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MDA416T/426T--CAN2.0B Dynamic Inclinometer SPECIFICATIONS Model: MDA416T/MDA426T Description: CAN2.0B Dynamic Inclinometer Production implementation standard reference • ISO9001:2008 ( Certificate no.: 128101 ) •CE:AT011611741E FCC:AT011611742E • Tilt sensor production standards: GB /T 191 SJ 20873-2003 inclinometer general specification of Level • The Academy of metrology and quality inspection Calibrated in accordance to: JJF1119-2004 Electronic Level calibration Specification • Gyro accelerometer test standard: QJ 2318-92 Gyro accelerometer test methods •Software development reference standard: GJB 2786A-2009 military software development General requirements • Product environmental testing standards: GJB150 • Electromagnetic anti-interference test standards: GB /T 17626 • Version: Ver.01 • Date:2017.09.01
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MDA416T/426T--CAN2.0B Dynamic Inclinometer Description The MDA416T-MDA426T series is a new dynamic measuring small-volume MEMS tilt sensor from RION that accurately measures the attitude of the motion carrier. The built-in dual-channel Earth Gravity Inclination Unit converts into a tilt angle change by measuring static gravitational acceleration. Thereby the tilt and pitch angle of the sensor output relative to the horizontal plane can be measured. Output mode RS232, RS485 level interface standard is optional. Due to the built-in MCU control system, the linearity of the sensor output is...
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MDA416T/426T--CAN2.0B Dynamic InclinometerOrdering Information: Technical Data Parameters
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MDA416T/426T--CAN2.0B Dynamic InclinometerElectronic Characteristics Parameters Resolution: It means that the sensor can detect and distinguish the smallest change value measured within the measurement range. Absolute Accuracy: Absolute accuracy is the combined error of the sensor's absolute linearity, repeatability, hysteresis, zero offset, and horizontal axis error at ambient temperature. Response Time: The response time is the time it takes for the sensor output to reach the standard value when the sensor changes at an angle. Mechanical Parameters o Connectors: 1m lead cable...
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MDA416T/426T--CAN2.0B Dynamic Inclinometer Installation Install the sensor mounting surface parallel to the surface of the object being measured and reduce the effects of dynamics and acceleration on the sensor. This product can be installed horizontally or vertically (vertical installation can only be applied to single axis). For the installation method, please refer to the following diagram: Mounting surface Mounting surface Install downward install upwards horizontally
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Product electrical connection Line color function
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MDA416T/426T--CAN2.0B Dynamic InclinometerCommunication Protocol communication protocol: 1): Revise node number,ID byte wide is 29, default node number is 0x05 Table 1-6 response message format Remark: Fifth byte(Baud) is 0x01 „ 0x02N 0x03N 0x04. In which 0x01 represent baud rate to be 500K bps, 0x02 represent baud rate to be 250K bps, 0x03 represent baud rate to be 125K bps, 0x04 represent baud rate to be 100K bps, default baud rate is 125K bps. Send above direct, restart the sensor after receiveing returned data, then modification of baud rate is finished.
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MDA416T/426T--CAN2.0B Dynamic Inclinometer 3 ) Analysis of angle data 1 \ data to be output after sensor’s activation, message format as below:
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