Bently 3500/50 133442-01 Tachometer Module

Description

Key Features

• High Precision and Reliability: Utilizes advanced sensor technologies and signal processing algorithms to ensure accurate and reliable measurements.
• Multi-Channel Monitoring: Supports simultaneous monitoring of two measurement points, providing comprehensive coverage of rotating machinery.
• Real-Time Alarming: Continuously compares monitored parameters with user-programmable alarm setpoints to drive alarms and prevent equipment damage.
• Flexible Configuration: Each channel can be independently programmed using the 3500 framework configuration software to meet specific application requirements. The module can be configured into the following types:
  • Speed monitoring with setpoint alarm and speed band alarm.
  • Speed monitoring with setpoint alarm and zero-speed notification.
  • Speed monitoring with setpoint alarm and rotor acceleration alarm.
  • Speed monitoring with setpoint alarm and reverse rotation notification.
• Keyphasor Signal Provision: Can be configured to provide conditional keyphasor signals to the 3500 framework backplane for use by other monitors, eliminating the need for a separate keyphasor module.
• Peak Holding Function: Stores the highest speed, highest reverse speed, or number of reverse rotations reached by the machine (depending on the selected channel type). These peaks can be reset by the user.
• Easy Integration: Compatible with the Bently 3500 series monitoring system and supports various communication protocols, facilitating easy integration into existing control systems.
• Robust Design: Built to withstand harsh industrial conditions, ensuring long-term stable operation.

Application Scenarios

• Power Generation: Monitors the speed and direction of turbines and generators in power plants to ensure safe operation and prevent equipment damage.
• Oil and Gas: Used to monitor rotating equipment, such as compressors and pumps, in oil and gas exploration and production facilities to ensure normal operation and prevent failures.
• Chemical Processing: Ensures the safe operation of machinery in chemical plants by monitoring speed and direction and preventing accidents caused by equipment failures.
• Metallurgy: Monitors the speed and direction of rolling mills and other rotating equipment in steel mills to improve production efficiency and prevent equipment damage.
• Other Industrial Applications: Can also be applied to other industrial rotating machinery, such as fans and motors, to monitor their speed and direction and ensure safe operation.