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Weksler Instruments, a sub-brand of Edward Ashcroft, excels in crafting precision pressure and temperature instrumentation. The brand's catalogue includes gauges, thermometers and transmitters for the oil & gas, HVAC, aerospace and food & beverage industries. Read More
Weksler catalogue includes pressure gauge siphons & snubbers, pneumatic flow control and needle valves. Weksler needle valves are equipped with a handwheel or small handle designed to control the position of the plunger and allow precise and accurate fluid control. They feature stainless-steel / brass construction for structural rigidity and resisting corrosion on exposed surfaces. These flow control needle valves can withstand pressure ranging from 500 to 5000 psi. They operate at temperatures up to 500 degrees F. The brands pressure gauge siphons feature steel / stainless steel / brass / iron construction for durability. These pressure gauge siphons have a 1/2 / 1/4-inch NPT connection size, facilitating easy integration. These pressure gauge siphons offer a maximum internal pressure of 2000 psi for precise and reliable pressure measurements.
Some Weksler MPNs cross individual references to the equivalent Anvil, Winters, Apollo and Dixon models. So, if you're looking for a competitor item that is either out of stock or obsolete, Raptor Supplies has the equivalent Weksler products.
These Weksler products are small in size. They may require careful packaging as some items might get damaged while shipping. Hence, these Weksler products are delivered by air freight for minimum downtime.
The 180 degree coil tube style and water-filled barrier created by Weksler siphons effectively shield sensitive gauge components from high-temperature steam. This innovative design significantly extends the life of pressure instruments, making them ideal for higher-pressure applications.
Yes, Weksler siphons are designed for steam installations. The 180 degree coil tube style and the water-filled barrier created during installation act as a protective layer, safeguarding sensitive gauge components from the harsh conditions of high-temperature steam and enhancing the overall reliability of the pressure measurement system.
