ACA2400T DIGITAL TYPE TILT SENSOR AN ANALOG BALANCED SERVO INCLINOMETER

ACA2400T DIGITAL TYPE TILT SENSOR AN ANALOG BALANCED SERVO INCLINOMETER

▶ FEATURES

★ Dual-Axis Inclinometer                        

★ Measuring Range :±1～±15° optional

★ Response frequence: 50Hz                    

★ Wide voltage input: 9～36V

★ Wide temperature working: -40～+85℃          

★ Resolution: 0.0005°

★ Size: L110×W65×H32mm                      

★ ZERO Temp. Drift ±0.0008     

★ IP67 protection grade                          

★ Waterproof aviation plug  

★ output interface : RS232,RS485,TTL optional

▶ GENERAL DESCRIPTION  

ACA2400T is an analog balanced servo inclinometer manufactured by RION Technology. Its principle is composed of five parts: non-contact displacement sensor, torque motor, error and amplification circuit, feedback circuit, and cantilever mass. The accuracy of this series of inclinometers is much superior to the inclination sensors of the electrolyte principle or the capacitance principle in non-linearity, repeatability, hysteresis, temperature drift and operating temperature, impact resistance, vibration and other properties.Internally integrated 32-bit ARM high-end system, resolution 0.0005 °, accuracy 0.005 °, temperature drift: 0.0008 ° C / °, non-contact installation characteristics make the ACA2400T have good system integration, Just fix the sensor on the surface of the measured object with screws,

It can automatically calculate the attitude and inclination of the object. It is simple to use and does not need to find the relative change of the two surfaces to install. It has strong resistance to external electromagnetic interference and strong ability to withstand shock and vibration. It has a strong competitive advantage among domestic counterparts, and is professionally used in the industrial fields required by high-end users.

▶ TECHNICAL DATA

▶ PRODUCTION INSTALLATION NOTES

Please follow the correct way to install tilt sensor, incorrect installation can cause measurement errors, with particular attention to the "surface", "line"::1)The Sensor mounting surface and the measured surface must be fixed closely,  smoothly, stability,if mounting surface uneven likely to cause the sensor to measure the angle error. See Figure Pic.AB

2) The sensor axis and the measured axis must be parallel ,the two axes do not produce the angle as much as possible. See Figure Pic.CD