Magnetic Rotary Encoders

Magnetic Rotary Encoders | Anaheim Automation, Inc.

Information

Anaheim Automation's Magnetic Encoders stand out as a reliable and cost-effective solution for applications where standard encoders fall short.

  • Single-Ended or Differential Outputs for A/B/I Channels
  • U/V/W Commutation Outputs
  • 100 to 2,560 Cycles Per Revolution (CPR)
  • 400 to 10,240 Pulses Per Revolution (PPR)
  • Tracks Up to 200,000 Cycles Per Second
  • Optional Third and Fourth Index Channels
  • Compatible with 0.125" to 1.125" Motor Shaft Diameters
  • Operating Temperature of -40 to +100°C
  • Powered From a Single +5VDC Power Supply
  • 2-Channel Quadrature Squarewave Outputs
  • Allows for ± 0.005" Axial Shaft Play

Featured Series

ENC-IP58/58S/CKP58
  • Type: Magnetic
  • Differential
  • Freely Programmable Index
  • Voltage 5VDC or 10-30VDC
  • Resolution 1-65536 PPR
  • Push Pull, Line Driver
  • Shaft Diameter: 0.236” – 0.472”
  • IP65 Protection Level
ENC-IQ58/58S/CKQ58
  • Type: Magnetic
  • Differential
  • Index Length 90 or 180° el.
  • Resolution 1-16384 PPR
  • Push-Pull, Line Driver
  • Required Voltage: +5VDC – 30VDC
  • Shaft Diameter: 0.236” – 0.472”
  • IP65 Protection Level
ENC-KCD-BCB
  • Type: Magnetic
  • Absolute Magnetic Kit Encoder
  • Mounts onto 0.750”, 0.812”, 0.823” and 1.812” Bolt Circles
  • No Battery & No Maintenance
  • Electrical Resolution: Up to 17 Bit Resolution
  • Multiturn Range: Up to 16 Bit Resolution
ENC-M11I
  • Type: Magnetic
  • High accuracy–less than 10 arc minutes
  • Compact, low-cost, rugged
  • Sensor gap is highly resistant to liquid or solid
  • No moving parts
  • Customize to fit new designs
  • 1.1 inch diameter
ENC-M15
  • Type: Magnetic
  • Single-Ended or Differential
  • U/V/W Commutation Output
  • With or Without Index
  • Open-Collector or Line Driver
  • Resolution: 100-2048 CPR
  • Required Voltage: +5VDC
  • Bore Diameters: .125"-.500"
  • IP40 Protection Level
ENC-M15H
  • Type: Magnetic
  • Single-Ended or Differential
  • U/V/W Commutation Output
  • With Index or Without Index
  • Open-Collector or Line Driver
  • High Resolution
  • Resolution: 1250-8192 CPR
  • Required Voltage: +5VDC
  • Bore Diameters: .125"-.500"
  • IP40 Protection Level
ENC-M9I
  • Type: Magnetic
  • High accuracy–less than 10 arc minutes
  • No moving parts
  • Sensor gap is highly resistant to liquid or solid
  • Customize to fit new designs
  • 0.9 inch diameter
ENC-MC58/59/60
  • Type: Magnetic
  • Single-Ended or Differential
  • With or Without Index
  • Push-Pull or Line Driver
  • Resolution: 20-10000 CPR
  • Required Voltage: +5VDC-30VDC
  • Bore Diameters: .236"-.591"
  • IP65 Protection Level
ENC-ME
  • Type: Magnetic
  • Absolute Magnetic Kit
  • 10-Bit Analog – 2.6 kHz, 10-Bit PWM – 1024 PPR – 1 kHz, or 12-Bit PWM 4096 PPR – 250 Hz, Outputs
  • Fits Shaft Diameters from 0.125” to 0.250”
  • Mounts onto 0.750”, 1.280”, and 1.812” Bolt Circles
  • Accepts ±0.025” Axial Shaft Play
ENC-MS40
  • Type: Magnetic
  • Absolute Encoders
  • Analog Output: 4-20mA,
  • 0-5V, 0-10V
  • Output Range of 180° or 360°
  • Shaft Diameter: 6mm
  • Resolution 8-Bit Clockwise
  • Power Supply: +10VDC +30VDC or +15VDC +30VDC
  • IP65 and IP66 Protection Level

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Featuring a robust design and patented magnetic technology, these encoders excel in challenging environments characterized by high temperatures, shocks, and vibrations. Key attributes of these encoders include differential outputs, resolutions from 100 to 2,560 CPR, optional third or fourth index channels, compatibility with shaft diameters from .125" to 1.125", and the ability to track up to 200,000 Cycles Per Second. They are available in either modular or hollow casing options.

Note: Encoders can be mounted in-house to any compatible dual-shaft Anaheim Automation motor for a nominal fee. Custom Encoder Cable lengths are available upon request. For assistance with making your selection, please contact our Customer Service Representatives with your requirements. To learn more about Magnetic Encoder technology, visit our Magnetic Encoders Guide.