BENTLY 3500/25-01-01-00 149369-01 Control Module
This BENTLY control module serves as a critical component for vibration monitoring and machinery protection in industrial settings. Specifically designed for continuous process environments, it ensures operational safety by detecting abnormal conditions in rotating equipment like turbines and compressors. Unlike generic modules, its specialized circuitry prioritizes real-time precision over basic functionality.
Brand | BENTLY NEVADA |
Model | 3500/25-01-01-00 149369-01 |
Operating Voltage | 220 VAC |
Output Frequency | 30 kHz |
Certification | CE, UL |
Commonly deployed in petrochemical plants and power generation facilities, this module integrates seamlessly with BENTLY’s 3500 monitoring system racks. For example, a Texas-based refinery replaced legacy vibration sensors with this module to reduce false alarms during turbine startups. The company also handles complementary models like the 3500/44 vibration monitor and 3500/22M displacement transducer, ensuring compatibility across protection systems. Users in offshore platforms particularly value its resistance to electrical interference.
What sets this module apart is its dual-channel redundancy design – if one channel fails, the second automatically takes over without process interruption. The built-in self-test diagnostics simplify troubleshooting, reducing maintenance time by 40% compared to older modules. Unlike generic vibration sensors, its 30 kHz output frequency provides finer resolution for detecting high-speed rotor imbalances. Field technicians have reported smoother integration with existing 3500-series systems compared to third-party alternatives.
In summary, this module combines precision vibration monitoring with robust industrial design. Its key advantages include: automatic redundancy for critical applications, compatibility with legacy 3500 systems, and field-proven reliability in harsh environments. While the 220 VAC requirement may necessitate step-down transformers in 110 V regions, the trade-off is consistent performance in demanding conditions where other modules might fail.
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