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TQ403 111-403-000-013A1-B1-C036-D000-E100-F1-G098-H10 Proximity Transducer | Vibro-Meter

TQ403 111-403-000-013A1-B1-C036-D000-E100-F1-G098-H10 Proximity Transducer | Vibro-Meter

Non-Contact Eddy-Current Proximity Transducer

12 mm Measurement Range

TQ403 111-403-000-013 pdf

Place of Origin:

USA

Brand Name:

VIBRO METER

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Product Details
Place Of Shipment:
Xiamen,china
Shipping:
TNT, DHL, FedEx, EMS, UPS
MOQ:
1 Piece
Highlight:

Non-Contact Eddy-Current Proximity Transducer

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12 mm Measurement Range

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TQ403 111-403-000-013 pdf

Payment & Shipping Terms
Minimum Order Quantity
1
Packaging Details
Brand new and original
Delivery Time
2-3 work days
Payment Terms
T/T
Supply Ability
in stock
Product Description




VIBRO-METER / MEASUREMENT ENGINEERING

TQ403 111-403-000-013 Proximity Transducer

Non-contact eddy-current sensing for rotating machinery shaft displacement, relative vibration and gap measurement.

COMPLETE ORDERING CONFIGURATION A1-B1-C036-D000-E100-F1-G098-H10

The Vibro-Meter TQ403 is a non-contact proximity transducer designed for calibrated eddy-current measurement chains. It measures the relative displacement between its sensing tip and a metallic target for rotating machinery monitoring. This TQ403 111-403-000-013 datasheet reference covers the complete ordering configuration and its documented system characteristics.

01 / APPLICATION NOTES

Application & Failure Scenarios

The TQ403 measurement system is intended for machinery protection and condition monitoring, particularly where shaft-relative vibration and axial displacement need to be monitored continuously.

ROTATING MACHINERY

Monitoring arrangements on steam, gas and hydraulic turbines, alternators, turbo-compressors and pumps.

MEASUREMENT FAULTS

Relevant when a proximity channel develops abnormal displacement readings, unstable vibration indications or loss of measurement signal.

PROTECTION RISK

Loss or inaccuracy of a shaft-monitoring measurement can reduce machinery condition visibility and affect protection decisions during operation.

02 / TECHNICAL RECORD

Technical Specifications

Product: TQ403 Proximity Transducer   /   Ordering Number: 111-403-000-013
SENSOR & MEASUREMENT
Manufacturer
Vibro-Meter / Meggitt
Product Type
Non-contact eddy-current proximity transducer
Measurement Principle
Eddy-current electromagnetic measurement
Measurement Range
12 mm (proximity measurement system)
Frequency Response
DC to 20 kHz (-3 dB)
Temperature Range
-40 to +180 °C (measurement system specification)
Measurement Function
Shaft-relative vibration and gap / axial-position measurement
Target
Metallic target
CONSTRUCTION & SYSTEM
Sensor Body
Stainless steel
Sensor Tip
Torlon polyamide-imide
Integral Cable
Coaxial cable, 10 m nominal
Cable Connector
Self-locking miniature coaxial connector
Measurement Chain
TQ403 sensor, EA403 extension cable and IQS900 signal conditioner
Monitoring Platforms
VM600Mk2 / VM600 and VibroSmart machinery monitoring systems
+ COMPLETE ORDERING CODE & MECHANICAL DETAILS
Full Order Code A1-B1-C036-D000-E100-F1-G098-H10
A1 – Environment Standard environment
B1 – Body Thread M20 × 1.5
C036 – Body Length 36 mm
D000 – Unthreaded Length 0 mm
E100 – Integral Cable 10 m nominal length
F1 – Cable Protection Flexible stainless-steel hose, without connector protector
G098 – Hose Length 9.8 m
H10 – Total System Length 10 m
Mechanical reference: the flexible stainless-steel hose has a minimum bend radius of 50 mm; the FEP coaxial cable has a minimum bend radius of 20 mm. The self-locking miniature coaxial connector has a stated maximum temperature of 200 °C.
+ MEASUREMENT SYSTEM OPERATING CHARACTERISTICS
Output Principle Voltage or current proportional to the distance between the sensor tip and metallic target
Temperature Compensation Temperature-compensated measurement system design
Short-Circuit Protection Provided by the measurement system output circuitry
System Application Machinery protection and condition monitoring
Measurement performance depends on the complete calibrated chain, including the sensor, extension cable, signal conditioner, target material and monitoring-channel configuration.
03 / INSTALLATION NOTES

Measurement Chain & Installation

MEASUREMENT-CHAIN COMPATIBILITY

The complete chain must be selected to meet the required total system length and calibrated measurement requirements.

MECHANICAL INSTALLATION

Check mounting clearance, target geometry and the applicable installation requirements before fitting the transducer.

REPLACEMENT VERIFICATION

Compare the complete ordering code, cable arrangement, extension cable, signal conditioner and monitoring-channel configuration before ordering a replacement.

04 / SUPPLY CONDITIONS

Delivery & Warranty

INSPECTION & TESTING Model identification and available functional checks before dispatch; test scope confirmed in quotation.
PROTECTIVE PACKAGING Suitable protective packaging for transportation and export shipment.
12-MONTH WARRANTY Subject to the agreed quotation and warranty terms.
RETURNS & DOA Prior authorization required. Report suspected DOA or arrival damage promptly with supporting evidence for assessment.
05 / TECHNICAL QUESTIONS

Frequently Asked Questions

1. What does the complete TQ403 configuration code specify?

It specifies a standard-environment transducer with an M20 × 1.5 thread, 36 mm body, 0 mm unthreaded length, 10 m integral cable, flexible stainless-steel hose protection, 9.8 m hose length and 10 m total system length.

2. Is the TQ403 a vibration sensor or a displacement sensor?

It is a non-contact eddy-current proximity transducer. In a calibrated measurement chain, it supports shaft-relative vibration and gap or axial-position measurement.

3. Which signal conditioner is specified for the TQ403 measurement system?

The documented TQ403 / EA403 / IQS900 system uses the IQS900 signal conditioner together with the appropriate EA403 extension cable.

4. Can this version be used as a direct replacement for another TQ403?

Not automatically. The complete mechanical configuration, cable protection, integral cable length, total system length and associated measurement-chain components must be checked against the installed equipment.

5. What information should be supplied when requesting this TQ403?

Provide the complete part number and configuration code, quantity, destination, required date and machine or monitoring-system model. A photograph of the existing nameplate can also help verify the requested version.

AMIKON industrial parts sourcing and customer support team
AMIKON INDUSTRIAL SUPPLY / FIELD SUPPORT

Parts Sourcing, Backed by Real Support.

Industrial equipment sourcing requires more than a model number. We focus on complete part identification, configuration details and practical communication throughout the inquiry process.

Whether you are sourcing a replacement transducer or checking a complete monitoring-chain requirement, our team is available to assist with your parts inquiry.

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