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Fast Track Part Numbers
#
Part Number
Description
A
QB-CL21-4260-LEG-AA
CL21 Black 42U 600w Solution
B
QB-CL21-4280-LEG-AA
CL21 Black 42U 800w Solution
C
QB-CL21-4760-LEG-AA
CL21 Black 47U 600w Solution
D
QB-CL21-4780-LEG-AA
CL21 Black 47U 800w Solution
E
QW-CL21-4260-LEG-AA
CL21 White 42U 600w Solution
F
QW-CL21-4280-LEG-AA
CL21 White 42U 800w Solution
G
QW-CL21-4760-LEG-AA
CL21 White 47U 600w Solution
H
QW-CL21-4780-LEG-AA
CL21 White 47U 800w Solution
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Available Colours
Black
Gray
Available Colours
42U
47U
Available Colours
600mm
800mm
All to include standard accessories inclusive of:
3.7m Fluid Hoses
Hose-Pipework adaptors (1” BSP)
Nexpand rack xing kit
Available Colours
Black
Gray
Available Colours
42U
47U
Available Colours
600mm
800mm
All to include standard accessories inclusive of:
3.7m Fluid Hoses
Hose-Pipework adaptors (1” BSP)
0-10v actuator
Linear fluid valve (1” BSP high-capacity variant)
All Leak Detect
All TCP/IP + SNMP + BACnet
Nexpand rack xing kit
Text Link
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Rear Door Heat Exchangers

ColdLogik
Rear Door Cooling

The ColdLogik CL20 was the first intelligent rear door heat exchanger ‘RDHx’ – the original and best since 2007. It now boasts the most energy efficient low to high density rear door cooling solution currently available in the world.

Rear Door Heat Exchangers

Product Benefits

USystems

Data Center Solutions that Exceed Expectations

Get in touch with us at USystems Ltd to join the journey towards more efficient and sustainable data centers. Our leading and innovative technologies are designed to help you use less energy and reduce your carbon footprint on a global scale. Contact us now to explore how we can work together for a greener future.

USystems

Data Center Solutions
that Exceed Expectations

Get in touch with us at USystems Ltd to join the journey towards more efficient and sustainable data centers. Our leading and innovative technologies are designed to help you use less energy and reduce your carbon footprint on a global scale. Contact us now to explore how we can work together for a greener future.

CL80 InRow cooler

In-row cooling technology is a type of air conditioning system commonly used for data center cooling which the cooling unit is placed between the server cabinets in a row to air to the server equipment’s more effectively. InRow cooling systems use a horizontal airflow pattern utilising hot aisle/cold aisle configurations and they potentially only need occupy one-half rack of row space without any additional side clearance space.
The InRow cooling unit draws warm exhaust air directly from the hot aisle, cools it and distributes it to the cold aisle. This ensures that inlet temperatures are steady for precise operation. Coupling the air conditioning with the heat source produces an efficient direct return air path; this is called “close coupled cooling,” which also lowers the fan energy required. InRow cooling also prevents the mixing of hot and cold air, thus increasing efficiency
Energy Saving
Energy Saving Benefits
Energy Efficiency Ratio (EER) of over 100 at maximum capacity
Average 15% reclaimed power for Compute by comparison to traditional cooling
Potential Cooling PUE available of 1.035 with RDC
3.5% ColdLogik Power to Cool 100% Heat Load vs 38% traditional methods
Carbon Reduction
Energy Saving Benefits
Isolating Global Warming Potential (GWP) gasses to one centralised area
Reducing the volume of GWP gas significantly
Over 50,000 trees worth of carbon saved per 1MW ColdLogik deployment
Energy Saving
Energy Saving Benefits
Energy Efficiency Ratio (EER) of over 100 at maximum capacity
Average 15% reclaimed power for Compute by comparison to traditional cooling
Potential Cooling PUE available of 1.035 with RDC
3.5% ColdLogik Power to Cool 100% Heat Load vs 38% traditional methods
Energy Saving
Energy Saving Benefits
Energy Efficiency Ratio (EER) of over 100 at maximum capacity
Average 15% reclaimed power for Compute by comparison to traditional cooling
Potential Cooling PUE available of 1.035 with RDC
3.5% ColdLogik Power to Cool 100% Heat Load vs 38% traditional methods
Energy Saving
Energy Saving Benefits
Energy Efficiency Ratio (EER) of over 100 at maximum capacity
Average 15% reclaimed power for Compute by comparison to traditional cooling
Potential Cooling PUE available of 1.035 with RDC
3.5% ColdLogik Power to Cool 100% Heat Load vs 38% traditional methods
Energy Saving
Energy Saving Benefits
Energy Efficiency Ratio (EER) of over 100 at maximum capacity
Average 15% reclaimed power for Compute by comparison to traditional cooling
Potential Cooling PUE available of 1.035 with RDC
3.5% ColdLogik Power to Cool 100% Heat Load vs 38% traditional methods
Energy Saving
Energy Saving Benefits
Energy Efficiency Ratio (EER) of over 100 at maximum capacity
Average 15% reclaimed power for Compute by comparison to traditional cooling
Potential Cooling PUE available of 1.035 with RDC
3.5% ColdLogik Power to Cool 100% Heat Load vs 38% traditional methods
1

Cable entry brush
strip front to rear

Allows easy and flexible cable egress through
the rack top whilst minimising air leakage
5

Quick release hinges on
doors and side panels

Simple and quick to remove and refit
allowing faster access to equipment and cabling.
2

The door shown is a an AirTech V door with 86% airflow – the standard AirTech vented door is 80%

To facilitate efficient and effective
cooling of installed equipment
3

Fully upgradable locking system

Secure 4-point locking (6 point on wardrobe doors). Handle upgrades to numeric combination locking or proximity locking.
6

Single side panels
(on 4 corner post models)

Vertically split side panels on other
post configurations Secure; can only
be opened from inside of rack.
7

Base skids

Allows quick and easy positioning
on data center floor
4

180° door opening on bayed racks and 255° on end of row

For ease of access to equipment and cabling.