The Signal Conditioner VIBRO-METER IQS450 204-450-000-001 is a high-precision proximity measurement system combining a TQ423 non-contact sensor with an IQS450 signal conditioner, delivering ±0.1mm accuracy for vibration and displacement monitoring. This rugged system generates -1.6V to -17.6V output (16V dynamic range) proportional to target distance, with configurable 4-20mA or voltage signals for integration with monitoring equipment. The VIBRO-METER IQS450 204-450-000-001 excels in high-pressure environments (100 bar rating), making it ideal for hydraulic turbines, submerged pumps, and other challenging industrial applications.

At the core of the VIBRO-METER IQS450 204-450-000-001 Signal Conditioner system is the PEEK-encapsulated coil sensor, housed in a stainless steel body with metric threading for secure mounting. The TQ423's self-locking miniature coaxial connector and optional cable extensions (1-15m) provide installation flexibility in space-constrained areas. The companion IQS450 conditioner features high-frequency modulation/demodulation technology in an aluminum extrusion housing, converting eddy current changes into precise gap measurements with 500Ω output impedance and 45mA short-circuit protection.

Designed for critical machinery monitoring, the 204-450-000-001 Vibro-Meter in stock operates on -20V to -32V DC with 13mA±1mA current draw, ensuring stable performance in harsh conditions.The Meggitt Vibro Meter IQS450 204-450-000-001 interchangeable components allow easy replacement or upgrades without recalibration, while the wide dynamic range captures both subtle vibrations (AC) and positional changes (DC). The system's metallic target requirement and 100 bar pressure rating make it particularly valuable for hydroelectric plants and offshore equipment.

The IQS450 proximity measurement system Vibro-Meter sets industry standards for predictive maintenance with its combination of high-accuracy sensing, rugged construction, and flexible output options. Whether monitoring Kaplan/Francis turbines or high-pressure pumps, this system delivers reliable data for condition-based maintenance strategies while withstanding extreme operational environments that would compromise conventional sensors.