OCD-DPC1B-1412-B15C-H3P-287

Description

OCD-DPC1B-1412-B15C-H3P-287 supplier in bangladesh price in Bangladesh importer in Bangladesh  BD

The OCD-DPC1B-1412-B15C-H3P-287 is an optical encoder used for precise positioning and motion control. When used in stenters (such as those from Brückner), which are machines in the textile industry for drying, heat setting, and stretching fabric, this encoder would likely be used to monitor and control the movement of the fabric through the machine, ensuring accuracy in speed and positioning.

Here is a breakdown of the parameters and their importance, particularly for textile machinery like stenters:

Detailed Parameters for OCD-DPC1B-1412-B15C-H3P-287:

1. OCD:
   • Refers to an optical rotary encoder.
   • Optical encoders are ideal for high-precision applications such as fabric tension and speed control in stenters.
2. DPC1B:
   • Model code, which specifies the design and configuration.
   • This could be a special variant optimized for industrial textile applications where durability, precision, and reliability are crucial.
3. 1412:
   • Represents the resolution in pulses per revolution (PPR).
   • A resolution of 1412 PPR means that the encoder produces 1412 pulses for each full revolution of the shaft. This high resolution ensures accurate feedback on the position and speed of the fabric rollers, important for controlling fabric tension and uniformity.
4. B15C:
   • Describes the shaft and mounting type.
   • Likely refers to a 15 mm shaft diameter, suitable for mounting on the stenter machine’s moving parts, such as the rollers or fabric conveyors.
5. H3P:
   • Specifies the output signal type.
   • “H3P” could mean push-pull output, a common output type for industrial encoders. This is important for ensuring compatibility with the control system of the Brückner stenter, as it can transmit both high and low signals effectively over long cable lengths.
6. 287:
   • Likely a code for specific customizations or certifications. This could refer to a special variant designed to meet the environmental or operational conditions specific to stenters, such as high temperature, dust, or vibration resistance.

Importance in Stenters:

• Position and Speed Feedback: The encoder helps in controlling the movement of fabric, ensuring even stretching and drying, crucial for maintaining fabric quality.
• Precision: High PPR provides fine control, which is essential in textile processes to avoid fabric defects.
• Durability: The encoder must withstand the high-temperature environments of stenters and the mechanical stress of continuous operation.