Self-Powered Wireless Temperature and Vibration Sensor - Safuneng

Negotiable
China
Room 305, 3rd Floor, Building A, Nengjianheng, No. 32 Shihua Road, Fubao Community, Fubao Street, Futian District, Shenzhen
18101885938
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Product Introduction

This product uses a self-powered thermoelectric power supply for operation, enabling automated collection of temperature and vibration status of transmission equipment in various industrial scenarios. It achieves uninterrupted data collection for industrial field sensors. Even during periodic maintenance of industrial equipment, information can still be uploaded in a timely manner. The self-powered unit has a service life of over 10 years and is maintenance-free.

Features: Self-powered, high-precision sensors, stable and safe power supply

Parameters

 
 
Model
Integrated S-SV1L2251
Split S-IV0PT4G0
Dimensions
41*115mm
28*31mm (sensor head) + 50*90mm (communication box)
Material
Aluminum alloy
304 stainless steel + reinforced engineering plastic
Weight
291g
50g
Explosion-proof rating
Ex ia IIC T4 Ga
Ex ib I Mb
Sampling frequency
Up to 76800Hz
1.6MHz
Number of sampling points
Up to 65536 points
Up to 4M points
Number of spectral lines
Up to 25600 lines
Up to 1638400 lines
Temperature range
Standard: -40~85°C; High-temperature: -40~120°C
Standard: -40~85°C; High-temperature: -40~120°C
Temperature accuracy
Less than ±0.1°C
Less than ±0.1°C
Temperature resolution
0.125
0.125
Acceleration sensor
4-axis (3 low-frequency axes + 1 high-frequency axis)
4-axis (3 low-frequency axes + 1 high-frequency axis)
Storage capacity
Intrinsically safe 19000mAh, 12000mAh; Coal mine safety 3500mAh
Intrinsically safe 19000mAh, 12000mAh; Coal mine safety 3500mAh
Mounting method
Bolt, magnetic base (M6), adhesive
Bolt, magnetic base (M6), adhesive
Noise amplitude
Full frequency band (0.2~30kHz and above); displacement equivalent peak noise <0.4um
Full frequency band (0.2~30kHz and above); displacement equivalent peak noise <0.4um
Frequency response range
0.2~30kHz
0.2~30kHz
Measurement error
Full frequency band relative error range: ±5%
Full frequency band relative error range: ±5%