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ESBE VTD582 Diverting valve
Direct from ESBE - Call to check availability or alternative models: Live Chat / 01985 850982
ESBE VTD582 42-52°C G1 20-2,8
- Adjustable diverting temperature
- Efficient use of energy
- No power supply needed
- Fast change-over
- Easy to use
- Increases system performance
The series VTD500 are thermostatic valves with an adjustable temperature setting used for diverting applications. The diverting temperature can be set in a range of 42-52°C. When the incoming fluid temperature is below the nominal diverting temperature, it is diverted to the A port. When the incoming fluid temperature is above the nominal diverting temperature, it is diverted to the B port.
Direct from ESBE - Call to check availability or alternative models: Live Chat / 01985 850982
ESBE VTD582 42-52°C G1 20-2,8
- Adjustable diverting temperature
- Efficient use of energy
- No power supply needed
- Fast change-over
- Easy to use
- Increases system performance
The series VTD500 are thermostatic valves with an adjustable temperature setting used for diverting applications. The diverting temperature can be set in a range of 42-52°C. When the incoming fluid temperature is below the nominal diverting temperature, it is diverted to the A port. When the incoming fluid temperature is above the nominal diverting temperature, it is diverted to the B port.
$47.02
Original: $156.75
-70%ESBE VTD582 Diverting valve—
$156.75
$47.02Description
Direct from ESBE - Call to check availability or alternative models: Live Chat / 01985 850982
ESBE VTD582 42-52°C G1 20-2,8
- Adjustable diverting temperature
- Efficient use of energy
- No power supply needed
- Fast change-over
- Easy to use
- Increases system performance
The series VTD500 are thermostatic valves with an adjustable temperature setting used for diverting applications. The diverting temperature can be set in a range of 42-52°C. When the incoming fluid temperature is below the nominal diverting temperature, it is diverted to the A port. When the incoming fluid temperature is above the nominal diverting temperature, it is diverted to the B port.
