艾上云电子是专注于工业物联网领域的高新技术企业，致力于构建数据驱动、高效协同的未来式智慧工厂。我们以“数据感知”与“智能连接”为核心能力，通过自主研发的边缘层硬件与数据集成方案，为制造企业提供从设备状态监测、能源精细管控到生产流程优化的一体化解决方案，助力企业实现数字化、智能化转型升级。
语言
Product Overview
Temperature monitoring points for high-voltage electrical equipment are typically located in environments with high voltage, high current, and strong magnetic fields. Due to the stringent conditions such as strong electromagnetic noise, high-voltage insulation, and space constraints, real-time temperature monitoring of high-voltage electrical equipment becomes extremely difficult.
Our company's independently developed wireless temperature monitoring system is a real-time temperature measurement system that uses radio waves for signal transmission. This system mounts a sensor on the device being measured, and the sensor is connected to the receiving host via a wireless network. This system fundamentally overcomes the challenge of real-time online monitoring of the operating temperature of high-voltage equipment contacts.
The KL-MT89MP touchscreen wireless temperature measurement host is an industrial-grade 10-inch touchscreen host equipped with a standard communication interface, supporting network operation and capable of receiving data from wireless temperature sensors. Simultaneously, with the help of host computer software, the host can record real-time operating temperature data of high-voltage equipment, enabling proactive maintenance of high-voltage equipment for thermal failures and providing historical data for high-voltage equipment repair.
The wireless temperature monitoring system boasts extremely high reliability and security . The temperature sensor employs ultra-low power wireless communication, transmitting the collected temperature data to the wireless temperature monitoring host via a wireless network. The wireless temperature sensor is directly installed at the temperature monitoring point of each high-voltage electrical device, such as industrial production equipment, high-power motors, high-voltage switches, busbar joints, outdoor disconnectors, transformers, and other electrical contacts prone to high temperatures.
Introduction to Main Functions
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Main functions |
Function Introduction |
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Basic function |
Receive data |
Receive temperature and sensor operating voltage uploaded by wireless temperature sensor |
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Display data |
The received data is displayed in color, providing a more intuitive viewing experience. The backlight is controllable and suitable for a variety of applications. |
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Clock display |
A real-time clock is displayed and serves as the time reference for event logging. |
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Parameter settings |
All parameters are flexibly adjustable, easy to operate, and data is not lost even when power is off. |
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Alarm output |
When an alarm event occurs, the relay dry contact outputs a signal and emits a buzzer alarm sound. |
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Temperature alarm record |
Record the temperature at the temperature measurement location where an alarm has occurred. |
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Password Management |
Password management is used; a password is required to set parameters. There are two types of passwords: user password and system password. Entering the system password allows access to more advanced settings. |
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Technical Specifications
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Technical parameters |
Technical indicators |
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Wireless parameters |
wireless frequency |
2.4GHz/433MHz/470~510MHz |
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Managing the number of wireless sensors |
≥240 |
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Communication parameters |
Communication methods |
RS485, Ethernet, and fiber optic communication are available. RS485 communication distance is ≤1200m (without repeaters). |
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Number of hosts in a network |
≤128 units |
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Communication Protocol |
Modbus Protocol |
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baud rate |
1200, 2400, 4800, and 9600 bps are available. |
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Alarm Default parameter |
Temperature alarm value |
Upper limit: +90℃, lower limit: -20℃ |
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Temperature alarm value |
Upper limit: +60℃, lower limit: -10℃ |
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alarm voltage value |
2700mV |
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Relay dry contact parameters |
AC220V/5A Passive Normally Open (Optional Function) |
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Operating voltage |
AC220V |
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Overall power consumption |
≤5VA |
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Operating temperature |
-10℃ to +70℃ |
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Operating humidity |
≤90%RH, non-condensing, non-corrosive |
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altitude |
≤2500 meters |
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Insulation resistance |
≥100MΩ (temperature between 10~30℃, relative humidity less than 80%) |
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Installation method |
Wall-mounted installation, recessed installation |
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艾上云电子是专注于工业物联网领域的高新技术企业，致力于构建数据驱动、高效协同的未来式智慧工厂。我们以“数据感知”与“智能连接”为核心能力，通过自主研发的边缘层硬件与数据集成方案，为制造企业提供从设备状态监测、能源精细管控到生产流程优化的一体化解决方案，助力企业实现数字化、智能化转型升级。
艾上云电子是专注于工业物联网领域的高新技术企业，致力于构建数据驱动、高效协同的未来式智慧工厂。我们以“数据感知”与“智能连接”为核心能力，通过自主研发的边缘层硬件与数据集成方案，为制造企业提供从设备状态监测、能源精细管控到生产流程优化的一体化解决方案，助力企业实现数字化、智能化转型升级。 我们聚焦五大核心产品，系统构建智慧工厂的关键能力： 宽带电力载波——依托电力线路实现工业数据高效、稳定传输...
READ MORE艾上云电子是专注于工业物联网领域的高新技术企业，致力于构建数据驱动、高效协同的未来式智慧工厂。我们以“数据感知”与“智能连接”为核心能力，通过自主研发的边缘层硬件与数据集成方案，为制造企业提供从设备状态监测、能源精细管控到生产流程优化的一体化解决方案，助力企业实现数字化、智能化转型升级。 我们聚焦五大核心产品，系统构建智慧工厂的关键能力： 宽带电力载波——依托电力线路实现工业数据高效、稳定传输...
READ MORE艾上云电子是专注于工业物联网领域的高新技术企业，致力于构建数据驱动、高效协同的未来式智慧工厂。我们以“数据感知”与“智能连接”为核心能力，通过自主研发的边缘层硬件与数据集成方案，为制造企业提供从设备状态监测、能源精细管控到生产流程优化的一体化解决方案，助力企业实现数字化、智能化转型升级。 我们聚焦五大核心产品，系统构建智慧工厂的关键能力： 宽带电力载波——依托电力线路实现工业数据高效、稳定传输...
READ MORE艾上云电子是专注于工业物联网领域的高新技术企业，致力于构建数据驱动、高效协同的未来式智慧工厂。我们以“数据感知”与“智能连接”为核心能力，通过自主研发的边缘层硬件与数据集成方案，为制造企业提供从设备状态监测、能源精细管控到生产流程优化的一体化解决方案，助力企业实现数字化、智能化转型升级。 我们聚焦五大核心产品，系统构建智慧工厂的关键能力： 宽带电力载波——依托电力线路实现工业数据高效、稳定传输...
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