Waste heat recovery sisytem unit for air compressor
The heat recovery process channels the refrigerant to a heat exchanger.
Model:SRPS-22ZR-O-N
The heat recovery process channels the refrigerant to a heat exchanger.
Model:SRPS-22ZR-O-N
Compared with oil-fired boilers, waste heat recovery hot-water units have noise-free and pollution-free qualities.
Model:SRPS-22ZR-O-N
Very low noise levels – essential as MVHR systems are constant-running
Model:SRPS-22ZR-O-N
The vapor compression cycle is the basic design of a HVAC system.
Model:SRPS-22ZR-O-N
Heat recovery ventilation unit for through the wall installation
Model:SRPS-22ZR-O-N
Standard solution for the management of compact Air Handling Units and active/passive Heat Recovery Units
Model:SRPS-22ZR-O-N
They are connected by a hydraulic circuit, suitably insulated, in which thermal vector flows by means of a pump.
Model:SRPS-22ZR-O-N
A coil is placed near a hot spring while the other is near the user zone.
Model:SRPS-22ZR-O-N
he system consist of two or more finned coils with the function of providing a double thermal exchange.
Model:SRPS-22ZR-O-N
Exhaust air transfers heat to a thermal-vector fluid, water or refrigerant mixture, which will transport it to the user zone.
Model:SRPS-22ZR-O-N
Another way to recover heat is the “run-around coil” system.
Model:SRPS-22ZR-O-N
ygroscopic and non-hygroscopic or for recovering and transferring heat and possibly moisture from the exhaust air to supply air
Model:SRPS-22ZR-O-N
These enthalpy rotors are ideal where there is a need for high total recovery
Model:SRPS-22ZR-O-N
Enthalpy rotors with Silica Gel used on aluminum substrate for high performance.
Model:SRPS-22ZR-O-N