SOR Inc. products

The rugged, loop-powered 805QS pressure switch-transmitter provides “set it and forget it” dependability in mid and upstream oil and gas production applications. The 805QS pressure switch-transmitter works well in adverse environments and hazardous locations where space is limited.

The loop-powered 805PT pressure transmitter is built tough to provide “set it and forget it” reliability in oil and gas production casing and tubing applications. The 805PT pressure transmitter was designed to stand up to the rigors of hostile environments and hazardous locations where space is limited. It is best suited to oil and gas applications such as wellhead and compressed station monitoring.

This versatile opposed piston type differential pressure switch from SOR is essentially two static o-ring type pressure sensors at opposite ends of a common piston shaft.  The housing is explosion proof and the switching elements are SPDT or DPDT. The S housing is available with a wide range of adjustable pressure ranges and performs best when system pressure is relatively constant. Basic models with standard wetted parts are suitable for air, oil, water and non-corrosive process fluids. Ranges from 0.5 to 1000 psid. Set point adjustment with calibrated scale.

The 815DT smart differential pressure transmitter is a rugged, compact, light weight, loop powered instrument that is ideally suited for hazardous locations and hostile environments where space is limited. The 815DT offers many industry standard outputs to meet applications where low cost, discrete and continuous monitoring is required or preferred. This versatile instrument may be used to reliably measure differential pressure, level or flow.

The 1230BRG Big Pressure Regulator is a pressure-reducing, direct-operated regulator suitable for use with compressed air, natural gas, or an assortment of other inert gasses. It is available with output pressures that span from 50 psi up to 500 psi making it suitable for use across a vast range of industries and applications, especially those utilizing regulators in series for controlled pressure reduction across multiple stages.

The design of the SOR explosion proof, Big Hermet temperature switch is based on the time-tested vapor – pressure thermal system. Process temperature changes cause proportional vapor pressure changes in the sensing bulb that act on the diaphragm/piston assembly to actuate/deactuate an electrical switching element. This versatile, adjustable pressure snap switch works in a wide variety of process media and industrial applications.

Reducing inventory costs and the need for quick turnaround on plant maintenance projects or the routine replacement of themocouples and RTDs is driving the need for standardization. SOR Field Adjustable RTDs allow for the standardization on a single sensor length that can be field cut to any length needed for all temperature requirements.

SOR flanged chamber level switches are designed for chamber serviceability. This allows for ease of cleaning, inspecting the chamber or replacing a part without having to purchase an entire new level switch unit. Customers repeatedly tell us that they prefer SOR flanged level switches because they can replace the internal components for decades before the chamber wears out.

The 815DT smart differential pressure transmitter is a rugged, compact, light weight, loop powered instrument that is ideally suited for hazardous locations and hostile environments where space is limited. The 815DT offers many industry standard outputs to meet applications where low cost, discrete and continuous monitoring is required or preferred. This versatile instrument may be used to reliably measure differential pressure, level or flow.

The SOR^® 1100 series magnetic level indicator leverages decades of experience building pressure vessels and pairs it with an industry leading indicator design to provide clear and reliable indication of any process liquid. The 1100 series gauge is a great alternative to traditional sight glasses since the vessel contents are totally contained within the float chamber making it ideal for high pressure systems. External point level switches or continuous level transmitters such as guided wave radar or a magnetostrictive level transmitter can easily be incorporated into the system without breaking the pressure boundary or disturbing any existing piping.