STS STANDARD OUTPUT TILT SENSOR Product manual V1.1-20250226

Technical Characteristics ❖ Extra-wide measurement range: ±180°; ❖ Excellent measurement accuracy0.01° (full range); ❖ Industrial-grade reliability design; ❖ Meets the requirements for demanding industrial environments; ❖ Multiple standard output interfaces facilitate system integration and expansion. Product Introduction- The STS standard output tilt sensor is a product developed by RUICOM Technology, focusing on the field of industrial automation control. This product features a compact industrial design. Equipped with RS485/ RS232 standard serial communication interfaces. It integrates a high-performance...

Measurement range Measuring axis Resolution Zero-point temp coefficient Sensitivity temp coefficient Power-on startup time Response frequency Output signal Communication Protocol Electromagnetic compatibility Insulation resistance Impact resistance Vibration resistance Waterproof rating room temp 0.01° room temp 0.008 -40~85C -40~85C TTL / RS232 / RS485 optional Serial communication protocol / MODBUS RTU Protocol Optional 100g@11 ms , triaxial (half-sine wave) Standard 2m - M12 shielded cable, wire weight<130g <158g (excluding cable) Resolution: Refers to the sensor in measuring range to detect...

Product Dimensions Mounting Surface Horizontal InstaNation Mounting Surface Horizontal Downward Installation

Vertical Left Installation Install vertically to the right

Serial communication protocol I. Data Frame Format : ( 8 data bits), 1 stop bit No verification (Default speed 9600) Data format: Hexadecimal; Data length: From data length to checksum (including checksum) Length; Address code: Address of the acquisition module. The default value is 00; The data field changes accordingly based on the different contents and lengths of the command word; Checksum: The sum of data length, address code, command word, and data field does not consider carry. II. Command Word Parsing__ Simultaneously read X and Y angle 0X04 commands Sensor response reply Set relative/absolute...

0X8C Set sensor output mode Response system: The upper computer needs to send a command to read the angle before the sensor responds to the relative angle. Automatic output system: After the sensor is powered on, it automatically outputs X and Y angles, and the output frequency is set as shown in the table on the right. (This function can provide power-off memory) results of the sensor response 00 Success FF Failure 00 represents the response format (default value) 01 represents 5Hz automatic output mode 02 represents 15Hz automatic output mode 03 represents 25Hz automatic output mode 04 represents...

results of the sensor response 00 represents absolute zero point 01 represents relative zero point You must first enter the settings mode before entering and saving the settings 1. Enter settings mode ^ Send command: 68 04 00 51 55 A Set address code B Set baud rate C Set calibration parameters D Automatic or inquiry mode E Relative zero point 3. Save parameters and write all parameters to FLASH ^ Send command: 68 04 00 53 57. 4. Exit the setting mode ^ Send command: 68 04 00 52 56.

Please read the following items carefully before use: 1> Because of the MODBUS protocol stipulates between the two data frames should be at least more than 3.5 bytes of time (such as the baud rate of 9600, the time is 3.5 X (1/9600) X 11=0.004s). However, in order to leave enough margin, the sensor will be increased this time to 10ms, so please leave at least of the time interval between each data frame. 2> MODBUS protocol stipulates the broadcast address—0 relevant content, the sensor can also accept the broadcast address content, but will not reply. Therefore, the broadcast address 0 can be...

Note: 0010 is the register address, the register control sensor output is relative zero, or absolute zero. If nonzero (as in the example above, is written to 00FFH), the output is relative zero. On the contrary, if zero (Change the 5th and 6th bytes to 00H), is the absolute zero. The last two bytes are CRC checksum. Note: 0012H is the register address, which controls the baud rate of the sensor. In the above example, the baud rate of the sensor is set to 19200, and the last two bytes are CRC checksum.

4. SET SENSOR COMMUNICATION CHARACTER FORMAT The above example is to set the byte format to: a start bit + 8 data bits without parity + 1 stop bit It is valid after power on again. The factory default is a start bit + 8 data bits, even parity + 1 stop bit Note: 0009 is the register address, which controls the character format of the sensor communication. 0000H: one start bit + 8 data bits, even parity + 1 stop bit 0001H: one start bit + 8 data bits without parity + 1 stop bit Web: www.ruicomtech.com E-mail: [email protected] Add:Building 1, Lixin Lake Creative Park, 1 Furui Rd, Fuhai St, Bao'an,...