DC8-30V Servo Motor Rotary Encoder KN35 Thickness 18mm With Mounting Spring Plate

angle sensor encoder KN35 thickness 18mm with mouting spring plate DC8-30V​

Key Feather of KN35 encoder

Brand: HENGXIANG

External diameter: 35mm

Thickness: 18mm

Installation dimension: R13.5mm, R14.5mm, R20mm

Hollow shaft type: blind hole; through hole, taper hole

Supply voltage: DC5V ; DC8--30V

Sock(endure): 490m/s2 ,11 ms three times for X,Y,Z direction individually

Shell Material: die cast aluminum

Certification: CE

Parameter table for KN35 incremental encoder

Encoder Operation method

With proper connections you can use the Push Pull interface to replace true open collector circuits by using an external diode connected in a way to limit the direction of the current for RS422 (TTL) circuits provide a constant 5 V signal level that is not dependent on the supply voltage. Two supply voltage ranges can be selected: From 4.75 to 5.5 VDC (can be used to replace open collector output drivers) or from 8 to 30 VDC. Using differential signals the output fully complies to the RS422 standard.

The differential outputs have the highest frequency response capability and the best noise immunity. To ensure this the receiver should also be a differential.

Replacement of Older Output Drivers

A logic gate interprets certain input voltages as high (logic 1) or low (logic 0).

TTL (transistor-transistor-logic): A signal above 2 V is interpreted as logic 1 and a signal less than 0.8 V is interpreted as logic 0. The output voltage ranges between 0-5 V.

HTL (high-threshold-logic): A signal above 3 V is a logic 1 and a signal less than 1 V is a logic 0. The high output signal level is dependent from the supply voltage. Because of the higher voltage difference between logic 0 and 1, the HTL logic is more immune to interference and more resistant against electrical noise.

Mechanical degree is the actual rotation of the shaft in degrees. Electrical degree is used for electrical signals. The required time for completing one alternating voltage/current cycle is defined as 360 electrical degrees (el°). For incremental encoders, one cycle is equal to one complete pulse. With a given PPR the electrical degree can be converted to mechanical degree for any incremental encoder.