Baumer EIL580-S1B1 - EURO flange B10

Incremental encoder

The Baumer EIL580-S1B1 is a high-precision incremental encoder with optical measurement method designed for industrial applications. It is equipped with a solid shaft with Woodroffe ring and EURO B10 flange for high resistance to vibrations and shock.

Datasheet:

• Supply voltage: 5 VDC ±5%, 8...30 VDC, 4.75...30 VDC
• Reverse polarity protection: Yes
• Short circuit protection: Yes (HTL), Yes (TTL, max. 1 sec. and 1 signal)
• Consumption without load: ≤70 mA
• Steps per revolution: 100...5000
• Phase shift: 90 ° ±10°
• Duty cycle: 40...60 %
• Reference signal: Zero pulse, 90° ±10 % width
• Measurement method: Optical
• Output frequency: ≤300 kHz (TTL), ≤160 kHz (HTL)
• Output signals: A+, B+, R+, A-, B-, R-
• Output stages: TTL/RS422, HTL/push-pull
• Interference resistance: EN 61000-6-2
• Radiated interference: EN 61000-6-3
• Approvals: UL 508 / CSA 22.2

Technical data - mechanical design

• Size (flange): ø115 mm
• Shaft type: ø11 x 30 mm solid shaft with Woodroffe ring
• Permissible load on the shaft: ≤40 N axial, ≤80 N radial
• Protection EN 60529: IP 65 (without shaft shutter), IP 67 (with shaft shutter)
• Operating speed: ≤6000 rpm (+20 °C, IP 67), ≤12000 rpm (+20 °C, IP 65)
• Starting torque: ≤0.015 Nm (+20 °C, IP 65), ≤0.02 Nm (+20 °C, IP 67)
• Material: Body: aluminum casting; Flange: aluminum; Solid shaft: stainless steel
• Operating temperature: -40...+85 °C
• Relative humidity: 90% without condensation
• Resistance: EN 60068-2-6, 30 g vibration, 10-2000 Hz; EN 60068-2-27, 300 g shock, 6 ms
• Connection: M12 flange connector, 8-pin; M23 flange connector, 12-pin; Cable
• Weight: approx. 485 g

Advantages:

• High accuracy: Provides precise measurements in steps of 100...5000 revolutions.
• Reliability: High resistance to vibrations, shocks and corrosion.
• Optical measurement method: Ensures high reliability and accuracy.
• IP 67 protection: Reliable operation in harsh environments.
• Programmable parameters: Allows you to customize operating modes, overall resolution, scaling, and rotational speed monitoring.