The ECP5X Peltier gas cooler features a modular design that allows for easy replacement or retrofitting of cooling modules in the field. The gas cooler can be equipped with up to 4 cooling modules, which operate independently of each other, thereby ensuring high availability. The device scores with its high cooling capacity, even at ambient temperatures of up to +50 °C. The user-friendly touchscreen displays all relevant values and allows for intuitive configuration of the Peltier gas cooler.
The ECP5X Peltier gas cooler is used in analytical systems to lower the dew point of humid gases to a stable and low level. The high cooling capacity of the gas cooler is particularly well-suited for use in process and emissions analysis, even in locations where compressor coolers were previously the only option due to high ambient temperatures.
The ECP5X Peltier gas cooler can be upgraded from a 1-channel to a 4-channel device. It is designed for ambient temperatures up to +50 °C. Fully equipped with four cooling modules, the device can achieve a cooling capacity of up to 4 × 450 kJ/h.
For each cooling module, the temperature setpoints (from +2 to +45 °C, default setting +5 °C) and the control mode (absolute or ΔT) can be configured individually. As standard, the ECP5X features five potential-free alarm relays (NO) with four individual cooling module alarms and one collective alarm.
In addition, we offer the following options: four configurable analog outputs per device (mA or V output), up to four LA1 or LA1S liquid alarm sensors to protect downstream analyzers, one thermocouple module per cooling module for informative temperature measurement in the heat exchanger, and integrated SR25.2 peristaltic pumps for condensate removal. Heat exchangers for a maximum gas flow rate of 250 Nl/h are available in glass, PVDF, or stainless steel.
| Explosion-proof |
No
|
| Cooling |
Peltier
|
| Temperature |
> 2 °C [> 28.4 °F]
|
| Gas paths |
1‒4
|
| Flow rate/gas path |
> 150 Nl/h
|
| Material |
Selectable
|
| Power supply |
110‒120 V
220‒240 V
|