Vibration sensor

❖ RS232/485/TTL signal output selectable; ❖ Shock: 100g@11 ms, triaxial (half-sine wave); ❖ Excellent mechanical strength and long-term stability. Product Introduction- The GKM3 triaxial Vibration sensor is an independently developed Vibration sensor sensor series by RUICOM Technology, suitable for applications such as vibration testing and impact testing. This product supports digital interface output (RS232/485/TTL optional) and can achieve long-distance series connection of multiple sensors via address code settings, facilitating multi-point synchronous measurement and centralized data analysis....

E.g: GKM302-2SP-T: ±2gmeasurement range/RS232Ssignal output/serial communication protocol/standard installation method. PIN Definition Connector PIN/line color

Product Size Shell size: L36×W32×H24mm Installation size: L29×W25×H4mm Mounting screws: 4 M4 screws Installation accessory Size Magnetic base plate size: L36×W32×H8.1mm Installation size: L29×W25×H11.6mm Installation method: Magnetic adsorption base installation

Sensitivity amplitude-frequency response characteristic curve Reference conditions: f = 20.000 Hz, a = 2.000 G SENSITIVITY AMPLITUDE-FREQUENCY RESPONSE CHARACTERISTIC CURVE Reference chart for range ±8G Sensitivity linearity curve SENSITIVITY LINEARITY GRAPH

£vfserial communication protocol (this protocol is the factory default)' Identifier (1 byte) Data format: Hexadecimal; Data length: Length from the data length to the checksum (including the checksum); Address code: Address of the acquisition module, default is 00; Data field: Varies according to the different content and length of the command word; Checksum: The sum of the data length, address code, command word, and data field, without considering carry. Simultaneously read acceleration commands Example: 68 04 00 04 08 Sensor response Sensor Response Command Data Field (0 bytes) No Data Field...

Set Sensor Output Mode Response Mode: The sensor responds with a relative acceleration only after the host computer sends an acceleration read command. Automatic Output Mode: The sensor automatically outputs X and Y accelerations after power-on, with the output frequency based on the set value. For high-frequency output, please set the baud rate to 115200. Example: 68 05 00 0C Sensor Response Command Set Module Address Command The sensor's default address is 00. 1. If multiple sensors are connected to a single bus, such as RS485, each sensor needs to be set to a different address to achieve separate...

Setup Instructions and Procedures 1 .Set relevant parameters (baud rate, address code, automatic output frequency). At this stage, the settings are only effective but not saved to FLASH. Power loss will also erase the settings; A Set address code B Set baud rate C Set calibration parameters D Automatic or query mode Note: Setting the address code and baud rate takes effect immediately (but is not saved to FLASH). Subsequent operations require changing the corresponding address code and baud rate to succeed. 2.Save parameters. Write all parameters to FLASH. MODBUS Communication Protocol-1.Data...

again -- wait for the slave device to send a success command -- Modification successful 2.Read holding register to retrieve acceleration data. MODBUS function code 03H, this is format one output. Note: The data field of the slave response frame is 50H, 46H, 00H, 00H, 23H, 20H, 00H, 00H, 00H. The X-axis represents bytes 1-3 of the data field, the Y-axis represents bytes 4-6, and the Z-axis represents bytes 7-9, with the least significant byte first. Acceleration is represented using a point-based notation, where one point corresponds to 0.001°. 0.001 x (number of points - offset) is the acceleration,...

The above example sets the byte format to one start bit + 8 data bits, no parity, and 1 stop bit. This setting takes effect after a power cycle. The factory default is one start bit + 8 data bits, even parity, and 1 stop bit. Note: 0009 is the register address; this register controls the sensor communication character format.

0000H: One start bit + 8 data bits, even parity, and 1 stop bit 0001H: One start bit + 8 data bits, no parity, and 1 stop bit 7. Set the sensor to output automatically (factory default 0Hz) Note: 0013H is the register address, which controls the sensor output frequency. In the example above, the sensor is set to output data in format two at 25Hz, and the last two bytes are the CRC checksum. Note: Method for switching between serial communication protocol and MODBUS communication protocol: Upon power-up, the host computer continuously sends 0xAA. When the Vibration sensor replies with 0XAA, 0XAA,...