inclination sensors plant

The TD5 is a digital three-axis X, Y, Z direction tilt angle sensor (referred to as "tilt angle sensor") developed domestically by Micro-Magic Inc for component tilt angle measurement module. It integrates industrial standard RTU Modbus and 0x68 hexadecimal protocols; Domestic components account for over 85%, with internal core components including MCU microcontrollers, AD modules, signal processors, power circuits, output circuits, etc. To manufacture domestically produced equipment and overcome barriers to independent research and development technology.

The TD5-AC is a digital three-axis X, Y, Z direction tilt angle sensor (referred to as "tilt angle sensor") developed domestically by Micro-Magic Inc for component tilt angle measurement module. It integrates industrial standard RTU Modbus and 0x68 hexadecimal protocols; Domestic components account for over 85%, with internal core components including MCU microcontrollers, AD modules, signal processors, power circuits, output circuits, etc. To manufacture domestically produced equipment and overcome barriers to independent research and development technology.

The T7000-N is a domestically developed dual axis tilt angle measuring instrument (referred to as the "inclinometer") and temperature measuring module for high-precision tilt angle measurement of components by Micro-Magic Inc. Range ± 60°, accuracy 0.002°, resolution 0.0006°, output RS232, TTL, RS485, RS422 optional, integrated with industrial standard RTU Modbus and 0x68 hexadecimal protocols; The accompanying computer analysis software can display and record measurement data in real-time for analysis. Domestic components account for over 85%, with internal core components including MCU microcontrollers, high-precision 24 bit A/D modules, temperature sensors, signal processors, power circuits, output circuits, etc. To manufacture domestically produced equipment and overcome barriers to independent research and development technology.

The T7000-N is a domestically developed dual axis tilt angle measuring instrument (referred to as the "inclinometer") and temperature measuring module for high-precision tilt angle measurement of components by Micro-Magic Inc. Range ± 60°, accuracy 0.002°, resolution 0.0006°, output RS232, TTL, RS485, RS422 optional, integrated with industrial standard RTU Modbus and 0x68 hexadecimal protocols; The accompanying computer analysis software can display and record measurement data in real-time for analysis. Domestic components account for over 85%, with internal core components including MCU microcontrollers, high-precision 24 bit A/D modules, temperature sensors, signal processors, power circuits, output circuits, etc. To manufacture domestically produced equipment and overcome barriers to independent research and development technology.

The T7000-N is a domestically developed dual axis tilt angle measuring instrument (referred to as the "inclinometer") and temperature measuring module for high-precision tilt angle measurement of components by Micro-Magic Inc. Range ± 60°, accuracy 0.002°, resolution 0.0006°, output RS232, TTL, RS485, RS422 optional, integrated with industrial standard RTU Modbus and 0x68 hexadecimal protocols; The accompanying computer analysis software can display and record measurement data in real-time for analysis. Domestic components account for over 85%, with internal core components including MCU microcontrollers, high-precision 24 bit A/D modules, temperature sensors, signal processors, power circuits, output circuits, etc. To manufacture domestically produced equipment and overcome barriers to independent research and development technology.

T7000-A is a standard industrial high-precision current output dual-axis inclination sensor. RS232 output can be used for long-distance transmission of 2000 meters. The built-in (MEMS) solid pendulum converts the change of the static gravity field into a change of inclination angle by measuring the change of the static gravity field. The product makes accurate compensation and correction for temperature error and linearity error, high accuracy, good anti-vibration, anti-electromagnetic interference circuit, especially suitable for the application of underground non-excavation machinery and other harsh industrial environments.

T7000-A is a standard industrial high-precision current output dual-axis inclination sensor. RS232 output can be used for long-distance transmission of 2000 meters. The built-in (MEMS) solid pendulum converts the change of the static gravity field into a change of inclination angle by measuring the change of the static gravity field. The product makes accurate compensation and correction for temperature error and linearity error, high accuracy, good anti-vibration, anti-electromagnetic interference circuit, especially suitable for the application of underground non-excavation machinery and other harsh industrial environments.

T7000-A is a standard industrial high-precision current output dual-axis inclination sensor. RS232 output can be used for long-distance transmission of 2000 meters. The built-in (MEMS) solid pendulum converts the change of the static gravity field into a change of inclination angle by measuring the change of the static gravity field. The product makes accurate compensation and correction for temperature error and linearity error, high accuracy, good anti-vibration, anti-electromagnetic interference circuit, especially suitable for the application of underground non-excavation machinery and other harsh industrial environments.

T700-A is a digital output dual-axis inclination sensor with a built-in high-precision 16bit A/D converter and can measure the tilt and pitch angle of the sensor output relative to the horizontal plane through an n-order filter algorithm. Output interface RS232, RS485, RS422, TTL, Modbus, PWM, CANbus are optional. The product can correct the sensor temperature drift according to the monitoring temperature change of the built-in temperature sensor, ensuring the repeatability of the product in low temperature and high temperature environments. Output corresponding frequency 100HZ.

The T70-H is a dual axis digital tilt sensor by Micro-Magic Inc Hi-Tech Company, integrating industrial standard RTU Modbus and 0x68 hexadecimal protocols; Output RS232, RS485, RS422, TTL optional. Mainly targeting application markets with high limitations in volume, cost, and localization rate. Due to the built-in MEMS micro electromechanical production process tilt unit, it has a small volume, low power consumption, high consistency and stability, strong resistance to external electromagnetic interference, and strong ability to withstand impact and vibration. To manufacture domestically produced equipment and overcome technological barriers in independent research and development.

The T70-H is a dual axis digital tilt sensor by Micro-Magic Inc Hi-Tech Company, integrating industrial standard RTU Modbus and 0x68 hexadecimal protocols; Output RS232, RS485, RS422, TTL optional. Mainly targeting application markets with high limitations in volume, cost, and localization rate. Due to the built-in MEMS micro electromechanical production process tilt unit, it has a small volume, low power consumption, high consistency and stability, strong resistance to external electromagnetic interference, and strong ability to withstand impact and vibration. To manufacture domestically produced equipment and overcome technological barriers in independent research and development.

The T70-H is a dual axis digital tilt sensor by Micro-Magic Inc Hi-Tech Company, integrating industrial standard RTU Modbus and 0x68 hexadecimal protocols; Output RS232, RS485, RS422, TTL optional. Mainly targeting application markets with high limitations in volume, cost, and localization rate. Due to the built-in MEMS micro electromechanical production process tilt unit, it has a small volume, low power consumption, high consistency and stability, strong resistance to external electromagnetic interference, and strong ability to withstand impact and vibration. To manufacture domestically produced equipment and overcome technological barriers in independent research and development.