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Rion Hcm508b Analog Digital Compass Sensor, Current Digital Compass, 3D Digital Compass, 4-20mA Compass Sensor, Hcm605b High Precision 3D Gyro Compass Sensor

US$345.00-502.00 1 Piece (MOQ)

Port:

Shenzhen, China

Production Capacity:

5000 PCS Per Week

Payment Terms:

L/C, T/T, Paypal

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Hongkong Rion Sensing Limted

Guangdong, China

Last Login Date:

Apr 08, 2026

Main Products:

Inclinometer, Tilt Switch Sensor, Electronic Compass Sensor, Accelerometer Sensor, Vibration Sensor, Gyroscope Sensor, Gyro Compass Sensor, Imu, Ahrs, Pgs System

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Product Description

Company Info

Address: Dayang Road, Rentian Community, Fuhai Street, Baoan District, Shenzhen, Guangdong, China

Business Type: Manufacturer/Factory, Trading Company, Other, Group Corporation

Business Range: Instruments & Meters

Management System Certification: ISO 9001, ISO 9000, ISO 14000

Main Products: Inclinometer, Tilt Switch Sensor, Electronic Compass Sensor, Accelerometer Sensor, Vibration Sensor, Gyroscope Sensor, Gyro Compass Sensor, Imu, Ahrs, Pgs System

Company Introduction: RION Technology Co., Ltd. is located in a fantastic city - Shenzhen. Our company is a high technology company that integrates research, development, production and sale, and is mainly engaged in the sale of inclinometer sensors, digital compasses, digital dipmeters and acceleration sensors. These products are widely used in many industrial control fields, such as automobiles, ships, airplanes, railways, medical facilities, dam safety monitoring, oil drilling, coal mining and ocean surveying. Our company has established good business relationships with many international famous companies.

We adhere to the service guideline of "Client-centered". "Client uppermost, credit first, service best" is our business philosophy. Our company provides accurate, efficient, civilized and complete services for clients.

Let us provide you with the best products. To save purchasing cost and time, contact us now.

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HCM600B/HCM605B
heading	Heading accuracy	0.5° tilt<10°
heading	Resolution	0.1°
Tilt parameters	Pitch accuracy	0.1°<15°(measure range)
		0.1°<30°(measure range)
		0.1°<60°(measure range)
		0.2°<85°(measure range)
	Pitch range	±85°
	Roll accuracy	0.1°<15°(measure range)
		0.1°<30°(measure range)
		0.1°<60°(measure range)
		0.2°<180°(measure range)
	Roll range	±180°
	Resolution	0.1°
Calibration	Hard iron calibration	Yes
	Soft iron calibration	Yes
	Magnetic interference calibration	Rotate 360deg horizontally; vertical rotation(option)
Physical feature	Size	L111.5×W19.5×H19.5mm
	Weight	≤85g(exclude cable)
	RS232/RS485/TTL	5PIN quick plug connector
interface	Start delay	<50ms
	Max output speed	20Hz/s
	Communication speed	2400 to 115200baud (default 9600)
	Output format	Binary High-performance Protocol
Power	Power voltage	(default) DC+5V
	Current(max)	30mA
	Ideal mode	26mA
	Hibernate mode	TBD
Environment	Operating range	-40ºC~+85ºC
	Storage temperature	-40ºC~+85ºC
	Vibration resistance	100g
	Protection	IP67
Electromagnetic compatibility	According to EN61000 and GBT17626
MTBF	≥98000 hours/time
Insulation resistance	≥100mego-ohm
Impact resistant	100g11ms, 3 Axial Direction (Half Sinusoid)
Anti-Vibration	10grms, 10~1000Hz

Identifier (1byte)	Date Length (1byte)	Add. code (1byte)	Command word(1byte)	Date domain	Check sum (1byte)
68h

Commandword	Meaning/Example	Description
*0X04*	Read Pitch, Roll, Heading at the same time. Angle command *68 04 00 04 08*	Data field (0byte) No data field command
*0X84*	Sensor response reply *E.g:68 0E 00 84* *00 10 50* *10 10 05* *01 04 01* 00 1D	Data field (10byte) AA AB BB CC CD DD EE EF FF AA AB BB: 3 characters represent the pitch axis CC CD DD: 3 characters indicate Roll axis EE EF FF: 3 characters represent the heading angle The angle format has the same parsing method as Pitch, Roll, Heading; The angle in the left example: Pitch: +010.50°, Roll: -010.05°, Heading+104.01°; BYTE13: Module status word, the lower three bits are valid, the analysis is as follows: 0000 dcba (8-bit binary number) a: Indicates whether there is a magnetic interference flag; 0: Indicates that the interference magnetic field does not exceed the threshold; 1: Indicates that the interference magnetic field exceeds the threshold; cb: Indicates the working mode; 00: Indicates that the module is working in pure compass mode (no anti-magnetic interference capability, the heading angle will change after magnetic interference, and the change will be faster); 01: Indicates that the module is working in the compass and gyro fusion mode (it has anti-magnetic interference capability. When the magnetic interference is greater than the geomagnetic judgment threshold, it will switch to the gyro mode, and the heading angle is highly likely to be unaffected by the magnetic interference.); 10: Indicates that the module is working in the fusion mode of compass and gyro (no anti-magnetic interference capability, the heading angle will change after magnetic interference, and the change will be smoother and slower); d: Indicates the gyro over-range flag; 0: Indicates that the gyro has no over-range; 1: Indicates that the gyro has exceeded the range; Notice: 1. When the gyroscope is found to be over-range in the output data frame, the data frame is unavailable, and the module will stop outputting data and resume output data after 0.5 seconds of the gyroscope not over-range; 2. Note that there is a small amount of blind spots in the magnetic interference judgment, and the general reliability is above 95%.
*0X06*	Set magnetic declination command *68 06 00 06 02 08 16*	Data field (2byte) SA AB S is the sign 0 plus 1 minus AA: two integers, B: one decimal E.g:02 08 is +20.8°
*0X86*	Sensor response reply *E.g:68 05 00 86 00 8B***	Data field (1byte) The number in the data field indicates the result of the sensor response 00 set successfully FF set failed
*0X07*	Read magnetic declination command *68 04 00 07 0*B	Data field (0byte) No data field command
*0X87*	Sensor response reply *E.g:68 06 00 87 02 08 97***	Data field (2byte) The number in the data field indicates the result of the sensor response
*0X41*	Horizontal start calibration command *68 04 00 41 45*	Data field (0byte) Rotate at a constant horizontal speed for more than 1 circle, and ensure that the time is more than 20s. The saved value is valid when the time is more than 20s, and the saved value is invalid when the time is less than 20s.
*0X41*	Sensor response reply *E.g:68 04 00 41 45***	Data field (0byte) No data field command
*0X51*	Save horizontal calibration commands *68 04 00 51 55*	Data field (0byte) No data field command
*0X51*	Sensor response reply command *E.g:68 04 00 51 55***	Data field (0byte) No data field command
*0X0B*	Set communication baud rate command *68 05 00 0B 02 12*	Data field (1byte) Baud rate: The default value is: 9600bps 0x00: 2400bps; 0x01: 4800bps; 0x02: 9600bps; 0x03: 19200bps; 0x04: 38400bps; 0x05: 115200bps;
*0X8B*	Sensor response reply command *E.g:68 05 00 8B 00 90***	Data field (1byte) The number in the data field indicates the result of the sensor response 00 set successfully FF set failed
*0X0F*	Set address command *68 05 00 0F 01 15*	Data field (1byte) XX module address, the address ranges from 00 to EF. Note: Our products have a unified address: FF. If you forget the address you set during the operation, you can use the FF address to operate the product and still respond normally.
*0X8F*	Sensor response reply command *E.g:68 05 00 8F*** 00 94	Data field (1byte) The number in the data field indicates the result of the sensor response 00 set successfully FF set failed
*0X10*	Set working mode *68 05 00 10 00 15*	Data field (1byte) 0x00: pure compass mode; 0x01: Compass and gyro fusion mode (with anti-magnetic interference capability); 0x02: Compass and gyro fusion mode; Note: The default is the fusion mode of compass and gyro (with anti-magnetic interference capability);
*0X10*	Sensor response reply command *E.g:68 05 00 10 00 15***	Data field (1byte) The number in the data field indicates the result of the sensor response 00 set successfully FF set failed
*0X0C*	Set angle output mode *68 05 00 0C 00 11*	Data field (1byte) 0x00: Question and answer mode 0x01: 5Hz (automatic output frequency); 0x02: 15Hz; 0x03: 25Hz; 0x04: 35Hz; 0x05: 50Hz; 0x06: 100Hz; Note: The default is 25Hz;
*0X8C*	Sensor response reply command *E.g:68 05 00 8C 00 91***	Data field (1byte) The number in the data field indicates the result of the sensor response 00 set successfully FF set failed
*0X50*	Set geomagnetic judgment threshold command *68 05 00 50 01 56*	Data field (1byte) BYTE4 value range: 1~200, greater than the threshold, it is judged as interference, the interference intensity is (1-200)*0.05uT. The minimum is 0.05uT, and the maximum is 10uT. Save when power off, the factory default setting is 10(0.5uT); The corresponding threshold is: (Minimum interference range-threshold, maximum interference range + threshold).
*0XD0*	Sensor response command *E.g:68 05 00 D0 00 D5***	Data field (1byte), The number in the data field indicates the result of the sensor response 00 set successfully FF set failed
*0xFD*	Set the data output format *68 05 00 FD 70 72*	Data field (1byte), 0x70: 9 axis data output; 0x71: Attitude Angle data output;
*0xFD*	Sensor response command *E.g:68 05 00*** FD 00 02	Data field (1byte), The number in the data field indicates the result of the sensor response 00 set successfully FF set failed

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Rion Hcm508b Analog Digital Compass Sensor, Current Digital Compass, 3D Digital Compass, 4-20mA Compass Sensor, Hcm605b High Precision 3D Gyro Compass Sensor

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