Bently Nevada 2201/03-01 4 Channel Monitor

The 2201/03-01 is a 4 Channel Monitor. The 2201 Monitoring System can beused for continuous vibration monitor-ing of critical,essential and gencral-purpose machines. It provides you withmachinery vibration and plant processdata from a single convenient program-mable source.This reduces equipment,installation and operating costs.Thc 2201 measures up to 24 channels of vibration and seismic information,and provides for two levels of alarm,Alert and Danger, for each channel.

Dimensions ：

3x17.2x27cm

Weight：

0.66kg

Input Impedance：

50 Ω

Humidity：

95%, noncondensing

Voltage ：

5 to +15 Vdc

Power consumption：

5.6 watts

The Bently Nevada 2201/03-01 is a 4 channel vibration monitoring system designed to measure and analyze machinery conditions. This type of equipment is part of Bently Nevada's line of condition monitoring and machinery protection systems.

Key Features and Functions:

Four Channels: The 2201/03-01 model supports four independent channels, allowing it to monitor multiple points on machinery simultaneously. This enables comprehensive analysis of machinery condition by providing data from different locations.

Vibration Measurement: It typically measures various vibration parameters such as displacement, velocity, and acceleration. This helps in detecting and diagnosing issues like imbalance, misalignment, and bearing wear.

Signal Processing: The module processes the signals from vibration sensors and can perform tasks such as filtering and amplification to ensure accurate readings.

Alarm and Protection: The device can be configured to trigger alarms based on pre-set thresholds, providing early warnings of potential issues that could lead to machinery failure.

Integration: Designed to integrate seamlessly with other components of Bently Nevada’s monitoring systems, allowing for a comprehensive approach to machinery health management.

Durability: Built to operate reliably in harsh industrial environments, ensuring consistent performance even under challenging conditions.