Wireless Temperature Monitoring System

Wireless Temperature Monitoring Solutions

The primary system of power system is generally composed of electrical equipment such as power supply lines (including overhead lines and cables), transformers, bus bars, and switch cabinets. There are a large number of electrical connection points between them. Because the current flows to generate heat, almost all electrical faults will cause the temperature of the fault point to change. For example, overheating of overhead lines, cable joints, cable intermediate connections, cable laying bends, partial discharge of high-voltage cables, dynamic and static contacts, and other connections of high-voltage switchgear, and low-voltage electrical connections are major accidents. Symptoms are also the hardest-hit areas with frequent accidents.

For substations, adopt advanced centralized data receiving and display solutions. A centralized receiving device can receive wireless data from dozens of switchgear cabinets and hundreds of temperature measurement points. The wireless temperature measurement sensor can be fixed at the temperature measurement point. The entire renovation project is much smaller than the existing products. The promotion of temperature measurement systems is of great practical significance. The centralized receiving device has powerful functions and an intuitive display. It can be connected to the main station through 485 communication, which is more suitable for unattended stations.

The temperature measurement data of the substation nodes are all sent to the master station, which requires the master station software to receive, display and analyze. In addition to the conventional functions, due to a large number of temperature measurement points, this project needs to make an innovative design on the man-machine interface to achieve the requirements of intuitive and convenient observation, rapid alarm, and accurate positioning.

This is the general industrial wireless temperature monitoring system.

Wireless Temperature Monitoring Solution Selection

Model	NAME	SPECIFICATIONS	PHOTO
ATE100	Temperature Sensor	62.432.416mm,Φ13.5mm,
		-50°C ~+125°C
		Accuracy:± 1°C
		Lifetime>5 years
		470Mhz,
		Open space distance:150m
		Installation: bolt fixing
ATE100M	Temperature Sensor	32.432.416mm
		-50°C ~+125°C
		Accuracy:± 1°C
		Lifetime>5 years
		470Mhz,
		Open space distance:150m
		Installation:magnetic absorption fixation
ATE200	Temperature Sensor	353517mm, -50°C ~+125°C
		Accuracy:± 1°C
		Lifetime>5 years
		470Mhz,
		Open space distance:150m
		Installation:strap binding
ATE400	Temperature Sensor	25.8220.4212.8mm
		50°C ~+125°C
		Accuracy:± 1°C CT induction of electricity powered
		starting current>5A
		470Mhz,
		Open space distance:150m
		Installation: Alloy sheet fixed and powered
AHE100	Temperature& Humidity Sensor	Temperature range -30℃~+85℃
		Humidity 10~100%RH
		Transmission distance space distance 500m
		Transmit frequency 5min
		Installation: Din rail
ATC600-C	Receiver	909038mm
		1 channel uplink RS485 Modbus protocol
		Receive 240 ATE sensors(ATE100/ATE200/ATE400/)
		Installation:35mm DIN rail screws fixed
		Power Supply AC/DC 85-265V
ARTM-Pn	Temperature Monitor	Maximum measuring 60 points
		Measure all parameters
		1 RS485 Modbus
		Power supply AC85-265V
ATP007	7 inch touch screen	1 channel uplink RS485 port
		1 channel uplink Ethernet port
		High temperature warning with buzzer
		Power supply DC24V