Yoshitake pilot piston type STEAM pressure reducing valve model GP-1000
Yoshitake pilot piston type STEAM pressure reducing valve model GP-1000 Yoshitake pilot piston type STEAM pressure reducing valve model GP-1000 Yoshitake pilot piston type STEAM pressure reducing valve model GP-1000
Brand:
Yoshitake pressure reducing valve

Model:
GP1000

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In Stock

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Yoshitake steam pressure reducing valve model GP-1000
Pilot type
Ductile iron body
Model GP-1010, BSPT thread connection, 10 bar inlet pressure, 0.5 - 9 bar reduced pressure, 1/2" to 2" size
Model GP-1000, JIS-10K flange connection, 10 bar inle pressure, 0.5 - 9 bar reduced pressure, 1/2" to 4" size
Model GP-1000EN, PN16 EN flange connection, 10 bar inlet pressure, 0.5 - 9 bar reduced pressure, 1/2" to 4" size

Model GP-1000SS (All SS material wetted part only)
Model GP-1000AS (all Stainless steel material)
JIS-10K flange connection, 10 bar inlet pressure, 0.5 - 9 bar reduced pressure, 1/2" to 4" size

Model GP-27 (ductile iron body)
5" to 6" size
JIS-10K flange connection, 10 bar inlet pressure, 0.3 - 8 bar reduced pressure
Download catalog GP-1000 
Download catalog GP-27

Stainless steel pressure reducing valve
Download catalog GP-1000SS & GP-1000AS


Yoshitake also has a steam pressure reducing valve that is compatible with the existing other European type of steam pressure reducing valve
The flange to flange dimension is exactly the same as the European type of steam pressure reducing valve
Model GP-1000-EN, EN-1092 PN-16 flange connection, 10 bar inlet pressure, 0.5 to 9 bar reduced pressure, 1/2" to 4" size
Model GP-1000-HEN, EN-1092 PN-25 flange connection, 16 bar inlet pressure, 0.5 to 14 bar reduced pressure, 1/2" to 4" size

Download catalog GP-1000-EN & GP-1000-HEN





Steam boilers are usually designed to work at high pressures
But the steam heating equipments can only receive a limited steam pressure

So we need to reduce the steam pressure accordingly:
- To match the required lower steam pressure
- The steam pressure is within the safety limit of the heating equipment & accessories

Reduce the higher pressure steam into a lower pressure steam will make the lower pressure steam more dry
So the heat transfer will be more efficient
























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