Page-4 All Products - Motion Control Sensor,Handheld Unit Encoder,Digtai Readout,Grating Rule,Absolute Value Encoder,Magnetoelectric Proximity Switch

Optical encoders electronics

Model No.: HI58SF 5

The repeatability of the encoder refers to the ability to reproduce the same result without changing the external state. In some applications, repeatability may be more important than accuracy. This is because if the system is repeatable, errors can be eliminated by compensation.

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Encoder of motor

Model No.: HI66k 8

Hollow shaft encoder: compact, easy to adjust, suitable for a variety of applications. The shaft diameter of the hollow shaft encoder is adapted to the extended shaft of the motor, and the position can be flexibly adjusted by the spring sheet. No additional parts are needed during installation, resulting in an...

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Optical encoder application

Model No.: HI66SFA 1

Solid shaft encoder: Flexible coupling is required when installing. The operation of solid shaft encoder requires high shaft alignment accuracy

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Optical encoder operation

Model No.: HI66k 2

Encoders, especially rotary encoders, are widely used in machine tools, material processing, motor feedback systems, and measurement and control equipment. For example, servo motors need to be equipped with encoders to achieve commutation, speed and position detection

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Optical quadrature encoder

Model No.: HA58K 4

Multi-turn absolute encoder. The encoder manufacturer uses the principle of clock gear mechanism. When the center code wheel rotates, another set of code discs (or multiple sets of gears, multiple sets of code discs) are driven by gears, and the number of turns is added to the single-turn encoding. Encoding, in order...

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High accuracy linear displacement sensor

Model No.: HLS64(1)

The installation shaft is a tapered shaft with high positioning accuracy; the back of the housing is pre-opened to facilitate user installation and disassembly. Two recesses are reserved on the circumference of the shell, which reduces the user's radial installation space, and is sturdy, reliable, and long in life

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Absolute linear displacement sensor

Model No.: HLS51(1)

Feature: sturdy and durable, easy to install, optional various output mode, etc. a. Good reliability, long life, anti-jamming performance. b. Stainless steel shaft has a higher stability and protection. c. Metal shell is more solid and anti-impact. d. Applicability to a wide variety of mechanical and industrial...

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High accuracy absolute rotary encoder

Model No.: HA50S 7

Encoder auxiliary machinery installation: commonly used gears and racks, chain belts, friction wheels, rope winding machinery, etc.

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Incremental encoder leine encoder

Model No.: HI38B 5

The photoelectric encoder is a sensor that converts the mechanical geometric displacement on the output shaft into pulses or digital quantities through photoelectric conversion. This is the most widely used sensor at present. The photoelectric encoder is composed of a grating disc and a photoelectric detection device

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Conveyor belt encoder encoder

Model No.: IMG_1431

The multi-function of the encoder: In addition to positioning, it can also transmit the current position remotely to convert the movement speed, which is particularly important for applications such as inverters and stepping motors.

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Quadrature Optical Encoderr encoder

Model No.: HA42S

The absolute encoder has the uniqueness of each position determined by the mechanical position. It does not need to be memorized, does not need to find a reference point, and does not need to be counted all the time. When it needs to know the position, when to read its position. In this way, the anti-interference...

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Optical encoder rotary encoder

Model No.: HI50K

The encoder is mainly used to detect the angular position of the motor and can be converted into a linear running distance. Of course, the motor speed can also be calculated by calculating the number of pulses per unit time, whether it is used to detect speed or position-all for precise control

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Encoder definition in cmmunication

Model No.: HI60K12

Encoders are generally used for positioning. It can be linear positioning or circumferential positioning. Especially in the servo system, the encoder is essential. In addition, the encoder can also be used to detect whether the motor is running according to the direction and speed set by the system, playing a...

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Motion sensor with remote control

Model No.: HSC-2

The encoder sends pulses. For example, how many pulses are transmitted by the encoder, it can connect the encoder and the motor together, how many revolutions of the motor, how many revolutions it also, and finally it sends this number of pulses to the frequency converter, Can do closed loop control

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Incremental encoder with analog output

Model No.: HI50B 4

The incremental encoder converts the displacement into a periodic electric signal, and then converts this electric signal into a counting pulse, and the number of pulses is used to indicate the magnitude of the displacement

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Sensors for optical encoder

Model No.: HI58SF 1

For the encoder after subdivision, the number of reticles before subdivision is very important, and the system accuracy before subdivision is even more important. Subdivision can improve the resolution, but cannot improve the accuracy, and may even reduce the accuracy

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Sensor for motion control

Model No.: HSL-1

Encoder is a device that compiles and converts signals or data into signal forms that can be used for communication, transmission and storage

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Motion sensor access control

Model No.: HSC-4

The encoder is a combinational logic gate circuit that converts the numbers of different bases

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Incremental optical encoder encoder

Model No.: HLS155

Encoders are used to measure physical quantities such as speed, position, speed or angle. It is a sensor that converts the mechanical displacement into an electrical signal, which is divided into two types: incremental and absolute

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Digital to analog encoder

Model No.: HI50B 5

he output mode of incremental encoder includes collector output, voltage output, line drive output (differential output), complementary output (push-pull output)

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Koyo absolute rotary encoder

Model No.: HA58K 3

The absolute encoder has the uniqueness of each position determined by the mechanical position. It does not need to be memorized, does not need to find a reference point, and does not need to be counted all the time. When it needs to know the position, when to read its position. In this way, the anti-interference...

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lEncoder pulse per revolution

Model No.: HI58SF 2

There are many factors that affect the accuracy of the encoder. The accuracy of the encoder is related to the resolution, only the number of reticles in the optical part. The more reticles (the denser), the higher the accuracy, but it depends on many other parts. , Have nothing to do with the resolution

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Encoder type digital transducer

Model No.: HI66k 3

There are many kinds of encoders. According to their scale method and signal output principle, they can be divided into three types: incremental encoder, absolute encoder and hybrid. For absolute encoder, it can be subdivided into single-turn absolute value. Encoders and multi-turn absolute encoders

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Encoder for dc motor

Model No.: HI72K 3

Encoders are divided into incremental type and absolute type according to the engraving method of the code disc

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