Materials
Housing: Brass, internal parts: Brass / stainless steel, seal: NBR (Types with G 1/8 "and G 1/4": FKM)
Temperature range:
-10 ° C to max. +85 ° C (types with G 1/8 "and G 1/4": -10 ° C to max. +130 ° C), environment: -10 ° C to max. +50 ° C
Media:
Compressed air, neutral gases, water, neutral light media, heating oil, other media on request
Installation position:
with standing magnet
Tensions:
Standard: 24 V =, 230 V AC, if desired: other voltages
Protection class:
IP 65
Optional on request
FKM seal (-10 ° C to max. +130 ° C) -V, EPDM seal for air and hot water (-10 ° C to max. +120 ° C) -EP, EX-protected ** -EX
Information:
These valves are supplied with coils and plugs!
Pay attention:
Servo-controlled valves require a pressure difference between the valve inlet and outlet for opening or closing. The pressure difference is displayed as the minimum pressure. If pressure compensation occurs in the valve, possibly because little or no consumption is made at the valve outlet, the valve no longer works (opens or closes reliably)
* Water flow rate at +20 ° C, 1 bar pressure in valve inlet, free spout. Flow rate for air [l / min] approx. 13.4 x kv x P Input, when P Output <P Input / 2 (P Input and P Output are absolute values in bar.), ** indicate protection class, only NC valves
Materials
Housing: Brass, internal parts: Brass / stainless steel, seal: NBR (Types with G 3/8 "and G 2": FKM)
Temperature range:
-10 ° C to max. +85 ° C (types with G 1/8 "and G 1/4": -10 ° C to max. +130 ° C), environment: -10 ° C to max. +50 ° C
Media:
Compressed air, neutral gases, water, neutral light media, heating oil, other media on request
Installation position:
with standing magnet
Tensions:
Standard: 24 V =, 230 V AC, if desired: other voltages
Protection class:
IP 65
Optional on request
FKM seal (-10 ° C to max. +130 ° C) -V, EPDM seal for air and hot water (-10 ° C to max. +120 ° C) -EP, EX-protected ** -EX
Information:
These valves are supplied with coils and plugs!
Pay attention:
Servo-controlled valves require a pressure difference between the valve inlet and outlet for opening or closing. The pressure difference is displayed as the minimum pressure. If pressure compensation occurs in the valve, possibly because little or no consumption is made at the valve outlet, the valve no longer works (opens or closes reliably)
* Water flow rate at +20 ° C, 1 bar pressure in valve inlet, free spout. Flow rate for air [l / min] approx. 13.4 x kv x P Input, when P Output <P Input / 2 (P Input and P Output are absolute values in bar.), ** indicate protection class, only NC valves
All statements are intended as non-binding guidelines! We are not liable for data selection not confirmed in writing. Pressure data, unless stated otherwise, relate to liquids from group II at +20 C.