176449-01 3500/40M Main features and functions:
High precision and reliability: Adopting advanced technology and high-quality materials, ensuring high-precision monitoring results and high reliability, stable operation in various industrial environments, and providing accurate monitoring data for critical systems.
Extensive measurement capability: It can monitor various physical quantities, including vibration, displacement, etc., adapt to various industrial applications, and meet the monitoring needs of different equipment.
Advanced monitoring and diagnostic functions: provide real-time monitoring of the operating status of equipment, timely identify potential problems, and provide detailed fault diagnosis information, providing strong support for operators and maintenance personnel.
Easy to install and configure: With a simple design and convenient installation, it can easily connect with various sensors and control systems, while providing rich configuration options. Users can flexibly configure and adjust according to specific needs.
Powerful alarm system: Real time monitoring of equipment operation status and triggering alarms based on preset alarm values, providing effective means for protecting equipment.
176449-01 3500/40M Technical specifications:
Input signal: Receive 1 displacement sensor signal.
Input impedance: Standard I/O (input/output module): 10TMR (triple module redundancy). The effective impedance for parallel connection to a sensor is 50.
Power consumption: The rated power consumption is 7W.
Sensitivity: The sensitivity of various measurement parameters such as radial vibration, axial displacement, eccentricity, etc. are specified in detail.
Input voltage range: 18 VDC to 60 VDC
Output voltage range: 1 VDC to 24 VDC
Accuracy: ± 0.5% of full scale
Linearity: ± 0.25% of full scale
Response time: ≤ 500 μ s
Working temperature range: -40 ° C to+85 ° C
Dimensions: 1/2 “x 1-1/2″ x 3/4 ”
176449-01 3500/40M Application scenarios:
Rotating machinery monitoring: can be installed on rotating machinery equipment to monitor its vibration status in real-time, measure the displacement of mechanical bearings, identify abnormal vibrations, and issue timely alarms.
Fault prediction and preventive maintenance: By monitoring the vibration of mechanical equipment, it helps to predict potential faults and take preventive maintenance measures to avoid downtime and losses caused by equipment failures.
Data analysis and trend monitoring: Transmitting vibration data to the monitoring system for real-time analysis and trend monitoring helps engineers understand the operating status of equipment and make corresponding controls and adjustments.

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