Explosion-proof liquid cooler (chiller) type FKS-KWS
Explosion-proof liquid cooler (chiller) type FKS-KWS
The BARTEC BENKE explosion-proof closed-circuit liquid chiller type FKS-KWS consists of a highly efficient air-cooled condenser combined with a hermetically sealed compressor and is suitable for installation in Zone 1 explosive gas environments. The electrical control system is supplied with its own Ex d enclosure. Optionally, with the BARTEC BENKE analyser, the control system can be placed inside the Ex p housing of the analyser itself.
In any enterprise, laboratories that use analysers, laboratory equipment, measuring instruments, sensors.
As a rule, a process cooling water supply is necessary for their correct operation.
In most cases, the parameters of centrally supplied process water have a large differential of values, which negatively affects the accuracy of measurement and stability of equipment operation. Also, do not ignore the possibility of a failure of the general circuit and as a consequence, deviations in the operation of many devices.
The use of localised circulating liquid coolers completely solves all of the above problems.
Specifications:
| Explosion protection marking | II 2G IIC T3/T4 Gb (cooler) II 2G Ex d e [ia] IIC T4 Gb (control unit) |
| Ambient temperature | Standard: +5 °C до +40 °C Optional: -20 °C до +55 °C FKS 0,5-KWS: +5 °C до +35 °C other on request |
| Dustproof level | IP 54 (IP 65 on request) |
| Cooling capacity at the specified coolant temperature | FKS 0,5-KWS 500 W at -35 °C FKS 1,4-KWS 1.4 kW at +15 °C FKS 2,4-KWS 2.4 kW at +10 °C FKS 4-KWS 4 kW at +10 °C FKS 6-KWS 6 kW at +10 °C FKS 10-KWS 10 kW at +10 °C |
| Refrigerant | R134a (R404 FKS 0,5-KWS) |
| Coolant | mixture/water/glycol (depending on application) |
| Power supply voltage | 400V 50Hz/440V 60Hz 3-phase. Other on request |
| Power consumption (effective power) |
FKS 0.5-KWS 1.8 kW FKS 1.4-KWS 1.8 kW FKS 2,4-KWS 2,3 кВт FKS 4-KWS 3.2 kW FKS 6-KWS 4.3 kW FKS 10-KWS 6.5 kW |
| General alarm/error indication | dry contact (1 NC + 1 NO) |
| Cable glands | M25 power cable, M20 fault signal |
All information is relevant for standard applications.
