Baumer Magnetic Rotary Encoders Absolute Price & Specifications
Wireless No
Weight Approx. 220 g
Voltage 5 VDC to 30 VDC
Usage Position measurement in automation and robotics
Signal Type Digital/analog
Sensor Type Magnetic absolute encoder
Sensitivity High precision magnetic sensing
Response Time <1 ms
Resolution Up to 16 bits (65,536 steps/revolution)
Product Type Magnetic Rotary Encoder Absolute
Power Consumption <2 W
Output SSI, CANopen, Profibus, or analog
Operating Temperature -40A C to +85A C
Mounting Type Flange or servo mount
Measurement Range Singleturn up to 360A , multiturn up to 16,384 revolutions
Material Aluminum housing, stainless steel shaft
Interface SSI, CANopen, Profibus
Input Rotational position
IP Rating IP67
Function Converts rotary position to digital or analog output
Features Non-contact operation, robust housing, maintenance-free, vibration-resistant
Cable Length Up to 2 meters (customizable)
Application Industrial automation, motor feedback, robotics, packaging machines
Accuracy A 0.1A
About Baumer Magnetic Rotary Encoders Absolute Detail
We are dealer and supplier of Baumer Magnetic Rotary Encoders Absolute in India.
Models:
- MDRM 18 (I-Type270°)
- MDRM 18 (U-Type360°)
- MDFM 20 (I-Type270°)
- MDFM 20 (U-Type360°)
Linear bearingless encoders Incremental:
Cable transducers - Absolute incremental:
- BMMS K34
- BMMS K50
- BMMS M75
- GCA5
- GCA2
- GCA4
- GCA15
- GCA50
- GCI2
- GCI4
- GCI15
- GCI50
Explosion-proof encoders:
- EEx 0G9
- EEx 0G9 S
- EEx HOG 161
- Ex EIL580
- X 700 - incremental
- X 700 SSI
- X 700 RS485
- X 700 CANopen
- X 700 Profibus-DP
Redundant encoders:
- BMSV 58
- BMMV 58
- BMSH 58
- BMMH 58
- BMMS K34
- BMMS M50
- BMMS M75
- ATD 2S B14 Y24
- MHAD 50
SIL encoders - Incremental absolute:
- ITD22H00 SIL
- GI357
- HOGS 100S
- GBA2W
Stainless steel encoders - Incremental:
- GE333
- GE355
- GF355
- ITD21 A4 Y65
- ITD 40 A4
- ITD 42 A4 Y141
Stainless steel encoders - Absolute:
- GE244
- GE404
- GEMMW
- GEMMH
- BMMV 58 hermetic
- BMMV 58 hermetic flexible
Offshore encoders:
- GI355-C
- GI356-C
- HOG 11
- HOG 131
- MHGE 100
- MHGE 800
- GM400-C
- GM401-C
- G0M2H-C
- G0A2H-C
- GXMMW
- HMG 10
- PMG 10
Signal Processing:
- HEAG 151
- HEAG 152
- HEAG 153
- HEAG 154
- HEAG 158
- HEAG 159
- HEAG 160
- HEAG 171
- HEAG 172
- HEAG 173
- HEAG 174
- HEAG 175
- HEAG 176
Inclination sensors:
- GIM150
- GIM500
- GIM200
- GNAMG
Acceleration sensors:
High-Precision Sensing for Demanding ApplicationsBaumer Magnetic Rotary Encoders Absolute are specifically constructed for critical automation, robotics, and motor feedback applications. Their non-contact magnetic technology provides accurate and reliable position data, ensuring optimal machine performance even in harsh industrial conditions. The IP67/IP69K housing, shock and vibration resistance, and superior EMC compliance make them ideal for both indoor and outdoor environments.
Flexible Integration with Multiple OutputsIntegration is simplified with a range of output interfaces including SSI, CANopen, Profibus, and analog signals. Users benefit from versatile electrical connection options, such as M12 connectors or cable glands, and customizable cable lengths up to 2 meters. These encoders effortlessly adapt to various system architectures and facilitate easy setup for OEMs, integrators, and end users.
FAQs of Baumer Magnetic Rotary Encoders Absolute:
Q: How does the Baumer Magnetic Rotary Encoder Absolute operate in harsh environments?
A: The encoder is built with an anodized aluminium housing and a stainless steel shaft, providing excellent resistance to shock (200 g, 6 ms), vibration (20 g, 10-2,000 Hz), and ingress (IP67/IP69K). This rugged construction enables reliable operation in demanding industrial settings and extreme temperatures.
Q: What is the process for installing the encoder in automation systems?
A: Installation is straightforward thanks to flange or servo mounting options, flexible electrical connections (M12 connector or cable gland), and customizable cable lengths. The solid or hollow shaft design allows direct integration with a variety of drive shafts in robotics or industrial machinery.
Q: When should I use a magnetic rotary encoder instead of an optical one?
A: Choose a magnetic rotary encoder for applications subjected to high vibrations, dust, moisture, or temperature fluctuations. The non-contact magnetic sensing technology offers maintenance-free and robust performance where optical types may be prone to contamination or misalignment.
Q: Where can these encoders be applied within industrial settings?
A: Baumer Magnetic Rotary Encoders Absolute are ideal for position measurement and feedback in automated production lines, servo motors, packaging machines, robotic arms, and other motion control systems found in factories and warehouses.
Q: What are the benefits of using this encoder in automation?
A: Benefits include high measurement accuracy (0.1), fast response time (<1 ms), high resolution (up to 16 bits), and immunity to contamination. The encoders maintenance-free design and robust housing reduce downtime and ensure consistent performance over long operational lifespans.
Q: How does the encoder support multiple communication protocols?
A: The device offers industry-standard digital interfaces such as SSI, CANopen, and Profibus, as well as analog output options, making it compatible with a wide range of industrial controllers and automation platforms.