kalibratieopstellingen

Kalibratieopstellingen, also known as calibration rigs or setups, are specialized mechanical or electronic assemblies designed to provide a controlled, reproducible environment for the precise adjustment and validation of measurement instruments. At their core, these rigs simulate the exact operating conditions—such as pressure, temperature, voltage, or angular displacement—that a device would encounter in real-world use. By exposing the instrument to these standardized stimuli, technicians can compare the device’s output against a traceable reference standard, quantify deviations, and apply correction factors as required.

Typical examples include air-borne pressure calibration rigs that vary chamber pressure through calibrated valves, temperature calibration benches that cycle a test sample through a convection oven, or electromagnetic field generators used to benchmark inductive proximity sensors. Many halogen or laser-based rigs are employed for optical sensor calibration, whereas ultrasonic transducers often rely on water tank setups. In each case, the rig must incorporate accurate actuators, high‑resolution readouts, safety interlocks, and data logging capabilities so that the calibration procedure can be fully documented and audited.

Design considerations revolve around the interface compatibility with the target instrument, minimization of mechanical vibration, and shielding from external electrical interference. Materials used typically include stainless steel, metallised polyurethanes, or specialized ceramics to ensure thermal stability and chemical inertness. In addition, calibration rigs are often built to satisfy international standards such as ISO 9001 for quality management, ISO/IEC 17025 for testing and calibration laboratories, and region‑specific regulations for metrology.

Regular maintenance of the rig itself—including the replacement of worn actuators and recalibration of internal reference sensors—is essential to preserve its traceability and reliability. When combined with rigorous operator training, kalibratieopstellingen enable manufacturers, research institutions, and service laboratories to maintain compliance, improve product accuracy, and guarantee consistency across distributed measurement systems.