Domestic rotary encoder

NegotiableUpdate on 01/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Domestic rotary encoder CAB-85: $r $n √ non-contact $r $n √ with bearings $r $n √ without couplings $r $n √ maintenance free $r $n √ absolute value $r $n √ high precision $r $n √ compact structure $r $n √ easy to install $r $n √ anti vibration, anti impact $r $n √ anti electromagnetic interference $r $n √ low power consumption $r $n √ wide dynamic measurement range $r $n √ integrated solution circuit $r $n √ size customizable

Product Details

Domestic rotary encoder

CAB-85 Encoder Product Parameters:

Basic Performance

Angular resolution: 18bits

Maximum static error: ± 0.015 °

Repetitive error: ± 1LSB

Maximum operating speed: 3000rpm

Measurement range: single circle

Rotation direction: default clockwise (adjustable)

Mechanical dimensions and installation

Outer diameter \ Inner diameter \ Thickness: 85 \ \ 29 \ \ 26mm

Weight (approximately): 215g

Allowable installation eccentricity: ± 0.1mm

Allowable axial installation tolerance: ± 0.1mm

Fixed rotor clearance: 1mm

Electrical and Interface

Supply voltage: 5V ± 5%

Current: 50mA

Electrical interface: RS-422 shielded cable

Output protocols: SSI, BiSS-C, UART

Application Environment

EMC：IEC 61000-6-2，IEC 61000-6-4

Working temperature: -40 ℃ to+85 ℃

Storage temperature: -50 ℃ to+100 ℃

Relative humidity: 0~99%

Impact: 100g/11ms

Vibration: 20g (10Hz-2000Hz)

Highest protection level: IP67

Domestic rotary encoder

CAB-85 is an inductive angle encoder designed using non-contact electromagnetic induction principles based on wireless energy transmission technology. The product consists of a stator and a rotor. After the stator is powered, it wirelessly transmits energy to the rotor and induces the electromagnetic field of the rotor; The rotor does not require power supply, it receives stator energy in real time and applies it to the coil to form a regular electromagnetic field. The inductive encoder adopts a dual channel design to achieve absolute angle output. The rotor and stator are non-contact and frictionless, with an integrated angle calculation circuit on the rotor*The technology achieves low power consumption and integrates multiple high-speed digital interfaces.

The rotor and stator are both annular hollow structures, and the large hollow structure facilitates the passage of components such as shafts and cables.

When in use, the stator and rotor need to be installed coaxially and parallel to facilitate energy transmission and electromagnetic field induction between the stator and rotor. The products are divided into bearing series and non bearing series, and no coupling is required during installation, with no precision installation requirements. Due to the absence of components such as glass encoders and light sources, induction encoders can achieve high reliability angle measurement in harsh environments. It can be widely used in medical, defense, aerospace, industrial, and robotics applications.