Houde HTB-30L24G10-30F1024B-S8 Encoder HVTE-30L24G10-30F1024B-S11A

Houde HTB-30L24G10-30F1024B-S8 Encoder HVTE-30L24G10-30F1024B-S11A

Basic Information

• Model Explanation: In the model HTB - 30L24G10 - 30F1024B - S8, "HTB" is likely the product series or manufacturer's code. "30" might refer to a certain size or specification, perhaps the outer diameter or shaft diameter. "L24G10" could represent specific electrical characteristics such as a working voltage of 24V and a certain output type or signal level. "30F1024B" indicates that the encoder has a resolution of 1024 pulses per revolution (PPR), which means it can provide 1024 discrete position or motion signals for each complete rotation. The "S8" might be related to the housing material, sealing type, or some other specific feature of the encoder.

• Working Principle
  • Rotation Detection: Encoders of this type usually work based on the principle of electromagnetic induction or photoelectric conversion. As the shaft of the encoder rotates, it generates a series of electrical pulses or optical signals. These signals are then converted into digital signals that can be recognized by a controller or other electronic devices, thereby providing information about the rotation angle, speed, and position of the shaft.
  • Position Encoding: The 1024 - PPR resolution means that for each rotation of the shaft, the encoder will output 1024 pulses. By counting these pulses, the controller can accurately determine the position of the shaft and, consequently, the position of the elevator car or other moving components connected to the encoder. This high - resolution encoding allows for precise control of the elevator's movement, ensuring accurate leveling at each floor and smooth operation.
• Application Scenarios
  • Elevator Systems: In elevator control systems, this encoder is typically installed on the motor shaft or the drive sheave of the elevator. It provides real - time feedback on the rotation of the motor, allowing the elevator controller to monitor and control the speed and position of the elevator car. This is crucial for ensuring the safety and comfort of passengers, as well as for accurate floor - leveling and door - opening operations.
  • Other Industrial Applications: Besides elevators, rotary encoders with similar specifications can also be found in other industrial applications that require precise position and speed control, such as conveyor belts, robotic arms, and machine tools. They help in maintaining the accuracy and efficiency of these systems by providing accurate feedback on the movement of rotating components.