Interfacing with Rockwell Automation - Data-Linc Group
Interfacing with Rockwell Automation - Data-Linc Group
Interfacing with Rockwell Automation - Data-Linc Group
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Industrial<br />
<strong>Data</strong> Communication<br />
Applications<br />
<strong>Interfacing</strong> <strong>with</strong><br />
<strong>Rockwell</strong> <strong>Automation</strong><br />
Equipment
Industrial <strong>Data</strong> Communication<br />
Applications <strong>Interfacing</strong> <strong>with</strong><br />
<strong>Rockwell</strong> <strong>Automation</strong> Equipment<br />
• Encompass Program Member<br />
• Seamless interface <strong>with</strong> Allen-Bradley PLCs<br />
• Also supports Wireless NetLinx (ControlNet, DeviceNet and others)<br />
• Stand-alone and PLC rack mount modems available—including license-free,<br />
frequency hopping spread spectrum modems<br />
• Factory preconfigured for easy installation<br />
• Reliable, worry-free data communication—even in harsh environments<br />
Introduction<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> designs and manufactures<br />
industrial data communication devices. <strong>Data</strong>-<br />
<strong>Linc</strong> <strong>Group</strong> is dedicated to providing the<br />
broadest line of superior quality, high<br />
performance modems, data communications<br />
peripherals and systems for any industrial<br />
application—including harsh environments<br />
that require extended operating<br />
temperatures.<br />
Industries<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> products have been<br />
successful in providing continuous data<br />
communication in water/wastewater, utility/<br />
power, oil/petrochemical, mining/quarrying,<br />
transportation, stone/aggregate, cement/<br />
concrete, pulp/paper, food, material handling<br />
and bio-pharmaceutical industries and other<br />
markets.<br />
Application Engineering<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> provides unsurpassed<br />
application engineering and customer<br />
service. <strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> application<br />
engineers provide comprehensive<br />
requirements analysis to recommend the<br />
best data communication solution possible.<br />
Because of this in-depth analysis, <strong>Data</strong>-<strong>Linc</strong><br />
<strong>Group</strong> can custom preconfigure each<br />
modem and cable to ensure fast and<br />
convenient installation.<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> technical services staff<br />
provide unlimited support to ensure complete<br />
customer satisfaction. <strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> can<br />
often simulate PLC communication<br />
anomalies in their fully equipped support lab<br />
to provide fast and easy answers to data<br />
communication problems.<br />
Compatibility<br />
<strong>Data</strong>-<strong>Linc</strong> stand-alone and PLC rack mount<br />
modems are ideal for all <strong>Rockwell</strong><br />
<strong>Automation</strong> equipment requiring DF1/<br />
Channel 0, Serial or TCP/IP Ethernet<br />
connectivity.<br />
PN 152-09998-001B
Main Of fice<br />
Res et<br />
AB<br />
AB<br />
Quality<br />
Alen-Bradley<br />
SLC 5/04<br />
CPU<br />
AB<br />
Qual ity<br />
OUTPUT<br />
INPUT<br />
Log ix 5550<br />
Al len -B radle y<br />
D evic e Net<br />
DATA- LINC<br />
Ethern et C ont r ol Ne t Var i ous Othe r M odu les<br />
Logix 55 50<br />
Devi ce Net<br />
Et hernet Con trol Net Various Other Modules<br />
Basic <strong>Data</strong> Communication<br />
Allen-Bradley ControlLogix and other PLCs communicating via<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> SRM6200E and SRM6000 Radio Modems<br />
ControlLogix<br />
PC<br />
SRM6200E<br />
Ethernet HUB<br />
The SRM6200E and SRM6000 are FCC license-free, 902-928 MHz,<br />
Spread Spectrum-Frequency Hopping RF Transceivers. Both<br />
are designed for demanding applications and harsh environments.<br />
SRM6200E<br />
Ethernet<br />
Radio Modem<br />
Range is 15<br />
miles <strong>with</strong> LOS<br />
Line-of-sight.<br />
Omni-Directional<br />
Antenna.<br />
Pt # A-OB-50S.<br />
The 50 indicates<br />
length of coax.<br />
10’-250’ lengths<br />
are available.<br />
SRM6000<br />
From<br />
DF-1<br />
Port<br />
ControlLogix<br />
Ethernet<br />
SRM6200E<br />
Serial <strong>Data</strong> Cable pt #<br />
C232/SRM60/ CLGX<br />
YAGI Directional Antenna<br />
Of ten used when distance<br />
is 10 miles+ or to minimize<br />
potential adverse effects of<br />
RFI in the area<br />
Serial <strong>Data</strong> Ca ble pt #<br />
C232/SRM60/MLGXCBL<br />
SRM6000<br />
SLC-5/04 <strong>with</strong> a<br />
SRM6000-SLC/BP<br />
Chassis Mount Radio Modem<br />
Serial <strong>Data</strong> Cable pt #<br />
C232/SRM60/MLGXCBL<br />
SRM6000<br />
SRM 6000<br />
A- B SLC<br />
MicroLogix 1000<br />
Allen-B radley<br />
GRO UP<br />
425- 82- 2206<br />
The SRM 6000SLC/BP<br />
does n ot com munica te<br />
off the backp la ne.<br />
MicroLogix 1000<br />
Allen-B radley<br />
Allen-Bradley Cable<br />
pt # 1761CBL PM02 serB<br />
Serial <strong>Data</strong> Cable pt #<br />
C232/ SRM60/SLC/CH:0<br />
Allen-Bradley Cable<br />
pt # 1761CBL PM02 serB<br />
Not e: the data cable arrangement from t he SRM6000 to the MicroLogix 1000, 1200, and<br />
1500 involves both <strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong>s cable and the Allen-Bradley cable shown above.<br />
1
AB<br />
SLC 5/03 C PU<br />
O UTPUT IN PU T<br />
Lime Kiln<br />
Rotary Kiln <strong>with</strong> Allen-Bradley SLC 5/00 Controllers and<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> SRM6000 Radio Modems<br />
6 Meters<br />
Rotates at 1 RPM<br />
130 Meters<br />
Ground-Based Cabinet<br />
RS-485 <strong>Data</strong> Interface<br />
Master<br />
SRM6000<br />
25 ft coax to<br />
Omni Dir Antenna<br />
Omni-Directional Antenna w/3 ft<br />
Coax PT# A-OB-3S<br />
120 VAC<br />
12 VDC<br />
SRM6000<br />
Cabinet on Kiln<br />
Allen-Bradley SLC-5/00<br />
PROSOFT<br />
(RTU503)<br />
Repeater<br />
SRM6000<br />
75 ft coax to<br />
Omni Dir Antenna<br />
RS-485 TO AN RS-485 Modbus<br />
Port on a DCS Device<br />
<strong>Data</strong> Cable: C232/SRM60/RTU503<br />
SRM6000 Configuration:<br />
International Hop Table, point-topoint,<br />
1 Master, 1 Repeater, 1<br />
Remote, Modbus RTU (8,E,1),<br />
9600 Baud, Remote calls either<br />
Master or Remote depending upon<br />
which is in synch, standard<br />
parameters<br />
A-OB-25S<br />
25' coax<br />
Master SRM6000<br />
RS-485<br />
to a DCS device<br />
Rotating Remote in worst position.<br />
75' coax<br />
KILN<br />
Remote<br />
SRM6000<br />
A-OB-75S<br />
W ith the Repeater,<br />
SRM6000 antenna<br />
mounted above the<br />
kiln on the opposite<br />
side from the Master<br />
SRM6000s Antenna<br />
Line-of-Sight would<br />
be possible when the<br />
Rem ote SRM6000 is<br />
in the position shown.<br />
Repeater SRM6000<br />
End View
Seaming Machine<br />
PLC Controlled Seaming Machine<br />
Allen-Bradley and <strong>Data</strong> Communications via <strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong><br />
SRM6000 Radio Modems<br />
Stationary System<br />
Mobile Control Cabinet<br />
600FT.<br />
DF-1 For Programming<br />
Servo Drives<br />
SLC-5/04<br />
A-OB-25S<br />
Antenna<br />
System<br />
Device NET<br />
PC<br />
DH+<br />
1770-KF2<br />
DF-1<br />
SRM6000<br />
12 VDC<br />
A-OB-10S<br />
Antenna<br />
System<br />
SRM6000<br />
Contrologix PLC<br />
DF-1, CH:0<br />
KT Card inside<br />
120 VAC<br />
Serial data Cable<br />
PT# C232/SRM60/1770KF2<br />
Serial data Cable<br />
PT# C232/SRM60/CNTLGX<br />
Panelview 550<br />
Stationary System<br />
Mobile Carriage-Based<br />
System
Hub- O- Ram a<br />
Office-Based LAN<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> SRM6200E, Allen-Bradley PLC 5/40E and<br />
an Office-Based LAN<br />
Note: the<br />
SRM6200E has a<br />
switch to change<br />
the straightthrough<br />
CAT-5<br />
Patch Cord to a<br />
cross over patch<br />
cord and vice<br />
versa to<br />
accommodate<br />
connecting to<br />
either a PC, Hub<br />
or PLC.<br />
RJ-45<br />
10BaseT Port<br />
SRM6200E<br />
Industrial Ethernet<br />
Radio Modem<br />
PC<br />
HUB<br />
CAT-5 Ethernet Patch Cord<br />
(Supplied <strong>with</strong> the SRM6200E)<br />
SRM6200E<br />
Ethernet Radio<br />
Modem<br />
12 VDC<br />
600 mA peak current draw at<br />
Peak Power (1 Watt) Xmit.<br />
Omni-Directional External<br />
Antenna System<br />
120 VAC<br />
10 indicates coax length,<br />
10-250 ft coax available<br />
120 VAC to 12 VDC, 1000 mA Power<br />
Transformer (Supplied <strong>with</strong> the SRM6200E)<br />
SRM6200E<br />
Ethernet Radio<br />
Modem<br />
CAT-5 Ethernet Patch Cord<br />
(Supplied <strong>with</strong> the SRM6200E)<br />
SRM6200E<br />
Ethernet Radio<br />
Modem<br />
Allen-Bradley<br />
PLC5/40E Remote<br />
PLC<br />
Allen-Bradley<br />
PLC5/40E Remote<br />
PLC<br />
RJ-45 10BaseT Port<br />
RJ-45 10BaseT Port
Bar Code Reader/Scanner<br />
Allen-Bradley PLC5/40 <strong>with</strong> an RB Module in Multi-drop Radio<br />
Communications and Allen-Bradley Bar Code Reader/Scanners<br />
y<br />
Barcode reader/scanner<br />
SRM6000/485<br />
RS-485 <strong>Data</strong> Interface<br />
Allen-Bradley<br />
PLC5/40<br />
Omni-Directional Antennas<br />
Barcode reader/scanner<br />
SRM6000/485<br />
2760-RB Module<br />
<strong>with</strong> a 2755 GE<br />
adapter<br />
SRM6000/485<br />
Barcode reader/scanner<br />
SRM6000/485<br />
RS-485 <strong>Data</strong> Interface<br />
Barcode reader/scanner<br />
SRM6000/485
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradley<br />
MicroLog<br />
ix<br />
1000<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
Allen-<br />
Bradle<br />
y<br />
MicroLog<br />
ix 100<br />
0<br />
SCADA Water Reclamation<br />
SRM6000 and SRM6200E Radio Modems and Allen-Bradley PLC 5/20E and<br />
MicroLogix 1000<br />
Victor Valley Water Reclamation Authority<br />
3 db Omni<br />
Antenna<br />
ALLEN-BRADLEY<br />
PROPRIETARY CABLE<br />
PT# 1761-CBL-PM02 SERIES-B<br />
Main Office VVWRA<br />
Primary Master Station<br />
PLC-5/20E<br />
SRM6200E<br />
Ethernet<br />
(Master)<br />
SRM6000<br />
(Remote)<br />
SERIAL<br />
DATA<br />
12 VDC<br />
CABLE<br />
C232/SRM60/MLGXCBL<br />
MicroLogix 1000<br />
Magnified view<br />
HUB<br />
SRM6000<br />
(Remote)<br />
12 VDC<br />
Secondary Master Station<br />
SRM6000<br />
(Remote)<br />
12 VDC<br />
PLC-5/20E<br />
HUB<br />
SRM6000<br />
(Remote)<br />
12 VDC<br />
SRM6000<br />
(Repeater)<br />
The<br />
SRM6000<br />
serves as<br />
the repeater for the<br />
SRM6200E<br />
SRM6200E<br />
Ethernet<br />
(Remote)<br />
DF-1 Ch.0<br />
SRM6000<br />
(Master)<br />
SRM6000<br />
(Remote)<br />
12 VDC<br />
Allen-<br />
Bradle<br />
Secondary Master Station<br />
PLC-5/20E<br />
SRM6000<br />
(Remote)<br />
12 VDC<br />
HUB<br />
SRM6200E<br />
Ethernet<br />
(Remote)<br />
DF-1 Ch.0<br />
SRM6000<br />
(Master)<br />
SRM6000<br />
(Remote)<br />
12 VDC<br />
SRM6000<br />
(Remote)<br />
SRM6000<br />
(Remote)<br />
12 VDC<br />
Multi-Tier, Multi-Drop RF<br />
Network using <strong>Data</strong>-<strong>Linc</strong><br />
<strong>Group</strong> FCC license-free Radio<br />
Modems.<br />
SRM6000<br />
(Remote)<br />
SRM6000<br />
(Remote)<br />
SRM6000<br />
(Remote)<br />
SRM6000<br />
(Remote)
A-B<br />
Qu al ity<br />
SLC 5/03<br />
CPU<br />
OUTPUT<br />
IN PUT<br />
A-B<br />
Qua lity<br />
SLC 5/03<br />
CPU<br />
OUTPUT<br />
INPUT<br />
SRM6000<br />
A-B SLC<br />
Main Office<br />
Reset<br />
A-B<br />
Qu al ity<br />
SLC 5/04<br />
CP U<br />
OUTPUT<br />
INPUT<br />
SRM6000<br />
A-B SLC<br />
SCADA Water Distribution<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> SRM6000 Radio Modems and Allen-Bradley SLC 5/03<br />
S<br />
Hill Blocking<br />
Line-of-Sight<br />
North Valley Res<br />
North Valley PS<br />
S<br />
These two communications paths indicate that the one SRM6000 at<br />
Reservoir #4 is being used as a Remote/Repeater for North Valley<br />
Reservoir and Starlite Pump Station. *Also, shown below in the<br />
diagram, Hilltop Pump Station uses Reservoir #11 as it’s<br />
Remote/Repeater.<br />
Res#8<br />
S<br />
Res#6<br />
S<br />
Champion PS<br />
S<br />
S<br />
Res#13<br />
Starlite PS<br />
S<br />
Hill Blocking<br />
Line-of-Sight<br />
Res#3 S<br />
Lawnridge PS<br />
S<br />
Hefley PS<br />
S<br />
S/R Res#4<br />
S Res#5<br />
New Hope PS<br />
S<br />
Madrone PS<br />
Due to the possibility of vandalism many of the<br />
SRM6000 antennas are inside the cement<br />
bunkers of the pump stations and are not<br />
<strong>with</strong>in Line-Of-Sight of the Master.<br />
Flawless communication is<br />
Hill Blocking<br />
acheived none-the-less.<br />
Line-of-Sight<br />
S<br />
Hilltop PS *<br />
S<br />
Harbeck PS<br />
M<br />
Main Filter Plant<br />
0 1 mi 2 mi<br />
Approximate Distance<br />
S<br />
S/R<br />
M<br />
Slave Site<br />
Slave/Repeater Site<br />
Master Site<br />
RF Comm. Path<br />
S/R<br />
Res#11<br />
S<br />
Allen Creek PS<br />
S<br />
Meadowood PS<br />
Typical Slave Site Typical Slave Site Master Site at Main Filter Plant<br />
Yagi Directional Antenna<br />
SLC-5/03<br />
<strong>Data</strong> Cable Part Number<br />
C232/SRM60/SLC/CH:0<br />
SRM6000<br />
DATA-LINC GROUP<br />
SLC-5/03 <strong>with</strong> Chassis<br />
Mount SRM6000-SLC<br />
<strong>Data</strong> Cable Part Number<br />
C232/SRM60/SLC/CH:0<br />
Omni-Directional Antennas<br />
SLC-5/04 Master PLC <strong>with</strong> Chassis Mount<br />
SRM6000-SLC connected via DH+ to a PC<br />
Running RS View TM<br />
PC<br />
PC<br />
DH+
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
AB<br />
SLC 5/04 OUTPUT<br />
CPU<br />
IN P U T<br />
DATA-LINC GROUP<br />
Main Office<br />
Main Office<br />
Reset<br />
Reset<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
DATA-LINC GROUP<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
Water/Wastewater<br />
Allen-Bradley MicroLogix and SLC 5/05 communications<br />
via <strong>Data</strong>-<strong>Linc</strong> SRM6000 Radio Modems<br />
St. Augustine Water District, St. Augustine, Florida<br />
Municipal<br />
Lift Stations<br />
MicroLogix 1000 SRM6000<br />
MicroLogix 1000 SRM6000<br />
SRM6000<br />
Remote<br />
SRM6000<br />
Remote<br />
Potable Water<br />
Storage and<br />
Booster Station<br />
SRM6000<br />
Remote<br />
SRM6000<br />
Allen-Bradley SLC 5/05<br />
Master RTU<br />
SRM6000<br />
Remote<br />
RS-232<br />
AB<br />
1770KF-3<br />
SRM6000<br />
DH-485<br />
Network<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix<br />
1000<br />
Well Sites<br />
Fiberoptic Link (typ)<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix<br />
1000<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix<br />
1000<br />
Fiberoptic<br />
Link Driver<br />
(typ)<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix<br />
1000<br />
MicroLogix 1000 SRM6000<br />
MicroLogix 1000 SRM6000<br />
SRM6000<br />
Remote<br />
SRM6000<br />
Remote<br />
Master RTU<br />
RS-232<br />
AB<br />
1770KF-3<br />
DH-485<br />
Network<br />
AB<br />
1761-NET-AIC<br />
converter<br />
Fiberoptic Link (typ)<br />
AB<br />
1761-NET-AIC<br />
converter<br />
AB<br />
1761-NET-AIC<br />
converter<br />
Fiberoptic<br />
Link Driver<br />
(typ)<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix 1000 SRM6000<br />
SRM6000<br />
Remote<br />
SRM6000<br />
SRM6000<br />
Remote<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix<br />
1000<br />
MicroLogix 1000 SRM6000<br />
SRM6000<br />
Remote<br />
MicroLogix 1000 SRM6000<br />
MicroLogix 1000 SRM6000<br />
SRM6000<br />
Remote<br />
SRM6000<br />
Remote<br />
Master RTU<br />
SRM6000<br />
Remote<br />
RS-232<br />
AB<br />
1770KF-3<br />
SRM6000<br />
DH-485<br />
Network<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix<br />
1000<br />
Fiberoptic Link (typ)<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix<br />
1000<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix<br />
1000<br />
Fiberoptic<br />
Link Driver<br />
(typ)<br />
AB<br />
1761-NET-AIC<br />
converter<br />
MicroLogix<br />
1000<br />
SRM6000<br />
Remote<br />
MicroLogix 1000 SRM6000<br />
MicroLogix 1000 SRM6000<br />
SRM6000<br />
Remote<br />
PC<br />
HMI workstation<br />
using RSView<br />
SRM6000<br />
Master<br />
SRM6000<br />
Radio Modem<br />
PC<br />
Utilities<br />
Monitoring<br />
Fiberoptic OPC Link<br />
PC<br />
HMI workstation<br />
using RSView<br />
PC<br />
Water<br />
Treatment<br />
Plant
Steel<br />
SRM6200E Ethernet Radio Modems and Allen-Bradley Equipment<br />
System allows any of six crane operators to control the movement<br />
of scrap cars<br />
Omni-Dir.<br />
Antenna<br />
w/ 10ft coax<br />
RAC6181<br />
Allen-Bradley<br />
Industrial<br />
Computer<br />
(Touch Screen)<br />
Scrap Yard Area<br />
Omni-Dir.<br />
Antenna<br />
w/ 10ft coax<br />
RAC6181<br />
Allen-Bradley<br />
Industrial<br />
Computer<br />
(Touch Screen)<br />
Furnace Building<br />
Omni-Dir.<br />
Antenna<br />
w/ 10ft coax<br />
RAC6181<br />
Allen-Bradley<br />
Industrial<br />
Computer<br />
(Touch Screen)<br />
SRM6200E<br />
SRM6200E<br />
Antenn<br />
a<br />
SRM6200E<br />
Overhead<br />
Crane #1<br />
SRM6200E<br />
Antenn<br />
a<br />
SRM6200E<br />
Overhead<br />
Crane #2<br />
Antenn<br />
a<br />
SRM6200E<br />
Overhead<br />
Crane #5<br />
SLC-5/05<br />
A-OB-10S<br />
SRM6200E<br />
Master 3 dB<br />
Omni Antenna<br />
mounted<br />
outside<br />
furnace bldg.<br />
Omni-Dir.<br />
Antenna<br />
w/ app. 50ft<br />
coax<br />
SRM6200E<br />
PLC-5/40E<br />
SRM6200E<br />
Antenn<br />
a<br />
Mobile Scrap Car #1<br />
Antenn<br />
a<br />
SRM6200E<br />
Ethernet<br />
SLC-5/05<br />
A-OB-10S<br />
SRM6200E<br />
Master PLC<br />
in the Furnace Pulpit<br />
SRM6200E<br />
Antenn<br />
a<br />
Omni-Dir.<br />
Antenna<br />
w/ 10ft coax<br />
RAC6181<br />
Allen-Bradley<br />
Industrial<br />
Computer<br />
(Touch Screen)<br />
SRM6200E<br />
Antenn<br />
a<br />
SRM6200E<br />
Overhead<br />
Crane #3<br />
Mobile Scrap Car #2<br />
Omni-Dir.<br />
Antenna<br />
w/ 10ft coax<br />
RAC6181<br />
Allen-Bradley<br />
Industrial<br />
Computer<br />
(Touch Screen)<br />
SRM6200E<br />
Antenn<br />
a<br />
SRM6200E<br />
Overhead<br />
Crane #4<br />
Note : RF tests on location showed that<br />
the operational 60k Watt arc furnace<br />
had only a negligible effect on the RF<br />
communications. When one of the<br />
radio modems was placed outside the<br />
sheetmetal furnace building while the<br />
other remained in the Furnace Pulpit<br />
signal strength was diminished yet data<br />
transfer was not compromised. The<br />
installation of a second master<br />
SRM6200E dedicated to Crane #5 & #6<br />
would eliminate signal strength loss<br />
due to the sheetmetal building. Unity<br />
gain antennas were used in the initial<br />
tests. The use of 3 dB antennas will<br />
improve signal strength as well.<br />
Omni-Dir.<br />
Antenna<br />
w/ 10ft coax<br />
RAC6181<br />
Allen-Bradley<br />
Industrial<br />
Computer<br />
(Touch Screen)<br />
SRM6200E<br />
Antenn<br />
a<br />
SRM6200E<br />
Overhead<br />
Crane #6<br />
Sheet Metal walls of furnace bldg.
Shipping<br />
Tug to Barge <strong>Data</strong> Communications Link<br />
SRM6000 Radio Modems and Allen-Bradley PLCs<br />
PLC to provide input and<br />
consolidation of command<br />
console inputs for the control of<br />
lighting and other devices on the<br />
Barge<br />
<strong>Data</strong> Cable<br />
Pt.# C232/SRM60/MLGX*<br />
suffix depends on PLC used<br />
SRM6000<br />
Omni-Directional<br />
Antenna w/10+ ft Coaxial Cable<br />
Part No. A-OB-10S<br />
also 20',25',30' and 50'ft coax avail.<br />
<strong>Data</strong> Cable<br />
Pt.# C232/SRM60/MLGX*<br />
suffix depends on PLC used<br />
SRM6000<br />
Inputs/Outputs<br />
Control Console<br />
in the Bridge<br />
PLC to provide control of lighting<br />
and other devices on the Barge<br />
Barge
Wireless RSPocketLogix TM<br />
Wireless RF <strong>Data</strong> Communications using<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong> SRM6000 Radio Modems<br />
Straight Through<br />
<strong>Data</strong> Cable<br />
DB-9 Female<br />
to DB-9 Male<br />
SRM6000<br />
RSPocketLogix<br />
DATA-LINC<br />
GR OU P (42 5) 882 -<br />
2 206<br />
SRM6000<br />
6 7 8 9<br />
1 2 3 4 5<br />
12V DC<br />
Allen-Bradley<br />
Part# 1203-SNM, ser.A<br />
(9 pin sub-miniature D male receptical to<br />
male DB-9, Null Modem Cable)<br />
Approximately 1 mile range<br />
<strong>with</strong>out line-of-sight.<br />
12 VDC Power<br />
Good communications anywhere<br />
<strong>with</strong>in a building.<br />
SRM6000<br />
DATA-LINC<br />
GROUP (4 25) 882 -<br />
220 6<br />
6 7 8<br />
9<br />
Allen-Bradley<br />
MicroLogix 1000 ser.A - ser.D<br />
Could also be: MicroLogix 1500<br />
or SLC-5/03, /04, /05<br />
Allen-Bradley<br />
SRM6000<br />
1 2 3 4<br />
5<br />
12VD C<br />
MicroLogix<br />
1000<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong><br />
<strong>Data</strong> Cable<br />
Part# C232/SRM60/MLGXCBL<br />
RS Poc k etL ogix i s a r egi ster ed Tr ade ma rk of Rockw el <strong>Automation</strong><br />
Allen-Bradley <strong>Data</strong> Cable<br />
Part # 1761-CBL-PM02 Ser.B<br />
(8 pin mini DIN to DB-9 Female)<br />
The RSPocketLogix® provides serial dat access to Allen-Bradley Programmab le Controllers. Norma lly one would hardwire into the PLC. One can<br />
also make the connection via a wireless link.<br />
SRM6000 Configuration:<br />
Point to Point Master, Slave, 19.2 K Baud (baud rate selectable f rom 1200 to 115.2 K Baud), 8 <strong>Data</strong> Bits, No Parity, 1 Stop Bit<br />
Allen-Bradley DF-1 (Full Duplex) Configuration:<br />
Baud Rate = 19200<br />
Node Address = 1<br />
<strong>Data</strong> Bit = 8<br />
Parity = None<br />
Stop Bits = 1<br />
Error Detection = CRC<br />
DLE NAK Retries = N Retries*<br />
DLE ENQ Retries = N Retries*<br />
ACK Time-out = 1 sec<br />
Duplicate Packet Detection = Enabled<br />
Control Line = No Ha ndshaking<br />
Embedded Responses = Enabled<br />
* N=255 for MicroLogix 1000 Series A a nd B discre te. N=6 for MicroLogix 1000 Series C an d later discrete and all MicroLo gix 1000 analog.
Wireless NetLinx<br />
Wireless NetLinx and SRM6200E Ethernet Radio Modems<br />
(Allen-Bradley DeviceNet and and ControlNet)<br />
RSLinx Servers<br />
Workstations<br />
Ethernet<br />
SRM6200E<br />
SRM6200E<br />
Remote Controller<br />
SRM6200E<br />
SRM6200E<br />
Remote<br />
Workstations<br />
ControlLogix<br />
SRM6200E<br />
Portable<br />
Workstations<br />
ControlNet<br />
ControlLogix<br />
DeviceNet<br />
DeviceNet<br />
HMI<br />
Analog I/O<br />
Drive #1<br />
Drive #2 Drive #3<br />
Sensor
MainOf ice<br />
Reset<br />
Mai<br />
nOfic e<br />
Ma in Of fic e<br />
Reset<br />
Reset<br />
Mai<br />
nOfic e<br />
Reset<br />
Power/Utility Substation<br />
SRM6200E Ethernet Stand-Alone and PLC Rack Mount Modems<br />
and Allen-Bradley SLC 5/05<br />
HMI Client PC HMI Client PC HMI Client PC<br />
PC<br />
PC<br />
PC<br />
Local Area Network (LAN)<br />
Wide Area Network (WAN)<br />
Dispatch<br />
Center<br />
LAN<br />
SCADA Master<br />
Ant enna<br />
HMI Server<br />
10 BaseT<br />
DATA-LINC GRO UP<br />
<strong>Data</strong>-<strong>Linc</strong> SRM6200E<br />
Ethernet Stand-Alone Modem<br />
PC<br />
Protocol Conversion Module<br />
SLC 5/05 Controller<br />
AB Powermonitor II<br />
<strong>Data</strong>-<strong>Linc</strong> SRM6200E-SLC<br />
PLC Rack Mount Modem<br />
SEL RELAY<br />
IEDs<br />
Protective Relays<br />
Meters
Leased Line Multi-Point Communications<br />
at 19.2 Kbaud<br />
DLM4000/LL Leased Line Modems provide data communications<br />
for Allen-Bradley PLCs<br />
00 0 / e a sed e d e s d e da a c u ca s e a d e y C s<br />
DF1 Po lling Master<br />
Mai n O fice<br />
Reset<br />
Remote<br />
MicroLogix 1000<br />
Customer Splitter Cable from DLG<br />
DL M 400 0/LL<br />
Re m ote<br />
Allen- Br adley<br />
MicroLogix<br />
1000<br />
DL M 400 0/LL<br />
Re m ote<br />
DLM4000/LL<br />
Remote<br />
<strong>Data</strong>-<strong>Linc</strong> G roup <strong>Data</strong> Cable<br />
Pt # C232/DML40/MLGXCBL<br />
A lle n- Br ad ley Ca b le<br />
w/ proprietary connector<br />
1761CBL PM02 ser.B<br />
DL M 400 0/LL<br />
Re m ote<br />
Remote<br />
MicroLogix 1000<br />
Allen -Brad ley<br />
MicroLogix<br />
1 000<br />
TE LC O 2 W ire Le ased P hon e L ines.<br />
There are 2 separate dedicated pairs:<br />
2 Lines into the Mas ter PC site and<br />
1 line to ea ch of th e S lave sites.
Leased Line<br />
LLM1100/2 Telco Leased or Private Line Communications System<br />
PC running <strong>Rockwell</strong> Software and Allen-Bradley SLC 5/00 Remote PLCs<br />
PC Master<br />
Running <strong>Rockwell</strong><br />
<strong>Automation</strong> Software<br />
DF1Protocol, 1/2 Duplex<br />
The following description of a leased line will<br />
help customers order from their phone<br />
company the correct type of circuit.<br />
Circuit will be point-to-point or<br />
multi-point, 2 wire, voice grade<br />
circuit. Circuit is VG-6 and<br />
provides a voice grade (300 to<br />
3000Hz) channel for a two point or<br />
multi-point non-switched private<br />
line analog data application. This<br />
channel includes basic data<br />
conditioning. It is a two wire<br />
interface <strong>with</strong> two wire facilities<br />
engineered for a 1000Hz net loss<br />
of no more than 16dB.<br />
PC<br />
Serial <strong>Data</strong> Cable<br />
C232/LLM11/PC<br />
Com<br />
Port<br />
LLM1100/2<br />
Master<br />
Turn Around Delay<br />
A turn around delay time of 100 msec is required<br />
between the time at which the PC or a given Remote<br />
PLC activates RTS and sends data to the LLM1100/2.<br />
Therefore, the minimum time for the master PC to<br />
send it's message and then receive a message back<br />
from a given remote SLC-5/00 is about 200 msec.<br />
Message length is also a critical factor in determining<br />
turn around delay. Each byte (a single 10 bit word) at<br />
the 1200 baud data rate of the LLM1100/2 adds<br />
approximately 10 msec to the turn around delay. For<br />
instance, a typical 5 byte message sent<br />
unidirectionally between adds about 50 msec to the<br />
turn around delay. For a round trip communication of<br />
5 byte message sets between the master and a<br />
remote PLC would be about 300 msec.<br />
If the 1200 baud data rate seems archaic and slow<br />
consider the approximate 5 second handshaking time<br />
requirement for Trellis encoding Dial-up modems. If<br />
the turnaround delay of the LLM1100/2 is a debilitating<br />
factor for a given SCADA application one may<br />
consider using the SRM6000 Radio Modem which has<br />
a minimum turn around delay of only 5-15 msec and is<br />
capable of 115.2 K Baud.<br />
LLM1100/2<br />
Remote<br />
LLM1100/2<br />
Remote<br />
LLM1100/2<br />
Remote<br />
Serial <strong>Data</strong> Cable<br />
C232/LLM11/SLC/CH:0<br />
Serial <strong>Data</strong> Cable<br />
C232/LLM11/SLC/CH:0<br />
A-B SLC-5/00<br />
Remote<br />
using DF-1<br />
Channel Zero<br />
A-B SLC-5/00<br />
Remote<br />
using DF-1<br />
Channel Zero<br />
Additional remote sites can be added.<br />
A-B SLC-5/00<br />
Remote<br />
using DF-1<br />
Channel Zero
Fiberoptic<br />
FDM7000/M fiberoptic modems communicating <strong>with</strong><br />
Allen-Bradley PLC 5/40E, SLC 5/03 and MicroLogix<br />
PLC 5-40E<br />
RS232<br />
DF-1 PROTOCOL<br />
<strong>Data</strong> Cable<br />
Part # C232/FDM70/<br />
PLC5/CH:0<br />
FDM7000/M<br />
FDM7000/M<br />
XMT<br />
RCV<br />
RCV<br />
XMT<br />
Building 624<br />
A single FDM7000/M positioned as a repeater may be<br />
needed if a given leg exceeds 2.7 Km<br />
Multi-Mode Fiber<br />
62.5 u /125 u<br />
2.7 Km range between modems<br />
RCV<br />
XMT<br />
FDM7000/M<br />
<strong>Data</strong> Cable<br />
Part # C232/FDM70/SLC/CH:0<br />
RCV<br />
XMT<br />
FDM7000/M<br />
SLC-5/03<br />
W ELL 4<br />
SLC-5/03<br />
W ELL 6<br />
FDM7000/M<br />
RCV<br />
XMT<br />
<strong>Data</strong> Cable<br />
Part # C232/FDM70/SLC/CH:0<br />
RCV<br />
XMT<br />
FDM7000/M<br />
SLC-5/03<br />
W ELL 7<br />
FDM7000/M<br />
RCV<br />
XMT<br />
<strong>Data</strong> Cable<br />
Part # C232/FDM70/MLGXCBL<br />
RCV<br />
XMT<br />
FDM7000/M<br />
*<br />
MICROLOGIX<br />
OLD TOWER<br />
FDM7000/M<br />
RCV<br />
XMT<br />
RCV<br />
XMT<br />
FDM7000/M<br />
SLC-5/03<br />
W ELL 10<br />
FDM7000/M<br />
FDM7000/M<br />
RCV<br />
XMT<br />
RCV<br />
XMT<br />
<strong>Data</strong> Cable<br />
Part # C232/FDM70/SLC/CH:0<br />
RCV<br />
XMT<br />
FDM7000/M<br />
<strong>Data</strong> Cable<br />
Part # C232/FDM70/SLC/CH:0<br />
RCV<br />
XMT<br />
FDM7000/M<br />
SLC-5/03<br />
W ELL 11<br />
SLC-5/03<br />
W ELL 12<br />
FDM7000/M<br />
RCV<br />
XMT<br />
<strong>Data</strong> Cable<br />
Part # C232/FDM70/MLGXCBL<br />
RCV<br />
XMT<br />
FDM7000/M<br />
MICROLOGIX<br />
NEW TOWER<br />
* Allen-Bradley <strong>Data</strong> Cable<br />
PART # 1761 CBL PM02
Contact Information<br />
Corporate<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong><br />
2635 151st Place NE<br />
Redmond, WA 98052 USA<br />
Tel 425.882.2206<br />
Fax 425.867.0865<br />
Email info@data-linc.com<br />
Web www.data-linc.com<br />
Northeast Regional Office<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong><br />
PO Box 404<br />
Lawrence, PA 15055 USA<br />
Tel 724.942.4524<br />
Fax 724.942.3875<br />
Southwest Regional Office<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong><br />
4301 Cavern Springs Road<br />
Austin, TX 78727 USA<br />
Tel 512.836.7806<br />
Fax 512.836.7806<br />
Canada<br />
<strong>Data</strong>-<strong>Linc</strong> <strong>Group</strong><br />
150 Charlton Avenue East<br />
Hamilton, Ontario Canada L8N 3X3<br />
Tel/Fax 905.522.7425<br />
Email fjiao@data-linc.com<br />
PN 152-09998-001B
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