Bently Nevada 350025-01-02-CN

Product Overview

Model: 350025-01-02-CN

Type: Enhanced Keyphasor Module

Number of Channels: Dual

Input Signal Range: +0.8V to -21.0V for non-isolated I/O modules; +5V to -11V for isolated I/O modules

Output Signal: Digital keyphasor signal, indicating when the keyphasor mark on the shaft coincides with the sensor

Buffered Output: Two buffered keyphasor outputs with 504Ω output impedance

Sensor Power Supply: -24VDC, 40mA maximum current per channel

Operating Temperature Range: -30°C to +65°C when used with the non-internal barrier version of the Keyphasor I/O module; 0°C to +65°C when used with the internal barrier I/O module (internal termination)

Storage Temperature Range: -40°C to +85°C

Humidity Range: 95%, non-condensing

Product Features

High-Precision Monitoring: Bently Nevada 350025-01-02-CN with a measurement accuracy of ±0.1% of reading, it can sensitively capture subtle changes in equipment operation and provide accurate data for equipment status assessment.

Strong Signal Processing: Bently Nevada 350025-01-02-CN can process signals in a wide frequency range of 0.00001 to 1000Hz, fully covering the operating frequencies of most industrial machinery.

High Stability: Bently Nevada 350025-01-02-CN rugged design allows for stable operation in a wide temperature range of -30°C to +65°C and in high humidity environments.

Applications

Petrochemical: Bently Nevada 350025-01-02-CN installed on key equipment such as compressors and pumps, it monitors key phase signals to promptly detect equipment imbalance, misalignment, and bearing wear.

Industrial Manufacturing: Bently Nevada 350025-01-02-CN is suitable for motors, fans, machine tools, and other equipment, providing critical data for vibration analysis and fault diagnosis, optimizing equipment operating parameters and improving machining accuracy and service life.

Notes

Installation specifications: Strictly follow the product manual to ensure the module is securely installed to avoid signal transmission errors caused by improper installation. When connecting input and output lines, ensure the wiring is correct and secure to prevent loose connections that may cause malfunctions.

Signal adaptation: Ensure that input signals are within the specified range to avoid damage to the module caused by signals outside the range. Choose the appropriate non-isolated or isolated I/O module based on your needs to meet different signal access requirements.