HCA516T / HCA526T High Precision CANOPEN Inclinometer With Good Temperature Drift

HCA516T/HCA526T High Precision CANOPEN Type Inclinometer​ With Good Temperature Drift

▶ GENERAL DESCRIPTION

HCA516T/HCA526T-CANOPEN is a high accuracy inclinometer developed by RION company, inherit the stability of the SCA series, while the accuracy be effectively improved, and the temperature drift performance with much more excellence , in addition the system with built-in high-precision 16bit A / D differential converter, meanwhile through 5 filtering algorithm, which can measure the angle of sensor output relative to the horizontal tilt and pitch tilt. The output interface CANOPEN are optional.Because of Built in ADI company’s high precision digital temperature sensor that can correct the sensor temperature drift in accordance with the changes of the built-in temperature sensor(temperature output are optional), to ensure high repeatability of the product in the low-temperature and high-temperature environment. The output frequency response most up to 100Hz, for higher response frequency Division we can customize according to the user requests. The products are truly industrial-grade products, reliable performance, scalability. Suitable for a variety of harsh industrial control environment.

▶ FEATURES

★ Dual axis inclination measurement

★ Range ±1°～ ±35° optional

★ Size: 90 × 50 × 34mm

★ DC 9～36V wide voltage input

★ Wide temperature operation -40℃～+ 85℃

★ Resolution 0.001 °

★ IP67 protection level

★ High vibration resistance> 2000g

★ Waterproof aviation plug

▶ APPLICATION

★Satellite positioning Search

★Rail-mobile monitoring

★engineering mechanical measurement of dip angle

★oil-well drilling equipment

★Radar detection of vehicle platform 　

★Underground drill posture navigation

★Gun Barrel angle measurement in early shooting

★Based on the angle direction measurement

★Satellite communications vehicle posture detection

★Shield pipe jacking application

★Ship’s navigation posture measurement

★Geological equipment inclined monitoring

Shenzhen Rion Technology Co., Limited(RION for short) is a high-tech company specialized in design and manufacturing inertial navigation, INS/GPS integrated navigation system and MEMS inclinometer, 3D compass. RION has excellent developing team both in software and hardware. In hardware, RION has the ability of manufacture and test advanced inertial navigation and integrated navigation system by equipment such as marble test platform, high-low temperature chamber, super low temperature chamber, single/triple axis turntable, several high precise automatic indexing table, impact-vibration table, 3 axis non-magnetic calibration bench, special vehicle carried dynamic test device and so on. In software, our engineers are composed mainly by professional postgraduates, doctors, and RION has a resource share platform with BUAA. Based on technology of GPS satellite+INS inertial navigation, algorithm, we together develop the top integrated navigation system, IMU, inclinometer, 3D anti-magnet compass etc in China. RION’s business covers the newest technology, tech-equipment and aerospace equipment, new energy, IOT, energy saving and so on. RION’s products are the core parts of automation, intelligence, informationization, digitalization with wide application in engineering machinery, UAV, intelligent robot, oil drilling, coal mining, technology equipment, defense, aerospace, marine surveys, high precise mapping, new energy and so on.

RION is also honored by ISO9001 and double-soft(a special military certificate), 11 software copyright, many products national expertise report, several appearance patent, 2 patent of invention, 7 self-developed core technology.

RION is a Chinese brand with vigor and passion, forging itself to fully self-developed enterprise. Expecting promising future, RION is growing rapidly, providing the best solution in position, attitude and inertial navigation. RION rooted in China, covering the globe, and devote itself to pursuit ever more precise value in position, attitude, inertial navigation.