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Absolute Magnetic Linear Encoder, 2+2mm

Absolute Magnetic Linear Encoder, 2+2mm
Absolute Magnetic Linear Encoder, 2+2mm
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$276.99
Ex Tax: $276.99
  • Stock: In Stock
  • Model: RDDLZ-IMLE-AMS128
  • Weight: 1.00
  • SKU: RDDLZ-IMLE-AMS128

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Absolute magnetic linear encoders are connected to various connection options such as external drives, motion control cards, PLCs, etc. via ultra-flexible, highly sensitive cables. Due to the strong and stable design of the magnetic scale encoder and cable, good electromagnetic compatibility (EMC) of the absolute encoder system is ensured.

Features

  • The absolute magnetic linear encoder has a true dual-channel feedback system, which is suitable for high-speed, multi-motor pulley operation scenarios.
  • The magnetic scale encoding cycle is the same, and the length is 126mm.
  • During the magnetic scale crossing process, it can automatically switch between zero and absolute position information, and keep communication smooth. The detection blind area is very small.
  • The absolute magnetic strip encoder supports multiple communication protocols such as BISS-C, SSI, Tamagawa, RS-485, etc.
  • It adopts a widened appearance structure design and supports multiple specifications of magnetic scales with widths of 12mm, 15mm and 20mm.
  • The absolute magnetic linear encoder adopts IP67 grade epoxy resin potting process.

Specification

ModelRDDLZ-AMS128
Technical Parameters
Pole width2mm
Maximum measuring length114mm
Repeat accuracy<2μm
Unidirectional repeatability<1μm
Maximum speed5m/s
Electrical Parameters
Power supplyfrom 4.75V to 5.5V (on the connector), reverse polarity protection
Power consumption<250mA (5V power supply, 15m cable length, no load)
Setup Time After Power-On<350ms (after the setup time, the encoder will start responding according to the communication protocol)
Position delay<62.5μs
Position Data Communication interface (Optional)SSI/BISS-C/TAMA/RS485
Connector Type (Optional)9-way D-type connector (male)/15-way D-type connector (male)/26-way D-type connector (male)
Wiring MethodDirect lead output
Structural Parameters
MaterialEncoder: aluminum alloy
Weight125g (read head with 0.5m cable, DB9 connector)
Cable Parameters
Cable typeblack, PUR high bending cable, UL AWM identification, drag chain compatible, tinned braided shield, RoHS approved
Number of Wires8
Cable Outer Diameter5.0 +0.15mm
Wire AWGRed-grey, white-blue, brown-yellow, green-black 4x2x0.05mm2
Cable Bending RadiusFixed installation: 35mm, free movement: 69mm, continuous bending: 83mm
Cable Mass31g/m
Cable TorsionContinuous torsion is not allowed
Ambient Temperature Parameters
Operating Temperature-10°C~+55°C
Storage Temperature-20C~+ 85°C
Vibration (55Hz to 2000 Hz)300 m/s2 (iec60068-2-6: 2007)
Shock (11ms)300 m/s2 (iec60068-2-6: 2007)
Humidity100%RH (condensation allowed)
EMC Static ElectricityEN IEC 61000-6-2: 2019
EMC RadiationEN IEC 61000-6-4: 2019
Environmental SealingIP67 (according to IEC 60529: 1992+A2: 2013)
External Magnetic Field Allowed in Working State<1 mT

Note*: This encoder does not include a magnetic scale. If you want to purchase a magnetic scale, please contact us.

Connector Types

Dimension (Unit: mm)

Tips: How does an absolute magnetic linear encoder work?

An absolute magnetic linear encoder utilizes a scale with magnetic field patterns, a sensor head, and processing electronics to determine position accurately. The scale contains magnetic regions representing digital position information. As the sensor head moves along the scale, it detects the magnetic field variations. Each unique magnetic pattern corresponds to a specific position. The sensor head captures these patterns and converts them into digital signals. Processing electronics then interpret these signals to determine the precise position along the linear path. Unlike incremental encoders, which require a reference point to determine absolute position, absolute magnetic linear encoders provide position information without the need for a homing or initialization sequence. This inherent absolute positioning capability makes them ideal for applications requiring high precision and reliability, such as in industrial automation, CNC machines, and robotics.

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