Cooling Capacity: 750 W, Communication: RS-232C, Tube Size: 3/4"x5/8"
Cooling Capacity: 750 W, Tube Size: 1/2" x 3/8"
Cooling Capacity: 750 W, Tube Size: 3/4" X 5/8"
Cooling Capacity: 750 W, Communication: RS-232C
Model: 10 (Side Ported), Number of Cores - Lead Wires: L1 (34 Cores), Lead Wire Length: 1 (0.6m), Valve Stations: 10 Stations, P, E Port Locations: U (U Side), SUP/EXH Block: Internal Pilot, A, B Port Size: C2 (ø2 One-touch Fitting), Mounting: A (DIN Rail Mounting, Name Plate w/Station Number)
Model: Side Ported, Number of Cores - Lead Wires: 34 Cores, Lead Wire Length: 0.6m, Valve Stations: 10 Stations, P, E Port Locations: U Side, SUP/EXH Block: Internal Pilot, A, B Port Size: ø2 One-touch Fitting, Mounting: DIN Rail Mounting, Name Plate w/Station Number, DIN Rail Option: -
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
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, MANIFOLD, VALVE, NEW SY3000 MFLD, UN, NEW SY3000 MFLD, FITTING 2.50305 lb, 2.50305 lb
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
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