*NOTE: Image is used for representative purposes only & may not reflect the exact product configurations.
The part number & product specifications reflect the exact product configurations.

*NOTE: Image is used for representative purposes only & may not reflect exact configurations.

Ashcroft Pressure Switch D424V XBPHXTA 150IWD

Manufacturer: Ashcroft

Part Number: D424V XBPHXTA 150IWD

Sku:

304880

More Information
Manufacturer Ashcroft
SKU 304880
Product Name Ashcroft Pressure Switch D424V XBPHXTA 150IWD
Part Number D424V XBPHXTA 150IWD
Process Connection Size 1/4"NPT Female
Ashcroft B-D Switch Type 24-General purpose (AC/DC)
Ashcroft Switch Option BP-Wall Mounting Bracket in. H2O, HX-High Pressure, 40 psi, (static) d/p only 160 psi (proof) , TA-316 Stainless Steel Pressure Connection for in. H2O Range
Ashcroft Switch Series D4 Series
Diaphragm/Actuator Material Viton
Enclosure Material Epoxy Coated Aluminum
Primary Range 0-150 inH2O
Switch Action SPDT
Switch Option [BP] Wall Mounting Bracket in. H2O, [HX] High Pressure, 40 PSI, (static) D/P Only 160 PSI (proof), [TA] 316 Stainless Steel Pressure Connection for in. H2O Range
Switch Series D4 Series
Switch Type [24] General Purpose (AC/DC)
The Ashcroft Pressure Switch D424V XBPHXTA 150IWD is a high-performance switch designed for precise pressure monitoring and control. Manufactured by Ashcroft, this switch features a primary range of 0-150 inH2O, making it ideal for a variety of applications requiring accurate pressure regulation. The switch action is Single Pole Double Throw (SPDT), providing reliable operation in diverse environments. Constructed with an epoxy-coated aluminum enclosure, the D424V XBPHXTA 150IWD ensures durability and resistance to harsh conditions. The process connection size is 1/4" NPT female, facilitating easy integration into existing systems. Additionally, the diaphragm and actuator are made from Viton, which enhances the switch's performance in handling various media types. This pressure switch is an excellent choice for industries that demand precision and reliability in pressure management.