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High Temperature RFID Tag

The fork type design allows for better fit during installation.
Strong anti-interference ability, can work stably in metal environments.
Designed with sturdy materials, it has a long service life.
Wider temperature measurement range to meet monitoring needs in different environments.

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Description

overview

High Temperature RFID Tag is a unique sensing device. Its compact appearance and fork-shaped design give it certain advantages in installation and use, and it can contact the monitored object more stably. High Temperature RFID Tag has a built-in high-precision temperature sensor that can accurately measure the temperature. In industrial production, it can be used to monitor the temperature of key parts of equipment, prevent overheating failures, and ensure the smooth progress and quality safety of production and logistics processes.

Specification

Tag Dimension	733412mm(Antenna Size: 30*30mm)
Chip	CAB1/VBL7-NC-DFN6 ( Protocol: ISO18000-6C GEN2V2)
Memory	TID/UID 112bit+ EPC/Block 192bit+ User File_0 with 512bit+ Reserve 112bit
Operating Frequency	865-868Mhz
FaceStock/Housing	PC Housing
Reading Range	600cm on Air-Free (depends on reader)
Installation	Screw Mount via Fork-Type metal part
Characteristic	Temperature Sensor/ On Metal Use

Product Advantages

● Unique design: The fork design makes it more stable to install and remove. It can better contact with the monitored object to ensure the accuracy of temperature measurement.

● High-precision temperature measurement: The built-in high-precision temperature sensor can accurately measure the temperature of the object.

● Easy to integrate: High temperature rfid tag can be integrated with the temperature existing monitoring system to achieve automated temperature monitoring and management.

Application

Industrial field: The bifurcated design enables it to be firmly installed in a specific position of the equipment. It can be used to monitor the temperature of key components of equipment such as motors and transformers, improve production safety and equipment life.

Logistics and transportation: Real-time monitoring of the temperature of goods to ensure that food, medicines and other goods are transported in a suitable temperature environment to ensure the quality of the goods.

Scientific research management: In laboratories and scientific research institutions, temperature measurement labels can accurately measure the temperature of experimental samples or instruments in batches, which can effectively enhance work efficiency.