSGRANT/IACK daisy chain connectors 

J2 FEATURE 

■ Outer ground layers for mechanical protection and 



■ 3 - 21 slots 

■ 3U height 


■ 8-layer board 






in mm in mm J1 J2 

3 5.067 128.700 2.200 55.900 69-B03J1-0590 69-B03J2-0900 









12 5.067 128.700 9.400 238.800 69-B12J1-0590 69-B12J2-0900 




16 5.067 128.700 12.600 320.400 69-B16J1-0590 69-B16J2-0900 






90 

VME BACKPLANE

VME64x 6U 



1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

91 

GND 

Signal 

+3.3V 

Signal 

GND 

+5V 

Signal 

+3.3V 

Signal 

GND 


FEATURES: 

■ Meets or exceeds ANSI/VITA 1.1-1997, VME 

extension standard 

■ Exceeds ANSI/VITA 1-1994 and IEEE P1014 specifi cations 

■ 10-layer controlled impedance stripline design 

■ Active BUSGRANT, IACK daisy chain 

■ Power bugs on top and bottom of slots 



■ Backplane stiffeners to provide durability, reliability 


■ 6U height 

■ 5, 8, 12, 14, 15 and 21 slots 




■ PCB UL recognized 94V-0 




in mm in mm w/out PO w/PO 

3 10.317 262.100 2.36 60 69-T03V645-1 69-T03V645-2 

4 10.317 262.100 3.16 80.3 69-T04V645-1 69-T04V645-2 

5 10.317 262.100 3.96 100.6 69-T05V645-1 69-T05V645-2 

6 10.317 262.100 4.75 120.9 69-T06V645-1 69-T06V645-2 

7 10.317 262.100 5.55 141.1 669-T07V645-1 69-T07V645-2 

8 10.317 262.100 6.35 161.4 69-T08V645-1 69-T08V645-2 

9 10.317 262.100 7.16 181.9 69-T09V645-1 69-T09V645-2 

10 10.317 262.100 7.96 202.9 69-T10V645-1 69-T10V645-2 

11 10.317 262.100 8.75 222.5 69-T11V645-1 69-T11V645-2 

12 10.317 262.100 9.53 242.2 69-T12V645-1 69-T12V645-2 

13 10.317 262.100 10.33 262.5 69-T13V645-1 69-T13V645-2 

14 10.317 262.100 11.12 283.0 69-T14V645-1 69-T14V645-2 

15 10.317 262.100 11.95 303.7 69-T15V645-1 69-T15V645-2 

16 10.317 262.100 12.75 324.0 69-T16V645-1 69-T16V645-2 

17 10.317 262.100 13.55 344.3 69-T17V645-1 69-T17V645-2 

18 10.317 262.100 14.35 364.4 69-T18V645-1 69-T18V645-2 

19 10.317 262.100 15.16 385.1 69-T19V645-1 69-T19V645-2 

20 10.317 262.100 15.95 405.3 69-T20V645-1 69-T20V645-2 

21 10.317 262.100 16.75 425.6 69-T21V645-1 69-T21V645-2

VME64x 7U 



1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

GND 

Signal 

+3.3V 

Signal 

GND 

+5V 

Signal 

+3.3V 

Signal 

GND 

FEATURES: 

■ Meets or exceeds ANSI/VITA 1.1 - 1997, 

VME extensions standards 


■ 10-layer controlled impedance stripline design 

■ Active BUSGRANT, IACK daisy chain 

■ Power connections at bottom for easier cabling 


■ Backplane stiffeners to provide durability, reliability 


■ 7U height 

■ 2-21 slots 

■ 160-pin, class II VME connectors 




■ PCB UL listed 94-V 




in mm in mm w/out PO w/PO 

3 10.317 262.100 2.36 60 69-VX703-0620 69-VX703-6021 

4 10.317 262.100 3.16 80.3 69-VX704-0620 69-VX704-6021 

5 10.317 262.100 3.96 100.6 69-VX705-0620 69-VX705-6021 

6 10.317 262.100 4.75 120.9 69-VX706-0620 69-VX706-6021 

7 10.317 262.100 5.55 141.1 69-VX707-0620 69-VX707-6021 

8 10.317 262.100 6.35 161.4 69-VX708-0620 69-VX708-6021 

9 10.317 262.100 7.16 181.9 69-VX709-0620 69-VX709-6021 

10 10.317 262.100 7.96 202.9 69-VX710-0620 69-VX710-6021 

11 10.317 262.100 8.75 222.5 69-VX711-0620 69-VX711-6021 

12 10.317 262.100 9.53 242.2 69-VX712-0620 69-VX712-6021 

13 10.317 262.100 10.33 262.5 69-VX713-0620 69-VX713-6021 

14 10.317 262.100 11.12 283.0 69-VX714-0620 69-VX714-6021 

15 10.317 262.100 11.95 303.7 69-VX715-0620 69-VX715-6021 

16 10.317 262.100 12.75 324.0 69-VX716-0620 69-VX716-6021 

17 10.317 262.100 13.55 344.3 69-VX717-0620 69-VX717-6021 

18 10.317 262.100 14.35 364.4 69-VX718-0620 69-VX718-6021 

19 10.317 262.100 15.16 385.1 69-VX719-0620 69-VX719-6021 

20 10.317 262.100 15.95 405.3 69-VX720-0620 69-VX720-6021 

21 10.317 262.100 16.75 425.6 69-VX721-0620 69-VX721-6021 

92 

VME BACKPLANE

VXS Backplane 


93 


FEATURES: 

■ Conforms to VITA 41.0 VXS backplane specifications 

■ High-speed Multi-Gig RT-2 connector for up to 6.4 Gbps signals 

over P0 

■ Plenty of power bugs for 3.3V, 5V, 12V and GND 

■ Compatible with VME64x standard line cards 

■ Single Star, Dual Star, Mesh, Hybrid, and Replicated 

versions available 

■ Various configurations of payload slots, switch card slots, etc. 


■ 2 - 21 slots (*see table for standard confi gurations) 

■ 6U, 7U height options 

■ 160-pin, class II VME connectors 

■ Multi-Gig RT-2 P0 connectors 


■ 10 - 18-layer designs (topology dependent) 


■ PCB UL listed 94V-0 


■ VXS-SS: PCB 12-layer (5-slot, 10-slot), 14-layer (8-slot) 

■ VXS-DS: PCB 10-layer (8-slot), 12-layer (12-slot), 18-layer 

(12-slot Nelco, 20, 21-slot) 

■ VXS S-Mesh: PCB 10-layer 

TOTAL SLOTS SLOT CONFIGURATION U HEIGHT WIDTH PART NUMBER 

in mm in mm 

VXS - Single Star 

5 1 switch, 4 payload 7U 11.72 247.50 4.06 103.19 69-SL705-XXXX 

8 1switch, 7 payload 6U 10.32 262.13 6.46 164.08 69-SL608-XXXX 

10 1 switch, 9 payload 6U 10.32 262.13 8.06 204.72 69-SL610-XXXX 

VXS - Dual Star 

8 2 switch, 6 payload 6U 10.32 262.13 6.40 162.56 69-LL608-XXXX 

12 2 switch, 10 payload 7U 11.72 297.54 9.60 243.84 69-LL712-XXXX 



21 2 switch, 16 payload, 3 VME64x 6U 10.32 262.13 16.87 429.50 69-LL621-XXXX 

VXS - Switchless Mesh 

5 3 payload, 2 VME64x 7U 11.72 297.54 4.06 103.12 69-TL705-XXXX

VPX Backplane 


FEATURES: 

■ Compliant to the latest VITA 46/VITA 60 Specifications 

■ High-speed Multi-gig connector in mesh topology 

VPX 3U 

■ Uses the rugged 3U-160 Eurocard form factor 

■ Twisted Ring routing topology 

■ Switch slot for centralized switching per VITA 46.20 

■ Provides built in ESD ground protection in every slot 

■ RoHS compliant versions optional 

VPX 6U, 7U 

■ Rugged Eurocard form factor in 6U height Offers a highly 

flexible interconnect scheme that can support either differen- 

tial or single ended connections 

■ Supports redundant meshes, pipeline topologies and a cluster 

computing 

■ Provides built in ESD ground protection in every slot 

■ Signal Integrity studies available upon request 


■ 3U, 6U height 

■ 5 slots, 6 Slots, 7 slots (5 VPX, 2 VME64x) 

■ MultiGig RT-2 connectors 


■ 12-layer, 12-layer stripline design, 20 layer stripline design, 

16 layers for 7 slots 

■ 2 oz. power and ground 


■ PCB .169” thick, 181” thick for 7 slot 

TOTAL SLOTS SLOT CONFIGURATION U HEIGHT WIDTH PART NUMBER 

in mm in mm 

6 Twisted ring w/centralized switch 3U 5.07 128.78 6.75 171.45 69-PS306-1754 

slot per VITA 46.20 

5 5 VPX mesh slots 6U 10.32 262.13 5.76 146.30 69-PS605-1710 

7 5 VPX mesh + 2 VME64x slots 7U 10.32 262.13 7.83 198.88 69-PS607-1952 

17 12 VPX mesh, 3 VME64x, + 2 per 6U 10.32 262.13 16.83 427.82 69-PS617-1714 

VITA 46.20 centralized switch slots 

94 

VME BACKPLANE

J2 VME Development Backplane 


95 


FEATURES: 

■ All J2 B row power and ground pins connected per 

ANSI/VITA 1-1994 and IEEE P1014 specifications 

■ All other J2 pins user definable 


■ 2 - 21 slots 

■ 3U height 








in mm in mm 

2 5.067 128.700 1.500 38.100 69-BPNG02J2-0900 










12 5.067 128.700 9.500 241.300 69-BPNG12J2-0900 




16 5.067 128.700 12.700 322.580 69-BPNG16J2-0900 





21 5.067 128.700 16.700 424.180 69-BPNG21J2-0900

Fullbus Backplane 

FEATURES: 

■ Completely user defined 

■ High performance multi-layered construction 

■ 3U x 42T or 84T wide 

■ Backplanes with 60 or 90 bus signal lines 

■ Designs are available in 3T(HP) or 4T(HP) centers 

■ Fully bussed across 

DESCRIPTION 

Users can allocate the connector terminals and signal lines on the standard backplane according to their own 

individual requirements. 60 (90) signal lines are available. The screened standard backplanes are fitted with 

female connectors to DIN 41612, type C. The optimum line routing configuration ensures highly effective 

screening of the conductor paths carrying signals. 

■ 2 power supply lines: 

- rows a1, b1, c1 (power supply) 

- rows a31, b32, c32 (GND line) 

■ 4 additional power supply lines with wire-wrap posts for the wiring the user's requirements 

■ Faston flat connector 6.3 x 0.8mm for connecting the power supply 

■ The first and the last terminal strips have gold-plated wire-wrap posts for interface connections 

■ Connectors in compliant press-in technique 

■ Designs are available with a slot pitch of 3T (15.24mm) or 4T (20.32mm) 

60 BUS SIGNAL LINES 

■ Backplanes designed for 60 bus signal lines have rows a2 to a31 and c2 to c31 connected in parallel 

■ The screening lines are connected to a32, b32 and c32 (GND) 

■ The connector arrays are fitted with female connectors of type C (64-pole or 96-pole). Rows b2 to b31of the 

connectors in the 96-pole version are for additional wiring and are not wired on the standard backplane. 

■ Above the connector array are 

one or two (depending upon 

length) adaption arrays for mini 

wire-wrap posts for special wir- 

ing of inputs and outputs. 

Standard bus, 60 signal lines, rows a/c 4T (pitch) 


in mm in mm 64-Pole 96-Pole 

5 3.89 99 5.13 130.5 69-920-28 69-920-29 

7 5.51 140 5.13 130.5 69-920-24 69-920-25 

8 9.48 241 5.13 130.5 69-920-34 69-920-35 

14 16.77 426 5.13 130.5 69-920-10 69-920-11 

90 BUS SIGNAL LINES 

■ Backplanes designed for 90 bus signal lines have rows a2 to a31, to b2 to b31,and c2 to c31 

connected in parallel. 

■ The screening lines are connected to a32, b32, and c32 (GND) 

■ The connector arrays are fitted with connectors of type C (96-pole) Standard bus, 90 signal lines, 

rows a/b/c 4T (pitch) 

SLOTS PART NUMBER 

96 Pole 

10 69-920-63 

21 69-920-61 

96 

VME BACKPLANE

J0 Backplane 


97 


FEATURES: 

■ Available in 1 to 21 slot versions 

■ 13mm tails for wire wrapping 

■ Optional shrouds for overlays 

■ Replaces Z-tail for DIN connector mounting 

■ Provides efficient airflow compared to individual 

connectors mounted 

■ Completely user definable 

■ 17mm tails on request 


in mm in mm 

1 5.118 130.00 .600 15.24 69-B01J0-8498 

2 5.118 130.00 1.400 35.56 69-B02J0-8498 

3 5.118 130.00 2.200 55.900 69-B03J0-8498 

4 5.118 130.00 3.000 76.200 69-B04J0-8498 

5 5.118 130.00 3.800 96.500 69-B05J0-8498 

6 5.118 130.00 4.600 116.800 69-B06J0-8498 

7 5.118 130.00 5.400 137.200 69-B07J0-8498 

8 5.118 130.00 6.200 157.500 69-B08J0-8498 

9 5.118 130.00 7.000 177.800 69-B09J0-8498 

10 5.118 130.00 7.800 198.100 69-B10J0-8498 

11 5.118 130.00 8.600 218.400 69-B11J0-8498 

12 5.118 130.00 9.400 238.800 69-B12J0-8498 

13 5.118 130.00 10.200 259.100 69-B13J0-8498 

14 5.118 130.00 11.000 279.400 69-B14J0-8498 

15 5.118 130.00 11.800 299.700 69-B15J0-8498 

16 5.118 130.00 12.600 320.400 69-B16J0-8498 

17 5.118 130.00 13.400 340.400 69-B17J0-8498 

18 5.118 130.00 14.200 360.700 69-B18J0-8498 

19 5.118 130.00 15.000 381.100 69-B19J0-8498 

20 5.118 130.00 15.800 401.300 69-B20J0-8498 

21 5.118 130.00 16.600 421.600 69-B21J0-8498

200mm, 400mm Test Extender 


FEATURES: 

■ Designed to meet mechanical and electrical connection 

requirements of ANSI/VITA 11994 and IEEE P1014 

specifications 

■ Assembled from 3U segments - VME J1, VME J2 

or 96-pin universal modules plane 

■ Universal module has 96 user definable pins, any pin 

can be tied to a power or ground plane if desired. 

■ All 96 connector pins of any module can be individually 

switch isolated 

■ Test points for all 96 connector pins 

■ Designed for use in 160mm, 220mm, 340mm, 

400mm chassis 

■ Rugged inject/eject card guide handles 


Can be assembled to any combination to make 3U, 6U, 9U, 

or 12U configurations 220mm, 400mm long 



■ PCB UL listed 94V-O 


■ PCB .062" thick 

SIZE DESCRIPTION PART NUMBER 

3U x 220mm VME J1 69-CEX-322J1 

6U x 220mm VME J1,J2 69-CEX-622J12 

9U x 220mm Universal J1, J2, J3 69-CEX-922U 

3U x 400mm Universal J1 69-CEX-340U 

6U x 400mm Universal J1, J2 69-CEX-640U 

9U x 400mm Universal J1, J2, J3 69-CEX-640U 

98 

SYSTEM ACCESSORIES

VME64x Test Extender 



99 


FEATURES: 


requirements of ANSI/VITA 1.1 D2.1 VME extensions 

standard 

■ All J1 and J2 connector pins can be individually 


■ Test points for all 160 pins of J1 and J2 

■ Designed for use in 160mm and 220mm 

■ Rugged inject/eject card guide handles 

■ Optional J0 connector available 


■ 6U x 220mm 

■ All J1, J2, and J0 connectors are DIN class II 


■ 12-layer stripline design 

■ PCB UL listed 94V-O 



SIZE DESCRIPTION PART NUMBER 

6U x 220mm VME64X J1, J2, J0 69-BEX-622J1264X-0125 

6U x 220mm VME64X J1, J2 69-BEX-622J1264X-012X

VXI Test Extender 


FEATURES: 


requirements of VXIbus spec., Rev. 1.4, VMEbus C.1 

■ High performance stripline design 

■ Test points for all of the lines on each 96-pin connector 

■ Metal frame securely holds test board in place 

■ Rugged card guide handles 96 pin J1, J2 connectors 

■ All J1 and J2 connector pins can be individually 


■ Designed for use in a 6U by 340mm chassis 


■ 6U x 340mm 






HEIGHT LENGTH PART NUMBER 

6U 340mm 69-BEXIC-634 

100 

SYSTEM ACCESSORIES

VXS Test Extender 


101 


FEATURES: 

■ Conforms to VITA 41.0 VXS backplane specifi cations 

■ Controlled impedance rigid-fl ex-rigid design 

■ Alignment keying headers provided for extender and 

plug-in card 

■ 100 Ohm differential pair routing 

■ Rugged card guide handles 96 pin J1, J2 connectors 

■ J1 signals are single-ended signals and run point-to-point 

across the extender 

■ Mechanical frame supports 6U, 160mm plug-in card 

■ Frame has injector/ejector latches for plug-in card 

■ Signal rate: 3.125Gb/sec 

■ +5V on/offswitch 

■ Current monitor on +5V power 

■ Frame has injector/ejector latches to hold extender securely 

to chassis 

■ VPX version available upon request 


■ 6U height 

■ 240mm 

■ Multi-Gig RT-2 connectors 



■ PCB UL listed 94 V-0 


■ PCB Material: L24 Type GFN 

HEIGHT LENGTH DESCRIPTION PART NUMBER 

6U 240mm Switch (hub) slot extender 69-BEX-624LH-0XXX 

6U 240mm Payload slot extender 69-BEX-624LP-0XXX

Form Factor Extenders 


FEATURES (VME) 

■ Allows boards of different depths to be used in 

the same depth card cage 96-pin, class II connectors 

■ Outer ground planes for mechanical protection and 




■ Available in multiple sizes: 3U x 60mm, 6U x 60mm, 6U x 

120mm, 6U x 180mm 

FEATURES (VME64X) 


requirements of ANSI/VITA 1.1, 1997 VME 

extensions standard 


■ 160-pin VME extensions, class II connectors 

■ Compatible with VME320 and most legacy VME products 


■ 6U x 60mm and 6U x 180mm 

■ 160-pin extended DIN connector compatible 

BOARD SPECIFICATIONS (VME AND VME64X) 






VME Form Factor Extenders 


3U 60mm 69-B3EXT60 

6U 60mm 69-B6EXT60 

6U 120mm 69-B6EXT120 

6U 180mm 69-B6EXT180 

6U 280mm 69-B6EXT280 

VME64X Form Factor Extenders 


6U 60mm 69-B6EXT060-V64X 

6U 180mm 69-B6EXT180-V64X 

102 

SYSTEM ACCESSORIES

Slot Bypass Board 

VPX 3U/6U Slot Blocker 


103 


DESCRIPTION 

The slot bypass boards fill unused slot positions in the system 

enclosure. Elma’s bypass boards block airflow whenever 

there were empty slots in your enclosure and ensure airflow 

is directed to the occupied slots where it is needed. Made of 

rigid construction, our bypass boards act as an effective barrier 

while maintaining the integrity of the enclosure’s airflow system. 

Ejectors and injectors are optional and make these boards 

easy to remove when you need the slots for system expansion. 

Elma bypass boards are available in all VITA & PICMG sizes. 

Insulated boards are also available standard. Metal versions can 

be specially ordered. Bypass boards are supplied in assembled 

form only. 

FEATURES 

■ Blocks airflow in unused slots 

■ Available for all Euro Card sizes (3U-9U, VITA & PICMG) 

■ Ejectors and Injectors available 

■ Plugs directly into empty slots 

■ Made of rigid construction 

■ Directs airflow properly for optimal system cooling 

CARD SIZE ORDER NUMBER 

3U x 160mm, 4HP 80-316JB-00 

6U x 160mm, 4HP 80-616JB-00 

6U x 220mm, 4HP 80-622JB-00 

6U x 340mm, 4HP 80-634JB-00 

9U x 400mm, 4HP 80-940JB-00 

6U x 160mm, 4HP 80-616JB-64X-4 

6U x 160mm, 4HP 80-616JB-64X-8 

3U x 160mm, 5HP 80-316PS-VPX 

6U x 160mm, 5HP 80-616PS-VPX

VME/VME64x, VPX Load Boards 

The Elma load board is designed to be compliant 

with ANSI/VITA mechanical and electrical connection 

standards. 

Developed to enhance testing of VME systems, the 

load board aids the system designer in assuring adequate 

chassis cooling and verifying that the VME 

chassis is capable of meeting the power requirements 

of the system (or VITA specs). The load board 

functions to test a system's cooling capabilities by 

fi rst applying the load to the power supply for verifi 

cation and creating the necessary heat to confi rm 

chassis cooling. By locating hot spots in the chassis, 

a system designer can verify where to optimally redirect 

the airfl ow to prevent overheating. The load 

board increases productivity by quickly and accurately 

characterizing systems at low cost. 

The 3U VPX load card features a microcontrollerbased 

stepped load control to 100W max. The rotary 

switch selects the voltage setting while pushing 

the ON switch will cycle between different power 

levels shown on the LED display. The set load power 

levels are saved in EEPROM. 


FEATURES (VME/VME64X) 

■ Conforms to electrical and mechanical connections 

of ANSI/VITA 1, 1994 for VME and ANSI/VITA 1.1, 

1997 for VME64 extensions 

■ Verifies chassis can meet power requirement and 

specifications for VME64x 

■ Aids in locating hot spots in the chassis 

■ Visual GO-NO-GO indicators for +5V, +3.3V, 

+12V, -12V 

■ Primary test points +V1, +V2, -V1, -V2, ACFAIL, 

SYSRESET, SYSFAIL, and GROUND 

■ Power supply loading varies with front panel switches 

FEATURES (VPX) 

■ Load board for VPX systems, meets ANSI/VITA 

46 mechanical and electrical connection standards 

■ Verifi es chassis can meet power requirement and specifi ca- 

tions for VPX 

■ Ideal for thermal simulation 

■ Go-No-Go indicators for Vs1=12V, Vs2=3.3V, Vs3=5V, 

+12V_Aux, -12V_Aux & 3.3V_Aux. 

■ Two test point outputs and rotary switch selector for voltage 

settings, markings for SIG and GND 

■ Power reset button (to minimum level), SYSRESET signal on 

the two test point outputs 

■ Power level LED (1, 2, and 3) and push button 

(Step UP) indications 

■ RoHS compliant. 

■ 6U and conduction-cooled versions are also available 

■ Power load up to 100 watts (3U); 200 watts (6U) 


■ 6U x 160mm 







DESCRIPTION HEIGHT LENGTH PART NUMBER 

VME/VME64X 6U 160mm 80-616-V645X-0000 

VPX 3U 160mm 80-316-VPS-0000 

VPX 6U 160mm 80-616-VPS-0000 

104 

SYSTEM ACCESSORIES

Power Interface Boards 


105 


FEATURES 

■ Designed to comply with power interface specifi cation 

PICMG 2.11 Rev. 1.0 

■ Designed to comply with IEEE 1101.10 mechanical 

specifi cation 

■ One or two pluggable 47-pin power connectors 

■ Interface to backplane via power bugs with 6/32 screws 

■ Header for voltage sense, current share (2 ps connector 

version) and IPMB interface compliant to system management 

specifi cation PICMG 2.9 Rev. 1.0 

■ Power taps for +5V, 3.3V, GND and faston blades for 

+12V, -12V 

■ Utility (20-pin), aux/disk drive, and power switch connectors 

■ Geographical Addressing on the power supply connector 

is selectable 


■ 3U or 6U Height Single or Dual Power Supply PIB 

■ 5.07" X 1.54" (3U single ps connector version) 

■ 5.07" X 3.13" (3U dual ps connector version) 

■ 10.32" X 1.54" board (6U single ps connector version) 

■ 10.32" X 3.13" board (6U dual ps connectors version) 



■ 1 oz. copper outer layers, 2 oz. copper inner layers 



■ PCB .110 - .125" thick 

HEIGHT WIDTH (in) POWER SUPPY CONNECTORS PART NUMBER 

3U 1.54" 1 69-BPIBM301 

3U 3.13" 2 69-BPIBM302 

6U 1.54" 1 69-BPIBM601 

6U 3.13" 2 69-BPIBM602

SerDes Test Blade - VPX 


FEATURES 

■ Multilane differential serial fabric test card for VPX 

■ Lab-on-board eliminates need for acquiring a whole rack 

of equipment 

■ Directly evaluate true Gbps serial link BER performance 

inside chassis 

■ Test and characterize entire mutli-lane serial fabric with one 

integrated module 

■ Pattern generation, such as Eye Diagrams 

■ Achieve lowest cost of test and fastest time to market 

■ Can be used for testing both line cards and backplanes 

■ 4- channel base confi guration is expandable to 16-channels 

with additional 69-DJ60 modules 

■ Designed to meet latest VITA 46 specifi cations 


■ 6U x 160mm – VPX 

CHANNELS DESCRIPTION PART NUMBER 

4 6U x 160mm, VPX Convection Cooled 69-D3200-04XX 



4 Channel Expansion Module 69-DJ60 

106 

SYSTEM ACCESSORIES

System Monitor - SysMon Online Pro 


107 


DESCRIPTION 

The SysMon OnlinePro is a platform independent system monitor 

for monitoring internal system conditions including temperature, 

voltage, fan rotation or power supply. The system monitor uses a 

16-bit microcontroller with integrated 12-bit A/D converter. It has 

also a built-in web page allowing the user to monitor the system 

operation from any place with Internet connectivity. For fans with 

PWM regulation only! 

FEATURES 

■ Up to 8 voltages 

■ Monitors up to 14 temperature sensors 

■ Monitor and control up to 12 fans 

■ Ethernet interface: TCP/IP ! HTTP, Telnet protocol supported 

■ RS232 interface 

■ User confi gurable I/O pin 

■ Board mount for Eurocard confi gurations 


Board Fixed 69-SYS-X16-OP 

3U x 160mm 69-SYS-316-OP

System Monitor 

SOFTWARE FEATURES: 

■ Runs on WIN95/98/NT 

■ All settings can be saved in a file 

■ Default values can be loaded from a file 

■ Voltage limits can be changed at a 

running time 

■ Current voltages can be read 

■ Temperature values for fan control and 

TempFail can be set 

■ Reading of the current temperature 

■ Possibility to display and save 

temperature history 

■ Current fan speed can be read 

■ Activate alert outputs (10sec.) via 

FanFail, TempFail or SysReset 

■ Query of the system status (current/ 

failed) 

■ Automatic pop up window in case of a 

new fault 

■ VME-timing adjustable (0-100%) for 

each fan level 

■ Calibration of the temperature sensors 

■ Fan speed adjustable (0-100%) for each 

fan level 

■ Calibration of different fan types 

■ Possibility to activate the Power/Fail 

signal, High or Low active 


FEATURES 

■ Monitoring unit for VME Systems, VME64X Systems, 

VXI Systems and CPCI Systems 

■ 8 bit microcontroller 

■ 12 bit A/D converter 

■ Voltage monitoring (max. 8 voltages) 

■ Temperature monitoring (max. 9 temperate sensors) 

■ Fan monitoring (max. 6 fans) 

■ Fan control (3 speed levels) in dependence of the 

temperature and hysteresis (5-10 degrees K) 

■ Signal generation (for example VME: ACFail*/SysReset*) 

■ Display: voltages (good/fail), Tempfail, Sysfail, Fanfail 

■ Reset-button: touch protected 

■ 2 configurable alert outputs 

■ Service interface RS232 

■ System monitor dimensions: 100mm x 135mm 

■ Display dimensions: 91.44mm x 19.05mm 

ELECTRICAL PARAMETERS 

■ Power supply +5V/200-300mA 

■ Voltage monitoring of all different backplanes 

■ Tolerance of temperature measurements +/-1degree K 

■ Fan monitoring: -up to 6 fans (max 4A) -power supply for 

fans +12V 

■ Alert outputs are open collector (max. 100mA) 

■ Service life (MTBF, nach MIL HDBK 217F): over 200,000 h 

fan level 

MECHANICAL PARAMETERS 

■ Flammability: 

-PCB, connectors, network resistors, ceramic 

capacitors: UL94V-1 

-Electrolytic capacitors: UL94V-1 

■ Vibration: 

-to DIN 41640 part 15: 10Hz 5g rms 

(10Hz to 200Hz 20g rmson request) 

■ Impact (10 impacts per axis x,y,z) 50g, 60ms. 

■ Sub-atmospheric pressure/altitude (maximum voltage 12V) 

no restrictions. 

■ Layer stack up 4 layers 

ENVIRONMENTAL PARAMETERS 

■ Operating temperature -20 degrees C to +85 degrees C 

■ Storage temperature -20 degrees C to +85 degrees C 

■ Climate conditions IEC 68/1:25/085/21 


Board Fixed 69-450 

3U, 4T 69-450-30 

4U, 4T 69-450-40 

6U, 4T 69-450-60 

108 

SYSTEM ACCESSORIES

VME/VXI Voltage Monitor 


Rear Transition Modules (RTM's) 


109 


FEATURES 

■ Ability to directly drive up to 12 LEDs 

(bi-color or single color) 

■ Monitors up to 8 voltages (4 positive and 4 negative) 

■ Preset for all "standard" VXI, VME, and VME64x 

backplane voltages (+5V, -5.2V, +/-12V, +3.3V, 

+/-24V, -2.0V) 

■ Series and parallel pads on voltage monitors for easy 

changing of scaling resistors 

■ Ability to "OR" the outputs of several voltage indicators 

to drive a single LED 

■ Four optional LED drivers for indicating the status of fans, 

temp sensors, etc. 

■ Separate power sources for voltage monitors and 

optional LED drivers 

■ Sold only as part of overall chassis solution 

■ Sold only as part of overall chassis solution 

FEATURES 

■ Elma offers unique rear I/O and RTM solutions for 

VXS and VPX 

■ Design and contract assembly services available 

■ Sizes in 3U x 80 mm, 6U x 80mm, 8U x 80mm 

and more 

■ Contact factory for Ordering Information

Accessories 

POWER SUPPLIES (PSU SELECTION CHART) 

OPTIONS WATTS PART NUMBER PFC 5V 3.3V +12V -12V STYLE MOUNTING RoHS 

Brick w/o 3.3V 

C1 150 E1910060 No 15A ---- 5A 1A Brick Fixed No 

C3 350 69-T350-1205FA Yes 50A ---- 8A 4A Brick Fixed No 

C3 350 E1910544 Yes 50A ---- 12A 10A Brick Fixed No 

C5 500 69-T500-1205FA Yes 80A ---- 10A 10A Brick Fixed No 

C5 500 CAE023403 No 80A ---- 10A 10A Brick Fixed Yes 

C7 750 69-T750-1205FPA Yes 120A ---- 12A 10A Brick Fixed No 

C7 750 E1910546 Yes 100A ---- 20A 20A Brick Fixed No 

Brick 

C9 

w/ 3.3V 

1000 CAE009355 Yes 150A ---- 20A 10A Brick Fixed Yes 

CB 250 CAE000064 Yes 40A 20A 6A 6A ATX Fixed Yes 

CD 300 CAE012898 Yes 35A 38A 18A 1A ATX Fixed Yes 

EC 300 CAE004752 No 36A 16A 14A 1A ATX Fixed No 

FC 350 CAE019945 Yes 35A 28A 18A 1A PS2 Fixed Yes 

CD 450 CAE008341 Yes 50A 40A 12A 4A Brick Fixed Yes 

CF 600 CAE008076 Yes 75A 40A 12A 4A Brick Fixed Yes 

CH 800 CAE008077 Yes 120A 40A 12A 10A Brick Fixed Yes 

Plug-In 6U 

HD 350 E1910510 N/A 50A 40A 12A 2A cPCI Plug-In (6U), 48V No 

HD 400 CAE019643 N/A 50A 50A 12A 4A cPCI Plug-In (6U), 32-72VDC 

GD 400 CAE008444 Yes 50A 40A 12A 4A cPCI Plug-In (6U), 32-72VDC No 

OD 400 CAE009729 N/A 60A 60A 7A 1A cPCI Plug-In (6U), 32-72VDC No 

GE 500 CAE009700 Yes 50A 60A 12A 4A cPCI Plug-In (6U), 32-72VDC No 

GF 600 CAE011696 Yes 50A 65A 12A 3A cPCI Plug-In (6U), 32-72VDC No 

GC 300 CAE011984 N/A 50A 65A 12A 3A cPCI Plug-In (6U), 32-72VDC No 

Plug-in 3U 

GB 250 CAE008008 Yes 40A 40A 5.5A 1.5A cPCI Plug-In (3U) Yes 

HB 250 CAE008336 N/A 40A 40A 5.5A 1.5A cPCI Plug-In (3U), 32-72VDC Y es 

GC 300 CAE022446 Yes 40A 40A 10A 2A cPCI Plug-In (3U) No 

OC 300 CAE021839 N/A 30A 40A 5A 0.5A cPCI Plug-In (3U), 18-36VDC Yes 

OB 200 CAE009301 N/A 25A 36A 3A 0.5A cPCI Plug-In (3U), 18-36VDC No 

Modular 

CI 932 E1910555 Yes 80A 40A 16.7A 16.7A Modular Fixed No 

CI 932 CAE005750 Yes 120A 40A 8.3A 8.3A Modular Fixed No 

CK 1132 CAE009566 Yes 120A 40A 16.7A 16.7A Modular Fixed No 

CL 1264 CAE001487 Yes 120A 80A 16.7A 16.7A Modular Fixed No 

CM 1332 CAE005921 Yes 160A 40A 16.7A 16.7A Modular Fixed No 

CM 1334 CAE023160 Yes 40A 40A 50.1A 33.4A Modular Fixed (VXS1) No 

CO 1518 CAE022707 Yes 120A 20A 66.8A 4.2A Modular Fixed (VXS2) No 

CZ 4000 CAE019887 Yes 320A 240A 8.3A 8.3A Modular Fixed (VXS3) No 

CM 1328 CAE007934 Yes 80A 160A 16.7A 16.7A Modular Fixed (VPX1) No 

CM 1334 CAE023160 Yes 40A 40A 16.7A 16.7A Modular Fixed (VPX2) No 

CN 1464 CAE012376 Yes 160A 80A 16.7A 16.7A Modular Fixed (VPX3) No 

CM 1175 CAE022832 No 160A 22.7A 12.5A 12.5A Modular Fixed (BADGER1) No 

CN 1450 CAE014862 No 80A 45.5A 25A 25A Modular Fixed (BADGER2) No 

110 

ACCESSORIES

Accessories 

DEVICE HOLDERS (EMC Shielded) 

CARD GUIDE END FEET (offset 2.54mm) 

CARD GUIDE END FEET (offset 2.54mm) 

EXTRUSIONS 

111 


NUMBER OF DEVICES LENGTH ORDER NUMBER 

1 x 3.5" 3U x 8HP 27C308-42 

1 x 3.5" 4U x 8HP 27C408-41 

2 x 3.5" 6U x 8HP 27C608-51 

1 x 5.25" H.H. 6U x 12HP 27C612-11 

1 x 5.25" H.H. 6U x 32HP 27C632-71 

1 x 5.25" H.H. 4U x 12HP 27C412-11 

COLOR CARD DEPTH 1 PIECE 100 PIECES 

Black 160mm 61-950-01 61-950-01-2 

Red 160mm 61-950-03 61-950-03-2 

Black 80mm 61-949-01 61-949-01-2 

SIZE POSITION 1 PAIR 

1 x 3.5" 3U x 8HP 27C308-42 

SIZE 1 PIECE 

160mm 66-452-20 

220mm 66-452-25 

280mm 66-452-30 

340mm 66-452-35

ESD CLIPS (connecting printed board w/case) 

ESD SPRING (connecting ESD w/case) 

CODING PINS 

MICROSWITCH 

DESCRIPTION 1 PIECE 100 PIECES 

ESD clip front bottom/rear top 63-863 63-864 

ESD clip front top / rear bottom 63-865 63-866 

DESCRIPTION 1 PIECE 10 PIECES 100 PIECES 

ESD Spring connecting 61-420 61-420-1 61-420-2 

COLOR 1 PIECE 100 PIECES 

gray 81-054-02 81-054-02-2 

red 81-054-03 81-054-03-2 

COLOR 1 PIECE 10 PIECES 100 PIECES 

Black 81-088 81-088-1 81-088-2 

112 

ACCESSORIES

Accessories 

TELECOM HANDLES (standard) 

TELECOM HANDLES (offset 2.54mm) 

HOT-SWAP HANDLES (standard) 

HOT-SWAP HANDLES (offset 2.54mm) 

113 



Black top 81-205 81-205-2 

Black bottom 81-206 81-206-2 

Gray top 81-207 81-207-2 

Gray bottom 81-208 81-208-2 


Black top 81-186 81-186-2 

Black bottom 81-187 81-187-2 

Gray top 81-188 81-188-2 

Gray bottom 81-189 81-189-2 


Black top 81-095 81-095-2 

Black bottom 81-096 81-096-2 

Gray top 81-097 81-097-2 

Gray bottom 81-098 81-098-2 


Black top 81-182 81-182-2 

Black bottom 81-183 81-183-2 

Gray top 81-184 81-184-2 

Gray bottom 81-185 81-185-2

FIXING MATERIALS (Front Panel Screws) 

SIZE PACKING UNIT STANDARD BLACK 

M2.5 x 11.3 2 x 10 pieces 63-443 ---- 

Milled edge screw slotted. Head Ø-7 Press-fit bush 

M2.5 x 11.3 2 x 10 pieces 63-130 ---- 

M2.5 / M5 x 0.5 

Milled edge screw slotted. Head Ø-7 Threaded bush 

M2.5 x 11.3 2 x 10 pieces 63-157 ---- 

Milled edge screw slotted. Head Ø-7 Retainer 

M2.5 x 11.3 2 x 10 pieces 63-444 ---- 

Round head screw slotted. Head Ø-5 Press-fit bush 

M2.5 x 11.3 2 x 10 pieces 63-129 ---- 

M2.5 / M5 x 0.5 

Round head screw slotted. Head Ø-5 Threaded bush 

M2.5 x 11.3 2 x 10 pieces 63-159 ---- 

Round head screw slotted. Head Ø-5 Retainer 

M2.5 x 11.3 100 pieces 1904-16 61-267-01-2 

Milled edge screw slotted. Head Ø-7 

M2.5 x 9 100 pieces 61-252-2 ---- 

M2.5 x 9 1000 pieces 61-252-3 ---- 

M2.5 x 11.3 100 pieces 1904-37 ---- 

Round head screw slotted. Head Ø-5 

M2.5 x 11.3 100 pieces 1904-41 63-474 

Philips round head screw. Head Ø-6 

M2.5 Mat. > 2.5mm 100 pieces 63-301 63-471 

M2.5 Mat. > 2.5mm 1000 pieces 61-201-3 ---- 

M2.5 Mat. > 1mm 100 pieces 61-225-2 ---- 

Press-fit bushing, drilling Ø-3.7 +0.11 

M 2.5 x 0.5 100 pieces 63-131 ---- 

Threaded bushing 

M 5 x 0.5 1 piece 61-545 ---- 

Combination drill piece for remachining 

M2.5 + M3 10 pieces 63-118 ---- 

M2.5 + M3 100 pieces 63-119 ---- 

Screw retainer 

114 

ACCESSORIES

Accessories 

115 


SIZE PACKING UNIT STANDARD BLACK 

M3 x 11.3 2 x10 pieces 63-128 ---- 

M3 /M5 x 0.5 


M3 x 11.3 2 x10 pieces 63-047 ---- 

M3 /M5 x 0.5 


M3 x 11.3 2 x10 pieces 63-158 ---- 

Milled edge screw slotted. Head Ø-7 Retainer 

M3 x 11.3 2 x10 pieces 63-079 ---- 

M3 /M5 x 0.5 

Round head screw slotted. Head Ø-5 Threaded bush 

M3 x 11.3 2 x10 pieces 63-160 ---- 

Round head screw slotted. Head Ø-5 Retainer 

M3 x 11.3 100 pieces 1904-18 ---- 

Milled edge screw slotted. Head Ø-7 

M3 x 11.3 100 pieces 53-048* ---- 

Milled edge screw without slot. Head Ø-9. * Not to be used with screw retainers! 

M3 x 11.3 100 pieces 1904-35 ---- 

Round head screw slotted. Head Ø-5 

M3 x 9 100 pieces 1904-30* ---- 

Round head screw slotted. Head Ø-6. * Not to be used with screw retainers! 

Press-fit bushing. Drilling Ø-3.7 +0.1 

M3 100 pieces 63-464 ---- 

M3 / M5 x 0.5 100 pieces 63-049 ---- 

Threaded bushing 

M 5 x 0.5 1 piece 61-545 ---- 

Combination drill piece for remachining 

M2.5 + M3 10 pieces 63-118 ---- 

M2.5 + M3 100 pieces 63-119 ---- 

Screw retainer

FRONT PANELS 

FLAT FRONT PANELS FOR SUBRACKS AND 

ENCLOSURES, UNPERFORATED 

Aluminum 2.5 mm, clear anodized (non-conductive) 

HEIGHT 

WIDTH B mm B inch 1U ca. 1U* 2U 3U 4U 5U 6U 7U 8U 9U 

39.8mm 42.15mm 84.2mm 128.7mm 173.1mm 217.6mm 262.0mm 306.5mm 350.95mm 395.4mm 

1.560 1.650 3.310 5.060 6.810 8.560 10.310 12.060 13.810 15.560 

1HP 5.0 0.19 66-115-21 66-115-25 66-115-26 

2HP 10.0 0.39 66-107-44 66-107-45 66-107-47 66107-49 

3HP 15.2 0.59 21N303 21N403 21N603 

4HP 20.1 0.79 21N304 21N404 21N604 21N904 

5HP 25.2 0.99 21N305 21N405 21N605 

6HP 30.3 1.19 21N306 21N406 21N606 

7HP 35.3 1.38 21N307 21N407 21N607 

8HP 40.4 1.59 21N308 21N408 21N608 

9HP 45.4 1.79 

10HP 50.6 1.99 21N310 21N41O 21N610 

11HP 55.7 2.19 21N311 

12HP 60.7 2.38 21N312 21N412 21N612 

14HP 70.9 2.79 21N314 21N414 21N614 

16HP 81.1 3.19 21N316 21N416 21N616 

18HP 91.2 3.59 

19HP 96.3 3.79 

20HP 101.4 3.99 21N320 21N420 21N620 

21HP 106.5 4.19 21N321 21N621 

28HP 142.0 5.59 21N328 21N628 

30HP 152.2 5.99 21N330 

32HP 162.3 6.38 21N332 21N432 

33HP 167.4 6.59 

36HP 182.7 7.19 

37HP 187.7 7.38 

40HP 203.0 7.99 21N340 

42HP 231.1 8.38 21N242 21N342 21N442 21N542 21N642 

43HP 218.2 8.59 

50HP 253.8 9.99 

51HP 258.8 10.18 

52HP 263.9 10.38 21N352 21N452 21N652 

54HP 274.1 10.79 

58HP 294.4 11.59 

60HP 304.6 11.99 21N360 

63HP 319.8 12.59 21N263 21N363 21N463 21N563 21N636 

68HP 345.2 13.59 

81HP 411.3 16.19 21N281 21N381 21N481 21N581 21N681 

84HP 426.5 16.79 21N184 21N084* 21N284 21N384 21N484 21N584 21N684 21N784 21N884 21N984 

* Cover plates for 1U fan opening Fixing material has to be ordered separately (pages 112-113) 

116 

ACCESSORIES

Accessories 

FRONT PANELS 

117 


TOP/BOTTOM-HINGED AND SIDE-HINGED 

Nominal size Width B 

63HP 320.04 mm 12.800 319.8 mm 12.790 

81HP 411.48 mm 16.450 411.3 mm 16.450 

84HP 426.72 mm 17.000 426.5 mm 17.060 

Nominal size Height H h 

3U 133.35 mm 5.340 128.7 mm 5.150 117 mm 4.680 

4U 177.8 mm 4.710 173.15 mm 6.930 161.4 mm 6.450 

6U 266.7 mm 10.670 262.05 mm 10.480 250.3 mm 10.000 

Aluminum version 

d = 2.5 mm, clear anodized (non-conductive) 

h – 18 

h 

84HP 25N384-19 25N484-19 25N684-19 

complete incl. fixing material M2.5 

Acrylic glass version 

d = 3 mm 

d 

1 1 /2HP 


4 1 /2HP 4 1 /2HP 

WIDTH HEIGHT 

3U 4U 6U 

52HP 25N352-19 25N452-19 ---- 

63HP 25N363-19 25N463-19 ---- 

81HP 25N381-19 25N481-19 25N681-19 

WIDTH HEIGHT 

3U 4U 6U 

63HP 25N363-18 25N463-18 ---- 

1 1 /2HP 

84HP 25N384-18 25N484-18 25N684-18 

complete incl. fixing material M2.5

EMC top/bottom-hinged front panel covering case width 

EMC top/bottom-hinged front/rear panel with side stem 

STRENGTHENED TOP/BOTTOM-HINGED 

FRONT PANELS 

Aluminum 3 mm, clear anodized (non-conductive) 


HEIGHT WIDTH PART NUMBER 

4U 84HP 25N484-69 

6U 84HP 25N684-69 

Complete includes fixing material M3 

EMC TOP/BOTTOM-HINGED AND SIDE-HINGED 

FRONT PANELS 


Advanced EMC level 

Aluminum 2.5 mm, front anodized, rear conductive 

WIDTH 3U 4U 6U 

84HP 25C384-11 25C484-11 25C684-11 

incl. fixing material M2.5 and EMC gaskets 

Superior EMC level 

Aluminum 2.5 mm, front anodized, rear conductive 

WIDTH 3U 4U 6U 

84HP 25D384-11 25D484-11 25D684-11 

incl. fixing material M2.5 and EMC gaskets 

ADVANCED EMC LEVEL 

Aluminum 2.5 mm, clear alodine (conductive) 


HEIGHT WIDTH PART NUMBER 

3U 84HP 25E384-11 

4U 84HP 25E484-11 

6U 84HP 25E684-11 

7U 84HP 25E784-11 

Complete incl. fixing material M2.5 and EMC gaskets on side and bottom 

For superior EMC level additional EMC gasket necessary on top 

PART PART NUMBER 

3U 25E384-11 

118 

ACCESSORIES

Conversion Tables : U/HP in mm (inch) 

119 


HEIGHT UNITS IN U (NOMINAL HEIGHT) 

U mm inch U mm inch U mm inch 

1 44.45 1.75 19 844.55 33.25 37 1644.65 64.75 

2 88.90 3.50 20 889.00 35.00 38 1689.10 66.50 

3 133.35 5.25 21 933.45 36.75 39 1733.55 68.25 

4 177.80 7.00 22 977.90 38.50 40 1778.00 70.00 

5 222.25 8.75 23 1022.35 40.25 41 1822.45 71.75 

6 266.70 10.50 24 1066.80 42.00 42 1866.90 73.50 

7 311.15 12.25 25 1111.25 43.75 43 1911.35 75.25 

8 355.60 14.00 26 1155.70 45.50 44 1955.80 77.00 

9 400.05 15.75 27 1200.15 47.25 45 2000.25 78.75 

10 444.50 17.50 28 1244.60 49.00 46 2044.70 80.50 

11 488.95 19.25 29 1289.05 50.75 47 2089.15 82.25 

12 533.40 21.00 30 1333.50 52.50 48 2133.60 84.00 

13 577.85 22.75 31 1377.95 54.25 49 2178.05 85.75 

14 622.30 24.50 32 1422.40 56.00 50 2222.50 87.50 

15 666.75 26.25 33 1466.85 57.75 51 2266.95 89.25 

16 711.20 28.00 34 1511.30 59.50 52 2311.40 91.00 

17 755.65 29.75 35 1555.75 61.25 53 2355.85 92.75 

18 800.10 31.50 36 1600.20 63.00 54 2400.30 94.50 

EFFECTIVE HEIGHT (MM) FOR FRONT PANEL MODULES 

U mm inch 

1 43.60 1.71 

2 88.05 3.46 

3 132.50 5.21 

4 176.95 6.96 

5 221.40 8.71 

6 265.85 10.46 

7 310.30 12.21 

8 354.75 13.96 

9 399.20 15,71 

10 443.65 17.46 

11 488.10 19.21 

12 532.55 20.96 

13 577.00 22.71 

14 621.45 24.46 

15 665.90 26.21 

16 710.35 27.96 

17 754.80 29.71 

18 799.25 31.46

Conversion Tables : U/T in mm (inch) 

WIDTH DIVISIONS IN HP 

U mm inch U mm inch U mm inch 

1 5.08 0.20 29 147.32 5.80 57 289.56 11.40 

2 10.16 0.40 30 152.40 6.00 58 294.64 11.60 

3 15.24 0.60 31 157.48 6.20 59 299.72 11.80 

4 20.32 0.80 32 162.56 6.40 60 304.80 12.00 

5 25.40 1.00 33 167.64 6.60 61 309.88 12.20 

6 30.48 1.20 34 172.72 6.80 62 314.96 12.40 

7 35.56 1,40 35 177.80 7.00 63 320.04 12.60 

8 40.64 1.60 36 182.88 7.20 64 325.12 12.80 

9 45.72 1.80 37 187.96 7.40 65 330.20 13.00 

10 50.80 2.00 38 193.04 7.60 66 335.28 13.20 

11 55.88 2.20 39 198.12 7.80 67 340.36 13.40 

12 60.96 2.40 40 203.20 8.00 68 345.44 13.60 

13 66.04 2.60 41 208.28 8.20 69 350.52 13.80 

14 71.12 2.80 42 213.36 8.40 70 355.60 14.00 

15 76.20 3.00 43 218.44 8.60 71 360.68 14.20 

16 81.28 3.20 44 223.52 8.80 72 365.76 14.40 

17 86.36 3.40 45 228.60 9.00 73 370.84 14.60 

18 91.44 3.60 46 233.68 9.20 74 375.92 14.80 

19 96.52 3.80 47 238.76 9.40 75 381.00 15.00 

20 101.60 4.00 48 243.84 9.60 76 386.08 15.20 

21 106.68 4.20 49 248.92 9.80 77 391.16 15.40 

22 111.76 4.40 50 254.00 10.00 78 396.24 15.60 

23 116.84 4.60 51 259.08 10.20 79 401.32 15.80 

24 121.92 4.80 52 264.16 10.40 80 406.40 16.00 

25 127.00 5.00 53 269.25 10.60 81 411.48 16.20 

26 132.08 5.20 54 274.32 10.80 82 415.56 16.40 

27 137.16 5.40 55 279.40 11.00 83 421.64 16.60 

28 142.24 5.60 56 284.48 11.20 84 426.72 16.80 

85 431.82 17.00 

120 

APPENDIX

19” Rack Dimensions 


Elma Electronic I www.elma.com

Mounting in 6U sub-racks 

FITTING STANDARD BACKPLANES USING SPACERS OR INSULATING EXTRUSIONS 

Mounted on extrusion 66-192. Can be combined with edge connector fitting 

(with supplementary edge connector extrusion 66-147) 

FITTING STANDARD BACKPLANE, CONDUCTIVE 

Mounted on extrusion 66-194/66-195 


APPENDIX

Dimensions of plug-in printed board assemblies 

WITH FRONT PANEL AND CONNECTOR TO IEC 60297-3/-4”: 


in mm 

in inches 


TYPE of CHECK tc tc tc tc tc 

CONNECTOR GUAGE 160mm 220mm 280mm 340mm 400mm 

BCDEMQRS Dt2 169.93±0.4 229.93±0.4 289.93±0.4 349.93±0.4 409.93±0.4 

FGHUV Dt2 171.93=0.4 231.93±0.4 291.85±0.4 351.93±0.4 411.93±0.4 

TYPE of CHECK tc tc tc tc tc 

CONNECTOR GUAGE 6.29" 8.66" 11.02" 13.38" 15.74" 

BCDEMQRS Dt2 6.69±0.01 9.05±0.01 11.41±0.01 13.77±0.01 16.13±0.01 

FGHUV Dt2 6.76=0.01 9.13±0.01 11.49±0.01 13.85±0.01 16.21±0.01

Dimensions of printed circuit cards 

GENERAL BOARD SIZES: All dimensions conform to IEC 60297-3 

NOM. CARD HEIGHT Hc CARD HEIGHT Hc CARD DEPTH 

HEIGHT Row 1 Row 1 100mm 160mm 220mm 280mm 340mm 400mm 

mm inch mm inch 3.93" 6.29" 8.66" 11.02" 13.38" 15.74" 

2U 55.55 2.18 67.31 2.65 x X X x x x 

3U 100.00 3.93 111.76 4.40 x x x x x x 

4U 144.45 5.68 156.20 6.15 x x x x x x 

5U 188.90 7.43 200.65 7.90 x X X x X x 

6U 233.35 9.18 245.10 9.65 x x x x x x 

7U 277.80 10.93 289.55 11.40 x x x x x x 

8U 322.25 12.68 334.00 13.15 x X X x X X 

9U 366.70 14.43 378.45 14.90 x x x x x x 

10U 411.15 16.18 422.90 16.65 x x x x x x 

11U 455.60 17.93 467.35 18.40 x x x x x x 

* All combinations of the above dimensions are theoretically possible:however, 

preference should be given to those marked 

X 

Line Drawings for (Hc) 

100.00 mm height (for 3U), derived from 

the DIN 41612 standard for connectors 


APPENDIX




LINE DRAWINGS FOR (HC) 2333.35 MM HEIGHT (FOR 6U), 

DERIVED FROM THE IEC 60297-4 STANDARD 

FOR CONNECTORS:


LINE DRAWINGS FOR (HC) 366.70 MM (FOR 9U), 

DERIVED FROM THE IEC 60297-4 STANDARD 

FOR CONNECTORS: 


APPENDIX

IP Protection Classes 



IP PROTECTION CLASSES 

- protection against contact and foreign bodies 

- protection against water 

- to IEC 60529 

The protection class for cabinets and enclosures is specified by IP 

(International Protection) and two indices. 

EVALUATION OF CLASSIFICATION 

The test results according to the standard do not entirely exclude leaks 

and an individual test is therefore recommended in critical cases (with the 

actual equipment layout) 

Example IP 55 

Protection against penetration by 

water jets from all directions 

Complete protection against contact 

with internal parts and against dust 

deposition. 

IP protection classes for contact, foreign bodies and water to IEC 60529 

1st Contact Problems Foreign-Body Protection 2nd Water Protection 

Index Index 

0 No Special Protection 0 No Special Protection 

1 Against large areas of body Large foreign bodies 1 Against water dripping vertically 

0 > 50mm (2.00") 

2 Against fingers or objects Medium sized foreign bodies 2 Against water dripping at an angle 

objects of similar size 0 > 12mm (0.48") (up to 15 degrees from the vertical) 

3 Against tool, wires, etc. Small foreign bodies 3 Against water spray (any direction up to 

with thickness > 2.5mm 0 > 2.5mm (0.10) 60 degrees from the vertical 

4 Against tool, wires, etc Granular foreign bodies 4 Against water spray from all directions 

with thickness > 1mm 0 > 1mm (0.04) 

5 Complete Protection Dust-protected; dust deposits are 5 Against water jets from a nozzle in 

permitted, but their volume must all directions 

not affect the function of the unit 

6 Complete Protection Dust-proof 6 Against inundation 

7 Against immersion 

8 Against submersion

EMC Security 

EMC-shielded subrack type 12 

Elma has taken account of the rapidly increasing importance 

of electromagnetic compatibility (EMC) of electronic equipment 

with the provision of special series of enclosures. 

EMC case type 15 standard 

Typical attenuation curve 

Superior EMC level 

Typical shielding effectiveness 

in dB 

100 

90 

80 

70 

60 

50 

40 

30 

20 

10 

0 

10 20 50 100 200 500 1000 


Example: 

Type 15 case, 4U x 84HP x 395 mm, 

cover plates perforated and unperforated 


APPENDIX


EMC - Electromagnetic Compatibility 

INTRODUCTION TO EMC 

“Electromagnetic compatibility is the ability of a system to operate in the intended environment without causing 

or suffering unacceptable degradation of performance due to unintentional electromagnetic radiation or 

response.” 

The EMC characteristics of a system therefore consist of an appropriate immunity from interference (noise 

immunity) and a limited emission of interference (noise emission). 

SOURCES OF EMC PROBLEMS AND THEIR CONTAINMENT 

The operation of many electrical and electronic devices, e.g. equipment with microprocessors involves the 

changing of voltage or current levels. This generates electromagnetic fields, which are radiated into space 

from electromagnetic components and are coupled into cables. The illustration shows the role of a shielded 

enclosure. It protects the sensitive electronic equipment from the influence of external interference and limits 

the emission of interference. 

Interfering 

equipment 

Victim 

receiver 

Victim 

equipment 

Transmitter 

We are aware that the enclosure is only one link in the chain of EMC measures. 

THE TWO TYPES OF ATTENUATION 

An enclosure acts as a barrier between the source and the victim of interferences. The intensity of the radiation 

is attenuated and further propagation prevented. The degree of enclosure attenuation determines the 

efficiency of the metal shield. It is defined as the logarithm of the ratio of field strengths outside and inside 

the enclosure. 

› › 

EA H 

Shielding effectiveness = 20 log or 20 log A 

› 

› 

EI HI › 

EA = Electrical field outside case 

› 

EI = Electrical field inside case 

› 

HA = Magnetic field outside case 

› 

HI = Magnetic field inside case 

Attenuation Shielding factor Damping 

40 dB - 100:1 99.0 -% 

60 dB 1-000:1 99.9 -% 

80 dB 10-000:1 99.99-% 

The total shielding consists of the absorption loss and the reflection loss. The absorption loss is produced by 

the dissipation of energy in the shield material. It is directly proportional to the material thickness. In the lower 

frequency range a sufficient shielding effectiveness can only be achieved by the absorption loss. The reflection 

loss is produced by reflections of the electromagnetic waves at the surface of the shielded material. A 

difference is drawn between the reflection loss in the near field (distance from the source of the interference 

λ/2π). 

129

TWO TYPES OF ATTENUATION CONT. 

Example for determination of the shielded effectiveness of sheet steel 1 mm thick sheet aluminum 1 mm thick 

at a frequency of 10 kHz and a distance from the source of interference of 0.1 m. 

Effectiveness in dB 

Effectiveness in dB/mm 



Sheet steel 1 mm 

Sheet aluminum 1 mm 

Aluminum 1 m 

Aluminum 0.1 m 

Sheet steel 1 m 

Sheet steel 0.1 m 

Absorption loss – steel 25 dB 

– alu 10 dB 

Reflection loss – steel 6 dB 

– alu 32 dB 

Total shield effectiveness – steel 25+ 6 = 31 dB 

– alu 32+10 = 42 dB 

The sheet aluminum shield has an 11 dB higher attenuation, i.e. 3.5 times, than the sheet steel shield. 

ENCLOSURE OPENINGS 

Ideal shielding can be achieved by placing the electronic components in a metal enclosure welded all round. 

This is only very rarely possible in practical applications. Openings are required for operation and indications, 

for cable entries, for ventilation and for mounting and removal of components. The individual parts of the 

enclosure must be electrically conductive with good continuity across the joints in order to prevent a reduction 

of the shielding effectiveness. Without conductive gasket or contacts with closely situated contact points (e.g. 

screws) gaps are produced, which produce antenna effects owing to their length. Gap lengths less than 1/20 

of the wavelength only have a negligible effect on enclosure shielding effectiveness. In units subject to strong 

radiation, the gap length should be kept shorter than 1/50 of the wavelength. 

EMI/RFI GASKETS 

The primary function of an EMI gasket is the reduction of the interface resistance across a joint of the enclosure. 

The lower the interface resistance, the better the seal. The interface resistance depends on the surface 

resistance of the enclosure parts, the conformability of the seal, the contact pressure of the conductivity of the 

seal. ELMA enclosures are provided with copper-beryllium contact strips and a plastic foam seal, sheathed 

with a conductive metal. These seals ensure low interface resistance. 

130 

APPENDIX


CABLE ENTRIES 

Careful considerations should be paid to the cable entries in the enclosure. Errors in cable runs can result in 

the required shielding effectiveness being almost entirely lost. The following 

possibilities are available for correct execution of cable entries and exits. 

GENERAL REVIEW OF STANDARDS 

A description of interference characteristics and their simulation are given in various standards and 

recommendation. 

Worldwide: CISPR, IEC publications 

Europe: EN (Euro-standards) 

National: VDE (Germany) 

FCC (USA) 

Directive 89/336/EEC becomes effective with the implementation of the European common market. This 

stipulates the following protection requirements: 

a) The generation of electromagnetic interference must be limited so that it is possible to operate radio 

and telecommunications equipment, in addition to other units, according to specifications. 

b) The equipment must have an appropriate immunity to electromagnetic interference, so that operation 

according to specification is possible. 

The harmonized CENELEC standards represent the actual tool under the directive for testing 

conformity. The tests are performed at the points marked. 

Enclosure 

131 

1ST POSSIBILITY 

Decoupled capacitors. Decouple all 

cable wires with a capacitor of low 

value (10 nF) and very short connections 

to the enclosure. 

2ND POSSIBILITY 

Shielded cables. The shield contacts the 

enclosure all round via a cable fitting or 

a metallic connector body. 

3rd possibility 

Filter. The filter must be screwed to 

a good conducting surface of the 

enclosure. 


D.C. 

power line 

A.C. 

power line 

Decoupling 

capacitors 

Shielded cable 

Shield contact 

all round 

Metallic 

connector body 

Filter 

Test object 

Control and 

signal lines 

Earthing lines

CE Conformity 

THE CE CONFORMITY MARKING 

Approval procedure for electrical and electronic equipment according to EMC G §5 

Liability by the manufacturer or its authorized agent 

within the Community 

Customer 

obtains 

product 

and 

Product 

Complete 

standards present? 

applied? 

Transmitting 

radio equipment 

? 

Test 

according to 

European 

standards 

? 

Paragraph 1 Paragraph 2 National standard Paragraph 4 

EC-conformity 

declaration 

must be kept for 

10 years for 

inspection 

by the responsible 

authorities 

“manufacturer 

regulation” 

EC-conformity 

declaration, contains 

a technical report or 

a certificate of a 

competent institute, 

10-year preservation 

for inspection by the 

responsible authorities 

The EC-conformity symbol should be attached to the unit or 

the packaging or provided with the operating instructions or 

the warranty certificate 

Transmitting 

radio equipment 

The unit could only be 

brought on the market 

until 31 December 

1995 (EMCG §13) EC-conformity 

declaration, 

after receiving the 

construction-sample 

“interim 

regulations” 

The designation is made 

according to the 

relevant national rules 

certificate issued by 

the registered office 

keep for 10 years 

EC-conformity symbol together 

with the identification of 

the registered office 

From January 1, 1996 evidence must be provided that equipment complies with the protection 

objectives of the EC. With the CE symbol the manufacturer or importer certifies the conformity of 

its product with all applicable EEC directives. 

Manufacturer or its authorized agent always attaches the CE symbol to the product or its accompanying 

papers. An offi cial department does not issue the CE symbol. 

132 

APPENDIX


FINAL REMARKS: 

The shielding effectiveness of an enclosure remains a theoretical consideration if the fittings, cable runs and 

enclosure openings are not also considered. The shielding effectiveness measured for the ELMA enclosure 

provides basic information about their quality. For most applications an enclosure with the components joint 

electrically conductive is sufficient. Units for data processing (digital technology) generate practically no 

interference in the frequency range >100 MHz and also do not respond to interference in this frequency 

range, provided the printed circuit boards have been carefully laid out. 

Definite results are only obtained by measurements on fully assembled and wired units equipped with 

connecting cables. Good electromagnetic compatibility is the result of a carefully considered concept. A 

welded enclosure is useless if connecting cables enter directly without filter. Nor is the best filter capable of 

protecting a system, which is disturbed directly by interfering fields, whether as a result of a poor quality 

enclosure, a badly laid out circuit board or wrong concept for the grounding connections. 

The weakest element determines the overall noise immunity. 

MEASUREMENTS OF SHIELDING EFFECTIVENESS ON TYPE 12 SUBRACK 

The measurements were made in the anechoic chamber of the independent laboratory EMC Fribourg SA. A 

test report can be sent to you upon request. 

Systematic measurements on design elements were performed to enable us to offer an enclosure with optimum 

price/performance ratio. The type 12 RF-shielded subrack was developed on the basis of the results obtained. 

Final measurements on complete subracks with dimensions of 10U x 84T x 500 mm deep (the most sensitive) 

confirmed the correctness of our shielding concept. 

133 

Elma Electronic I www.elma.com

Ventilation 

FORCED AIR COOLING = RELIABILITY FOR YOUR ELECTRONIC COMPONENTS 

Natural convection is more often than not an inadequate way of dissipating the heat generated by electronic 

devices. With today’s trend to miniaturization and high packing densities, the maximum permitted 

temperature is soon exceeded - with adverse effects for the life-time of the electronic components. A considerable 

improvement is achieved with forced-air cooling. Besides ventilation, air-cooling equipment must 

also ensure a low noise level and feature the option of partial cooling. Elma has a comprehensive range 

of fan modules which are the ideal solution for 19” cabinets, 19” racks and desktop cases. 

134 

APPENDIX

Technical Information 

The volumetric flow of air “V” required to cool an electrical device depends upon the power loss “P v ” 

produced by the device and the difference “ΔJ” between the operating temperature of the components and 

its ambient temperature J u . The volumetric flow of cooling air which is neccessary for a given component 

operating temperature can be determined in close approximation by using the following equation: 

135 

Power loss P v (W) 

3.1· PV 

V = –––––– 

DJ 


where V (m 3 /h) = Volumetric flow of cooling air 

P V (W) = Power loss 

DJ (K) = Temperature difference J B – J U 

3.1 = Constant, from ––––– 

CP · j 

CP = Isobaric spec. heat capacity 

Wh 

( 0.27–––––) kg k 

j = Air density 

kg 

( 1.20 ––– at 20-°C) 

m3 Permitted temp. rise DJ (K) 

Required air flow rate V (m 3 /h) 

1

FAN MODULES: 

The fan modules were tested in a type 14 Elma case, 21 double eurocards rated approximately 25 watts 

power loss each, spaced at intervals of 4HP (1HP = 5.08 mm/0.20”) formed the basis for the performance 

test carried out on the fan modules. The diagrams below allow the possible ΔJ to be determined as a function 

of the power loss P. 

Δϑ = ϑ card − Δ ambient 

FAN MODULE 1U 

Vertical air intake (3 fans 69-430-20) 

FAN MODULE 2U 

Vertical air intake (3 fans 1925-79) 

FAN MODULE 2U 

Horizontal air intake (3 fans 1925-79) 

136 

APPENDIX

Extrusions 

FRONT EXTRUSIONS 

137 


Center extrusions 

Height extrusions 

Internal extrusions 

Depth extrusions 

Height divider extrusions 

Front extrusions 

66-110 

For subracks and cases 

front – with additional 

protrusion for Elma injector 

/ ejector handle 

(cannot be used with type- 

23 modules) 

LENGTH PART NUMBER 

HP mm inch Clear Clear 

Anodized Alodine 

84 431.8 17.00 66-110-23 66-110-78 


HP mm inch Holes Clear 

N x C Alodine 

84 431.8 17.00 4 x 89.05 66-110-53

66-111 

For subracks and 

cases front 

Standard version 


HP mm inch Clear Black Clear 

n x C Anodized Anodized Alodine Raw 

EMC version 

21 111.8 4.40 66-111-26 

28 147.3 5.80 66-111-25 

32 167.6 6.80 66-111-62 

42 218.4 8.60 66-111-60 66-111-75 

63 325.1 12.80 66-111-61 66-111-76 

81 416.6 16.40 88-111-22 66-111-77 

84 413.8 17.00 66-111-23 66-111-56 66-111-78 66-111-28 


HP mm inch Holes Anodized 

n x C 

42 218.4 8.60 2 x 71.42 66-111-50 

63 325.1 12.80 3 x 83.17 66-111-51 

81 416.6 16.40 4 x 85.24 66-111-52 

84 431.8 17.00 4 x 89.05 66-111-53 

Height divider right 


HP mm inch Anodized 

4.5 22.86 0.90 66-111-70 

8.5 43.18 1.70 66-111-71 

12.5 63.50 2.54 66-111-72 

Height divider left 

1350.0 53.15 66-111-19 



4.5 22.86 0.90 66-111-80 

8.5 43.18 1.70 66-111-81 

12.5 63.50 2.54 66-111-82 

138 

EXTRUSIONS

Extrusions 


139 


66-112 

For subracks and cases 

front, without protrusion 



HP mm inch Clear Raw 

Alodine 

21 111.8 4.40 66-112-26 

28 147.3 5.80 66-112-25 

32 167.6 6.60 66-112-47 

42 218.4 8.60 66-112-60 

63 325.1 12.80 66-112-61 

81 416.6 16.40 66-112-22 

84 431.8 17.00 66-112-23 66-112-28 

66-132 

For 4.5” subracks front 

grooved to accept 

1.8 x 5 mm tapped strips 


1350.0 53.14 66-112-29 



84 431.8 17.00 66-132-23 66-110-53

66-126 

For recessed 

panels in front 

for subracks and 

cases 




63 325.1 13.00 66-126-61 

81 416.6 16.40 66-126-22 

84 431.8 17.00 66-126-23 

66-283 

subracks and 

cases front, same 

dimensions as 

66-111 



HP mm inch 

84 431.8 17.00 66-283-78 

140 

EXTRUSIONS

Extrusions 


141 


66-665 

For type 11 magic 

according to IEC/EN 

standard 



HP mm inch Clear Alodine 

84 431.8 17.00 66-665-53 

66-666 

for type 11 spirit 

according to IEEE 

standard 




84 431.8 17.00 66-666-53

66-677 

Front separation 

extrusion 

according to 

IEEE standard 

Standard version for type 11 spirit according to IEEE standard 



84 431.8 17.00 66-667-23 

Standard version for type 12 according to IEEE standard 



84 431.8 17.00 66-667-23 

142 

EXTRUSIONS

Extrusions 

INTERNAL EXTRUSIONS 

143 


66-144 

Standard extrusion 

for mounting 

supplementary 

edge connector 

extrusions in 

subracks and cases 




Alodine 

42 218.4 8.60 66-144-60 

63 325.1 12.80 66-144-61 66-144-27 

81 416.6 16.40 66-144-22 

84 431.8 17.00 66-144-23 66-144-28 

1350.0 53.14 66-144-19

66-193 

For mounting backplanes 

in subracks, grooved to 

accept 1.8 x 5 mm 

tapped strips, to 

use with insulation 

extrusion 66-901 




Alodine 

Standard version type 14 

EMC version 

32 167.6 6.60 66-193-26 

42 218.4 8.60 66-193-20 

63 325.1 12.80 66-193-21 

81 416.6 16.40 66-193-22 

84 431.8 17.00 66-193-23 

1350.0 53.14 66-193-19 



81 416.6 16.40 66-193-24 

84 431.8 17.00 66-193-25 



84 431.8 17.00 66-193-63 

144 

EXTRUSIONS

Extrusions 


145 


66-194 

For mounting back-planes 

without an insulating 

extrusion, grooved to accept 

1.8 x 5 mm tapped strips 



HP mm inch Clear Alodine Raw 

84 431.8 17.00 66-194-23 

Standard version type 14 

66-133 

for mounting 

supplementary 


extrusions in 

4.5” subracks 


1350.0 53.14 66-193-25 



81 416.6 16.40 2 x 170.48 66-194-24 

84 431.8 17.00 2 x 178.1 66-194-25 



84 431.8 17.00 66-193-63

66-140 

Edge connector extrusion 

according to DIN 41612 




Alodine 

42 218.4 8.60 66-140-60 

63 325.1 12.80 66-140-61 

81 416.6 16.40 66-140-22 

84 431.8 17.00 66-140-23 66-140-28 

1350.0 53.14 66-140-19 

146 

EXTRUSIONS

Extrusions 


147 


66-138 

For mounting card guides 




Alodine 

21 111.8 4.40 66-138-28 

28 147.3 5.70 66-138-25 

32 167.6 6.59 66-138-29 

42 218.4 8.60 66-138-26 

63 325.1 12.79 66-138-27 

81 416.6 16.40 66-138-22 

84 431.8 17.00 66-138-23 

Height divider left 

Height divider right 

1350.0 53.14 66-138-19 



4.5 22.6 0.90 66-138-70 

8.5 43.18 1.70 66-138-71 

12.5 63.50 2.50 66-138-72 

16.5 83.82 3.30 66-138-73 



4.5 22.86 0.90 66-138-80 

8.5 43.18 1.70 66-138-81 

12.5 63.50 2.50 66-138-82 

16.5 83.82 3.30 66-138-83

66-137 


according to DIN 41612 

with groove 


66-143 


according to MIL-C-21097 

(supplied in pairs) section 

non-sym lometrical 

Top 

Bottom 



63 325.1 12.80 66-137-21 

81 416.6 16.40 66-137-22 

84 431.8 17.00 66-137-23 



81 416.6 16.40 66-143-42 

84 431.8 17.00 66-143-43 

148 

EXTRUSIONS

Extrusions 


149 


66-288 

For mounting backplanes 

in subracks grooved to 

accept 1.8 x 5 mm tapped 

strips, for use with 

insulation strips 66-901, 

same dimension as 

66-193 




84 431.8 17.00 66-288-23 

66-289 

for mounting backplanes 

without insulation strips 


1.8 x 5 mm tapped 

strips, same dimension as 

66-194 




84 431.8 17.00 66-289-23 

66-290 

for mounting of backplanes 

without insulation strips 



2 x 6 mm tapped strips 

for subracks, rear, 

for screws M4 



84 431.8 17.00 66-290-23

CENTER EXTRUSIONS 

66-190 

Double edge connector 

extrusion DIN 41612, 

matches 66-140 



42 218.4 8.60 66-190-26 

63 325.1 12.79 66-190-27 

81 416.6 16.40 66-190-22 

84 431.8 17.00 66-190-23 66-190-28 

66-192 

Double extrusion for mounting 

backplanes, matches 

66-193, 66-288 

for use with insulation strips 

1350.0 53.14 66-190-19 



84 431.8 17.00 66-192-24 

1350.0 53.14 66-192-14 



4.5 22.6 0.90 66-138-70 

8.5 43.18 1.70 66-138-71 

12.5 63.50 2.50 66-138-72 

16.5 83.82 3.30 66-138-73 

Additional 

mounting 

materials with 

adaptors to be 

ordered 

63-175 

150 

EXTRUSIONS

Extrusions 

CENTER EXTRUSIONS 

151 


66-195 

Double extrusion for mounting 

backplanes without insulation strips, 

slots for tapped strips 1.8 x 5 mm 

and 2 x 6 mm, matches 66-194, 

66-289, 66-290 



84 431.8 17.00 66-195-24 



81 111.5 16.20 66-195-22 

84 426.7 16.77 66-195-23 


Double extrusion 

for mounting of 

supplementary 


extrusions 

matches 66-144 



42 218.4 8.60 66-124-60 

63 325.1 12.80 66-124-61 

81 416.6 16.40 66-124-22 

Additional 

mounting 

materials with 

adaptors to 

be ordered 

63-175 

84 431.8 17.00 66-124-23 66-124-28 

1350.0 53.14 66-124-14

SUPPLEMENTARY EDGE 

CONNECTOR EXTRUSIONS 

66-145 

Supplementary edge connector 

extrusion for DIN 41612 connectors, 

matches 66-144, 66-133 and 66-124 



8 40.6 1.59 66-145-40 

18 91.4 3.59 66-145-41 

28 142.2 5.60 66-145-42 

42 213.4 8.40 66-145-63 

63 320.0 12.60 66-145-65 

81 411.5 16.20 66-145-22 

84 426.7 16.80 66-145-52 

1350.0 53.14 66-145-19 

66-147 

Supplementaryedge connector 

extrusion for DIN 41612, matches 

66-112, 66-192, and 66-193 



8 40.6 1.59 66-147-40 

18 91.4 3.59 66-147-41 

28 142.2 5.60 66-147-42 

42 213.4 8.40 66-147-63 

63 320.0 12.60 66-147-65 

81 411.5 16.20 66-147-22 

84 426.7 16.80 66-147-52 

1350.0 53.14 66-147-19 

66-150 

Supplementery edge connector 

extrusion for MIL-C-21097, 

matches 66-144, 66-133, and 66-124 



84 431.8 17.00 66-150-52 

1350.0 53.14 66-150-19 

152 

EXTRUSIONS

Extrusions 

SUPPLEMENTARY EDGE 

CONNECTOR EXTRUSIONS 

153 

Internal extrusion 

Insulation strip 

Tapped strip 

Screw M2,5 x 12 


Backplane 

66-901 

Insulation extrusion (plastic grey). 

In use with extrusions 

66-112 

66-192 

66-193 

66-288 


HP mm inch 

42 266.44 8.52 66-901-20 

63 323.12 12.72 66-901-21 

81 414.56 16.32 66-901-22 

84 429.80 16.92 66-901-23 

Mounting with insulation 

LENGTH PACK. UNIT PART NUMBER 

Screw to insulation extrusion 100 pieces 1910-07

HEIGHT EXTRUSIONS 

66-175 

19” height extrusion type 11/84HP 

for standard side panel 2 mm 

LENGTH PART NUMBER (clear anodized) 

U mm inch without fixing hole with fixing hole 

for handle for handle 

1 43.6 1.71 66-175-31 

3 132.5 5.20 66-175-23 66-175-33 

4 177.0 6.96 66-175-24 66-175-34 

6 265.9 10.46 66-175-26 66-175-36 

7 310.3 12.20 66-175-27 66-175-37 

8 354.8 13.96 66-175-28 66-175-38 

9 399.2 15.71 66-175-29 66-175-39 

10 443.7 17.47 66-175-40 

12 532.6 20.96 66-175-32 66-175-42 

66-174 

Height extrusion type 11 for 

standard side panel 2 mm 


U mm inch Clear anodized 

3 132.5 5.20 66-174-23 

4 177.0 6.96 66-174-24 

6 265.9 10.46 66-174-26 

7 310.3 12.20 66-174-27 

8 354.8 13.96 66-174-28 

9 399.2 15.71 66-174-29 

10 443.7 17.47 66-174-40 

12 532.6 20.96 66-174-32 

66-197 

19” height 

extrusion for side 

panel 3 mm 


U mm inch Clear anodized with fixing hole 

for handle 

6 265.9 10.46 66-197-36 

9 399.2 15.71 66-197-39 

10 443.7 17.47 66-197-40 

154 

EXTRUSIONS

Extrusions 


155 


66-183 

Height extrusion rear type 11 for 

side panel 3 mm 


U mm inch Clear anodized 

6 265.9 10.46 66-183-26 

9 399.2 15.71 66-183-29 

10 443.7 17.47 66-183-30 

66-173 

Height extrusion for type 14 




2 88.1 3.46 66-173-20 66-173-21 

3 132.5 5.20 66-173-22 66-173-23 

4 177.0 6.96 66-173-24 66-173-25 

5 221.5 8.72 66-173-26 66-173-27 

6 265.9 10.46 66-173-28 66-173-29 

7 310.3 12.20 66-173-30 

8 354.8 13.96 66-173-32 

9 399.2 15.71 66-173-34

66-179 

19” height extrusion for type 14/84HP 




2 88.1 3.46 66-179-22 66-179-32 

3 132.5 5.20 66-179-23 66-179-33 

4 177.0 6.96 66-179-24 66-179-34 

5 221.5 8.72 66-179-25 66-179-35 

6 265.9 10.46 66-179-26 66-179-36 

7 310.3 12.20 66-179-27 66-179-37 

8 354.8 13.96 66-179-28 66-179-38 

9 399.2 15.71 66-179-29 66-179-39 

66-178 

19” height extrusion for type 14/81HP 




2 88.1 3.46 66-178-22 66-178-32 

3 132.5 5.20 66-178-23 66-178-33 

4 177.0 6.96 66-178-24 66-178-34 

5 221.5 8.72 66-178-25 66-178-35 

6 265.9 10.46 66-178-36 

156 

EXTRUSIONS

Extrusions 


157 


66-266 

EMC divider extrusion 2HP 

LENGTH WIDTH PART NUMBER 

U mm inch Clear alodine 

6 261.85 10.30 2HP 63-226-26 

Matching EMC gasket on side 


U L mm inch Pack unit 

3 107 4.21 4 pieces 63-873-02

66-115 

Divider extrusion front 


U mm inch M3mm inch Clear anodized 

3 129.1 5.08 112.7 4.44 66-115-21 

4 173.5 6.83 157.1 6.18 66-115-22 

6 262.4 10.33 246.0 9.68 66-115-25 

66-116 

Divider extrusion rear 


U mm inch Raw 

4 157.0 6.18 66-116-45 

6 245.9 9.68 66-116-47 

9 379.2 14.92 66-116-49 

158 

EXTRUSIONS

Extrusions 

DEPTH EXTRUSIONS 

159 


66-177 

Depth extrusion for universal subrack type 14 


mm inch Clear anodized Black anodized 

172.6 6.79 66-177-20 

232.6 9.15 66-177-21 

292.6 11.51 66-177-22 66-177-32 

352.6 13.88 66-177-23 

412.6 16.24 66-177-24 

532.6 20.96 66-177-26 

66-176 

Depth divider extrusion for type 14 universal subrack 


mm inch Clear alodine 

232 9.13 66-176-21 

292 11.49 66-176-22 

352 13.58 66-176-23 

412 16.22 66-176-24 

532 20.94 66-176-26 

61-496...499 +61-511 

Depth extrusion for adaptation of 

type 14 universal subrack 


mm inch Clear alodine 

232 9.13 61-496 

292 11.49 61-497 

352 13.58 61-499 

412 16.22 61-511

66-300 

Depth extrusion for type 32 case 


HP mm inch Clear 

Alodine 

Raw 

32 167.6 6.60 66-193-26 

42 218.4 8.60 66-193-20 

63 325.1 12.80 66-193-21 

81 416.6 16.40 66-193-22 

84 431.8 17.00 66-193-23 

1350.0 53.14 66-193-19 

66-188 

Depth extrusion for cassettes and 

modules type 23 


mm inch Clear anodized Black anodized 

165.7 6.52 66-188-20 

225.7 8.87 66-188-22 

1350.0 53.14 66-188-14 

160 

EXTRUSIONS

Extrusions 

161 


66-106 

Side wall extrusion for 3U type 23 cassettes 

and modules (supplied in pairs), 

1350 mm supplied individually 


mm inch Clear alodine Raw 

165.7 6.52 66-106-40 

225.7 8.87 66-106-41 

1350.0 53.14 66-106-14 

66-103 

Depth extrusion 1U 


mm inch Raw 

244 9.60 66-103-25 

364 14.33 66-103-26

DIFFERENT EXTRUSIONS 

66-163 

Supplementary extrusion with 1 groove to 

accept M4 nuts 


mm inch Clear alodine Raw 

125.1 4.92 66-163-22 

169.6 6.67 66-163-23 

214.1 8.30 66-163-24 

258.6 10.18 66-163-25 

413.0 16.25 66-163-33 

1350.0 53.14 66-163-14 


Card-guidem extrusion 


mm inch Card depth Clear alodine Raw 

112.5 4.43 160 66-122-20 

172.5 6.79 220 66-122-21 

232.5 9.15 280 66-122-22 

292.5 11.51 340 66-122-23 

352.5 13.87 400 66-122-24 

1350.0 53.14 62-122-14 

End Feet 50 Pairs 63-030 

66-452 

IEEE Card-guide extrusion 


mm inch Raw 

160 6.29 66-452-20 

220 8.66 66-452-25 

280 11.02 66-452-30 

340 13.38 66-452-35 

1350 53.14 66-452-14 

66-453 

IEEE Card-guide extrusion 


mm inch Raw 

160 6.29 66-453-20 

220 8.66 66-453-25 

280 11.02 66-453-30 

340 13.38 66-453-35 

1350 53.14 66-453-14 

162 

EXTRUSIONS

Extrusions 

163 


66-230 

Hinge extrusion for top/bottom-hinged 

and side-hinged front panels 

Hinge extrusion for top/bottom-hinged 

front panels 

WIDTH A L PART NUMBER 

HP mm inch mm inch Clear anodized 

42 172.9 6.80 212.5 8.36 66-230-27 

52 223.7 8.80 263.3 10.36 66-230-29 

63 279.5 11.00 319.1 12.56 66-230-28 

81 371 14.60 410.6 16.16 66-230-25 

84 386.2 15.20 425.8 16.76 66-230-26 

Hinge parts 

including mounting 

materials 

M 2.5 81-124 

M 3 81-28 

Hinge extrusion for side-hinged 

front panels 

WIDTH A L PART NUMBER 

U mm inch mm inch Clear anodized 

3U 89.1 3.50 98.7 3.88 66-230-33 

4U 133.6 5.26 143.2 5.63 66-230-34 

6U 222.5 8.76 232.1 9.13 66-230-36 

Hinge parts 

including mounting 

materials 

M 2.5 

M 3 


81-129

Case side 

wall left 

EMC gasket 

Front panel 

with EMC gasket 

Case side 

wall right 

EMC 

gas- 

66-270 

Contact bracket for EMC 

front panels 


U mm inch Advanced Superior 

protection protection 

2 60.6 2.38 66-270-50 

3 105.0 4.13 66-270-51 

4 149.5 5.88 66-270-42 66-270-52 

6 238.4 9.38 66-270-44 66-270-54 

Set of contact brackets incl. countersunk screw M2.5 x 6 

Matching EMC gaskets on side 

HEIGHT EMC LEVEL PACKING UNIT PART NUMBER 

3U superior 2 66-873-01 

6U superior 4 66-873-02 

HEIGHT L A B 

mm inch mm inch mm inch 

2U 60.6 2.38 25.6 1.00 

3U 105.0 4.13 70.0 2.75 

4U 149.5 5.88 114.5 4.50 

6U 238.4 9.38 203.4 8.00 101.7 4.00.0 

164 

EXTRUSIONS

Extrusions 

DIFFERENT EXTRUSIONS 

165 


66-544...548, 66-552 

EMC front panel extrusions according to IEEE 

standard in use with 26D...and 26F 

WIDTH LENGTH PART NUMBER 

HP mm inch mm inch Raw 

4 20.02 .078 1350 53.15 66-544-19 

5 25.10 0.99 1350 53.15 66-545-19 

6 30.18 1.18 1350 53.15 66-546-19 

7 35.26 1.39 1350 53.15 66-547-19 

8 40.34 1.58 1350 53.15 66-548-19 

12 60.66 2.38 1350 53.15 66-549-19 

66-654, 66-656, 66-658 

EMC front panel extrusions 

in use with 26E... 

WIDTH LENGTH PART NUMBER 

HP mm inch mm inch Raw 

4 20.02 .078 1350 53.15 66-654-19 

5 25.10 0.99 1350 53.15 66-656-19 

6 30.18 1.18 1350 53.15 66-658-19 

Matching EMC Gaskets 

L PACKING UNIT PART NUMBER 

U mm inch 

3 97.2 3.82 10 pieces 81-058-03-1 

100 pieces 81-058-03-2 

4 136.4 5.37 10 pieces 81-058-04-1 

100 pieces 81-058-04-2 

6 234.4 9.22 10 pieces 81-058-06-1 

100 pieces 81-058-06-2 

9 361.8 14.24 10 pieces 81-058-09-1 

100 pieces 81-058-09-2

Planning Aids 

FOR MODEL TYPE 

mm U Elma enclosures 

Elma cabinets 

2044.70 –– 

2000.25 –– 

1955.80 –– 

1911.35 –– 

1866.90 ––

VITA System 12 Vertical Enclosure - Elma Electronic

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