Description
Parameters and specifications:
Measuring range: 0-5 g
Resolution: 0.01g
Sampling frequency: 10 kHz
Output: BNC interface, analog signal output
Power supply: Powered by connection to the acquisition system or external battery
Output voltage adjustable range: 10 V to 50 V
Operating temperature range: **-18°C to +60°C (mentioned in the vibration monitor documentation) and -20 to +55°C** (mentioned in the power management device documentation)
Storage temperature range: -40°C to +85°C
Over voltage, over current, over temperature and short circuit protection: available
12 V auxiliary output: available
Size and weight:
Dimensions: L 97mm x W 45mm x H 24mm (vibration monitor) and 135 x 85 x 465mm / 5.31 x 3.35 x 18.31 inches (power management equipment)
Series:
The BENTLY 3500/42M is a specific model introduced by BENTLY Nevada, rather than a family name.
Features:
High precision measurement: It can achieve a measurement range of 0-5 g and provide a high resolution measurement of 0.01 g.
High-speed sampling: Equipment vibration can be monitored at a high-speed sampling rate of 10 kHz to ensure real-time monitoring of equipment operation.
Analog signal output: The BENTLY 3500/42M module can output analog signals through the BNC interface, which is convenient for data transmission and communication with other acquisition systems and devices.
Mobile design: Easy for users to install and move monitoring equipment quickly and easily.
Wide temperature operating range: It can work in a wide temperature range to ensure reliable performance in different environments and application scenarios.
Industrial grade design: With a durable industrial grade design, suitable for long-term use under harsh industrial environmental conditions.
Functions:
Vibration monitoring: The BENTLY 3500/42M vibration monitoring module is used to monitor and analyze the vibration of industrial equipment, such as engines, pumps, compressors and other rotating machinery equipment vibration levels, in order to evaluate the operating status of the equipment.
Real-time monitoring: With real-time monitoring function, it can continuously monitor the vibration of the equipment and provide real-time data feedback.
Fault prediction and maintenance: By monitoring the vibration data, the abnormal vibration of the equipment can be detected early, and the corresponding maintenance and maintenance measures can be taken to ensure the safe operation of the equipment and extend the service life of the equipment.
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