Pressure Transmitters are the essential bridge between physical process conditions and digital control systems. These instruments convert liquid, gas, or steam pressure into highly stable electrical signals, enabling PLCs to monitor system health, automate pump speeds, and prevent hazardous overpressure scenarios.
Nuicon supplies and distributes Pressure Transmitters engineered for long-term stability and extreme accuracy. Built with rugged diaphragm materials and advanced signal processing, our transmitters ensure that your most critical pipelines and vessels operate with maximum safety and efficiency, even in the harshest chemical environments.
All our Pressure Transmitters come with traceable certification to ensure your system is audit-ready and compliant.
We utilize SS316L, Hastelloy, and Tantalum to withstand corrosive chemicals and aggressive process media.
Our devices support HART, Modbus RS485, and 4-20mA signals for seamless Industry 4.0 integration.
From mechanical local indicators to advanced digital transmitters, we provide the full spectrum of pressure monitoring technology.
Mechanical or electronic triggers designed to protect your plant from pressure anomalies.
Ideal For:
Ideal For: Safety interlocks, compressor control, and emergency shutdown systems.
Features:
Adjustable set-points, snap-action switching, and explosion-proof housings.
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Reliable mechanical displays, for instance, on-site visual pressure verification.
Ideal For:
Local monitoring when power is unavailable and as a secondary backup.
Features:
Vibration-resistant (glycerin-filled), clear analog dials, and multiple mounting options.
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Measures the relative pressure difference between two points in a process.
Ideal For:
Filter health monitoring, level measurement in sealed tanks, and DP flow measurement.
Features:
Static pressure protection, dual sensing chambers, and high-resolution digital feedback.
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Yes. By using siphons or cooling towers, we can isolate the sensor from direct steam heat while maintaining accurate readings.
A gauge provides a local visual reading, while a transmitter sends a signal to a remote control system (PLC) for automation.
For critical processes, we recommend NABL Calibration every 6 to 12 months to account for natural sensor drift.
Yes, we offer specialized explosion-proof and intrinsically safe housings for use in oil, gas, and chemical environments.
Most of our Pressure Transmitters feature large, backlit LCDs for easy on-site calibration and monitoring.
Eliminate process uncertainty and enhance plant safety with our advanced Pressure Transmitters. Our engineering team is ready to assist you with the perfect selection.
