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Encoders with optical encoder

Model No.: HI85k

On the basis of considering the required accuracy of the assembly machinery and the cost of the machinery, select the most suitable product. Generally, a resolution of 1/2 to 1/4 of the mechanical comprehensive accuracy is selected
Rotary encoder disc encoder

Model No.: HI30S

Encoder is a device that converts angular displacement or linear displacement into electrical signals. The former is called a code wheel and the latter is called a yardstick
Use of encoder encoder

Model No.: HI38S

Absolute encoders can remember the current position after power off. Even if there is a mechanical shift after power off, they will know where they have moved after power on, because absolute encoders have a unique code for each position
Encoder gear motor encoder

Model No.: HI38B

Incremental encoder has no memory. It restarts after power off, and it needs to find the reference point to find the required position. Incremental encoders are very suitable for determining speed, distance or direction of movement
Encoder vs transcoder encoder

Model No.: HI80K

The types of rotary encoders are incremental encoder, absolute single-turn encoder, absolute multi-turn encoder, and special type encoder
Rotary optical encoder encoder

Model No.: HSL-3

Each position of the absolute encoder corresponds to a certain digital code, so its indication is only related to the start and end positions of the measurement, and has nothing to do with the middle process of the measurement
Rotary encoder optical encoder

Model No.: HI38B8S

Encoders can be divided into contact type and non-contact type according to the reading mode; encoders can be divided into two types: incremental and absolute according to the working principle
Opticals rotary encoders encoder

Model No.: HI38B8

Incremental encoders have zero cumulative errors and poor anti-interference. The receiving equipment needs to be powered off and memorized when shutting down, and the change or reference position should be found when starting up. These problems can be solved by using an absolute encoder
Encoder vs potentiometer encoder

Model No.: HI50B

The principle of the absolute rotary encoder is similar to that of the incremental type. Both use sensors to read the light and dark engraved lines on the code disc to obtain pulses, and indicate the position according to the number of pulses
Dual shaft encoder encoder

Model No.: QH-200

Inside the magnetic encoder is a series of rotating magnets with alternating magnetic poles and a sensor that detects the position of the magnetic field
Optical encoder sensor encoder

Model No.: HI50S

The multi-turn encoder records the physical absolute position of the number of turns. Therefore, the multi-turn can obtain a longer and farther absolute position than a single turn
Encoder in sensor encoder

Model No.: QH-2V

Inside the capacitive encoder, there is a transmitter that emits high-frequency signals, a rotor that modulates the signals, and a receiver that converts the signals and sends them to the motion controller.
Encoder motor sensor encoder

Model No.: QH-300

In an optical encoder, the black lines block the light; the transparent window allows the light to pass through the code disc (or reflect on the code disc) to reach the sensor. When the sensor receives light, it outputs a high level, and when the light is blocked, it outputs a low level
Sensor and encoder encoder

Model No.: QH-400

There are usually three types of encoders on the market: Optical Encoder, Magnetic Encoder, and Capacitive Encoder
Sensor encoder optico encoder

Model No.: TOP-20

One advantage of the multi-turn encoder is that due to the large measuring range, the actual use is often richer, so it is not necessary to find a change point during installation, and a certain intermediate position can be used as the starting point, which greatly simplifies the difficulty of installation and...
Sensor is encoder encoder

Model No.: QH-500

Incremental encoders have no memory. Power off and restart must return to the reference zero position to find the desired position, while absolute encoders have memory, and power off and restart do not need to return to the zero position to know the target position
Encoder optical sensor encoder

Model No.:  DS__0428

Optical encoders are the most commonly used and the most accurate, but they are also the most expensive
Encoder control surface encoder

Model No.:   DS__0420

Compared with magnetic and capacitive encoders, optical encoders are more susceptible to environmental influences. For example, if optical encoders are used at low temperatures, if the ambient temperature rises sharply, condensation may form on the optical code disc, which may cause unreadable Signal or signal...
Resolution is encoders encoder

Model No.: HI58SF

For a single-turn encoder, if it has turned more than one turn, after the power is turned off and restarted, it is not known how many turns have been turned, that is, the absolute position is not known. This feature determines that the single-turn absolute encoder is only suitable for applications where the absolute...
Optical encoder pulse encoder

Model No.:    HLS51

here is a rotating disc (code disc) inside the encoder with several transparent and opaque windows. The photoelectric receiver is used to collect the intermittent light beams. In this way, the light pulses are converted into electrical pulses, which are then output by electronics. The line is processed and output
Incremental encoder plc encoder

Model No.: HLS130

Incremental encoders generate pulse signals, and the number of pulses can be used to measure speed, length or position
Rotary incremental encoder encoder

Model No.: HI85k 1

Encoder +5V power supply drop: refers to the +5V power supply is too low, usually not lower than 4.75V, the cause of the too low is the power supply failure or the power transmission cable resistance is too large and cause loss, then the power supply needs to be repaired or replaced cable
Hand wheel encoder encoder

Model No.: HSL-1(2)

The production of absolute encoders must not only meet the needs of modern automated production to a large extent, but also effectively improve product quality to meet market demand and different production of customers
Pulse generator encoder encoder

Model No.: HSC-2(2)

The characteristic of the rotary encoder: no need to return to origin when starting (only for absolute type). The absolute rotary encoder outputs the rotation angle in parallel in absolute value
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