500-700 cfm - APC

APC-MGE Cooling Solutions - Product Selection Guide
Environment
Closets & Server Rooms
Server Rooms, Small & Medium Data Centers
Medium & Large Data Centers
Medium &
Large Data
Centers
Rack Densities
(KW/Rack)
COMPETITORS
MITSUBISHI, HITACHI
AFCO, MITSUBISHI,
HITACHI
MITSUBISHI, HITACHI
MITSUBISHI, IBM COOL BLUE, HP MCS, RITTAL,
EMERSON XDO,XDV,XDH
MITSUBISHI, IBM COOL BLUE, HP MCS, RITTAL,
EMERSON XDO,XDV,XDH
EMERSON CRAC, AIREDALE, DATA-AIR, CANATEL, EMERSON XDO, XDV,
XDH
Always Sell Based
on 0 1 2 3 4 5 6 X - AXIS 7 8 9 10 11 12 13 14 15 20 30 40 Heat Rejection
Value, Price
Value, Price
Value, Price
$/KW
Close Coupled Cooling
Value
$/KW
Controls
InRow Architecture
Close Coupled Cooling
Modular
Scalable
Redundant
Flexible
Easy Retrofit
$/KW
High Density
Controls
InRow Architecture
Close Coupled Cooling
Efficiency
Modular
Scalable
Redundant
Controls
Green $/KW
High Density
Efficiency
InRow Architecture
Close Coupled Cooling
Controls
Modular
Scalable
Climate Control
High Density
$/KW
Flexible
Easy Retrofit
Portable
ACPA 1000
- Easy Closet sell
-Portable compact
design allows for
flexibility
- Upto 1.5KW
cooling capacity
- Plug and Play
WCVU
Side ADU
Side ADU
Air Distribution Unit
Portable
ACPA 4000
- Shares benefits
with the PA1000
- Upto 4KW Cooling
Capacity
Air Distribution Unit
ACRC1XX
APC InRoom CW/DX provides a
VALUE solution option to customers in
the 1-5KW/Rack range
InRow® SC
ACSC1XX
-7KW Nominal Capacity
-No need for refrigerant lines or
remote heat exchangers. Selfcontained,
plug-and-play, design
maximize system Agility
-In-row architecture allows close
coupling of IT loads with air
conditioning units which increases
cooling Predictability
- Improved performance with RACS
at densities >3KW/Rack
ACRD1XX
ACRD2XX
InRow® RD NEW!!
-10KW Nominal Capacity
-Air, Water/Glycol Cooled DX
-208-230V 3ph input
Additional Parts:
Air Option needs condenser
Fluid Option needs Fluid Cooler
**All other parts sourced by contractor
Advantages: Great RETROFIT option, Flexibility of
installation, No CW required
Ability to handle low loads down to 2KW
-17KW Nominal Capacity
- Chilled Water
- 120V
Advantages:
Ability to handle low loads, Great option for green builds
InRow® RP
Rack Densities
(KW/Rack) 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 20 30 40
InRow® RC
ARU
-29-45KW Nominal Capacity
- Great option for loads of 10KW/RP and
higher
- Precision cooling provides humidification and
reheat
- Ideal for InRow Applications where high
density is being deployed with no existing
cooling
- Ideal for larger spaces
APC InRoom Product
- 5 Capacities and sizes
- CW and DX options available
- Economizer option available
- Ideal for Small to Large Data Centers
- Provides Room level climate control
Notes:
1. Product recommendations are based on a 1:1 worst case ratio of product to rack . Therefore if a product is being applied across a range of rack densities, then at the highest rack density, the ratio of
product to racks is 1:1
2. Recommendations will vary based on product applications and customer needs. While these are guidelines, variances may be acceptable if approved by APC-MGE technical teams.
InRow® RD NEW!!!
ACRD5XX
- 29KW Nominal Capacity
- Air Cooled DX
-No humidification and reheat
- Ideal for InRow Applications with existing or
new perimeter CRACs
- Ideal for larger spaces
InRow® RC
NEW!!
ACRC5XX
- 47KW Nominal Capacity
- No humidification and reheat
- Ideal for InRow Applications with
existing or new perimeter CRACs
- Ideal for larger spaces
Advantages:
B TCO l b ild
+
OR
+
OR OR
Rack Air Containment
- High density racks 1-10 racks
- containment for indval racks and multipule
racks.
- Modular construction allows for supply and
exhaust air or just exhaust air containment
Hot Ailse Containment
Hot Aisle Containment
- High density Zones greater than 10 racks
- Increases retuen temperature and cooling
unit capacity
- Improves predictability and ability to
achieve redundacny with less cooling units.
APC InRoom coupled with InRow® is the recommended offering to customers deploying High Density
who are looking for a combination of room and row level control
Hot Ailse / Rack Air Containment
Enterprise Cooling Systems
Contacts
DX ONLY
CW/DX
FANS ONLY
DUCTED AIR
DX ONLY
CW ONLY
CW/DX
John Niemann -Product Line Manager - InRow and Small Systems Cooling
Mike Donahue - Product Line Manager - Room Cooling
Kelly Sinovich - Product Information Manager, All Cooling Products
Kevin Lemke - Product Manager, InRow Cooling
Zurica D'Souza - Product Manager, InRow & Small Systems Cooling

APC-MGE Cooling Solutions - Product Selection Guide
Cooling
Configs
InRow
vs.
Room
Cooling
Fast
Facts
DID YOU KNOW?
Performance
Limitations of Legacy Architecture
with raised floor air distribution Upper limits of raised
KW (Sensible Heat) = Delta T x CFM / 3145
Rack
Power
(kW)
that can be
cooled by one
tile with this
airflow
12
10
8
6
4
2
Typical
Capability
Perf tile
With
Effort
500-700 cfm
Grate tile
Extreme
Blade Servers
4.5 - 6.5 kW
per Rack
2.5 - 4 kW
per Rack
Standard IT
Equipment
1. 1Kilowatt = 3412 BTU/Hr = 0.28 Ton and 1 Ton = 3.517 Kilowatts = 12,000 BTU/Hr
floor
Impractical
0 0 100 200 300 400 500 600 700 800 900 1000
[47.2] [94.4] [141.6] [188.8] [236.0] [283.2] [330.4] [377.6] [424.8] [471.9]
Average Per-Rack Power Density = (kW)
2. Heat pumps, refrigerators, and air conditioners, move heat, rather than convert it. The common measures are the coefficient of performance (COP), energy efficiency ratio
(EER), and seasonal energy efficiency ratio (SEER).
3. The concept of air conditioning is known to have been applied in Ancient Rome, where aqueduct water was circulated through the walls of certain houses to cool them.
Similar techniques in medieval Persia involved the use of cisterns and wind towers to cool buildings during the hot season. Modern air conditioning emerged from advances
in chemistry during the 19th century, and the first large-scale electrical air conditioning was invented and used in 1902 by Willis Haviland Carrier.
4. Containment options including RACS and HACS on CW products provide higher ride through capabilities than comparable DX units due to minimum copressor restart
times, and therefore are more widely recommended together in high density applications
5. In The InRow RP DX , during HACS mode, the VFD speed is controlled by the supply temperature in the front of the rack. Therefore, it is independant control loop from the
fan speed. The fan speed is controlled by return air temperature. In the scenario where a load is added to the rack, the return air temperature is affected much quicker than
the supply which is why the fan speed reacts first.
Usable CRAC Capacity
100%
80%
60%
40%
20%
0%
rooom-oriented cooling
row-oriented cooling
rack-oriented cooling
1 2 3 4 5 6 7 8 9 10111213141516171819202122232425
Perimeter Cooling units alone can cool upto 5KW/Rack in IT loads and lose
efficiencies as well as effectiveness beyond this threshold. At loads beyond
this threshold InRow as well as Hybrid (Permeter + InRow) should be
For More Information Read APC-MGE WP - 130