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MK326T Digital Dual-Axis Tilt Sensor - Domestic Series
Msensor Sensor's dual-axis digital tilt sensor for the localization and development of MEMS tilt measurement modules for components adopts the RTU Modbus protocol. The internal core components, including the MCU processor, A/D converter, power circuit, and output circuit, are produced domestically. This is aimed at overcoming the technical barriers of independent research and development for domestic equipment manufacturing.
MK326T Digital Dual-Axis Tilt Sensor - Domestic Series
Msensor Sensor's dual-axis digital tilt sensor for the localization and development of MEMS tilt measurement modules for components adopts the RTU Modbus protocol. The internal core components, including the MCU processor, A/D converter, power circuit, and output circuit, are produced domestically. This is aimed at overcoming the technical barriers of independent research and development for domestic equipment manufacturing.
ZB-HMI500-Modbus wireless transmission tilt sensor
The Msensor sensor is an independently developed ultra-low power, compact, and high-performance wireless tilt sensor, designed for industry applications where users have no power supply or need to measure the attitude angle of objects in real-time. Based on IoT technology, it uses Bluetooth and Zigbee (optional) wireless transmission technology. All internal circuits are optimized for good long-term stability and minimal zero drift, and it can automatically enter a low-power sleep mode, thus freeing it from dependence on the usage environment; the wireless transmission distance for industrial-grade devices is: Bluetooth <50 meters, Zigbee <1600 meters.
ZB-HMI500-Modbus wireless transmission tilt sensor
The Msensor sensor is an independently developed ultra-low power, compact, and high-performance wireless tilt sensor, designed for industry applications where users have no power supply or need to measure the attitude angle of objects in real-time. Based on IoT technology, it uses Bluetooth and Zigbee (optional) wireless transmission technology. All internal circuits are optimized for good long-term stability and minimal zero drift, and it can automatically enter a low-power sleep mode, thus freeing it from dependence on the usage environment; the wireless transmission distance for industrial-grade devices is: Bluetooth <50 meters, Zigbee <1600 meters.
AVT2100T Dual-axis Tilt Sensor - Digital Type
It is a high-precision dual-axis tilt sensor with full temperature compensation, a resolution of 0.0005°, an accuracy of 0.001°, and a temperature drift of 0.0005°/℃. Output interfaces include optional RS232, RS485, RS422, TTL, and MODBUS.
AVT2100T Dual-axis Tilt Sensor - Digital Type
It is a high-precision dual-axis tilt sensor with full temperature compensation, a resolution of 0.0005°, an accuracy of 0.001°, and a temperature drift of 0.0005°/℃. Output interfaces include optional RS232, RS485, RS422, TTL, and MODBUS.
LVG726T Dynamic High-Precision Dual-Axis Tilt Sensor - Digital Type
Msensor Sensors has launched a new generation of high-performance, compact tilt sensors that maintain high precision in complex movements, with dynamic measurement accuracy of 0.3°, stable accuracy of 0.05°, and temperature drift of 0.01°/℃. Output options include RS232, RS485, RS422, TTL, and MODBUS standard interfaces, making it easy to integrate into user control systems.
LVG726T Dynamic High-Precision Dual-Axis Tilt Sensor - Digital Type
Msensor Sensors has launched a new generation of high-performance, compact tilt sensors that maintain high precision in complex movements, with dynamic measurement accuracy of 0.3°, stable accuracy of 0.05°, and temperature drift of 0.01°/℃. Output options include RS232, RS485, RS422, TTL, and MODBUS standard interfaces, making it easy to integrate into user control systems.
SVT626T Dual-axis Tilt Sensor - Digital Type
This is a digital output dual-axis tilt sensor launched for the industrial site control field, equipped with a high-precision 16-bit A/D converter. Through n-order filtering algorithms, it can measure the tilt and pitch angles of the sensor output relative to the horizontal plane. Output interfaces include optional RS232, RS485, RS422, TTL, PWM, CAN, and MODBUS bus.
SVT626T Dual-axis Tilt Sensor - Digital Type
This is a digital output dual-axis tilt sensor launched for the industrial site control field, equipped with a high-precision 16-bit A/D converter. Through n-order filtering algorithms, it can measure the tilt and pitch angles of the sensor output relative to the horizontal plane. Output interfaces include optional RS232, RS485, RS422, TTL, PWM, CAN, and MODBUS bus.
HVT828T Dual-axis Tilt Sensor - Current Type
It is a standard industrial high-precision current output dual-axis tilt sensor, with standard current options of 4-20mA, 0-20mA, and 0-24mA. It also features RS232 output, allowing for long-distance transmission of up to 2000 meters. Users only need to collect the sensor's voltage value to calculate the current object's tilt angle. It has a built-in (MEMS) solid pendulum that measures changes in the static gravitational field and converts them into tilt changes.
HVT828T Dual-axis Tilt Sensor - Current Type
It is a standard industrial high-precision current output dual-axis tilt sensor, with standard current options of 4-20mA, 0-20mA, and 0-24mA. It also features RS232 output, allowing for long-distance transmission of up to 2000 meters. Users only need to collect the sensor's voltage value to calculate the current object's tilt angle. It has a built-in (MEMS) solid pendulum that measures changes in the static gravitational field and converts them into tilt changes.
LVT544T Dual Axis Dual Channel Tilt Switch - Voltage Type
It is a high-performance voltage output dual-axis four-direction digital tilt switch, with a measurement range of 0~±90°. When the tilt angle exceeds the preset tilt threshold, it will output a switch signal (output voltage = supply voltage) to drive the solenoid valve. The alarm threshold is calibrated at the factory, and users can also set their own alarm angle threshold. The product integrates imported core units, targeting industries related to horizontal safety alarms and platform leveling monitoring, using a transistor output circuit that can drive solenoid valves to shut down hydraulic systems, buzzers, alarm lights... to automatically warn personnel for safe construction. The product design is precise, with additional compensation for temperature and linearity, and integrates comprehensive protection functions against short circuits, instantaneous high voltage, polarity, surge, etc., making it suitable for operation in various harsh industrial environments.
LVT544T Dual Axis Dual Channel Tilt Switch - Voltage Type
It is a high-performance voltage output dual-axis four-direction digital tilt switch, with a measurement range of 0~±90°. When the tilt angle exceeds the preset tilt threshold, it will output a switch signal (output voltage = supply voltage) to drive the solenoid valve. The alarm threshold is calibrated at the factory, and users can also set their own alarm angle threshold. The product integrates imported core units, targeting industries related to horizontal safety alarms and platform leveling monitoring, using a transistor output circuit that can drive solenoid valves to shut down hydraulic systems, buzzers, alarm lights... to automatically warn personnel for safe construction. The product design is precise, with additional compensation for temperature and linearity, and integrates comprehensive protection functions against short circuits, instantaneous high voltage, polarity, surge, etc., making it suitable for operation in various harsh industrial environments.
LVT533T Single Axis Dual Channel Tilt Switch - Relay Type
It is a high-performance relay output single-axis dual-channel tilt switch, with a measurement range of 0~±180°. It has a built-in relay output circuit. When the tilt angle exceeds the preset alarm threshold, it will output a normally open relay signal (driving current 1A) to open the solenoid valve for corresponding hydraulic leg leveling. The alarm threshold is calibrated at the factory, and users can also set the alarm angle threshold themselves.
LVT533T Single Axis Dual Channel Tilt Switch - Relay Type
It is a high-performance relay output single-axis dual-channel tilt switch, with a measurement range of 0~±180°. It has a built-in relay output circuit. When the tilt angle exceeds the preset alarm threshold, it will output a normally open relay signal (driving current 1A) to open the solenoid valve for corresponding hydraulic leg leveling. The alarm threshold is calibrated at the factory, and users can also set the alarm angle threshold themselves.
LVT536T-Z vertical tilt angle control switch - voltage type
LVT536T-Z is a high-performance single-channel switch output type tilt angle switch launched by Msensor Sensor Technology. It measures tilt angles in any direction with a horizontal 360° vertical attitude. When the tilt angle exceeds the preset tilt threshold, it will output a switch signal to drive the solenoid valve.
LVT536T-Z vertical tilt angle control switch - voltage type
LVT536T-Z is a high-performance single-channel switch output type tilt angle switch launched by Msensor Sensor Technology. It measures tilt angles in any direction with a horizontal 360° vertical attitude. When the tilt angle exceeds the preset tilt threshold, it will output a switch signal to drive the solenoid valve.
SVT642T - High Precision Tilt Switch Dual Axis 4-Way 2-Channel
High precision of 0.01°, small size, low power consumption, high consistency and stability, dual-axis 4-way 2-channel tilt switch; operating temperature reaches industrial grade -40℃ to 85℃, the switch action point alarm threshold is calibrated at the factory, and the accompanying computer debugging software allows users to set the switch action point and trigger delay time.
SVT642T - High Precision Tilt Switch Dual Axis 4-Way 2-Channel
High precision of 0.01°, small size, low power consumption, high consistency and stability, dual-axis 4-way 2-channel tilt switch; operating temperature reaches industrial grade -40℃ to 85℃, the switch action point alarm threshold is calibrated at the factory, and the accompanying computer debugging software allows users to set the switch action point and trigger delay time.
MK322T single-axis 2-way 2-channel tilt switch - Domestic series
The MK322T Msensor sensor is a domestically developed single-axis two-way two-channel tilt switch for measuring the tilt angle of components. It uses the RTU Modbus protocol, and its internal core components, including the MCU processor, MEMS tilt unit, power circuit, and output circuit, are all produced domestically. This is aimed at domestic equipment manufacturing, overcoming the technical barriers of independent research and development.
MK322T single-axis 2-way 2-channel tilt switch - Domestic series
The MK322T Msensor sensor is a domestically developed single-axis two-way two-channel tilt switch for measuring the tilt angle of components. It uses the RTU Modbus protocol, and its internal core components, including the MCU processor, MEMS tilt unit, power circuit, and output circuit, are all produced domestically. This is aimed at domestic equipment manufacturing, overcoming the technical barriers of independent research and development.
HDS742T Dynamic Dual-Axis 4-Way 2-Channel Tilt Switch
MEMS dynamic tilt control switch can measure tilt data under moving carriers or strong vibration conditions. Dynamic measurement accuracy is 0.5°, static accuracy is 0.06°, small size, low power consumption, high consistency and stability, dual-axis 4-way 2-channel tilt switch;
HDS742T Dynamic Dual-Axis 4-Way 2-Channel Tilt Switch
MEMS dynamic tilt control switch can measure tilt data under moving carriers or strong vibration conditions. Dynamic measurement accuracy is 0.5°, static accuracy is 0.06°, small size, low power consumption, high consistency and stability, dual-axis 4-way 2-channel tilt switch;
HCM365B Full-Attitude Three-Dimensional Electronic Compass
The high-precision full-attitude three-dimensional electronic compass launched by Msensor Sensor Technology uses hard iron and soft iron calibration algorithms, allowing it to provide high-precision heading information within a 360° roll and +/-90° pitch range. It features a small size and low power consumption, making it more suitable for measurement systems sensitive to power consumption and size.
HCM365B Full-Attitude Three-Dimensional Electronic Compass
The high-precision full-attitude three-dimensional electronic compass launched by Msensor Sensor Technology uses hard iron and soft iron calibration algorithms, allowing it to provide high-precision heading information within a 360° roll and +/-90° pitch range. It features a small size and low power consumption, making it more suitable for measurement systems sensitive to power consumption and size.
HCM385 80° tilt compensation three-dimensional electronic compass - digital type
It is a high-precision three-dimensional electronic compass that uses hard iron and soft iron calibration algorithms to provide high-precision heading information within an 80° tilt range. It features a small size and low power consumption, making it more suitable for measurement systems sensitive to power and volume. The product outputs precise attitude of the carrier, which can be used in systems with full attitude rotation. This product includes hard magnetic, soft magnetic, and tilt compensation, providing high-precision measurement values after compass output calibration. It integrates three-axis fluxgate technology, calculating heading in real-time through a central processor, and uses a three-axis accelerometer for heading compensation of the tilt angle, allowing it to provide accurate heading data even in extremely harsh environments. With its small size and low power consumption, it is widely used in various fields such as oil logging, antenna pointing, vehicle navigation, and attitude systems.
HCM385 80° tilt compensation three-dimensional electronic compass - digital type
It is a high-precision three-dimensional electronic compass that uses hard iron and soft iron calibration algorithms to provide high-precision heading information within an 80° tilt range. It features a small size and low power consumption, making it more suitable for measurement systems sensitive to power and volume. The product outputs precise attitude of the carrier, which can be used in systems with full attitude rotation. This product includes hard magnetic, soft magnetic, and tilt compensation, providing high-precision measurement values after compass output calibration. It integrates three-axis fluxgate technology, calculating heading in real-time through a central processor, and uses a three-axis accelerometer for heading compensation of the tilt angle, allowing it to provide accurate heading data even in extremely harsh environments. With its small size and low power consumption, it is widely used in various fields such as oil logging, antenna pointing, vehicle navigation, and attitude systems.
HCM505 High Precision 6-Axis Full Attitude Electronic Compass - Digital Type
Integrating three-axis flux gate technology, it calculates the heading in real-time through a central processor, using an optimized extended Kalman filter algorithm, allowing it to provide real-time high-precision attitude information even in extremely harsh environments; convenient for users to apply in various fields such as satellite tracking, oil geological exploration, optical rangefinders, GPS-assisted navigation, individual combat equipment, marine surveying, underwater navigation, and mechanical control; the product can be ordered with either a complete packaged product or a circuit board.
HCM505 High Precision 6-Axis Full Attitude Electronic Compass - Digital Type
Integrating three-axis flux gate technology, it calculates the heading in real-time through a central processor, using an optimized extended Kalman filter algorithm, allowing it to provide real-time high-precision attitude information even in extremely harsh environments; convenient for users to apply in various fields such as satellite tracking, oil geological exploration, optical rangefinders, GPS-assisted navigation, individual combat equipment, marine surveying, underwater navigation, and mechanical control; the product can be ordered with either a complete packaged product or a circuit board.
HCM500 High Precision 6-Axis Full Attitude Electronic Compass - Digital Type
High-precision 6-axis full attitude electronic compass, with a long strip shape and a width of only 1.9 cm. It is composed of a highly reliable, interference-resistant industrial-grade microcontroller, high-precision tilt sensors, magnetic sensors, and driver chips. The self-developed hard and soft magnetic calibration algorithms allow the compass to eliminate the effects of magnetic fields through calibration algorithms even in environments with magnetic field interference; the tilt compensation algorithm compensates for heading over a wide range of tilt angles.
HCM500 High Precision 6-Axis Full Attitude Electronic Compass - Digital Type
High-precision 6-axis full attitude electronic compass, with a long strip shape and a width of only 1.9 cm. It is composed of a highly reliable, interference-resistant industrial-grade microcontroller, high-precision tilt sensors, magnetic sensors, and driver chips. The self-developed hard and soft magnetic calibration algorithms allow the compass to eliminate the effects of magnetic fields through calibration algorithms even in environments with magnetic field interference; the tilt compensation algorithm compensates for heading over a wide range of tilt angles.
HCM365 All-Attitude 3D Electronic Compass - Digital Type
It is a high-precision all-attitude three-dimensional electronic compass that uses hard iron and soft iron calibration algorithms, allowing it to provide high-precision heading information within a 360° roll and +/-90° pitch range. It features a small size and low power consumption, making it more suitable for measurement systems sensitive to power and volume. The product outputs precise attitude of the carrier, which can be used in systems with full attitude rotation. This product includes hard magnetic, soft magnetic, and tilt compensation, providing high-precision measurement values after compass output calibration. The three-axis fluxgate integrated with patented technology calculates heading in real-time through a central processor, using a three-axis accelerometer for heading compensation of tilt angles, ensuring accurate heading data even in extremely harsh environments. Its small size and low power consumption have led to widespread applications in various fields such as oil well logging, antenna pointing, vehicle navigation, and attitude systems.
HCM365 All-Attitude 3D Electronic Compass - Digital Type
It is a high-precision all-attitude three-dimensional electronic compass that uses hard iron and soft iron calibration algorithms, allowing it to provide high-precision heading information within a 360° roll and +/-90° pitch range. It features a small size and low power consumption, making it more suitable for measurement systems sensitive to power and volume. The product outputs precise attitude of the carrier, which can be used in systems with full attitude rotation. This product includes hard magnetic, soft magnetic, and tilt compensation, providing high-precision measurement values after compass output calibration. The three-axis fluxgate integrated with patented technology calculates heading in real-time through a central processor, using a three-axis accelerometer for heading compensation of tilt angles, ensuring accurate heading data even in extremely harsh environments. Its small size and low power consumption have led to widespread applications in various fields such as oil well logging, antenna pointing, vehicle navigation, and attitude systems.
HCM380 80° tilt compensation three-dimensional electronic compass - digital type
It is a high-precision three-dimensional electronic compass that uses hard iron and soft iron calibration algorithms to provide high-precision heading information within an 80° tilt range. It features a small size and low power consumption, making it more suitable for measurement systems sensitive to power and volume. The product outputs precise attitude of the carrier, which can be used in systems with full attitude rotation. This product includes hard magnetic, soft magnetic, and tilt compensation, with the compass outputting high-precision measurement values after calibration. The three-axis fluxgate integrated with patented technology calculates the heading in real-time through a central processor, using a three-axis accelerometer for heading compensation of the tilt angle, allowing it to provide accurate heading data even in extremely harsh environments. Its small size and low power consumption have led to widespread applications in various fields such as oil logging, antenna pointing, vehicle navigation, and attitude systems.
HCM380 80° tilt compensation three-dimensional electronic compass - digital type
It is a high-precision three-dimensional electronic compass that uses hard iron and soft iron calibration algorithms to provide high-precision heading information within an 80° tilt range. It features a small size and low power consumption, making it more suitable for measurement systems sensitive to power and volume. The product outputs precise attitude of the carrier, which can be used in systems with full attitude rotation. This product includes hard magnetic, soft magnetic, and tilt compensation, with the compass outputting high-precision measurement values after calibration. The three-axis fluxgate integrated with patented technology calculates the heading in real-time through a central processor, using a three-axis accelerometer for heading compensation of the tilt angle, allowing it to provide accurate heading data even in extremely harsh environments. Its small size and low power consumption have led to widespread applications in various fields such as oil logging, antenna pointing, vehicle navigation, and attitude systems.
MK835B Precision Series High-Precision Angle Sensor
MK835B Precision Series High-Precision Angle Sensor, range 360°, accuracy 0.02°, shell diameter Φ52mm, shaft diameter 10mm (absolute encoder, angular displacement sensor) supports setting range, adopts integrated MEMS technology, low power consumption, built-in high-precision 16-bit A/D converter, multiple output options RS232, TTL, RS485, RS422, CAN, 0-5V, 0-10V, 4-20mA, 0-20mA, 0-24mA available.
MK835B Precision Series High-Precision Angle Sensor
MK835B Precision Series High-Precision Angle Sensor, range 360°, accuracy 0.02°, shell diameter Φ52mm, shaft diameter 10mm (absolute encoder, angular displacement sensor) supports setting range, adopts integrated MEMS technology, low power consumption, built-in high-precision 16-bit A/D converter, multiple output options RS232, TTL, RS485, RS422, CAN, 0-5V, 0-10V, 4-20mA, 0-20mA, 0-24mA available.
MK415B series high-precision non-contact angle sensor
MK415B series angle sensors, 0.1º high precision measurement, multiple output options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, 0-20mA available. The housing has a diameter of 52mm and a shaft diameter of 10mm (absolute encoders, angular displacement sensors). The magnetic sensitive angle sensor uses MEMS technology to integrate nano-magnetic cluster thin film materials with differential array magnetic sensitive elements, allowing for non-contact sensing of changes in the rotating magnetic field. The system integrates a microprocessor with voltage and current transmitters and various protection circuits. Through DSP processing, it provides linearity correction, temperature compensation, standardization of output signals according to range, digital filtering, zero point setting, and programmable intelligent control with different slope settings in multiple segments.
MK415B series high-precision non-contact angle sensor
MK415B series angle sensors, 0.1º high precision measurement, multiple output options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, 0-20mA available. The housing has a diameter of 52mm and a shaft diameter of 10mm (absolute encoders, angular displacement sensors). The magnetic sensitive angle sensor uses MEMS technology to integrate nano-magnetic cluster thin film materials with differential array magnetic sensitive elements, allowing for non-contact sensing of changes in the rotating magnetic field. The system integrates a microprocessor with voltage and current transmitters and various protection circuits. Through DSP processing, it provides linearity correction, temperature compensation, standardization of output signals according to range, digital filtering, zero point setting, and programmable intelligent control with different slope settings in multiple segments.
MK380A series standard angle sensor
The MK380A series angle sensor uses MEMS technology and magnetic induction technology, with an accuracy of 0.2°. The shell has a diameter of 38mm, a shaft diameter of 6mm, and outputs options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, and 0-20mA. (Absolute value encoder, angle displacement sensor)
MK380A series standard angle sensor
The MK380A series angle sensor uses MEMS technology and magnetic induction technology, with an accuracy of 0.2°. The shell has a diameter of 38mm, a shaft diameter of 6mm, and outputs options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, and 0-20mA. (Absolute value encoder, angle displacement sensor)
MK386C series standard blind hole angle sensor
The MK386C series angle sensor uses MEMS technology and magnetic induction technology, with an accuracy of 0.2°. The shell has a diameter of 38mm, a shaft diameter of 6mm, and outputs options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, and 0-20mA. (Absolute value encoder, angular displacement sensor)
MK386C series standard blind hole angle sensor
The MK386C series angle sensor uses MEMS technology and magnetic induction technology, with an accuracy of 0.2°. The shell has a diameter of 38mm, a shaft diameter of 6mm, and outputs options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, and 0-20mA. (Absolute value encoder, angular displacement sensor)
MK210A low-cost non-contact micro angle sensor
The MK210A series has an accuracy of 0.5°, a housing diameter of 24mm, and a shaft diameter of 5mm. It offers various output options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, and 0-20mA. (Absolute encoders, angular displacement sensors) The magnetic angle sensor features contactless operation, long lifespan, high resolution, low temperature drift, excellent linearity, precise reset, high frequency response, multiple protections, anti-interference, and resistance to vibration and impact, making it suitable for various harsh industrial environments such as water, oil, gas, vibration, and shock.
MK210A low-cost non-contact micro angle sensor
The MK210A series has an accuracy of 0.5°, a housing diameter of 24mm, and a shaft diameter of 5mm. It offers various output options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, and 0-20mA. (Absolute encoders, angular displacement sensors) The magnetic angle sensor features contactless operation, long lifespan, high resolution, low temperature drift, excellent linearity, precise reset, high frequency response, multiple protections, anti-interference, and resistance to vibration and impact, making it suitable for various harsh industrial environments such as water, oil, gas, vibration, and shock.
MK385B series standard angle sensor
The MK385B series angle sensor uses MEMS technology and magnetic induction technology, with an accuracy of 0.2°. The shell has a diameter of 38mm, a shaft diameter of 6mm, and outputs options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, and 0-20mA. (Absolute value encoder, angular displacement sensor)
MK385B series standard angle sensor
The MK385B series angle sensor uses MEMS technology and magnetic induction technology, with an accuracy of 0.2°. The shell has a diameter of 38mm, a shaft diameter of 6mm, and outputs options including RS232, RS485, RS422, CAN, 0-5V, 0.5-4.5V, 0-10V, 4-20mA, and 0-20mA. (Absolute value encoder, angular displacement sensor)
DMI2500 Inclination Display Instrument
Using Kunlun Tongtai high-performance embedded MCGS touch screen, the product quickly and accurately identifies, supports wireless or wired transmission, remote monitoring, and is easy to operate. It can store data in real-time (optional); the product design features a 7-inch high-brightness TFT LCD display and is pre-installed with MCGS embedded configuration software (runtime version), which has industrial image display and data processing capabilities, and can accept user software function customization. By connecting an external tilt sensor, it can be directly used by engineering personnel as a handheld device. Transmission mode (wired or wireless optional). Wireless uses Bluetooth <10m, ZigBee <250m (optional); wired standard configuration is 1.5m (customizable for long distances); the product is easy to operate and provides a zero-point setting function, allowing for relative zero-point setting with just a light press, enhancing practical applicability and industrial reliability.
DMI2500 Inclination Display Instrument
Using Kunlun Tongtai high-performance embedded MCGS touch screen, the product quickly and accurately identifies, supports wireless or wired transmission, remote monitoring, and is easy to operate. It can store data in real-time (optional); the product design features a 7-inch high-brightness TFT LCD display and is pre-installed with MCGS embedded configuration software (runtime version), which has industrial image display and data processing capabilities, and can accept user software function customization. By connecting an external tilt sensor, it can be directly used by engineering personnel as a handheld device. Transmission mode (wired or wireless optional). Wireless uses Bluetooth <10m, ZigBee <250m (optional); wired standard configuration is 1.5m (customizable for long distances); the product is easy to operate and provides a zero-point setting function, allowing for relative zero-point setting with just a light press, enhancing practical applicability and industrial reliability.
DMI1500 Dual-axis Tilt Display Instrument
The DMI1500 dual-axis digital inclinometer is a digital inclinometer developed by Msensor Sensor for angle control and measurement in various industrial sites. It can be used with an external inclinometer sensor or with a built-in inclinometer unit, allowing it to be used directly by engineering personnel. The DMI1500 features a fast response speed and stable data. This product is compact, has multiple working modes, and can be used in conjunction with our inclinometer sensors, with transmission modes available (wired or wireless). The wireless option uses Bluetooth <10m, ZigBee <250m (optional); the wired standard is 1.5m (customizable for longer distances): RS232 <25m, RS485 <500m. The product is easy to operate and provides a zero-point setting function, allowing for relative zero-point setting with just a simple press, enhancing practical applicability and industrial reliability.
DMI1500 Dual-axis Tilt Display Instrument
The DMI1500 dual-axis digital inclinometer is a digital inclinometer developed by Msensor Sensor for angle control and measurement in various industrial sites. It can be used with an external inclinometer sensor or with a built-in inclinometer unit, allowing it to be used directly by engineering personnel. The DMI1500 features a fast response speed and stable data. This product is compact, has multiple working modes, and can be used in conjunction with our inclinometer sensors, with transmission modes available (wired or wireless). The wireless option uses Bluetooth <10m, ZigBee <250m (optional); the wired standard is 1.5m (customizable for longer distances): RS232 <25m, RS485 <500m. The product is easy to operate and provides a zero-point setting function, allowing for relative zero-point setting with just a simple press, enhancing practical applicability and industrial reliability.
DMI2300 Touch Angle Digital Display Instrument
Industrial sensor angle digital display instrument, can connect to Msensor sensors - developed for all digital output sensor data, based on a high-performance embedded system with a Linux kernel. The product quickly and accurately identifies, can transmit wirelessly or via wired connection, supports remote monitoring, is easy to operate, and can store data in real-time (optional); the product design features a 4.3-inch high-brightness TFT LCD display, and also comes pre-installed with embedded configuration software (users can program themselves), equipped with industrial image display and data processing functions, and can accept user software function customization.
DMI2300 Touch Angle Digital Display Instrument
Industrial sensor angle digital display instrument, can connect to Msensor sensors - developed for all digital output sensor data, based on a high-performance embedded system with a Linux kernel. The product quickly and accurately identifies, can transmit wirelessly or via wired connection, supports remote monitoring, is easy to operate, and can store data in real-time (optional); the product design features a 4.3-inch high-brightness TFT LCD display, and also comes pre-installed with embedded configuration software (users can program themselves), equipped with industrial image display and data processing functions, and can accept user software function customization.
DMI2700 verticality tilt detection instrument for rotary drilling pile machine
DMI2700 is a real-time monitoring system developed by Msensor Sensors for detecting the verticality and inclination of drill rods during the construction of rotary drilling and pile foundation works. It provides timely warnings, correction, and detection; it is easy to operate, accurately identifies issues, allows for remote monitoring, can store data in real-time (optional), and offers a zero-point setting function that can be completed with just a light press, enhancing practical applicability and industrial reliability.
DMI2700 verticality tilt detection instrument for rotary drilling pile machine
DMI2700 is a real-time monitoring system developed by Msensor Sensors for detecting the verticality and inclination of drill rods during the construction of rotary drilling and pile foundation works. It provides timely warnings, correction, and detection; it is easy to operate, accurately identifies issues, allows for remote monitoring, can store data in real-time (optional), and offers a zero-point setting function that can be completed with just a light press, enhancing practical applicability and industrial reliability.
DMI100 Single Axis Digital Inclinometer
The DMI100 digital inclinometer (level gauge) with a cost-performance ratio of 0.1° is compact and easy to carry. The product comes with a strong magnetic installation method, making it especially suitable for construction and mechanical installation measurements!
DMI100 Single Axis Digital Inclinometer
The DMI100 digital inclinometer (level gauge) with a cost-performance ratio of 0.1° is compact and easy to carry. The product comes with a strong magnetic installation method, making it especially suitable for construction and mechanical installation measurements!
DMI2200 Industrial Angle Digital Display - 7-inch Display
DMI2200 industrial digital angle gauge supports RS232, RS485, and RS422 communication, and can connect to the full range of angle sensors developed by Msensor Sensor. Engineers can use it handheld with an external angle sensor (encoder). It is easy to operate and provides a zero point setting function, allowing users to complete the relative zero point setting with just a light press, enhancing practical applicability and industrial reliability.
DMI2200 Industrial Angle Digital Display - 7-inch Display
DMI2200 industrial digital angle gauge supports RS232, RS485, and RS422 communication, and can connect to the full range of angle sensors developed by Msensor Sensor. Engineers can use it handheld with an external angle sensor (encoder). It is easy to operate and provides a zero point setting function, allowing users to complete the relative zero point setting with just a light press, enhancing practical applicability and industrial reliability.
ML7300 Single-axis Gyroscope Angle Meter - Navigation and Tracking
Specifically used for navigation of robotic vehicles, AVG vehicles, attitude control of drones, etc., replacing the disadvantages of traditional magnetic guiding strips used in robotic vehicles, eliminating the need to set up numerous magnetic strips on site, and achieving the essential navigation for automatic path following.
ML7300 Single-axis Gyroscope Angle Meter - Navigation and Tracking
Specifically used for navigation of robotic vehicles, AVG vehicles, attitude control of drones, etc., replacing the disadvantages of traditional magnetic guiding strips used in robotic vehicles, eliminating the need to set up numerous magnetic strips on site, and achieving the essential navigation for automatic path following.
ML7700-IMU 12-axis (angle accelerometer angular velocity magnetic field)
The inertial attitude sensor developed by Msensor Sensing's MEMS inertial measurement platform integrates X, Y, and Z-axis accelerometers, magnetic sensors, and angular rate inertial units, mainly used to measure the deflection angle, acceleration, angular velocity, and magnetic field strength of moving objects.
ML7700-IMU 12-axis (angle accelerometer angular velocity magnetic field)
The inertial attitude sensor developed by Msensor Sensing's MEMS inertial measurement platform integrates X, Y, and Z-axis accelerometers, magnetic sensors, and angular rate inertial units, mainly used to measure the deflection angle, acceleration, angular velocity, and magnetic field strength of moving objects.
ML7600-IMU nine-axis (gyroscope, accelerometer, angular velocity)
This is a nine-axis IMU attitude sensor (angle, acceleration, angular velocity) launched by Msensor Sensor Technology, mainly used to measure the deflection angle, acceleration, and angular velocity of moving objects. The product is equipped with a high-performance digital signal processing chip, uses adaptive filtering technology, and for the first time in the country, employs resonance elimination technology, solving the zero drift and random walk of angular velocity caused by noise or vibration interference sources in ordinary gyroscopes. It introduces advanced temperature compensation technology from abroad to filter out temperature drift issues.
ML7600-IMU nine-axis (gyroscope, accelerometer, angular velocity)
This is a nine-axis IMU attitude sensor (angle, acceleration, angular velocity) launched by Msensor Sensor Technology, mainly used to measure the deflection angle, acceleration, and angular velocity of moving objects. The product is equipped with a high-performance digital signal processing chip, uses adaptive filtering technology, and for the first time in the country, employs resonance elimination technology, solving the zero drift and random walk of angular velocity caused by noise or vibration interference sources in ordinary gyroscopes. It introduces advanced temperature compensation technology from abroad to filter out temperature drift issues.
AgileLightNS100 Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, impact resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-NS100 fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. Its low zero bias stability and angle random walk, along with vibration resistance, make it suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
AgileLightNS100 Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, impact resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-NS100 fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. Its low zero bias stability and angle random walk, along with vibration resistance, make it suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
AgileLight300B Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, shock resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-300B fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. With extremely low zero bias stability and angle random walk, as well as vibration resistance, it is suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
AgileLight300B Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, shock resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-300B fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. With extremely low zero bias stability and angle random walk, as well as vibration resistance, it is suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
AgileLight300A Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, impact resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-300A fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. With low zero bias stability and angle random walk, as well as strong vibration resistance, it is suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
AgileLight300A Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, impact resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-300A fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also significantly enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. With low zero bias stability and angle random walk, as well as strong vibration resistance, it is suitable for various harsh industrial environments, and its compact structure is ideal for motion sensing, platform stabilization, navigation, and precise targeting.
ZB-MK900 three-axis accelerometer - wireless transmission
Based on IoT technology, Bluetooth, and Zigbee (optional) wireless transmission technology, all internal circuits are optimized for design, ensuring long-term stability and minimal zero drift. It can automatically enter a low-power sleep mode, thus freeing itself from dependence on the usage environment; Industrial-grade device wireless transmission distance: Bluetooth <50 meters, Zigbee <1600 meters.
ZB-MK900 three-axis accelerometer - wireless transmission
Based on IoT technology, Bluetooth, and Zigbee (optional) wireless transmission technology, all internal circuits are optimized for design, ensuring long-term stability and minimal zero drift. It can automatically enter a low-power sleep mode, thus freeing itself from dependence on the usage environment; Industrial-grade device wireless transmission distance: Bluetooth <50 meters, Zigbee <1600 meters.
MK927 three-axis accelerometer - small size
The product has a small volume, low power consumption, and after calibration, the structure is fixed and the output is stable. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overcurrent. The long-term stability of the proportional factor and the typical deviation value is less than 0.1% across the full range. This series of products features a fixed structure, low power consumption, and excellent deviation stability, ensuring reliable and stable output.
MK927 three-axis accelerometer - small size
The product has a small volume, low power consumption, and after calibration, the structure is fixed and the output is stable. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overcurrent. The long-term stability of the proportional factor and the typical deviation value is less than 0.1% across the full range. This series of products features a fixed structure, low power consumption, and excellent deviation stability, ensuring reliable and stable output.
MK925 Three-Axis Accelerometer - CAN
This is a series of widely used accelerometers produced by Msensor Sensor Technology Co., Ltd. using core technology. They can be applied in various fields such as vibration testing and impact testing. The products use digital interface output, with optional CAN/CANopen, and can be set with different ID codes, allowing multiple sensors to be connected in series over long distances for convenient multi-point measurement data and data analysis. The products are small in size, low in power consumption, calibrated, structurally fixed, and have stable output. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overcurrent, with long-term stability of the proportional factor and typical deviation values of less than 0.1% across the full range. This series of products features fixed structure, low power consumption, and excellent deviation stability, ensuring reliable output stability.
MK925 Three-Axis Accelerometer - CAN
This is a series of widely used accelerometers produced by Msensor Sensor Technology Co., Ltd. using core technology. They can be applied in various fields such as vibration testing and impact testing. The products use digital interface output, with optional CAN/CANopen, and can be set with different ID codes, allowing multiple sensors to be connected in series over long distances for convenient multi-point measurement data and data analysis. The products are small in size, low in power consumption, calibrated, structurally fixed, and have stable output. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overcurrent, with long-term stability of the proportional factor and typical deviation values of less than 0.1% across the full range. This series of products features fixed structure, low power consumption, and excellent deviation stability, ensuring reliable output stability.
MK928 three-axis accelerometer - current type
This is a series of widely used accelerometers produced by Msensor Sensor Technology Co., Ltd. using core technology. It can be applied in various fields such as vibration testing and impact testing. Output interface: 4~20mA. The MK928 is a monocrystalline silicon capacitive sensor, composed of a silicon chip processed by micromechanics, a low-power ASIC for signal adjustment, a microprocessor for storing compensation values, and a temperature sensor. The product is small in size, low in power consumption, calibrated, structurally fixed, and has stable output. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overvoltage, with long-term stability of the proportional factor and typical deviation values less than 0.1% across the full range. This series of products features fixed structure, low power consumption, and excellent deviation stability, ensuring reliable output stability.
MK928 three-axis accelerometer - current type
This is a series of widely used accelerometers produced by Msensor Sensor Technology Co., Ltd. using core technology. It can be applied in various fields such as vibration testing and impact testing. Output interface: 4~20mA. The MK928 is a monocrystalline silicon capacitive sensor, composed of a silicon chip processed by micromechanics, a low-power ASIC for signal adjustment, a microprocessor for storing compensation values, and a temperature sensor. The product is small in size, low in power consumption, calibrated, structurally fixed, and has stable output. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overvoltage, with long-term stability of the proportional factor and typical deviation values less than 0.1% across the full range. This series of products features fixed structure, low power consumption, and excellent deviation stability, ensuring reliable output stability.
MK920 three-axis accelerometer - voltage type
The series of widely used accelerometers produced by Msensor Sensor Technology Co., Ltd. is based on core technology. They can be applied in various fields such as vibration testing and impact testing. Output interface: 0~5V. The MK920 is a monocrystalline silicon capacitive sensor, consisting of a silicon chip processed by micromechanics, a low-power ASIC for signal adjustment, a microprocessor for storing compensation values, and a temperature sensor. The product is small in size, low in power consumption, calibrated, structurally fixed, and has stable output. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overvoltage, with long-term stability of the proportional factor and typical deviation of less than 0.1% across the full range. This series of products features fixed structure, low power consumption, and excellent deviation stability, ensuring reliable output stability.
MK920 three-axis accelerometer - voltage type
The series of widely used accelerometers produced by Msensor Sensor Technology Co., Ltd. is based on core technology. They can be applied in various fields such as vibration testing and impact testing. Output interface: 0~5V. The MK920 is a monocrystalline silicon capacitive sensor, consisting of a silicon chip processed by micromechanics, a low-power ASIC for signal adjustment, a microprocessor for storing compensation values, and a temperature sensor. The product is small in size, low in power consumption, calibrated, structurally fixed, and has stable output. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overvoltage, with long-term stability of the proportional factor and typical deviation of less than 0.1% across the full range. This series of products features fixed structure, low power consumption, and excellent deviation stability, ensuring reliable output stability.
MK926 three-axis accelerometer - digital type
This is a series of widely used accelerometers produced by Msensor Sensor Technology Co., Ltd. using core technology. They can be applied in various fields such as vibration testing and impact testing. The products use digital interface output, with options for RS232/RS485/TTL/RS422/MODBUS, and can be set with different address codes, allowing multiple sensors to be connected in series for convenient multi-point measurement and data analysis. The products are compact, low power consumption, calibrated, structurally fixed, and have stable output. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overcurrent, with long-term stability of the proportional factor and typical deviation values less than 0.1% across the full range. This series of products features fixed structure, low power consumption, and excellent deviation stability, ensuring reliable output stability.
MK926 three-axis accelerometer - digital type
This is a series of widely used accelerometers produced by Msensor Sensor Technology Co., Ltd. using core technology. They can be applied in various fields such as vibration testing and impact testing. The products use digital interface output, with options for RS232/RS485/TTL/RS422/MODBUS, and can be set with different address codes, allowing multiple sensors to be connected in series for convenient multi-point measurement and data analysis. The products are compact, low power consumption, calibrated, structurally fixed, and have stable output. The new electronic configuration provides a solid-state power supply for reset and comprehensive protection against overcurrent, with long-term stability of the proportional factor and typical deviation values less than 0.1% across the full range. This series of products features fixed structure, low power consumption, and excellent deviation stability, ensuring reliable output stability.
MK8600 three-axis vibration sensor
It can directly output the three-axis vibration velocity, angle, amplitude (displacement), frequency, and temperature of the object, determining whether the measured object (bridge, wind turbine, rotating machinery bearing vibration measurement and real-time monitoring) is damaged.
MK8600 three-axis vibration sensor
It can directly output the three-axis vibration velocity, angle, amplitude (displacement), frequency, and temperature of the object, determining whether the measured object (bridge, wind turbine, rotating machinery bearing vibration measurement and real-time monitoring) is damaged.
An instrument for long-term automatic monitoring of horizontal displacement and tilt of dams, deep foundations, slopes, foundations, building bridges, and mooring platforms. This instrument is certified by metrology institutions and has passed numerous engineering tests.
An instrument for long-term automatic monitoring of horizontal displacement and tilt of dams, deep foundations, slopes, foundations, building bridges, and mooring platforms. This instrument is certified by metrology institutions and has passed numerous engineering tests.
Msensor Sensor's research and development production targets situations where conventional portable inclinometers are difficult to read on-site. The measurement unit can be reused in series or parallel with the inclinometer tube, outputting signals in RS485 Modbus protocol. It can directly display the structural deviation angles at different depths of the measurement hole, and then calculate the horizontal displacement based on trigonometric relationships, while simultaneously measuring the temperature at the embedded point, making it easy to connect to the customer's data acquisition system.
Msensor Sensor's research and development production targets situations where conventional portable inclinometers are difficult to read on-site. The measurement unit can be reused in series or parallel with the inclinometer tube, outputting signals in RS485 Modbus protocol. It can directly display the structural deviation angles at different depths of the measurement hole, and then calculate the horizontal displacement based on trigonometric relationships, while simultaneously measuring the temperature at the embedded point, making it easy to connect to the customer's data acquisition system.
AgileLight IM600 Digital Display 3D Attitude Inclinometer
The product applies the principle of magnetic flux gate in the United States and automatic magnetic interference compensation technology. It can still accurately display the direction angle and find the true north position when the product is tilted up to ±80 degrees. The product has three angle alarm setting functions; for example, if 0 degrees is set as the alarm point, when the product turns to the 0 degree (true north) position, it will activate the buzzer to remind the operator to use it, and when not in use, the display screen can be used to find north.
AgileLight IM600 Digital Display 3D Attitude Inclinometer
The product applies the principle of magnetic flux gate in the United States and automatic magnetic interference compensation technology. It can still accurately display the direction angle and find the true north position when the product is tilted up to ±80 degrees. The product has three angle alarm setting functions; for example, if 0 degrees is set as the alarm point, when the product turns to the 0 degree (true north) position, it will activate the buzzer to remind the operator to use it, and when not in use, the display screen can be used to find north.
HLI-106T hydraulic static level gauge
It is a high-precision liquid level measuring instrument used to measure the relative settlement of various measurement points of foundations and buildings. It consists of a liquid storage tank, a high-precision core, specially customized circuit modules, protective covers, and other components. It is suitable for measuring small range and high precision settlement displacements. The static level gauge is a high-precision liquid level measuring instrument used to measure the relative settlement of various measurement points of foundations and buildings. Application sites include large buildings such as hydropower station plants, dams, high-rise buildings, nuclear power plants, water conservancy hub projects, railways, subways, high-speed rail, and the measurement of uneven settlement at various points in comprehensive utility tunnels. The HLI-106T is a product specifically designed for settlement monitoring in comprehensive utility tunnels.
HLI-106T hydraulic static level gauge
It is a high-precision liquid level measuring instrument used to measure the relative settlement of various measurement points of foundations and buildings. It consists of a liquid storage tank, a high-precision core, specially customized circuit modules, protective covers, and other components. It is suitable for measuring small range and high precision settlement displacements. The static level gauge is a high-precision liquid level measuring instrument used to measure the relative settlement of various measurement points of foundations and buildings. Application sites include large buildings such as hydropower station plants, dams, high-rise buildings, nuclear power plants, water conservancy hub projects, railways, subways, high-speed rail, and the measurement of uneven settlement at various points in comprehensive utility tunnels. The HLI-106T is a product specifically designed for settlement monitoring in comprehensive utility tunnels.
AgileLightIM100 Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, shock resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-IM100 fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. Its low zero bias and angle random walk, along with strong vibration resistance, make it perfectly suitable for the field of tilt measurement. Its high performance, adaptability to harsh environments, uniquely designed structure, and competitive price make it the preferred choice for tilt gyroscopes.
AgileLightIM100 Fiber Optic Gyroscope
It is an interference-type digital closed-loop single-axis fiber optic gyroscope, featuring a large operating bandwidth, high resolution, low zero drift, high linearity, short startup time, shock resistance, vibration resistance, and low cost, making it a replacement for traditional mechanical gyroscopes. The AgileLight-IM100 fiber optic gyroscope employs unique IntelliProcess technology, which not only eliminates the impact of temperature changes on gyroscope performance but also enhances key indicators of fiber optic gyroscopes such as zero bias stability, angle random walk, scale factor linearity, and stability. Its low zero bias and angle random walk, along with strong vibration resistance, make it perfectly suitable for the field of tilt measurement. Its high performance, adaptability to harsh environments, uniquely designed structure, and competitive price make it the preferred choice for tilt gyroscopes.
HMI-336T Digital Output Three-Axis Inclinometer
It is a digital output dual-axis inclinometer launched by Msensor Sensor Technology for the industrial field control, equipped with a high-precision 16-bit A/D converter. Through n-order filtering algorithms, it ultimately outputs dual-axis inclination values. Output interfaces include RS232, RS485, RS422, TTL, Modbus, and CAN bus options.
HMI-336T Digital Output Three-Axis Inclinometer
It is a digital output dual-axis inclinometer launched by Msensor Sensor Technology for the industrial field control, equipped with a high-precision 16-bit A/D converter. Through n-order filtering algorithms, it ultimately outputs dual-axis inclination values. Output interfaces include RS232, RS485, RS422, TTL, Modbus, and CAN bus options.
HIM335 9-axis attitude and heading reference system
Three-axis (gyroscope, accelerometer, magnetometer) and temperature sensor, precise attitude measurement in motion and vibration harsh environments, high-performance drift stability, 100HZ update rate, wide temperature range: -40℃~+85℃, output interface: TTL/RS232 optional. By collecting sensor data and fusing with Kalman filtering, real-time attitude data is output. Due to the use of three-axis accelerometers, three-axis magnetic sensors, three-axis gyroscopes, and temperature compensation algorithm technology, this product achieves excellent stability and real-time performance in all attitudes, widely used in various motion attitude monitoring fields. It is beneficial for users' secondary development. It can be widely applied in electromechanical equipment that requires high dynamic balance, such as model aircraft, drones, and robots.
HIM335 9-axis attitude and heading reference system
Three-axis (gyroscope, accelerometer, magnetometer) and temperature sensor, precise attitude measurement in motion and vibration harsh environments, high-performance drift stability, 100HZ update rate, wide temperature range: -40℃~+85℃, output interface: TTL/RS232 optional. By collecting sensor data and fusing with Kalman filtering, real-time attitude data is output. Due to the use of three-axis accelerometers, three-axis magnetic sensors, three-axis gyroscopes, and temperature compensation algorithm technology, this product achieves excellent stability and real-time performance in all attitudes, widely used in various motion attitude monitoring fields. It is beneficial for users' secondary development. It can be widely applied in electromechanical equipment that requires high dynamic balance, such as model aircraft, drones, and robots.
IMU-GI7635 Fiber Optic Inertial/Satellite Combined Navigation
The XW-GI7635 features a built-in high-precision inertial measurement unit that can autonomously find north; when combined with two dual-frequency GNSS receivers, it outputs the system azimuth angle and can also output the yaw angle, making it more suitable for various environmental applications. When satellite signals are completely blocked, the device enters inertial navigation mode, and with the high-precision fiber optic IMU, it can maintain good measurement accuracy for a certain period of time. The XW-GI7635 has three built-in modes: vehicle mode, marine mode, and airborne mode. It can support the introduction of devices such as odometers, airspeed sensors, and DVL (Doppler Velocity Log) for speed compensation based on user needs.
IMU-GI7635 Fiber Optic Inertial/Satellite Combined Navigation
The XW-GI7635 features a built-in high-precision inertial measurement unit that can autonomously find north; when combined with two dual-frequency GNSS receivers, it outputs the system azimuth angle and can also output the yaw angle, making it more suitable for various environmental applications. When satellite signals are completely blocked, the device enters inertial navigation mode, and with the high-precision fiber optic IMU, it can maintain good measurement accuracy for a certain period of time. The XW-GI7635 has three built-in modes: vehicle mode, marine mode, and airborne mode. It can support the introduction of devices such as odometers, airspeed sensors, and DVL (Doppler Velocity Log) for speed compensation based on user needs.
MK-IMU550 Inertial MEMS Measurement Unit
The product features low cost, small size, impact and vibration resistance, high reliability, stable performance, high cost-effectiveness, and full-range temperature compensation. It can be customized for secondary development based on user needs, suitable for different levels of user requirements.
MK-IMU550 Inertial MEMS Measurement Unit
The product features low cost, small size, impact and vibration resistance, high reliability, stable performance, high cost-effectiveness, and full-range temperature compensation. It can be customized for secondary development based on user needs, suitable for different levels of user requirements.
IMU-GI700 Fiber Optic Inertial Navigation System
The product is equipped with a full-temperature high-precision closed-loop fiber optic gyroscope and a high-precision quartz accelerometer. With the help of innovative inertial device error calibration compensation and strapdown navigation technology, it can achieve autonomous north-seeking accuracy and autonomous navigation accuracy.
IMU-GI700 Fiber Optic Inertial Navigation System
The product is equipped with a full-temperature high-precision closed-loop fiber optic gyroscope and a high-precision quartz accelerometer. With the help of innovative inertial device error calibration compensation and strapdown navigation technology, it can achieve autonomous north-seeking accuracy and autonomous navigation accuracy.
SC-GNSS200 Dual BDS/GPS Positioning and Orientation Board
It is a dual positioning directional board card. This product uses carrier phase measurement technology to accurately calculate the position information of two antennas and the angle between the line connecting the phase centers of the two antennas and true north.
SC-GNSS200 Dual BDS/GPS Positioning and Orientation Board
It is a dual positioning directional board card. This product uses carrier phase measurement technology to accurately calculate the position information of two antennas and the angle between the line connecting the phase centers of the two antennas and true north.
MK-GNSS360 Satellite Navigation Measurement
It can provide information on the carrier's position, speed, time, heading, and pitch angle. By using GNSS Samsung seven-frequency signals and integrating heading calculation algorithms, it accurately calculates the position information of the antenna and the angle (heading angle) between the line connecting the phase centers of the two antennas and true north.
MK-GNSS360 Satellite Navigation Measurement
It can provide information on the carrier's position, speed, time, heading, and pitch angle. By using GNSS Samsung seven-frequency signals and integrating heading calculation algorithms, it accurately calculates the position information of the antenna and the angle (heading angle) between the line connecting the phase centers of the two antennas and true north.
VG-Q5H Agricultural Machinery Deep Tillage Measurement System
Economic, efficient, practical; small in size, light in weight, flexible in operation, safe and convenient, suitable for various agricultural operations such as ridge support, trenching, and soil cultivation, making it a powerful assistant for deep tillage machines.
VG-Q5H Agricultural Machinery Deep Tillage Measurement System
Economic, efficient, practical; small in size, light in weight, flexible in operation, safe and convenient, suitable for various agricultural operations such as ridge support, trenching, and soil cultivation, making it a powerful assistant for deep tillage machines.
VG-A3T Dual-channel Hydraulic Automatic Leveling Controller
This is a leveling controller for hydraulic applications launched by Msensor Sensors. The product is convenient and intuitive, capable of displaying the tilt angle of the measured object in real-time. It is easy to operate, has strong vibration and interference resistance, and no lag. The wiring is simple, and operation is convenient. It can control the level of agricultural machinery in a vibrating environment. It responds quickly and adjusts in real-time, allowing users to set alarm thresholds and delay alarm threshold times themselves, with manual and automatic switching achieved through a gear switch.
VG-A3T Dual-channel Hydraulic Automatic Leveling Controller
This is a leveling controller for hydraulic applications launched by Msensor Sensors. The product is convenient and intuitive, capable of displaying the tilt angle of the measured object in real-time. It is easy to operate, has strong vibration and interference resistance, and no lag. The wiring is simple, and operation is convenient. It can control the level of agricultural machinery in a vibrating environment. It responds quickly and adjusts in real-time, allowing users to set alarm thresholds and delay alarm threshold times themselves, with manual and automatic switching achieved through a gear switch.
DMI2700 verticality tilt detection instrument for rotary drilling pile machine
DMI2700 is a real-time monitoring system developed by Msensor Sensors for detecting the verticality and inclination of drill rods during the construction of rotary drilling and pile foundation works. It provides timely warnings, correction, and detection; it is easy to operate, accurately identifies issues, allows for remote monitoring, can store data in real-time (optional), and offers a zero-point setting function that can be completed with just a light press, enhancing practical applicability and industrial reliability.
DMI2700 verticality tilt detection instrument for rotary drilling pile machine
DMI2700 is a real-time monitoring system developed by Msensor Sensors for detecting the verticality and inclination of drill rods during the construction of rotary drilling and pile foundation works. It provides timely warnings, correction, and detection; it is easy to operate, accurately identifies issues, allows for remote monitoring, can store data in real-time (optional), and offers a zero-point setting function that can be completed with just a light press, enhancing practical applicability and industrial reliability.
DMI2600 verticality tilt detection instrument for rotary drilling pile machine
DMI2600 is a real-time monitoring system developed by Msensor Sensors for detecting the verticality and inclination of drill rods during the construction of rotary drilling and pile foundation works. It provides timely warnings, corrections, and detection. The operation is simple, accurately identifies issues, allows for remote monitoring, can store data in real-time (optional), and offers a zero-point setting function that can be completed with just a light press, enhancing practical applicability and industrial reliability.
DMI2600 verticality tilt detection instrument for rotary drilling pile machine
DMI2600 is a real-time monitoring system developed by Msensor Sensors for detecting the verticality and inclination of drill rods during the construction of rotary drilling and pile foundation works. It provides timely warnings, corrections, and detection. The operation is simple, accurately identifies issues, allows for remote monitoring, can store data in real-time (optional), and offers a zero-point setting function that can be completed with just a light press, enhancing practical applicability and industrial reliability.
Wireless transmission module, industrial-grade product; Bluetooth, ZigBee, DTU (GSM), WIFI optional; the wireless digital signal transmission method eliminates the cumbersome wiring caused by long cable transmission and noise interference; suitable for safety monitoring systems in industrial sites, construction, and civil engineering, industrial-grade equipment for long-distance wireless transmission.
Wireless transmission module, industrial-grade product; Bluetooth, ZigBee, DTU (GSM), WIFI optional; the wireless digital signal transmission method eliminates the cumbersome wiring caused by long cable transmission and noise interference; suitable for safety monitoring systems in industrial sites, construction, and civil engineering, industrial-grade equipment for long-distance wireless transmission.
Double-shielded transmission line, RVVP 2-core to 24-core, 0.15-0.75 square, pure copper cable wire sheath double-shielded signal control wire.
Double-shielded transmission line, RVVP 2-core to 24-core, 0.15-0.75 square, pure copper cable wire sheath double-shielded signal control wire.
Users can customize aviation connectors such as 4PIN, 5PIN, 6PIN, 7PIN, and waterproof joints.
Users can customize aviation connectors such as 4PIN, 5PIN, 6PIN, 7PIN, and waterproof joints.
CANUSB-1.4 Serial USB to CAN-BUS bidirectional transparent transmission module, supports USB to CAN 2.0, CANopen protocol CAN bus analyzer.
CANUSB-1.4 Serial USB to CAN-BUS bidirectional transparent transmission module, supports USB to CAN 2.0, CANopen protocol CAN bus analyzer.
4-port industrial-grade optical isolation RS-485 hub; designed with a metal shell, the input and output use terminal block interfaces, equipped with pluggable terminal blocks, making it flexible and convenient to use.
4-port industrial-grade optical isolation RS-485 hub; designed with a metal shell, the input and output use terminal block interfaces, equipped with pluggable terminal blocks, making it flexible and convenient to use.
The UT-880 is a universal USB/RS-232 converter with stable transmission and convenient dual-chip import, requiring no external power and compatible with USB and RS232 standards.
The UT-880 is a universal USB/RS-232 converter with stable transmission and convenient dual-chip import, requiring no external power and compatible with USB and RS232 standards.
Inclination monitoring
X, Y axis, industrial design, small size, low power consumption
Compass heading
X, Y, Z three axis, attitude calculation measurement algorithm
Imu inertial sensor
Three-axis angle, angular velocity, acceleration, magnetic field measurement
Attitude heading reference system
Meet the static, dynamic, high and low temperature of a variety of complex environmental use
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