CoolTeg
CoolTeg cooling units solutions are designed to address the very high density heat loads typically found in today’s data center or equipment room. The side mount solutions can be applied as the main cooling system in various types of data centers. Open and Closed air loop architectures give a high degree of design flexibility to ensure that the cooling needs of the equipment can be met, whatever the design criteria may be. The highly efficient cooling units are available with capacities up to 36kW in a 300mm wide footprint to ensure that even the most demanding computing equipment environment can be kept at the optimum temperature.
OPEN AIR LOOP ARCHITECTURE is ideally suited for use in hot/cold and contained cold aisle deployments and can be used to supplement the existing cooling system within a facility to add capacity on a zone by zone basis. Warm air is sucked directly from the hot aisle, cooled by the side mounted cooling units before being delivered back into the cold aisle for use by the equipment. The range of available capacities means that it is now easy to meet zone cooling requirements in a hot/cold aisle deployment without over‑cooling the entire facility. Furthermore, side cooling can be combined with the CONTEG contained cold or hot aisle solution to further promote efficient use of chilled air leading to reduced facility operational costs.
CLOSED AIR LOOP ARCHITECTURE is ideally suited for very high heat density racks where traditionally delivered cooling air may not provide sufficient capacity for the very high thermal loads generated by equipment placed in the racks. Additionally, the side mount closed architecture ensures that heat generated within the cabinet is removed at the point of production and not released into the data center environment, thereby minimizing the chances of localized hot‑spots forming in the high density zones.
Jellemzők
- Cooling capacities: up to 36kW
- Height: 42, 45 or 48U
- Width: 300mm
- Depth: 1000 or 1200mm (1000mm not applicable for closed loop)
- Welded frame construction of sheet steel
- Available in Direct Expansion (DX) and Chilled Water (CW) variants
- Electronic Control Board – cooling and chilled air throughput are CoolTeg controlled with microprocessors to ensure optimum cooling levels are maintained at all times
- Plumbed to either outdoor condensers or the central chilled water systems. Pipes are laid below raised floor and routed to the chilled water or condenser installations
- EC fans available
Alkalmazás
XC design brings a modern technology with inverter driven compressor by Mitsubishi Electric inside the unit. This arrangement provides precise and the most efficient cooling at any heat load. EC fans quietly and economically provide the necessary air flow to transfer the highest
cooling capacity. Five fans are able to deliver required cooling capacity also in case of failure of one of them. The entire unit is controlled by an integrated control box with display and control panel on the front door.
The cooler is connected to an outdoor condenser with continuously controlled fans, reaching the highest efficiency. CONTEG offers, in addition to the standard condenser, a unit designed for high outdoor temperatures up to 53 ° C and a low-noise solution suitable for data centers in urban areas.
The cooling system works with efficient and environmentally friendly R410A refrigerant.
- Inverter driven compressor built inside the
- Suitable for Arctic and Tropical environments
- An ideal solution for the total heat load of 20 to 150kW
- controlled by an integrated control box with display and control panel on the front door.
- EC fans
- Wide variety of settings
- Efficient and ecological refrigerant R410A
COOLTEG UNITS CW UNITS | |||
Unit | AC‑SO‑CW/B4 | AC‑SM‑CW/C4 | |
Connected outdoor unit | ‑ | any chiller | any chiller |
BASIC DATA | |||
Architecture | ‑ | Open | Closed |
Total cooling capacity | kW | 5‑19 | 5‑36 |
Power supply | V/f/Hz | 230 / 1/ 50 | 230 / 1/ 50 |
Air flow | m3/h | 3 600 | 4000 |
AC FAN VERSION (standard) | |||
Number of fans | pcs | 5 | 5 |
Fan motor max. (each) | W/A | 126/0,7 | 160/0,7 |
EC FAN VERSION (optionally) | |||
Number of fans | pcs | 5 | 5 |
Fan motor max. (each) | W/A | 126/0,9 | 126/0,9 |
HEAT EXCHANGER | |||
Type | ‑ | Copper tubes/Aluminum fins | |
Air face velocity | m/s | 2,5 | 2,8 |
WATER CIRCUIT | |||
Water flow | l/h | 3330 | 6200 |
Water pressure drop total | kPa | 75 | 142 |
Water valve | ‑ | 3‑way modulating valve | |
FILTER | |||
Quantity and shape | pcs/type | 3 / zigzag | ‑ |
Size | mm | 600 x 180 | ‑ |
Depth | mm | 100 | ‑ |
Class | - | EU3 | ‑ |
DIMENSIONS | |||
Height | mm | 1978 (42U), 2111 (45U), 2245 (48U) | |
Width | mm | 300 | 300 |
Depth | mm | 1000 or 1200 | 1200 |
COOLTEG DX UNITS | |||||
Unit | AC‑SO‑DX/A8 | AC‑SO‑DX/A8 | AC-SM-DX/A8 | AC‑SM‑DX/A8 | |
Connected outdoor unit | ‑ | AC‑DX‑FDC125VN | AC‑DX‑FDC200VS | AC‑DX‑FDC125VN | AC‑DX‑FDC200VS |
BASIC DATA | |||||
Architecture | ‑ | Open | Closed | Open | Closed |
Total cooling capacity | kW | 5‑14 | 7‑22 | 5‑14 | 7‑22 |
Power supply | V/f/Hz | 230 / 1/ 50 | 230 / 1/ 50 | 230 / 1/ 50 | 230 / 1/ 50 |
Air flow | m3/h | 3600 | 3600 | 4000 | 4000 |
AC FAN VERSION (standard) | |||||
Number of fans | pcs | 5 | 5 | 5 | 5 |
Fan motor max. (each) | W/A | 160/0,7 | 160/0,7 | 160/0,7 | 160/0,7 |
EC FAN VERSION (option) | |||||
Number of fans | pcs | 5 | 5 | 5 | 5 |
Fan motor max. (each) | W/A | 126/0,9 | 126/0,9 | 126/0,9 | 126/0,9 |
HEAT EXCHANGER | |||||
Type | ‑ | ||||
Air face velocity | m/s | 2,5 | 2,5 | 2,8 | 2,8 |
WATER CIRCUIT | |||||
Water flow | l/h | ‑ | ‑ | ‑ | ‑ |
Water pressure drop total | kPa | ‑ | ‑ | ‑ | ‑ |
Water valve | ‑ | ‑ | ‑ | ‑ | ‑ |
FILTER | |||||
Quantity and shape | pcs/type | 3 / zigzag | 3 / zigzag | ‑ | ‑ |
Size | mm | 600 x 180 | 600 x 180 | ‑ | ‑ |
Depth | mm | 100 | 100 | ‑ | ‑ |
Class | - | EU3 | EU3 | ‑ | ‑ |
DIMENSIONS | |||||
Height | mm | ||||
Width | mm | 300 | 300 | 300 | 300 |
Depth | mm | 1000 or 1200 | 1000 or 1200 | 1 200 | 1200 |
OUTDOOR UNITS FOR DX COOLERS | |||
Unit | AC‑DX‑FDC125VN | AC‑DX‑FDC200VS | |
Nominal cooling capacity | kW | 12.5 (5.0 – 14.0) | 20.0 (7.0 – 22.4) |
Phase | 1 phase | 3 phase | |
Power source | 220‑240V 50Hz/220V60Hz | 380‑415V 50Hz/380V 60Hz | |
Cooling power consumption | kW | 4.05/4.05 | 6.58/6.58 |
Running current | A | 17.6/18.6 | 9.9/10.6 |
Power factor | % | 99/99 | 96/94 |
Inrush current (L.R.A.) / max. running curent | A/A | 5/24 | 5/24 |
Noise level | dB(A) | 50 | 57 |
Exterior dimensions | H/W/D mm | 845/970/370 | 1300/970/370 |
COMPRESSOR | |||
Type | RMT5126MDE2 | GTC515ND70K | |
Starting method | direct line start | ||
Type of control | electronic expansion valve | ||
REFRIGERANT | |||
Type | R410A | ||
Quantity (pre‑charged up to piping length of 30m) | kg | 3,8 | 5,4 |
AIR HANDLING EQUIPMENT | |||
Fan | type/qty | propeler fan/1 | propeler fan/2 |
Motor | W/qty | 86/1 | 86/2 |
COOLTEG XC UNITS | ||
Unit | AC‑SO-XC/B4 | |
Connected outdoor condenser | ‑ | AC-COND 1-35 |
BASIC DATA | ||
Total cooling capacity* | kW | 22,5 |
Sensible cooling capacity* | kW | 22,0 |
Sensible cooling capacity coefficient* | kW | 0,978 |
Total compressor consumption* | kW | 7,4 |
VENTILLATION CIRCUIT | ||
Air flow | m3/h | 4300 |
Number of EC radial fans | pcs | 5 |
Fan power supply | 200-277V/1f/50-60Hz | |
ELECTRICAL DATA | ||
Unit power supply | ‑ | 400 V / 3f / 50‑60 Hz |
Max compressor current | A | 16,0 |
Max current each fan | A | 1,3 |
DIMENSIONS | ||
Height | mm/U | 1978/42, 2111/45, 2245/48 |
Width | mm | 400 |
Depth | mm | 1200 |
*Nominal conditions:
Supply air temperature 19.5 °C, intake air temperature 35 °C, relative humidity of the intake air 30 %, refrigerant R410A, condensing temperature 45 °C, net cooling capacity (including loss of power to fans)
OUTDOOR CONDENSER FOR XC UNITS | ||
Unit | AC-COND 1-35 | |
Power source | 230V/1f/50Hz | |
DIMENSIONS | ||
Height | mm | 1880 |
Width | mm | 770 |
Depth | mm | 730 |