Wireless MNS800 VT Temperature and Vibration Sensor


The wireless temperature and vibration sensor integrates the acquisition of acceleration, velocity and temperature. It utilizes the Zigbee transmission protocol to achieve wireless data collection, transmission, and monitoring. Embedded with certain intelligent diagnostic algorithms, it can predict and provide early warnings for equipment failures. Suitable for monitoring industrial equipment, it is a powerful tool for equipment maintenance in industrial fields such as petrochemicals, electricity, and steel plants.

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Description

1. Product Overview

The wireless temperature and vibration sensor integrates the acquisition of acceleration, velocity and temperature. It utilizes the Zigbee transmission protocol to achieve wireless data collection, transmission, and monitoring. Embedded with certain intelligent diagnostic algorithms, it can predict and provide early warnings for equipment failures. Suitable for monitoring industrial equipment, it is a powerful tool for equipment maintenance in industrial fields such as petrochemicals, electricity, and steel plants.

 

2. Product Features

2.1. Product Dimensions

Product Size: φ49mm*95.5mm (Figure 1).

Materials of Enclosure: Metal Parts: 304 Stainless Steel(Base);

Plastic Parts: Glass Fiber PC(Enclosure).

 

Figure 1: Product Appearance and Sizes Diagram

 

2.2. Instructions for Electrical Connection

Figure 2: Schematic Diagram of Switch and LED

Figure3: Schematic Diagram of Electrical Connection

 

Open the enclosure, then you will see the switch and LED (Figure 2):

Switch : It employs a mechanical switch. Pushing up the switch can open it, and pushing down the switch can close it.

LED : When the switch is turned on, the indicator light will illuminate in green, indicating it is in normal open condition.

Electrical Connection (Figure 3): The 2-pin connector of the battery is inserted into the power port on the PCB board.

 

3. Technical Specifications

Acceleration

Number of Axles

3 axes

Sensing Unit

Piezoelectric Ceramic or MEMS

Amplitude Range

±50 g peak for Z-axis or ±16 g peak for X- and Y-axes

Measurement Accuracy

±5% (at 160 Hz) for Z-, X-, and Y-axes

Lateral Sensitivity (Typical Value)

7% (at 100 Hz)

Data Acquisition

Acceleration Frequency Range

Z-axis: 0.1 Hz (±3dB) to 10 kHz (±3dB)

 

X- and Y-axes: 0.5 Hz (±3dB) to 1.6 kHz (±3dB)

Acceleration Amplitude Range

± 50 g

ADC Accuracy

24-bit ADC

Sampling Rate

1KHz to 50KHz

Sampling Length

2KB to 2MB

Measurement Interval

10-minute indicators and 2-hour time-domain waveforms

Output Mode

Total value, RMS (Root Mean Square) value, and spectral time-domain waveforms

Temperature Acquisition

Measurement Range

-40°C to 120°C

Accuracy

±1℃

Wireless Communication

Network Topology

Star topology

 

Radio Frequency Standard

IEEE 802.15.4

 

Wireless Frequency Range

2.4 GHz ISM band

 

Encryption/Security

128-bit AES encrypted transmission

 

Radio Frequency Output Power (Peak)

5dbm(maximum)

 

Wireless Communication Distance

250米meters line-of-sight unobstructed range (actual range depends on obstacles, gateway antenna type and orientation, selection of measurement points, etc.)

Working Conditions

Operating Temperature

-40°C to 70°C

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