Product Description

Overview

The Bently Nevada 200200-03-03-05 is a precision-engineered mounting base for accelerometers, specifically designed for use with the 330400 and 330425 vibration sensors. Engineered to integrate with 3500/42M and 1900/65 monitoring systems, it provides a secure, vibration-transmissive interface between rotating machinery and measurement sensors, ensuring reliable high-frequency data capture. Its robust construction and DIN rail compatibility make it ideal for industrial applications requiring precise and repeatable sensor positioning.

Key Features

Dual-Channel Capability
Supports installation of multiple accelerometers or temperature monitoring sensors simultaneously, enhancing machine condition monitoring.

Precision Machined Stainless Steel
Constructed from 303 or 316 stainless steel for corrosion resistance, mechanical stability, and thermal compatibility with industrial machinery.

High-Frequency Accuracy
Maintains signal fidelity up to 15 kHz by providing a flat, stiff surface that minimizes signal attenuation or mechanical filtering.

Threaded Integration
Configured with precise thread sizes (-03-03 suffix) to maintain secure sensor attachment under high rotational and thermal stress.

DIN Rail or Rack Mounting
Compact form factor allows easy installation in control panels or space-constrained environments.

Environmental Durability
Resistant to lubricating oils, steam, and temperature fluctuations; ideal for harsh industrial conditions.

Quick Maintenance and Sensor Replacement
Facilitates “plug-and-play” sensor swaps without damaging machinery surfaces, reducing downtime.

Applications

• Rotating machinery vibration monitoring

• Turbines, pumps, motors, and compressors

• High-frequency predictive maintenance systems

• Trendmaster® or 3500/42M vibration monitoring networks

Technical Specifications

FAQ

Q: Can this base be used with all 200 Series sensors?
A: The 200200-03-03-05 is optimized for 330400 and 330425 accelerometers. Using other models may affect signal fidelity.

Q: Is it compatible with high-temperature environments?
A: Yes, the stainless steel construction maintains stability under normal industrial thermal conditions.

Q: How does it improve vibration signal accuracy?
A: The flat, precision-machined surface ensures mechanical coupling, reducing signal loss for high-frequency measurements.

Q: Can I replace the sensor without removing the base?
A: Yes, the mounting base protects the machinery surface, allowing quick sensor replacement.