ISO/IEC 17025 Accredited Pressure Calibration

Types of Pressure Measuring Instruments We Calibrate

Our comprehensive pressure calibration services cover the complete spectrum of pressure measuring technologies used across industries:

• Digital Pressure Gauges: Electronic instruments that provide precise digital pressure readings with data logging and communication capabilities. These instruments require calibration of pressure sensors, signal processing electronics, and display systems to ensure accurate measurements across their full range.
• Analog Pressure Gauges: Traditional mechanical gauges including Bourdon tube, diaphragm, and bellows-type instruments. Calibration ensures accurate pointer indication, scale linearity, and mechanical stability across the measurement range and various environmental conditions.
• Pressure Transmitters: Industrial instruments that convert pressure measurements into standardized electrical signals for process control systems. Calibration verifies both pressure measurement accuracy and signal output characteristics across the full measurement and output ranges.
• Differential Pressure Instruments: Specialized instruments that measure pressure differences between two points, commonly used for flow measurement, filter monitoring, and level detection. These instruments require calibration of both pressure inputs and differential measurement accuracy.
• Absolute Pressure Gauges: Instruments that measure pressure relative to perfect vacuum, used in vacuum applications, barometric measurements, and applications requiring absolute pressure references. Calibration ensures accurate absolute pressure measurement across atmospheric and sub-atmospheric conditions.
• Vacuum Gauges: Specialized instruments for measuring sub-atmospheric pressures in vacuum systems, processing equipment, and scientific applications. These instruments require specialized calibration procedures and vacuum reference standards.
• Pressure Switches: Devices that provide electrical switching based on pressure setpoints, used for safety systems, process control, and equipment protection. Calibration verifies switching accuracy, repeatability, and deadband characteristics.
• Pressure Transducers: Sensors that convert pressure measurements into electrical signals for data acquisition and control systems. Calibration ensures accurate pressure-to-signal conversion and long-term stability.
• Manometers: Liquid column instruments used for precise pressure measurements and as working standards. These instruments require calibration of scale accuracy, liquid properties, and environmental corrections.
• Pressure Calibrators: Instruments used to calibrate other pressure devices require regular calibration themselves to maintain their accuracy and traceability as reference standards.