Meggitt Vibro-Meter Proximity Measuring System - Non-Contact Vibration Sensor

• Non-contact measurement using eddy-current technology
• Works in extreme temperatures from -40°C to +180°C
• Explosion-proof certified for hazardous areas
• 9-meter cable included for flexible installation
• Complete 12-month product warranty included

Product Overview

The Meggitt Vibro-Meter Proximity System measures vibration without touching the target. This proximity measuring system uses eddy-current principle for accurate results. Perfect for monitoring rotating machinery in tough industrial environments. Complies with API 670 standards.

Technical Specifications

Manufacturer: Meggitt (Vibro-Meter)
Product Number: 913-402-000-012/A1-E090-F0-G000
System Type: Proximity Measuring System
Measurement Range: 2mm or 4mm options
Frequency Response: DC to 20 kHz
Temperature Range: -40°C to +180°C
Cable Length: 9.0 meters
Weight: 0.22 kg
Protection Rating: IP68
Output Signals: Voltage or Current

Key Features

Non-contact eddy-current operation
Temperature-compensated design
Short-circuit protection
Stainless steel AISI 316L construction
Self-locking coaxial connectors

Installation & Mounting

Mount with two M4 screws
9-meter extension cable included
Hand-tighten connectors until locked
DIN-rail adaptor available
Easy integration with monitoring systems

Environmental Performance

IP68 rated transducer tip
Vibration resistant: 5g peak
Shock resistant: 15g peak
Chemical resistant FEP cable
High-temperature epoxy encapsulation

Compatibility

Works with VM600Mk2 systems
Compatible with VibroSmart®
IQS900 signal conditioner required
API 670 compliant
Ideal for machinery protection

Package Contents

1x Proximity Transducer
9-meter extension cable
Mounting hardware
Technical documentation
12-month warranty certificate

Shipping & Delivery

Fast worldwide shipping via FedEx, UPS, DHL
Express delivery options
Secure packaging
Real-time tracking

Expert FAQ

What is the typical installation distance from the target?
Install the transducer 1.0-1.5mm from the target surface for optimal performance and measurement range.

How does temperature affect calibration?
The system includes temperature compensation that maintains accuracy within 5% across the entire operating range.

Can the cable be repaired if damaged?
We recommend replacing damaged cables rather than repairing to maintain signal integrity and safety certifications.

What surface materials work best for measurement?
Ferrous metals like steel provide the best results, while non-conductive materials cannot be measured with this technology.

How often should the system be calibrated?
Annual calibration is recommended for critical applications, though the system maintains stability for extended periods.

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