BG Hoval TransShare Enquiry Form Standard SHARE

Number of heating circuits
Heating system specifications

Three-way valve
(mixer heating circuit)
Pump
two shut-off valves
two thermometers
non-return valve
strainer
temperature sensor
(mixer heating circuit)

Three-way valve
(mixer heating circuit)
Pump
Four shut-off valves
Two thermometers
Non-return valve
Strainer
Temperature sensor
(mixer heating circuit)
Two pressure gauges (Ø63mm)
Fill and drain valve

Three-way valve
(mixer heating circuit)
Pump
Four shut-off valves
Two thermometers
Non-return valve
Strainer
Two temperature sensors
(mixer heating circuit)
Two pressure gauges (Ø100 mm)
Fill and drain valve
Heat meter adapter

Type of heat source
Pressure drop in the heat generator
in mbar

Heating circuit 1
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Hilfsfeld Temp. 70
Hilfsfeld Temp. 60
Hilfsfeld Temp. 55
Hilfsfeld Temp. 50
Hilfsfeld Temp. 45
Hilfsfeld Temp. 38
Hilfsfeld Temp. 30
Pressure drop in the heating system
in mbar

Heating circuit 2
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Heating circuit 3
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Heating circuit 4
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Heating circuit 5
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Heating circuit 6
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Heating circuit 7
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Heating circuit 8
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Heating circuit 9
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Heating circuit 10
Type of heat source
Performance
in kW
Flow temperature
in °C
Return flow temperature
in °C
Pressure drop in the heating system
in mbar

Thermal insulation
Thermal insulation in accordance with GEG

Regulation
Regulation
Schaltschrank
Regler Fabrikat

Construction project
Address

Anschrift

Street Address Line 2

CityState / Province

Postal / Zip CodeCountry
Contact details
Name

First NameNachname
Address

Street Address

Street Address Line 2

CityState / Province

Postal / Zip CodeLand
Telephone number

Area CodePhone Number
E-Mail
example@example.com

Click “Send” to send your non-binding product enquiry regarding your Hoval-TransShare heating manifold in the standard design to verkaufssupport.ch@hoval.com. We will contact you as soon as we have received and reviewed your details.
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