There are 27 products
Show 27 products

Seal material info

Operating pressure (bar)

Electrical connection info

Nominal power (VA)

Peak power (VA) info

Temperature (°C)

Max temperature (°C)

Min temperature (°C)

Max. ambient temp. (°C)

Number of outlets

Condensate drain feature

Min pressure difference (bar) info

Degree of protection (IP)

condensate drains

Compressed air systems contain condensate that needs to be drained from the system. These automatic condensate drains are a solution for this problem. The condensate drain should be connected to the lowest point, where the condensate can be... Read more Read more

There are 27 products
Show 27 products
Product Brand Connection size Material Seal material Function Electrical connection Nominal power (VA) Peak power (VA) Max pressure (bar) Connection type Max temperature (°C) Min temperature (°C) Max. ambient temp. (°C) Kv value (m3/h) Min pressure difference (bar) Degree of protection (IP) Coil type Valve bore (mm) Operation Model Max. viscosity (cSt) Duty cycle Material quality
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Brass FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% -
Analog electronic...
In stock
JP Fluid Control 1/2 inch Brass FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 120 -10 50 - 0 IP65 CS1 3.5 Direct Straight 0 100% -
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Brass FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% -
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Stainless steel FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% Stainless steel 316 (1.4401)
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Stainless steel FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% Stainless steel 316 (1.4401)
Analog electronic...
In stock
JP Fluid Control 1/2 inch Brass FKM (FPM) Normally closed DIN-A 13 0 16 Inner thread cylindrical... 120 -10 50 - 0 IP65 CS1 3.5 Direct Straight 0 100% -
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Brass FKM (FPM) Normally closed DIN-A 13 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% -
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Stainless steel FKM (FPM) Normally closed DIN-A 13 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% Stainless steel 316 (1.4401)
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Brass FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% -
Analog electronic...
In stock
JP Fluid Control 1/2 inch Brass FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 120 -10 50 - 0 IP65 CS1 3.5 Direct Straight 0 100% -
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Brass FKM (FPM) Normally closed DIN-A 13 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% -
Analog electronic...
In stock
JP Fluid Control 1/2 inch Brass FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 120 -10 50 - 0 IP65 CS1 3.5 Direct Straight 0 100% -
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Brass FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% -
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Stainless steel FKM (FPM) Normally closed DIN-A 17 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% Stainless steel 316 (1.4401)
Condensate drain 1/4''...
In stock
JP Fluid Control 1/4 inch Stainless steel FKM (FPM) Normally closed DIN-A 13 0 16 Inner thread cylindrical... 50 -10 50 0.2 0 IP65 CS1 3 Direct Straight 0 100% Stainless steel 316 (1.4401)
condensate drains

condensate drains

Compressed air systems contain condensate that needs to be drained from the system. These automatic condensate drains are a solution for this problem. The condensate drain should be connected to the lowest point, where the condensate can be drained. They can be used in compressed air vessels, dryers, filters and compressors.

These drains can be time or level controlled. The time controlled electric condensate drains use a direct operated solenoid valve in combination with an electronic timer. The interval and drain time periods can be adjusted. It is a relatively low investment that will prevent a lot of problems and reduce operation costs. Although they provide a reliable and good solution, the risk is that the timer is incorrectly set, leading to inadequate draining or loss of compressed air.

The level controlled condensate drain solves this issue by using a combination of a capacitive sensor and an indirect operated solenoid valve. When the level reaches the preset value, a capacitive sensor sends a signal to a control element. This in turn actuates the solenoid valve and opens a diaphragm to discharge the condensate. The condensate is drained without loss of compressed air, thus reducing energy costs and CO2 emission.