During technical comparisons, MAGRES-EAM580-B-ETHERNET-IP appears alongside Siemens Encoder, Baumer Photoelectric Sensor and Baumer Eb360 Sc C S012 V4Gjn 13000N so engineers assess signal types, ingress protection, and ambient tolerances accurately.
Baumer MAGRES EAM580-B - EtherNet/IP Rotary Encoder
The Baumer MAGRES EAM580-B - EtherNet/IP Rotary Encoder offers a Multiturn function, Magnetic sensing method, ø10...15 mm (blind hollow shaft) shaft type, and Flange connector 3xM12 connection. Manufactured by Baumer under the Baumer Rotary Encoder category, this model belongs to the EAL580-B Series.
| Brand | Sick |
| Product Type | Rotary Encoders |
| Model Number | MAGRES EAM580-B - EtherNet/IP |
Baumer MAGRES EAM580-B - EtherNet/IP Rotary Encoder – Technical Specifications
| Specification | Value |
|---|---|
| Voltage supply | 10...30 VDC |
| Interface | EtherNet/IP |
| Function | Multiturn |
| Absolute accuracy | ±0.15 ° (+20 ±15 °C), ±0.25 ° (-40...+85 °C) |
| Sensing method | Magnetic |
| Status indicator | 4x LED integrated in housing |
| Size (flange) | ø58 mm |
| Shaft type | ø10...15 mm (blind hollow shaft) |
| Protection EN 60529 | IP 65 (without shaft seal), IP 67 (with shaft seal) |
| Operating speed | ≤6000 rpm |
| Starting torque | ≤2 Ncm (+20 °C, IP 65), ≤2.5 Ncm (+20 °C, IP 67) |
| Material | Housing: steel zinc-coated, Flange: aluminium, Hollow shaft: stainless steel |
| Operating temperature | -40...+85 °C (see general information) |
| Relative humidity | 95 % |
| Resistance | EN 60068-2-6, Vibration 30 g, 10-2000 Hz, EN 60068-2-27, Shock 250 g, 6 ms |
| Weight approx. | 360 g |
| Connection | Flange connector 3xM12 |
The MAGRES EAM580-B - EtherNet/IP from Baumer delivers precise multiturn position feedback using a magnetic sensing method, offering a combined 30-bit resolution for absolute accuracy across single-turn and multiturn measurements. Designed for rugged performance, the encoder operates on a 10...30 VDC supply and communicates via the robust EtherNet/IP protocol, ensuring real-time synchronization with modern PLCs and control systems. It features a durable ø10...15 mm blind hollow shaft, supporting easy integration with motor shafts while eliminating wear-prone mechanical couplings. The encoder achieves angular accuracy of ±0.15° at room temperature, extending to ±0.25° across the entire -40...+85 °C operating range, making it suitable for extreme industrial conditions. With its zinc-coated steel housing, aluminium flange, and stainless steel shaft, the unit resists corrosion and mechanical damage, while the IP67 protection rating (with shaft seal) ensures environmental resilience in dusty or humid setups.
Supporting speeds up to 6000 rpm and certified for shock resistance up to 250 g and vibration up to 30 g (as per EN 60068), this encoder is trusted in dynamic and high-vibration environments. The flange connector 3xM12 ensures safe and fast installation, while 4 integrated status LEDs provide clear feedback on power, diagnostics, and network activity. With a low starting torque of ≤2.5 Ncm, the encoder operates efficiently without adding mechanical load. Maintenance-free operation, compact ø58 mm flange, and seamless EtherNet/IP connectivity make it a preferred choice for control cabinets, smart conveyors, machine tools, and position-critical motion systems.
The Baumer 30 bit Resolution Absolute Encoder MAGRES EAM580-B - EtherNet/IP is widely deployed in intelligent packaging machines, robotic arms, heavy conveyor lines, and wind turbine yaw systems. Its multiturn feedback capability supports both rotational angle and revolution tracking, making it suitable for long-range and high-speed applications. In process automation, it ensures accurate valve and axis positioning, even during power interruptions. The magnetic sensing core offers immunity to dust, oil, and vibrations, making it ideal for food-grade plants, automotive factories, and outdoor material handling units. With EtherNet/IP integration, it fits directly into Rockwell and Allen-Bradley ecosystems, ensuring real-time control and long-term reliability for any mission-critical automation setup.
