BWSENSING BWS5000E
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BWS5000E Super High Precision Dual-Axis Digital Output Inclinometer

BWS5000E Dual-Axis Digital Output Inclinomer Introduction BWS5000E is a dual-axis high-precision tilt sensor with MEMS technology and digital output launched by Bewis Sensing Technology LLC. It has a measurement range of ±15°, a maximum accuracy of 0.001°, and a temperature drift of 0.0003°/℃. It is currently the most accurate in the industry. High product. The sensor uses a high-resolution differential digital-to-analog converter with built-in automatic compensation and filtering algorithms to minimize errors caused by environmental changes. Convert the change of the static gravity field...

BWS5000E Dual-Axis Digital Output Inclinomer Mechanical Characteristic Voltage Working current Operating temperature Storage temperature Performance Specifications Measuring range(°) Measuring axis Room temperature Completely still Zero temperature drift(°/℃) Cross axis error(°) Power on time Output frequency（Hz） Baud rate Electromagnetic compatibility GBT17626 Insulation resistance Impact resistance Weight（g） Electrostatic discharge（ESD） IEC 61000-4-2 Class IV Fast transient pulse burst immunity Surge (impact) immunity Contact discharge 8KV, air discharge 15KV Repetition frequency 5kHz,...

BWS5000E Dual-Axis Digital Output Inclinomer Introduction Mechanical Characteristic Connectors Aviation connector Protection level Housing material Magnesium aluminum alloy anodizing Product Size Bewis Sensing Technology LLC www.bwsensing.com

BWS5000E Dual-Axis Digital Output Inclinomer P r o d u c t iin s t a lllla t iio n Product nsta at on The correct installation method can avoid measurement errors. When installing the sensor, please do the following: First of all, make sure that the sensor mounting surface is completely close to the surface to be measured, and the surface to be measured should be as level as possible, and there can be no angles as shown in Figure A and Figure C. The correct installation method is shown in Figure B and Figure D. Secondly, the bottom line of the sensor and the axis of the measured object...

BWS5000E Dual-Axis Digital Output Inclinomer Electrical connections Aviation plug wiring definition RED Thread color function Bewis Sensing Technology LLC www.bwsensing.com

BWS5000E Dual-Axis Digital Output Inclinomer Debug software You can download the serial debugging assistant directly on the official website (technical service -> download area), or you can use the more convenient and intuitive host computer software. BWS5000E supporting serial port debugging software can connect the inclination sensor on the computer by itself to display the angle. The software debugging interface is shown in the figure below. Using the tilt angle to debug the host computer, you can easily display the current X direction and Y direction tilt angle, and you can also modify...

BWS5000E Dual-Axis Digital Output Inclinomer Protocol 1 Data frame format：（8 bits，1 bit stop bit，no check，default rate 9600） Identifier (1 byte) Frame Length (1 byte) Address Code (4 byte) 77 Data format: Hexadecimal, the following command explains that the form 0x is a hexadecimal identifier, no need to enter 0x, such as 0x77, only 77; Identifier: fixed to 77; Data length: the number of bytes from data length to checksum (including checksum); Address code: the address of the acquisition module, the default is 0x00; Data field: changes according to the content and length of the command...

BWS5000E Dual-Axis Digital Output Inclinomer 2.3 Read X, Y axis angle and temperature Command：77 04 00 04 08 Frame Address Identifier Command Data Length Code (1 byte) （1 byte) (0 byte) (1 byte) (1 byte) 0×77 Response command： Frame Identifier Length (1 byte) (1 byte) 0×77 Address Code (1 byte) Data contains 12 bytes, which are X-axis, Y-axis and reserved bit angle value respectively, which are compressed BCD codes, each of which is a group of four bytes. For example, the return command is 77 10 00 84 00 23 24 80 10 22 99 30 00 00 00 00 56, where X is 00 23 24 80 and Y is 10 22 99 30. For...

BWS5000E Dual-Axis Digital Output Inclinomer 2.4 Read the gravity acceleration value Command：77 04 00 54 58 Frame Address Identifier Command Data Length Code (1 byte) （1 byte) (0 byte) (1 byte) (1 byte) 0x77 Response command： Frame Identifier Length (1 byte) (1 byte) 0x77 Address Code (1 byte) Data contains 8 bytes, each of which is the g value of X axis and Y axis. It is a compressed BCD code, and every four bytes is a group. For example, the return command is 77 0C 00 54 10 01 94 56 00 01 01 20 7D, where X is 10 01 94 56, Y is 00 01 01 20. For each of the four bytes of the return value of...

BWS5000E Dual-Axis Digital Output Inclinomer 2.6 Set communication rate Frame Identifier Length (1 byte) (1 byte) 0x77 Response command： Frame Identifier Length (1 byte) (1 byte) 0x77 Address Code (1 byte) Note: 0x00 means 2400 0x01 means 4800 0x02 means 9600 0x03 means 19200, 0x04 means 115200, the default value is 0x02:9600 Each time the communication baud rate is changed successfully, the response command will be sent back at the original baud rate, and then the device communication baud rate will be changed immediately. Note: If you need high frequency output, please set the baud rate...

BWS5000E Dual-Axis Digital Output Inclinomer 2.9 Set zero type Command： 77 05 00 05 01 0B Frame Address Command Code Length （1 byte) (1 byte) (1 byte) Response command： Frame Identifier Length (1 byte) (1 byte) 0x77 Address Code (1 byte) 2.10 Query zero type Command： 77 04 00 0D 11 Frame Address Identifier Command Code Length (1 byte) （1 byte) (1 byte) (1 byte) 0x77 Response command： Frame Identifier Length (1 byte) (1 byte) Address Code (1 byte) 2.11 Save Settings Identifier (1 byte) 0x77 Command： 77 04 00 0A 0E Frame Address Command Length Code （1 byte) (1 byte) (1 byte) Response command：...

BWS5000E Dual-Axis Digital Output Inclinomer Executive standard ● Enterprise Quality System Standard：ISO9001:2008 Standard（Certificate No.10114Q16846ROS） ● CE certification（Certificate No.3854210814） ● RoHS ( Certificate No. SO81426003） Bewis Sensing Technology LLC www.bwsensing.com