customer.Auto-tuning, Sensor fine adjustment, Offset, Learning control, External sensor control, Set value memory, Upper/Lower temperature limit alarm, Output shutdown alarm, Remote ON/OFF, Leakage detectionTemperature: 50 to 95F (10 to 35C), Humidity: 35 to 80%RH (no condensation)Single-phase 180 to 242 VAC 50/60 Hz14 AW6.5 (165) x D17.6 (447) x H8.5 (215)Approx. 28.7 (13 kg)HED007-HW13 HED007-HW19
to the shape of a uniquely designed Peltier element (thermo-module).Operating temperature range: 10° C to 60° C, Temperature stability: ±0.1° C, Cooling capacity (with water): 300 w, 500 w, 750 w, PFA wetted material prevents contamination from metal ion elution, Type of circulating fluids: Pure water, Hydrofluoric acid, Ammonia hydrogen peroxide solution, etc., Signal Extension Cable HED003
Cooling Capacity: 007 (750 W), Tube Size: 19 (3/4" X 5/8")
Cooling Capacity: 750 W, Tube Size: 3/4" X 5/8"
Cooling Capacity: 003 (300 W), Communication: A (RS-485), Tube Size: 13 (1/2"x3/8")
Cooling Capacity: 003 (300 W), Communication: B (RS-232C), Tube Size: 13 (1/2"x3/8")
Cooling Capacity: 003 (300 W), Tube Size: 13 (1/2" x 3/8")
Cooling Capacity: 003 (300 W), Communication: A (RS-485)
Cooling Capacity: 300 W, Communication: RS-485, Tube Size: 1/2"x3/8"
Cooling Capacity: 300 W, Communication: RS-232C, Tube Size: 1/2"x3/8"
Cooling Capacity: 300 W, Tube Size: 1/2" x 3/8"
Cooling Capacity: 300 W, Communication: RS-485
HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature. The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme. The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely
HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature. The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme. The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely
HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature. The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme. The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely
HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature. The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme. The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely
HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature. The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme. The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely
HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature. The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme. The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely
HED series chemical thermo-con was designed with 3 different cooling capacities that directly control acid or alkali temperature. The model directly control chemicals due to implementation of a heat exchanger whose fluid wetted parts are wholly made from fluropolyme. The model is compact, however, it has a large cooling capacity because the heat exchanger is matched to the shape of a uniquely