Incremental rotary encoder EI36A

magneticsolid-shaftdigital output

Product overview
Incremental magnetic encoder EI36A designed for angular position and speed sensing in industrial applications.

Key features

• Magnetic incremental encoder for speed and position sensing
• Configurable resolution up to 4096 PPR
• Ingress protection IP67
• One pair of precision ball bearings
• Screw and servo mounting options

Dimensions
Dimension drawing available on the product page for EI36A.

General mechanical specifications
Protection degree: IP67
Operating torque: <1 mN·m
Max. speed: 6000 rpm
Life expectancy: 100,000,000 revolutions
Mass: approx. 100 g
Housing material: anodized aluminium alloy
Shaft material: stainless steel

Environmental specifications
Operating temperature range: -40℃ to +85℃
Storage temperature range: -40℃ to +85℃

General electrical specifications
Standard model example: EI36A-S2-W4096-P
Supply voltage: 5 V – 30 V
Output high level: >2.9 V
Output low level: <0.4 V
Output form: Push-pull output
Number of output pulses: 4096 ppr (configurable)
Output propagation delay: <10 µs
Current consumption (no-load): <30 mA
Insulation resistance: >1000 MΩ (500 V D.C.)
Dielectric strength: 1 min at 500 V A.C.

Special options
Special shaft lengths, diameters or shaft machining (slotted, flatted, drilled) available on request.
Differential output versions available.

Technical specifications

• Model: EI36A (example: EI36A-S2-W4096-P)
• Encoder type: Incremental magnetic encoder
• Resolution: up to 4096 PPR (configurable)
• Supply voltage: 5 V – 30 V
• Output: Push-pull; HIGH >2.9 V; LOW <0.4 V
• Propagation delay: <10 µs
• Current consumption (no-load): <30 mA
• Protection: IP67
• Operating speed: up to 6000 rpm
• Operating torque: <1 mN·m
• Life expectancy: 100,000,000 revolutions
• Mass: approx. 100 g
• Housing: anodized aluminium alloy; Shaft: stainless steel
• Operating / Storage temperature: -40℃ to +85℃
• Insulation resistance: >1000 MΩ (500 V D.C.); Dielectric strength: 1 min at 500 V A.C.
• Available options: special shaft machining, differential outputs