DX Based In-row Front Cooler Unit

Canovate’s DX-based front coolers are engineered to maximize efficiency by automatically controlling the cooling capacity between 11- and 28-kW in a 42U, 300x1000mm cabinet rack.

DX-based coolers use direct expansion to cool indoor air. To oversimplify the technicalities, refrigerant is run through a closed loop in which it goes through a process of evaporation and condensation, absorbing and releasing heat in a controlled way.

Description

DX Based In-row Front Cooler Unit

Canovate’s DX-based front coolers are engineered to maximize efficiency by automatically controlling the cooling capacity between 11- and 28-kW in a 42U, 300x1000mm cabinet rack.

DX-based coolers use direct expansion to cool indoor air. To oversimplify the technicalities, refrigerant is run through a closed loop in which it goes through a process of evaporation and condensation, absorbing and releasing heat in a controlled way.

Our DX-based coolers were developed specifically for hot and cold aisle containment applications, in dense data center environments, without the need for a raised floor. Their modular construction enables you to control your capital expenditure by only investing in the amount of cooling you need now. As your needs grow, more units can be added to your system, for increased cooling.

Canovate’s investment in research and development has created a practical design that improves on the efficiency of the system by minimizing condensed water and using a multi-point injection system. This distributes the environmentally friendly R410 refrigerant more efficiently within the heat exchange unit. By placing the system where the cool air is needed most directly, using In-Row technology, cooling capacity is maximized.

To improve on our system’s energy efficiency, we use hot-swappable, variable speed, temperature-controlled fans with Electronically Commutated (EC) motors.

Our design is also technician friendly, combining the condenser and compressor – a notoriously noisy unit – and placing them outside of the data center or telecommunications facility. This allows technicians to work within the area more easily.

The coolant can be run through copper pipes that lead either to the top or bottom of the unit, according to the need of the design.

The functionality and efficiency of the system can be monitored and controlled with an optional SNMP (Simple Network Management Protocol) card. This allows administrators to monitor how well the system is working holistically, and to better identify any possible hotspots, leaks in the hot/cold aisle containment, under-used servers, or other issues.

Highlights:

  • 28 kW cooling capacity in a 42U 300×1000 cabinet
  • Automatically controlled between 11 to 28 kW
  • EER is above 3 for maximum energy efficiency
  • External compressor unit to lower interior noise
  • Practical solutions to cooling with minimized condensed water
  • Specially developed for cold & hot aisle containment applications
  • Modular construction
  • In-Row Technology
  • No raised floor required
  • Variable speed, electronically commuted (EC) fans
  • Modular design allows for capacity expansion
  • Hot-swappable fans
  • Copper pipes can come either from the top or from the bottom of the unit
  • Temperature controlled fans
  • Remotely control and monitor coolers with optional SNMP card

Technical Document

Technical Document | Installation Guide | Operation Manuel | Catalog

 

Technical Spesification

Product Code Description (230VAC 50Hz/60Hz)
DC-FDXX-4230-A/B01EU0/1-R0/R1 DX Front Cooler 28 kW 42U 300 x 1000 with refrigerant R410A
DC-FDXX-4232-A/B01EU0/1-R0/R1 DX Front Cooler 28 kW 42U 300 x 1200 with refrigerant R410A
DC-FDXX-4730-A/B01EU0/1-R0/R1 DX Front Cooler 28 kW 47U 300 x 1000 with refrigerant R410A
DC-FDXX-4732-A/B01EU0/1-R0/R1 DX Front Cooler 28 kW 47U 300 x 1200 with refrigerant R410A

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