Wireless&Wired Temperature Monitoring Device
ATE300M Din rail Multi-Circuit Wireless Temperature Sensor
OVERVIEW
ATE300M is a multi-circuit wireless temperature monitoring sensor. It uses advanced sensing technology and reliable wireless communication modules to monitor temperature changes at multiple temperature measurement points in real time and transmit the data to a central control system or mobile device. Analyze and record on the device.
MAIN PARAMETERS
Parameter Type |
Model&Specification |
ATE300M |
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Power supply |
AC/DC 85V～265V |
Wireless frequency |
433～510MHz |
Communication distance |
Open space 1000m |
Collection frequency |
1s～240s |
Installation method |
Rail type/tie type fixation |
Work span |
≥10 years |
Temperature measurement range |
-40℃～140℃ |
Temperature measurement accuracy |
±1℃ |
Temperature probe |
Split NTC, 1~6 channels optional |
Split NTC, 1~6 channels optional |
None |
Current accuracy |
None |
Operating temperature |
-40℃～85℃ |
Structure size |
35mm din-rail |
Features
1.High-precision Temperature Measurement
ATE300M adopts an advanced temperature sensor and precise measurement algorithm, which can monitor temperature changes with an accuracy of 0.1°C, ensuring the accuracy and reliability of temperature measurement.
2.Multi-point Monitoring
ATE300M supports simultaneous monitoring of multiple temperature measurement points, and can monitor temperature changes at different locations of the equipment or system in real time, thereby providing comprehensive temperature information.
3.Wireless Communication
ATE300M adopts advanced wireless communication technology and does not require any wired connection, reducing the workload of equipment installation and wiring and improving work efficiency.
4.Remote Monitoring
ATE300M supports remote monitoring and data transmission. It can transmit temperature measurement data to the central control system or mobile devices, allowing users to monitor temperature changes anytime and anywhere and take timely measures.
5.Multiple alarm methods
ATE300M supports multiple alarm methods, including sound, light, and text messages. When the temperature exceeds the set value, an alarm will sound to remind the user to handle it in time.
In addition to the above features, ATE300M also has a variety of application scenarios and advantages. It is widely used in temperature monitoring and control tasks in electric power, chemical industry, metallurgy, light industry and other industries. Whether it is temperature monitoring of high-temperature furnaces or hydraulic systems of construction machinery, ATE300M can provide accurate temperature data to help users understand the working status of equipment in real time.
DIMENSION
DISPLAY
Package
MINIMUM PACKAGE |
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MINIMUM PAKAGE |
Package dimensions(1 PC) |
Pakage Weight(1 PC) |
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WHOLE BOX PAKAGE |
Package dimensions(36 PCS) |
Pakage Weight(36 PCS) |
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PRODUCT HS CODE |
9028301400 |
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Applicaiton Scenarios
Low voltage capacitor temperature monitoring
As a component of reactive power compensation, low-voltage capacitors are in large quantities. Due to factors such as insufficient withstand voltage of the capacitor and leakage inside the capacitor, the temperature of the capacitor is too high, leading to major accidents such as fires and even explosions.
For safety reasons, it is recommended to use the ATE300M wireless temperature measurement sensor. The sensor probe is tied to the capacitor and the collected temperature data is wirelessly sent to the ATC600-M wireless temperature measurement transceiver. It can also be used with ATP. Series touch screen displays temperature locally.
Introduction |
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Wireless temperature measurement terminal |
ATC600-M wireless temperature measurement transceiver |
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Temperature Sensor |
ATE300M, optional 6-channels temperature probe, the main body is rail/bundled installation |
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Installation method |
Fix the temperature probe of the sensor to the capacitor housing to measure the temperature |
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Low voltage reactor temperature monitoring
In the power system, low-voltage reactor is the main component that suppresses harmonics and limits short-circuit current. It has the characteristic of generating heat. Insulation materials gradually age under the action of high temperature and strong electric field for a long time, causing reactors to burn out, resulting in serious accidents such as fires and even explosions.
For safety reasons, it is recommended to use the ATE300M wireless temperature measurement sensor. The sensor probe is fixed on the surface of the reactor with thermal conductive glue, and the collected temperature data is wirelessly sent to the ATC600-M wireless temperature measurement transceiver. , it can also be used with the ATP series touch screen to display the temperature locally.
Introduction |
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Wireless temperature measurement terminal |
ATC600-M wireless temperature measurement transceiver |
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Temperature Sensor |
ATE300M, optional 6-way temperature probe, the main body is rail/bundled installation |
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Installation method |
Fix the temperature probe of the sensor on the surface of the reactor with thermal conductive glue |
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