Switches & Transmitters

Discover our versatile range of pressure and temperature switches and transmitters—available in aluminium, brass, stainless steel, and threaded options. Built for precision and durability across a wide range of fluid and gas systems.

At ISIS Fluid Control, our switches and transmitters are engineered for real-time feedback, monitoring, and control of pressure and temperature within automated fluid systems. These critical components allow your system to operate efficiently, safely, and in line with regulatory requirements by enabling automated signal output to control systems, alarms, or shut-off devices.

Our range includes a variety of materials and connection types to meet diverse application demands:

Aluminium Switches & Transmitters – Lightweight and corrosion-resistant, ideal for compact systems or environments where weight and cost are key considerations.

Brass Switches & Transmitters – A versatile, durable option suitable for water, air, and low-corrosive media applications in general industrial use.

Carbon Steel Switches & Transmitters – Built for strength and pressure resistance, these are ideal for rugged systems requiring robust operation.

Stainless Steel Switches & Transmitters – Engineered for harsh and corrosive environments, such as offshore, pharmaceutical, or food-grade systems.

Threaded Switches & Transmitters – Designed for quick and reliable installation across most standard fluid handling systems, offering secure, leak-proof performance.

Each switch and transmitter is built to provide precise analog or digital output for system integration, and many include advanced features like LED displays, adjustable ranges, and fail-safe switching. Whether you’re monitoring steam pressure, detecting line faults, or automating responses to changing conditions, our components ensure fast and reliable data delivery.

Backed by our UK-based technical team and supported by global logistics, ISIS Fluid Control provides instrumentation you can trust—engineered for performance, built to last.