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Incremental Optical Linear Encoder, Non-Contact

Incremental Optical Linear Encoder, Non-Contact
Incremental Optical Linear Encoder, Non-Contact
from
$542.36
Ex Tax: $542.36
  • Stock: In Stock
  • Model: RDDLZ-LE-LGD64
  • Weight: 1.00
  • SKU: RDDLZ-LE-LGD64

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Incremental non-contact linear encoder provides precise position feedback for your equipment, optimizing production processes and enhancing product quality. Whether you require high-precision machining or precise positioning, RDDLZ provides useful solutions for your needs.

Features

  • Multi-color indicator lights indicate signal strength, simplifying installation.
  • It includes a built-in reference zero position for precise calibration.
  • The encoder utilizes a high flexibility, bending-resistant braided shielding wire.
  • Despite its compact size, it offers high resolution for detailed measurements.
  • The optical linear encoder provides a standard AB quadrature digital signal output for compatibility with various systems.
  • The incremental position encoder features an open non-contact optical system to ensure reliable performance.
  • Encased in a stainless steel shell, it boasts strong anti-interference properties.
  • The incremental encoder incorporates a high-precision measurement system for accurate readings.

Specification

ModelRDDLZ-LGD64
Power supply5V±-10%
Current consumptionLess than 120mA
Resolution0.1μm, 0.5μm, 1μm (choosable)
Accuracy level of grating ruler±5μm/m
Repeatability±1μm
Maximum output frequency4MHz
Output signalDifferential TTL
Mode of connectionDirect outlet, DB9 or DB15
LED statusRed, green and blue
Reading head size32mm*14mm*9mm
Grating scale size6mm wide (We can provide grating scale, please contact us)
Operating temperature-10℃~70℃
Storage temperature-20℃~85℃
Outside diameter of cable4.0±0.1mm
Number of bending50 million times, Bending radius greater than 24mm


Dimension (mm)

Tips: How to choose an incremental optical linear encoder?

  • Resolution: Choose the resolution (e.g., 0.1 µm, 0.5 µm, 1 µm) based on your required precision.
  • Signal Output: Decide between digital (e.g., AB quadrature) or analog signals based on your system’s needs.
  • Installation and Size: Ensure the encoder fits your mounting requirements.
  • Environmental Conditions: Select one that can operate reliably in your environment (e.g., temperature, humidity).
  • Additional Features: Consider features like built-in reference points or robust shielding for interference resistance.
  • Cost vs Performance: Balance your budget with the required performance specifications.

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