inclination sensors

The T70-A is a dual-axis digital inclination sensor developed by Micro-Magic Inc Hi-Tech Company for its component MEMS inclination measurement module. It adopts RTU Modbus protocol and its internal core components are 100% produced in China, including MCU processor, A/D converter, and power circuit, output circuit, etc. For domestic equipment manufacturing, overcome technical barriers to independent research and development. All products have been calibrated, temperature compensated, and long-term aging and stability tested before leaving the factory. Each process is precise and rigorous to ensure reliability under different working conditions and long-term use cycles.

The T70-A is a dual-axis digital inclination sensor developed by Micro-Magic Inc Hi-Tech Company for its component MEMS inclination measurement module. It adopts RTU Modbus protocol and its internal core components are 100% produced in China, including MCU processor, A/D converter, and power circuit, output circuit, etc. For domestic equipment manufacturing, overcome technical barriers to independent research and development. All products have been calibrated, temperature compensated, and long-term aging and stability tested before leaving the factory. Each process is precise and rigorous to ensure reliability under different working conditions and long-term use cycles.

T7-D is a newly upgraded next-generation digital small volume MEMS tilt sensor launched by Micro-Magic Inc. It has a built-in dual channel earth gravity tilt unit and measures static gravity acceleration and dynamic angular velocity through a combination of accelerometers and dynamic gyroscopes, converting them into tilt angle changes. Thus, the tilt and pitch angles of the sensor output relative to the horizontal plane can be measured. Output modes RS232, RS485, RS422, or TTL level interface standards are optional. Built in MCU control system enables secondary correction of sensor output linearity, compensating for the accuracy decline caused by insufficient correction in analog models. This product adopts non-contact measurement of raw materials and can output the current posture inclination angle in real time. It is easy to use and does not require retrieving the installation of two surfaces with relative changes. It is an ideal choice for industrial automation control and platform posture measurement. It has strong resistance to external electromagnetic interference and can adapt to long-term work in harsh industrial environments.

T7-D is a newly upgraded next-generation digital small volume MEMS tilt sensor launched by Micro-Magic Inc. It has a built-in dual channel earth gravity tilt unit and measures static gravity acceleration and dynamic angular velocity through a combination of accelerometers and dynamic gyroscopes, converting them into tilt angle changes. Thus, the tilt and pitch angles of the sensor output relative to the horizontal plane can be measured. Output modes RS232, RS485, RS422, or TTL level interface standards are optional. Built in MCU control system enables secondary correction of sensor output linearity, compensating for the accuracy decline caused by insufficient correction in analog models. This product adopts non-contact measurement of raw materials and can output the current posture inclination angle in real time. It is easy to use and does not require retrieving the installation of two surfaces with relative changes. It is an ideal choice for industrial automation control and platform posture measurement. It has strong resistance to external electromagnetic interference and can adapt to long-term work in harsh industrial environments.

T7-D is a newly upgraded next-generation digital small volume MEMS tilt sensor launched by Micro-Magic Inc. It has a built-in dual channel earth gravity tilt unit and measures static gravity acceleration and dynamic angular velocity through a combination of accelerometers and dynamic gyroscopes, converting them into tilt angle changes. Thus, the tilt and pitch angles of the sensor output relative to the horizontal plane can be measured. Output modes RS232, RS485, RS422, or TTL level interface standards are optional. Built in MCU control system enables secondary correction of sensor output linearity, compensating for the accuracy decline caused by insufficient correction in analog models. This product adopts non-contact measurement of raw materials and can output the current posture inclination angle in real time. It is easy to use and does not require retrieving the installation of two surfaces with relative changes. It is an ideal choice for industrial automation control and platform posture measurement. It has strong resistance to external electromagnetic interference and can adapt to long-term work in harsh industrial environments.

T7-D is a newly upgraded next-generation digital small volume MEMS tilt sensor launched by Micro-Magic Inc. It has a built-in dual channel earth gravity tilt unit and measures static gravity acceleration and dynamic angular velocity through a combination of accelerometers and dynamic gyroscopes, converting them into tilt angle changes. Thus, the tilt and pitch angles of the sensor output relative to the horizontal plane can be measured. Output modes RS232, RS485, RS422, or TTL level interface standards are optional. Built in MCU control system enables secondary correction of sensor output linearity, compensating for the accuracy decline caused by insufficient correction in analog models. This product adopts non-contact measurement of raw materials and can output the current posture inclination angle in real time. It is easy to use and does not require retrieving the installation of two surfaces with relative changes. It is an ideal choice for industrial automation control and platform posture measurement. It has strong resistance to external electromagnetic interference and can adapt to long-term work in harsh industrial environments.

The T7-C series is a new generation of digital small-volume MEMS inclination sensors launched by Micro-Magic Inc Hi-Tech Company. It has a built-in dual-channel earth gravity inclination unit that measures dynamic gravity acceleration and converts it into inclination angle changes. This allows measurement of the roll and pitch angles of the sensor output relative to the horizontal plane. It has output mode as RS232, RS485, RS422, Modbus, TTL level interface standard optional. Due to the built-in MCU control system, the linearity of the sensor output is corrected twice, which makes up for the decrease in accuracy caused by insufficient correction of the analog type.

The T7-C series is a new generation of digital small-volume MEMS inclination sensors launched by Micro-Magic Inc Hi-Tech Company. It has a built-in dual-channel earth gravity inclination unit that measures dynamic gravity acceleration and converts it into inclination angle changes. This allows measurement of the roll and pitch angles of the sensor output relative to the horizontal plane. It has output mode as RS232, RS485, RS422, Modbus, TTL level interface standard optional. Due to the built-in MCU control system, the linearity of the sensor output is corrected twice, which makes up for the decrease in accuracy caused by insufficient correction of the analog type.

The T7-C series is a new generation of digital small-volume MEMS inclination sensors launched by Micro-Magic Inc Hi-Tech Company. It has a built-in dual-channel earth gravity inclination unit that measures dynamic gravity acceleration and converts it into inclination angle changes. This allows measurement of the roll and pitch angles of the sensor output relative to the horizontal plane. It has output mode as RS232, RS485, RS422, Modbus, TTL level interface standard optional. Due to the built-in MCU control system, the linearity of the sensor output is corrected twice, which makes up for the decrease in accuracy caused by insufficient correction of the analog type.

The T7-B series is a digital small volume Micro-Magic Inc photovoltaic tracking inclinometer with a maximum measurement angle range of single axis 360 °, accuracy of 0.3 °, and 3.3V TTL output. Due to the built-in MCU control system, the sensor output linearity is corrected twice, compensating for the accuracy decrease caused by insufficient correction in analog models. Adopting non-contact measurement of the original quantity, it can output the current attitude inclination in real time, and is simple to use without the need to retrieve the relative changes of the two surfaces for installation. It is industrial automation control, wind deviation monitoring, inclination measurement, horizontal adjustment, vertical monitoring, and attitude recording; Engineering machinery, surveying and mapping instruments, etc.

The T7-B series is a digital small volume Micro-Magic Inc photovoltaic tracking inclinometer with a maximum measurement angle range of single axis 360 °, accuracy of 0.3 °, and 3.3V TTL output. Due to the built-in MCU control system, the sensor output linearity is corrected twice, compensating for the accuracy decrease caused by insufficient correction in analog models. Adopting non-contact measurement of the original quantity, it can output the current attitude inclination in real time, and is simple to use without the need to retrieve the relative changes of the two surfaces for installation. It is industrial automation control, wind deviation monitoring, inclination measurement, horizontal adjustment, vertical monitoring, and attitude recording; Engineering machinery, surveying and mapping instruments, etc.

The TD9-DI is a digital three-axis X, Y, and Z tilt angle sensor (referred to as the "tilt angle sensor") developed domestically by Micro-Magic Inc for high-precision tilt angle measurement modules. It integrates 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 16 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.