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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B

SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B
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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B - 1

SDA126T- CAN2.0B Dynamic dual axis inclinometer SPECIFICATIONS Item No.：SDA126T-CAN2.0B Desc.：CAN2.0B Dynamic Dual axis Inclinometer Production implementation standard reference ● Enterprise quality system standards: ISO9001: 2008 standard (certification number: 128101) ● 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.0

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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B - 2

SDA126T- CAN2.0B Dynamic dual axis inclinometer • Measuring Range :±1~±90° optional •Wide temperature working: -40~+85°C • IP67 protection class •Small size :L90*W40*H26mm General Description SDA126T is a CAN 2.0B output dual-axis dynamic inclinometer newly developed by RION's D & R for the industrial field control, the product can be used in the fast moving car construction machinery, Compared to static tilt switch can anti acceleration effect,using industry standard isolated CAN transceiver, built-in high-precision A/D differential converter, by 5 filtering algorithm, which can...

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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B - 3

SDA126T- CAN2.0B Dynamic dual axis inclinometer Ordering information: Parameters C

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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B - 4

SDA126T- CAN2.0B Dynamic dual axis inclinometer Shockproof *This Technical data only list ± 10 °, ± 30 °, ± 60 °, + 90 ° series for reference, other measuring range please refer to the adjacent parameters Electronic Characteristics Resolution: Refers to the sensor in measuring range to detect and identify the smallest changed value. Absolute accuracy: Refers to in the normal temperature circumstances,the sensor absolute linearity, repeatability, hysteresis, zero deviation, and transverse error comprehensive error. Long term stability : Refers to the sensors in normal temperature conditions,...

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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B - 5

SDA126T- CAN2.0B Dynamic dual axis inclinometer Working Principle Adopt the European import of core control unit, using the capacitive micro pendulum principle and the earth gravity principle, when the the inclination unit is tilted, the Earth's gravity on the corresponding pendulum will produce a component of gravity, corresponding to the electric capacity will change, , by enlarge the amount of electric capacity , filtering and after conversion then get the inclination. Measuring Directions&Fix The installation must guarantee the product bottom is parallel to measured face， reduce the...

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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B - 6

SDA126T- CAN2.0B Dynamic dual axis inclinometer Production installation notes: Please follow the correct way to install tilt sensor, incorrect installation can cause measurement errors, with particular attention to the "surface", "line":: 1) The Sensor mounting surface and the measured surface must be fixed closely, smoothly, stability,if mounting surface uneven likely to cause the sensor to measure the angle error. See Figure Pic.AB 2) The sensor axis and the measured axis must be parallel ,the two axes do not produce the angle as much as possible. See Figure Pic.CD Electrical Connection...

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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B - 7

SDA126T- CAN2.0B Dynamic dual axis inclinometer CAN-ID Table 1-4 response message format Remark: if controller send CAN-ID=0x600+0x05, sended data: 40 10 10 00 10 00 00 00 Transducer return CAN-ID=0x580+0x05 ( default) , returned data: 40 10 10 00 10 00 00 00, received frame after restarting ID is 0x590(0x580+0x10), the data represent successful modification of frame ID. 2) CAN baud rate setting CAN-ID followed by 8 bytes parameter, previous 3 bytes is forX axis, the followed 3 bytes is for Y axis, lower bytes are at the front part, the higher bytes are at the behind part.

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SDA126T-CAN2.0B Dynamic Tilt Sensor /Dual axis /CAN2.0B - 8

SDA126T- CAN2.0B Dynamic dual axis inclinometer Example for angle convert: Angle data of X axis is combined by 16 binary numbers, 8 high numbers are XH, 8 low numbers are XL, sign bit is Xsign. Convert the above 16 binary numbers into decimal numbers and divided by 100, then the result is angle data. If Xsign=0x00, angle is positive, if Xsign=0x01, angle is negative. eg, XL=0x26, XH=0x15, Xsign=0x01 , angle is-54.14 XH XL 0x15 0x26 4) Output rate setting ( Factory default output 0x06: 25Hz ) Freq: 0x00: close output; 0x04:15Hz; 0x08: 50Hz; ^More products information, please refer to the...

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