Product Center

Wired Sensors

More +

Wired sensor

SL1000A-80

Piezoelectric accelerometer

The SL1000A-80 series broadband temperature and vibration integrated piezoelectric accelerometer is an industrial IEPE accelerometer for simultaneous temperature and vibration measurement. It features a ceramic crystal using a deformed shear mode as the sensing element, and has the characteristic of maintaining stable output over the long term. It can accurately, quickly, and continuously detect the vibration and temperature signals of equipment, mainly used for equipment condition monitoring and precise diagnosis of bearing and gearbox faults.

Wired sensor

SL1000AT-80

Piezoelectric accelerometer

The SL1000AT-80 series broadband temperature and vibration integrated piezoelectric accelerometer is an industrial IEPE accelerometer for simultaneous temperature and vibration measurement. It features a ceramic crystal using a shear mode as the sensing element, ensuring long-term stable output. The internal circuit of this accelerometer provides a constant current source excitation and transmits a low-impedance voltage output signal simultaneously on the two-wire IEPE system. An integrated temperature sensor transmits temperature signals as voltage signals. The signal ground is internally shielded and isolated from the housing. It can accurately, quickly, and continuously detect the vibration and temperature signals of equipment, mainly used for equipment condition monitoring and precise diagnosis of bearing and gearbox faults.

Wired sensor

SL1001AT-80

Piezoelectric accelerometer

The SL1001AT-80 series broadband temperature and vibration integrated piezoelectric accelerometer is an industrial IEPE accelerometer for simultaneous temperature and vibration measurement. It features a ceramic crystal using a shear mode as the sensing element, ensuring long-term stable output. The internal circuit of this accelerometer provides a constant current source excitation and transmits a low-impedance voltage output signal simultaneously on the two-wire IEPE system. An integrated temperature sensor transmits temperature signals as voltage signals. The signal ground is internally shielded and isolated from the housing. It can accurately, quickly, and continuously detect the vibration and temperature signals of equipment, mainly used for equipment condition monitoring and precise diagnosis of bearing and gearbox faults.

Wired sensor

SL1000A-10-LF

Piezoelectric accelerometer

The SL1000A-10-LF series low-frequency temperature and vibration integrated piezoelectric accelerometer is an industrial IEPE accelerometer for simultaneous low-frequency temperature and vibration measurement. It features a ring shear mode ceramic element as the sensing element, ensuring long-term stable output. The internal circuit of this accelerometer provides a constant current source excitation and transmits a low-impedance voltage output signal simultaneously on the two-wire IEPE system. An integrated temperature sensor transmits temperature signals as voltage signals. The signal ground is internally shielded and isolated from the housing. It can accurately, quickly, and continuously detect the vibration and temperature signals of equipment, mainly used for condition monitoring of low-speed equipment and precise diagnosis of bearing and gearbox faults.

Wired sensor

SL1000AT-10-LF

Piezoelectric accelerometer

The SL1000AT-10-LF series low-frequency temperature and vibration integrated piezoelectric accelerometer is an industrial IEPE accelerometer for simultaneous low-frequency temperature and vibration measurement. It features a ring shear mode ceramic element as the sensing element, ensuring long-term stable output. The internal circuit of this accelerometer provides a constant current source excitation and transmits a low-impedance voltage output signal simultaneously on the two-wire IEPE system. An integrated temperature sensor transmits temperature signals as voltage signals. The signal ground is internally shielded and isolated from the housing. It can accurately, quickly, and continuously detect the vibration and temperature signals of equipment. It is mainly used for condition monitoring of low-speed equipment and precise diagnosis of bearing and gearbox faults.

Wired sensor

SL1001AT-10-LF

Piezoelectric accelerometer

The SL1001AT-10-LF series low-frequency temperature and vibration integrated piezoelectric accelerometer is an industrial IEPE accelerometer for simultaneous low-frequency temperature and vibration measurement. It features a ring shear mode ceramic element as the sensing element, ensuring long-term stable output. The internal circuit of this accelerometer provides a constant current source excitation and transmits a low-impedance voltage output signal simultaneously on the two-wire IEPE system. An integrated temperature sensor transmits temperature signals as voltage signals. The signal ground is internally shielded and isolated from the housing. It can accurately, quickly, and continuously detect the vibration and temperature signals of equipment. It is mainly used for condition monitoring of low-speed equipment and precise diagnosis of bearing and gearbox faults.

Wired sensor

SL2001-2

All-in-one smart wired sensor

The SL2001-2 Wen Zhensheng three-in-one intelligent wired sensor integrates a triaxial vibration sensing accelerometer, a capacitive electret microphone, and a PT100 platinum resistor. It can accurately, quickly, and continuously detect the X, Y, and Z-axis vibration, sound, and temperature signals of equipment. After anti-aliasing filtering, it outputs the voltage amplitude of the corresponding signals. It connects to the acquisition terminal via an IP65-rated aviation connector and is widely used in industrial equipment condition monitoring, fault prediction, and fault diagnosis in industrial area A. It can precisely diagnose early failures of mechanical equipment such as bearings and gearboxes.

Wired sensor

SL2000-2

All-in-one smart wired sensor

The SL2000-2 temperature, vibration, and sound three-in-one intelligent wired sensor integrates a triaxial vibration sensing accelerometer, a capacitive electret microphone, and a PT100 platinum resistor. It can accurately, quickly, and continuously detect the X, Y, and Z-axis vibration, sound, and temperature signals of equipment. After anti-aliasing filtering, it outputs the voltage amplitude of the corresponding signals. Through an IP65-rated aviation connector, it connects to the acquisition terminal. It can be widely used in industrial equipment condition monitoring, fault prediction, and fault diagnosis in industrial area A, and can precisely diagnose early failures of mechanical equipment such as bearings and gearboxes.

Wired sensor

SL2001-1

All-in-one smart wired sensor

The SL2001-1 Wen Zhensheng three-in-one intelligent wired sensor integrates a triaxial vibration sensing accelerometer, a capacitive electret microphone, and a PT100 platinum resistor. It can accurately, quickly, and continuously detect the X, Y, and Z-axis vibration, sound, and temperature signals of equipment. After anti-aliasing filtering, it outputs the voltage amplitude of the corresponding signals. It connects to the acquisition terminal via an IP65-rated aviation connector and is widely used in industrial equipment condition monitoring, fault prediction, and fault diagnosis in industrial area A. It can precisely diagnose early failures of mechanical equipment such as bearings and gearboxes.

Wired sensor

SL2000-1

All-in-one smart wired sensor

The SL2000-1 temperature, vibration, and sound three-in-one intelligent wired sensor integrates a triaxial vibration sensing accelerometer, a capacitive electret microphone, and a PT100 platinum resistor. It can accurately, quickly, and continuously detect the X, Y, and Z-axis vibration, sound, and temperature signals of equipment. After anti-aliasing filtering, it outputs the voltage amplitude of the corresponding signals. Connected to the acquisition terminal via an IP65-rated aviation connector, it is widely used in industrial equipment condition monitoring, fault prediction, and fault diagnosis in industrial area A, and can precisely diagnose early failures of mechanical equipment such as bearings and gearboxes.

Wired sensor

SL3000-1

Current sensor

The SL3000-1 series current harmonic sensor primarily monitors the motor circuit current. The motor circuit input is powered by high and low voltage switchgear. The current harmonic sensor senses the main circuit current signal, and the output is connected to the sensor edge terminal for digital signal processing and analysis. It extracts current harmonic characteristic values and waveforms to diagnose rotor faults, air gap eccentricity faults, winding faults, etc. It has the advantages of simple installation, safety, and high reliability.

Wired sensor

SL3000-5

Current sensor

The SL3000-5 series current harmonic sensor primarily monitors motor circuit current. The motor circuit input is powered by high and low voltage switchgear. The current harmonic sensor senses the main circuit current signal, and the output is connected to the sensor edge terminal for digital signal processing and analysis. It extracts current harmonic characteristic values and waveforms to diagnose motor rotor faults, air gap eccentricity faults, winding faults, etc. It has the advantages of simple installation, safety, and high reliability.

< 1 >

Wireless Sensors

More +

Wireless sensor

SW5700-6

Wireless temperature receiver

The SW5700-6 series wireless temperature sensing receiver uses a transparent data transmission method, transmitting information to terminal devices via RS485 to achieve wireless interconnection. This module supports 433MHz and 2.4GHz signal frequency bands and can achieve point-to-point master-slave transmission mode and star network connection data transmission mode. This technology does not require the reconstruction of the communication network structure, making it more convenient for users and significantly reducing costs.

Wireless sensor

SW5700-5

Wireless temperature receiver

The SW5700-5 series wireless temperature measurement receiver uses a transparent data transmission method, transmitting information to terminal devices via RS485 to achieve wireless interconnection. This module supports 433MHz and 2.4GHz signal frequency bands and can achieve point-to-point master-slave transmission mode and star network connection data transmission mode. This technology does not require the reconstruction of the communication network structure, making it more convenient for users and significantly reducing costs.

Wireless sensor

SW4700-6

Wireless temperature sensor

The SW4700-6 series wireless passive temperature sensors are designed for high and low voltage switchgear, monitoring heat-prone electrical nodes. They collect temperature data and transmit it wirelessly, mitigating safety risks from overheating caused by oxidation, loosening, dust, etc., which increase contact resistance. This enhances equipment safety, providing timely, continuous, and accurate monitoring of equipment operation, thus reducing equipment failure rates. Widely applicable in industrial AI, these sensors monitor temperatures of busbars, contact points, and cables within electrical distribution cabinets.

Wireless sensor

SW4700-5

Wireless temperature sensor

The SW4700-5 series wireless passive temperature sensors are designed for high and low voltage switchgear, monitoring temperature at easily overheating electrical nodes. They collect temperature data and transmit it wirelessly, mitigating safety risks from overheating caused by oxidation, loosening, dust, etc., which increase contact resistance. This improves equipment safety, providing timely, continuous, and accurate monitoring of equipment operation, and reducing equipment failure rates. Widely applicable in industrial AI, these sensors monitor temperatures of busbars, contact points, and cables within electrical distribution cabinets.

Wireless sensor

SW3400-1

Universal three-in-one smart wireless sensor

The SW3400-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Cat.1 wireless communication functions. The product has a built-in high-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistance thermometer, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. It has embedded intelligent diagnostic algorithms and can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3601-2

High-frequency three-in-one intelligent wireless sensor

The SW3601-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Zigbee wireless communication functions. The product has a built-in high-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3401-2

High-frequency three-in-one intelligent wireless sensor

The SW3401-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Cat.1 wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistance thermometer, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3201-2

High-frequency three-in-one intelligent wireless sensor

The SW3201-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistance thermometer, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. It has embedded intelligent diagnostic algorithms and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3001-2

High-frequency three-in-one intelligent wireless sensor

The SW3001-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and NB-IoT wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3600-2

High-frequency three-in-one intelligent wireless sensor

The SW3600-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Zigbee wireless communication functions. The product has a built-in high-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3400-2

High-frequency three-in-one intelligent wireless sensor

The SW3400-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Cat.1 wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistance thermometer, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. It has embedded intelligent diagnostic algorithms and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3200-2

High-frequency three-in-one intelligent wireless sensor

The SW3200-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistance thermometer, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. It has embedded intelligent diagnostic algorithms and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3000-2

High-frequency three-in-one intelligent wireless sensor

The SW3000-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and NB-IoT wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3601-1

Universal three-in-one smart wireless sensor

The SW3601-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Zigbee wireless communication functions. The product has a built-in high-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3201-1

Universal three-in-one smart wireless sensor

The SW3201-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistance thermometer, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3001-1

Universal three-in-one smart wireless sensor

The SW3001-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and NB-IoT wireless communication functions. The product has a built-in high-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2601-2

High-frequency temperature and vibration integrated intelligent wireless sensor

The SW2601-2 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and Zigbee wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial equipment status monitoring, fault prediction, and fault diagnosis, and other industrial AI fields. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2401-2

High-frequency temperature and vibration integrated intelligent wireless sensor

The SW2401-2 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and Cat.1 wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2201-2

High-frequency temperature and vibration integrated intelligent wireless sensor

The SW2201-2 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2001-2

High-frequency temperature and vibration integrated intelligent wireless sensor

The SW2001-2 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and NB-IoT wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. With a built-in intelligent diagnostic algorithm, it can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2600-2

High-frequency temperature and vibration integrated intelligent wireless sensor

The SW2600-2 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and Zigbee wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2400-2

High-frequency temperature and vibration integrated intelligent wireless sensor

The SW2400-2 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and Cat.1 wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2200-2

High-frequency temperature and vibration integrated intelligent wireless sensor

The SW2200-2 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2000-2

High-frequency temperature and vibration integrated intelligent wireless sensor

The SW2000-2 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2601-1

All-frequency temperature and vibration integrated intelligent wireless sensor

The SW2601-1 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and Zigbee wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial equipment status monitoring, fault prediction, and fault diagnosis in the field of industrial AI. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2401-1

All-frequency temperature and vibration integrated intelligent wireless sensor

The SW2401-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Cat.1 wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. With a built-in intelligent diagnostic algorithm, it can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2201-1

All-frequency temperature and vibration integrated intelligent wireless sensor

The SW2201-1 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2001-1

All-frequency temperature and vibration integrated intelligent wireless sensor

The SW2001-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and NB-IoT wireless communication functions. The product has a built-in high-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2000-1

All-frequency temperature and vibration integrated intelligent wireless sensor

The SW2000-1 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and NB-IoT wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial equipment status monitoring, fault prediction, and fault diagnosis in industrial AI fields. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW5700-4

Wireless temperature receiver

The SW5700-4 series wireless temperature sensing receiver uses a transparent data transmission method, transmitting information to terminal devices via RS485 to achieve wireless interconnection. This module supports 433MHz and 2.4GHz signal frequency bands and can achieve point-to-point master-slave transmission mode and star network connection data transmission mode. This technology does not require the reconstruction of the communication network structure, making it more convenient for users and significantly reducing costs.

Wireless sensor

SW3600-1

Universal three-in-one smart wireless sensor

The SW3600-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Zigbee wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3401-1

Universal three-in-one smart wireless sensor

The SW3401-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and Cat.1 wireless communication functions. The product has a built-in high-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistance thermometer, and a condenser microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3200-1

Universal three-in-one smart wireless sensor

The SW3200-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, a PT100 platinum resistance thermometer, and an electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW3000-1

Universal three-in-one smart wireless sensor

The SW3000-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and NB-IoT wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance electret microphone. It can accurately, quickly, and continuously detect five types of status signals: three-axis vibration, temperature, and sound. With embedded intelligent diagnostic algorithms, it can be widely used in industrial AI fields such as industrial equipment condition monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2600-1

All-frequency temperature and vibration integrated intelligent wireless sensor

The SW2600-1 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and Zigbee wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial equipment status monitoring, fault prediction, and fault diagnosis, and other industrial AI fields. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2400-1

All-frequency temperature and vibration integrated intelligent wireless sensor

The SW2400-1 series integrated temperature and vibration intelligent wireless sensor integrates sensor acquisition, edge processing, and Cat.1 wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial equipment status monitoring, fault prediction, and fault diagnosis, and other industrial AI fields. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW2200-1

All-frequency temperature and vibration integrated intelligent wireless sensor

The SW2200-1 series integrated intelligent wireless sensor combines sensor acquisition, edge processing, and LoRa wireless communication functions. The product has a built-in large-capacity lithium-ion battery, a three-axis vibration sensing accelerometer, and a PT100 platinum resistance thermometer. It can accurately, quickly, and continuously detect four types of status signals: three-axis vibration and temperature of the equipment. It has a built-in intelligent diagnostic algorithm and can be widely used in industrial AI fields such as industrial equipment status monitoring, fault prediction, and fault diagnosis. It can precisely diagnose early failures of rotating machinery such as bearings and gearboxes.

Wireless sensor

SW4700-4

Wireless temperature sensor

The SW4700-4 series wireless passive temperature sensors are designed for high and low voltage switchgear, monitoring heat-prone electrical nodes. They collect temperature data and transmit it wirelessly, mitigating safety risks from overheating caused by oxidation, loosening, dust, etc., which increase contact resistance. This enhances equipment safety, providing timely, continuous, and accurate monitoring of equipment operation and reducing equipment failure rates. Widely applicable in industrial AI, these sensors monitor temperatures of busbars, connectors, and cables within electrical distribution cabinets.

Edge Intelligence Terminal

More +

Edge intelligence terminal

IEP5400-5

Eight-channel edge intelligence terminal

The IEP5400-5 series eight-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system, working in conjunction with integrated wired temperature and vibration sensors, single-axis wired vibration sensors, and speed sensors.

Edge intelligence terminal

IEP4100

Four-channel edge intelligence terminal

The IEP4100 series four-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system with a three-in-one intelligent wired sensor.

Edge intelligence terminal

IEP8400-5

High-performance multi-channel edge intelligence terminal

The IEP8400-5 series high-performance multi-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods such as WiFi, 4G, and Ethernet. It forms a core part of the monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis vibration wired sensors, and speed sensors.

Edge intelligence terminal

IEP8300-5

High-performance multi-channel edge intelligence terminal

The IEP8300-5 series high-performance multi-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, and Ethernet. It forms the core part of a monitoring system, working in conjunction with integrated wired temperature and vibration sensors, single-axis wired vibration sensors, and speed sensors.

Edge intelligence terminal

IEP6600-5

Sixteen-channel edge intelligence terminal

The IEP6600-5 series 16-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms a core part of the monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis wired vibration sensors, and speed sensors.

Edge intelligence terminal

IEP6500-5

Sixteen-channel edge intelligence terminal

The IEP6500-5 series 16-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. It extracts equipment fault characteristics through edge computing and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis wired vibration sensors, and speed sensors.

Edge intelligence terminal

IEP6400-5

Sixteen-channel edge intelligence terminal

The IEP6400-5 series 16-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. It extracts equipment fault characteristics through edge computing and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis vibration wired sensors, and speed sensors.

Edge intelligence terminal

IEP6300-5

Sixteen-channel edge intelligence terminal

The IEP6300-5 series 16-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis wired vibration sensors, and speed sensors.

Edge intelligence terminal

IEP5600-5

Eight-channel edge intelligence terminal

The IEP5600-5 series eight-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system, working in conjunction with integrated wired temperature and vibration sensors, single-axis wired vibration sensors, and speed sensors.

Edge intelligence terminal

IEP5500-5

Eight-channel edge intelligence terminal

The IEP5500-5 series eight-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis vibration wired sensors, and speed sensors.

Edge intelligence terminal

IEP5300-5

Eight-channel edge intelligence terminal

The IEP5300-5 series eight-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms a core part of the monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis vibration wired sensors, and speed sensors.

Edge intelligence terminal

IEP4500

Four-channel edge intelligence terminal

The IEP4500 series four-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system with a three-in-one intelligent wired sensor.

Edge intelligence terminal

IEP4400

Four-channel edge intelligence terminal

The IEP4400 series four-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system with a three-in-one intelligent wired sensor.

Edge intelligence terminal

IEP4300

Four-channel edge intelligence terminal

The IEP4300 series four-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system with a three-in-one intelligent wired sensor.

Edge intelligence terminal

IEP4200

Four-channel edge intelligence terminal

The IEP4200 series four-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system with a three-in-one intelligent wired sensor.

Edge intelligence terminal

IEP2500

Single-channel edge intelligence terminal

The IEP2500 series single-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results wirelessly via LoRa or WiFi, or wired via RS485. It forms the core part of a monitoring system with wired sensors. It supports various types of sensors, such as three-in-one intelligent wired sensors and current harmonic sensors.

Edge intelligence terminal

IEP2200

Single-channel edge intelligence terminal

The IEP2200 series single-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results wirelessly via LoRa or WiFi, or wired via RS485. It forms a core part of the monitoring system with wired sensors. It supports various types of sensors, such as three-in-one intelligent wired sensors and current harmonic sensors.

Edge intelligence terminal

IEP8100-5

High-performance multi-channel edge intelligence terminal

The IEP8100-5 series high-performance multi-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, and Ethernet. It forms the core part of a monitoring system, working in conjunction with integrated wired temperature and vibration sensors, single-axis wired vibration sensors, and speed sensors.

Edge intelligence terminal

IEP6100-5

Sixteen-channel edge intelligence terminal

The IEP6100-5 series 16-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms a core part of the monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis wired vibration sensors, and speed sensors.

Edge intelligence terminal

IEP5100-5

Eight-channel edge intelligence terminal

The IEP5100-5 series eight-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. It extracts equipment fault characteristics through edge computing and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system, working in conjunction with wired temperature and vibration sensors, single-axis vibration wired sensors, and speed sensors.

Edge intelligence terminal

IEP4600

Four-channel edge intelligence terminal

The IEP4600 series four-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results via various methods including WiFi, 4G, Ethernet, and RS485. It forms the core part of a monitoring system with a three-in-one intelligent wired sensor.

Edge intelligence terminal

IEP2100

Single-channel edge intelligence terminal

The IEP2100 series single-channel edge intelligence terminal is specifically designed for collecting industrial equipment status information. Through edge computing, it extracts equipment fault characteristics and transmits data and status analysis results wirelessly via LoRa or WiFi, or wired via RS485. It forms the core part of a monitoring system with wired sensors. It supports various types of sensors, such as three-in-one intelligent wired sensors and current harmonic sensors.

Multi-mode Intelligent Gateway

More +

Multi-modal intelligent gateway

IEG1000-4

Multi-modal intelligent gateway

The IEG1000-4 series multi-mode intelligent gateway serves as an access gateway for wireless intelligent sensors or wireless edge terminals. Internal communication with wireless intelligent sensors or wireless edge terminals uses WiFi wireless technology for data reception and management. External communication with servers or other devices uses WiFi, 4G, Ethernet, etc., for data upload and analysis. The multi-mode intelligent gateway provides a simple and convenient solution for traditional complex wired cabling, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG8100-4

Multi-modal intelligent gateway

The IEG8100-4 series multi-mode energy gateway serves as an access gateway for wireless energy transmitters or wireless edge terminals. Internal communication with wireless energy transmitters or wireless edge terminals uses LoRa wireless technology to complete data acquisition and management. External communication with servers or other devices uses 4G/Ethernet to complete data upload and analysis. The multi-mode energy gateway provides a simple and convenient solution for traditional complex wired systems, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG6000-4

Multi-modal intelligent gateway

The IEG6000-4 series multi-mode intelligent gateway serves as an access gateway for wireless intelligent sensors or wireless edge terminals. Internal communication with wireless intelligent sensors or wireless edge terminals uses Zigbee wireless technology for data reception and management. External communication with servers or other devices uses WIFI, 4G, Ethernet, etc., for data upload and analysis. The multi-mode intelligent gateway provides a simple and convenient solution for traditional complex wired cabling, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG6000-3

Multi-modal intelligent gateway

The IEG6000-3 series multi-mode intelligent gateway serves as an access gateway for wireless intelligent sensors or wireless edge terminals. Internal communication with wireless intelligent sensors or wireless edge terminals uses Zigbee wireless technology for data reception and management. External communication with servers or other devices uses WIFI, 4G, Ethernet, etc., for data upload and analysis. The multi-mode intelligent gateway provides a simple and convenient solution for traditional complex wired cabling, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG2000-3

Multi-modal intelligent gateway

The IEG2000-3 series multi-mode intelligent gateway serves as an access gateway for wireless intelligent sensors or wireless edge terminals. Internal communication with wireless intelligent sensors or wireless edge terminals uses LoRa wireless technology for data reception and management. External communication with servers or other devices uses WIFI, 4G, Ethernet, etc., for data upload and analysis. The multi-mode intelligent gateway provides a simple and convenient solution for traditional complex wired cabling, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG2000-1

Multi-modal intelligent gateway

The IEG2000-1 series multi-mode intelligent gateway serves as an access gateway for wireless intelligent sensors or wireless edge terminals. Internal communication with wireless intelligent sensors or wireless edge terminals uses LoRa wireless technology for data reception and management. External communication with servers or other devices uses WIFI, 4G, Ethernet, etc., for data upload and analysis. The multi-mode intelligent gateway provides a simple and convenient solution for traditional complex wired cabling, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG8100-3

Multi-modal intelligent gateway

The IEG8100-3 series multi-mode energy gateway serves as an access gateway for wireless energy transmitters or wireless edge terminals. Internal communication with wireless energy transmitters or wireless edge terminals uses LoRa wireless technology to complete data acquisition and management. External communication with servers or other devices uses 4G/Ethernet to complete data upload and analysis. The multi-mode energy gateway provides a simple and convenient solution for traditional complex wired systems, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG6000-1

Multi-modal intelligent gateway

The IEG6000-1 series multi-mode intelligent gateway serves as an access gateway for wireless intelligent sensors or wireless edge terminals. Internal communication with wireless intelligent sensors or wireless edge terminals uses Zigbee wireless technology for data reception and management. External communication with servers or other devices uses WIFI, 4G, Ethernet, etc., for data upload and analysis. The multi-mode intelligent gateway provides a simple and convenient solution for traditional complex wired cabling, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG1000-3

Multi-modal intelligent gateway

The IEG1000-3 series multi-mode intelligent gateway serves as an access gateway for wireless intelligent sensors or wireless edge terminals. Internal communication with wireless intelligent sensors or wireless edge terminals uses WiFi wireless technology for data reception and management. External communication with servers or other devices uses WiFi, 4G, Ethernet, etc., for data upload and analysis. The multi-mode intelligent gateway provides a simple and convenient solution to traditional complex wired cabling, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-modal intelligent gateway

IEG2000-4

Multi-modal intelligent gateway

The IEG2000-4 series multi-mode intelligent gateway serves as an access gateway for wireless intelligent sensors or wireless edge terminals. Internal communication with wireless intelligent sensors or wireless edge terminals uses LoRa wireless technology for data reception and management. External communication with servers or other devices uses WIFI, 4G, Ethernet, etc., for data upload and analysis. The multi-mode intelligent gateway provides a simple and convenient solution for traditional complex wired cabling, greatly reducing the difficulty of equipment status monitoring and fault diagnosis.

Multi-channel Acquisition Terminal

More +

Multi-channel data acquisition terminal

IEP3500

Multi-channel data acquisition terminal

The IEP3500 series is an industrial-grade standard thermocouple temperature acquisition terminal that supports temperature acquisition from K-type thermocouple sensors. It uses a 24-bit high-precision ADC, with the AD acquisition part using optoelectronic isolation for strong anti-interference capability, making it suitable for complex industrial environments. This acquisition terminal supports wireless WiFi and LoRa communication methods, meeting the needs of various application scenarios in industrial environments and informationization.

Multi-channel data acquisition terminal

IEP3200

Multi-channel data acquisition terminal

The IEP3200 series is an industrial-grade standard 4mA~20mA acquisition terminal with eight differential input channels and a high acquisition accuracy of up to 24 bits. The AD acquisition part uses optoelectronic isolation, providing strong anti-interference capabilities and making it suitable for complex industrial environments. This acquisition terminal supports wireless WiFi, LoRa, and wired RS485 communication methods, meeting the needs of various application scenarios in industrial environments and information systems.

Multi-channel data acquisition terminal

IEP3100

Multi-channel data acquisition terminal

The IEP3100 series is an industrial-grade standard thermistor temperature acquisition terminal that supports temperature acquisition of 8 two-wire or three-wire PT100 temperature sensors. It uses a constant current excitation temperature measurement method with an acquisition accuracy of up to 24 bits. The AD acquisition part uses optoelectronic isolation, has strong anti-interference ability, and is suitable for complex industrial environments. This acquisition terminal supports wireless WiFi, LoRa, and wired RS485 communication methods, meeting various application scenarios in industrial environments and informationization.

Make industry smarter and equipment healthier

Submit
%{tishi_zhanwei}%

Cookie

Our website uses cookies and similar technologies to personalize the advertising shown to you and to help you get the best experience on our website. For more information, see our Privacy & Cookie Policy

Cookie

Our website uses cookies and similar technologies to personalize the advertising shown to you and to help you get the best experience on our website. For more information, see our Privacy & Cookie Policy

These cookies are necessary for basic functions such as payment. Standard cookies cannot be turned off and do not store any of your information.

These cookies collect information, such as how many people are using our site or which pages are popular, to help us improve the customer experience. Turning these cookies off will mean we can't collect information to improve your experience.

These cookies enable the website to provide enhanced functionality and personalization. They may be set by us or by third-party providers whose services we have added to our pages. If you do not allow these cookies, some or all of these services may not function properly.

These cookies help us understand what you are interested in so that we can show you relevant advertising on other websites. Turning these cookies off will mean we are unable to show you any personalized advertising.