Dorm Essential 3500/70m - Bently Nevada Recip Impulse Velocity Monitor Markdown: -35% [jyslBXCE]

3500/70M Reciprocating Compressor Velocity Monitor

The 3500/70M Reciprocating Compressor Velocity Monitor is a state-of-the-art four-channel monitoring system designed to provide precise and reliable vibration measurements for reciprocating compressors. This robust device is engineered to monitor and analyze crankcase and crosshead vibration, ensuring the optimal performance and longevity of your equipment. With its advanced processing capabilities, the 3500/70M delivers seismic transducer inputs and triggers user-programmable alarms, ensuring that any potential issues are detected and addressed promptly.

Accurate and Reliable Vibration Monitoring

The 3500/70M delivers exceptional recip velocity accuracy, with typical accuracy of ±0.33% of full scale, ensuring that your vibration measurements are as precise as possible. The maximum accuracy is ±1% (excluding filters), providing a reliable benchmark for your compressor's health. The Velomitor Accuracy Degradation is also meticulously designed, with a typical degradation of ±3% for full scale 0-0.5, ±2% for full scale 0-1.0, and ±1% for full scale 0-2.0, ensuring that your measurements remain accurate across a wide range of conditions.

Optimized for Efficiency and Performance

Utilizing the 3500/70M in your reciprocating compressor setup offers numerous practical benefits. The system's frequency response is meticulously engineered, with a bias filter at -3 dB at 0.01 Hz and a not OK filter at -3 dB at 2400 Hz, ensuring that critical frequencies are accurately captured. The 1X & 2X Vector Filter, with a constant Q filter and bandwidth ±3% of running speed, provides precise analysis of rotating machinery. With high-pass filters capable of 4-pole, 80 dB per decade, and low-pass filters offering 2-pole, 40 dB per decade, the 3500/70M is the ideal choice for compressors in industrial applications. This reliable tool is perfect for maintenance teams, engineers, and plant operators who demand the highest standards of performance and safety.