Parker Meggitt Vibro-Meter IQS900 Signal Conditioner
A configurable signal conditioner for TQ-series eddy-current proximity measurement chains.
Technical Summary
IQS900 is a Parker Meggitt Vibro-Meter signal conditioner used with compatible TQ proximity sensors and EA extension cables. It processes the eddy-current measurement signal for shaft relative vibration, gap/position and machinery-monitoring applications.
The IQS900 family is ordered by a complete PNR and option string covering environment, measurement range or sensitivity, diagnostics, total system length and DIN-rail mounting. The family name alone is not a complete configured spare identity.
Specifications
| Manufacturer | Parker Meggitt Vibro-Meter |
|---|---|
| Model | IQS900 |
| Product Type | Proximity measurement signal conditioner |
| Signal Transmission | Configured current-output or voltage-output version |
| Supply for Current Output | −18 to −30 V DC nominal |
| Supply for Voltage Output | −19 to −30 V DC nominal |
| Maximum Current Consumption | 25 mA at nominal 24 V DC supply |
| Operating / Storage Temperature | −40 to +85 °C |
| Humidity | 0 to 95% RH, non-condensing |
| Protection Rating | IP20 |
| Vibration | 5 g peak, 10 to 500 Hz |
| Shock | 15 g peak, half-sine, 11 ms |
| Sensor Connection | Self-locking miniature coaxial connector |
| Field Connections | Removable screw-terminal connectors |
Features
- Conditions signals from matched TQ-series proximity measurement chains.
- Offers current or voltage output configurations for different monitoring-system interfaces.
- Provides raw and test connections in addition to the main measurement output.
- Supports optioned diagnostic circuitry for measurement-chain fault indication.
- Uses removable terminal blocks to simplify cabinet installation and service.
Compatibility
- Match the complete IQS900 PNR, option codes, TQ sensor, EA cable and total electrical system length.
- Confirm target material, measurement range, sensitivity and output type before ordering.
- Check monitor input impedance, power source and any galvanic isolation or safety barrier.
- A diagnostics-equipped safety version must retain its specified power limitation and approval conditions.
Replacement
- Record the full label, option code, sensor model, cable length and target material before removal.
- Mount the replacement in the specified enclosure and preserve coaxial connector condition and cable routing.
- Verify static gap, dynamic signal, raw output, fault indication and monitoring-system scaling.
- For protection service, complete the approved end-to-end alarm or trip proof test.
FAQ
IQS900: Why is the family name alone insufficient for quotation?
The full PNR defines environment, sensitivity or range, diagnostics, total chain length and mounting, all of which affect interchangeability.
Which chain components should be identified with IQS900?
Provide the TQ sensor, any EA extension cable, total electrical length, target material and receiving monitor channel.
Can a current-output IQS900 be exchanged with a voltage-output version?
Only after the receiving input, supply wiring, barriers and scaling are redesigned and approved for the alternate signal architecture.
What is required when IQS900 is used in a safety-related loop?
Retain the diagnostics option, approved limited-power supply, applicable safety documentation and complete proof-test procedure.
IQS900: Which acceptance checks reveal a mismatched measurement chain?
Confirm quiescent gap, sensitivity, dynamic response, raw signal, diagnostic states and agreement with the channel calibration record.
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