Appearance Patent No.:ZL 201830752892.X CE certification: AT011611741E FCC certification: AT011611742E RoSH certification: 18300RC20410801 Technical Manual

○ CE certification number: AT011611741E ○ FCC certification number: AT011611742E ○ RoHS certification number: 18300RC20410801 ○ China National Intellectual Property Appearance Patent (Patent No.: ZL 201830752892.X) ○ Revision time:2024-08-07 Note: Product functions, parameters, appearance, etc. will be adjusted along with technological upgrades. Please contact our pre-sales business for confirmation when purchasing. Disclaimer This product is developed exclusively for commercial applications and is prohibited from being used for illegal purposes, such as military activities, research related...

▶ INTRODUCTION SCA116T & SCA126T is a CAN2.0A output single and dual axis tilt sensor for industrial field control. It adopts industry standard isolated CAN transceiver, built-in high-precision A / D differential converter, and can be measured through a 5th order filtering algorithm. The sensor outputs the tilt and pitch angle relative to the horizontal plane. Due to the built-in high-precision digital temperature sensor of ADI, the temperature drift of the sensor can be corrected according to the change of the built-in temperature sensor to ensure the high repeatability of the product in low...

Measure range Measure axis Absolute accuracy Long term stability Zero Temp. coefficient Sensitivity temp.coefficient Power-on start time Response time Output rate Output signal Insulation Resistance Impact resistance ≥100 MΩ 100g@11ms, 3 Axial Direction (Half Sinusoid) Anti-vibration Protection grade Cables Weight 10grms、10～1000Hz IP67 Standard as 1-meter length, wear-resistant, oil-proof, wide temperature, shielded cable 4 * 0.4mm2 ≤220g (including 1 meter cable) ▶ ELECTRONIC CHARACTERISTICS PARAMETERS Power supply voltage Working current

SCA116T/SCA126T CAN2.0A OUTPUT INCLINOMETER Key words: Resolution: It refers to the smallest change value that the sensor can detect and distinguish in the measurement range. Absolute accuracy: Refers to the combined error of absolute linearity, repeatability, hysteresis, zero deviation, and horizontal axis error of the sensor under normal temperature conditions. Long-term stability: refers to the deviation between the maximum value and the minimum value of the sensor under normal temperature conditions after a year of long-term work. Response time: It refers to the time required for the sensor...

▶ ELECTRICAL CONNECTION Shell Package Wiring Definition Color Function PCB board wiring definition Color Function ▶ SIZE PCBA BOARD SIZE PCBA size: L46.5×W35.5×H112.5mm Installation size: L37×W29×H2mm Ounting screws: 4 M3 screws SHELL SIZE Shell size: L90×W40×H26mm Installation size: L78×W29×H4.5mm Ounting screws: 4

▶ INSTALLATION DIRECTION During installation, keep the sensor mounting surface parallel to the target surface to be measured, and reduce the impact of dynamics and acceleration on the sensor. This product can be installed horizontally or vertically, please refer to the following diagram for the installation method: ▶ COMMUNICATION PROTOCOL 1): Modify the node number, the ID bit width is 11 bits, and the default node number is 0x05

SCA116T/SCA126T CAN2.0A OUTPUT INCLINOMETER CAN-ID Table 1-3 Request message format CAN-ID Table 1-4 Response message format Note: If the controller sends CAN-ID = 0x600 + 0x05, send data: 40 10 10 00 10 00 00 00 The sensor returns CAN-ID = 0x580 + 0x05 (default), and returns the data: 40 10 10 00 10 00 00 00 After re-powering, the received frame ID is 0x590 (0x580 + 0x10), indicating that the frame ID was successfully modified. 2) Set the CAN baud rate CAN-ID Table 1-5 Request message format CAN-ID Table 1-6 Response message format Note: 5th byte (Baud) is 0x01, 0x02, 0x03, 0x04. 0x01 stands...

SCA116T/SCA126T CAN2.0A OUTPUT INCLINOMETER XH, the lower 8 bits are XL, and the sign bit is Xsign. Convert the 16-bit binary number to a decimal number, then divide by 100, and the result is the angle. Xsign = 0x00, the angle is positive, Xsign = 0x01, the angle is negative. For example, XL = 0x26, XH = 0x15, Xsign = 0x01, the angle is -54.14 XH XL 0x15 0x26 0x1526 (5414) 5414/100 = 54.14 ° Xsign = 0x01, the final result is -54.14 °