Description
The Allen-Bradley 842E-CM-MIP2BA is a high-resolution multi-turn absolute encoder with Integrated Motion support over EtherNet/IP. Designed for precise position feedback in motion control systems, it features an 18-bit resolution with 262,144 steps per revolution and up to 4096 turns of multi-turn capability.
Technical Specifications
|
Condition
|
New/Never Used Surplus
|
| Brand |
Allen-Bradley
|
| Category |
Encoders |
|
Part Number
|
842E-CM-MIP2BA
|
| Subcatecory |
|
| Series |
842E EtherNet/IP Encoders |
| Communication |
EtherNet/IP with CIP Motion |
| Resolution (Single Turn) |
18-bit (262,144 steps/rev) |
| Resolution (Multi-Turn) |
12-bit (4096 turns) |
Operating Voltage
|
10–32V DC |
| Shaft Type |
Solid Shaft, 3/8" with Flat |
| Connector Type |
M12 |
| Application |
Robotics, Material Handling, Motion Control |
| Weight |
0.54 kgs |
Information About 842E-CM-MIP2BA
The 842E-CM-MIP2BA is part of the Allen-Bradley 842E series of EtherNet/IP-enabled absolute encoders. It supports CIP Motion (Common Industrial Protocol) for tight synchronization in high-performance servo and motion control systems. Operating at 10–32V DC, it provides 18-bit single-turn resolution (262,144 steps per revolution) and 12-bit multi-turn resolution (4096 turns).
Key Features:
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EtherNet/IP with CIP Motion: Provides real-time, synchronized communication in advanced motion systems.
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High Resolution (18-bit): 262,144 steps per revolution ensure precise single-turn position feedback.
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Multi-Turn Capability: 4096-turn range allows for accurate absolute positioning without battery backup.
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3/8” Solid Shaft with Flat: Ensures secure coupling in rotary motion applications.
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Wide Operating Voltage (10–32V DC): Flexible integration with various industrial control power supplies.
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Rugged Industrial Connector: M12 connection supports secure and vibration-resistant wiring.
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Absolute Positioning: No need for re-homing on power-up; retains position over power cycles.
The 842E-CM-MIP2BA is engineered for high-speed, high-accuracy feedback in complex EtherNet/IP motion applications.
