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1762 | Amci Resolver Interface Module
- Regular price
- $2,127.00
- Sale price
- $2,127.00
- Regular price
-
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Product Description P/N: 1762
Description
The AMCI 1762 Resolver Interface Module is a high-precision interface designed to convert resolver signals into digital position and tachometer data for seamless integration into PLC systems. Supporting one or two transducer inputs, it provides an absolute 12-bit resolution per turn with a maximum of 180 turns, ensuring accurate multi-turn position tracking.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Amci |
| Series | 1760 |
| Part Number | 1762 |
| Subcategory | Resolver Interface Module |
| Sensor Type | Resolver |
| Transducer Inputs | 1 or 2 transducers |
| Resolution | 12-bit per turn |
Information About 1762
The AMCI 1762 is an advanced resolver interface module that eliminates the need for separate resolver decoder boxes and additional PLC input cards. It converts analog resolver signals into digital data, which can be transmitted over the PLC backplane using block or single transfers. Designed for Allen-Bradley 1771 I/O systems, this module enhances automation efficiency by simplifying wiring and reducing system complexity. By supporting two transducers, it enables precise multi-turn position measurement in industrial applications.
Key Features:
- Dual Transducer Support: Accepts up to two transducers for enhanced multi-turn position tracking.
- High-Resolution Output: Provides an absolute 12-bit resolution per turn, ensuring precise motion control.
- Multi-Turn Capability: Supports up to 180 turns for accurate position measurement over extended rotations.
- Rugged Analog Sensor Compatibility: Works with resolvers that are resistant to harsh environmental conditions.
- Seamless PLC Integration: Designed for Allen-Bradley 1771 I/O systems, transmitting data efficiently via the backplane.
The AMCI 1762 module is a reliable solution for industrial automation applications requiring precise position feedback. Its ability to decode and combine resolver signals into absolute multi-turn data makes it an essential component for motion control systems.
Description
The AMCI 1762 Resolver Interface Module is a high-precision interface designed to convert resolver signals into digital position and tachometer data for seamless integration into PLC systems. Supporting one or two transducer inputs, it provides an absolute 12-bit resolution per turn with a maximum of 180 turns, ensuring accurate multi-turn position tracking.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Amci |
| Series | 1760 |
| Part Number | 1762 |
| Subcategory | Resolver Interface Module |
| Sensor Type | Resolver |
| Transducer Inputs | 1 or 2 transducers |
| Resolution | 12-bit per turn |
Information About 1762
The AMCI 1762 is an advanced resolver interface module that eliminates the need for separate resolver decoder boxes and additional PLC input cards. It converts analog resolver signals into digital data, which can be transmitted over the PLC backplane using block or single transfers. Designed for Allen-Bradley 1771 I/O systems, this module enhances automation efficiency by simplifying wiring and reducing system complexity. By supporting two transducers, it enables precise multi-turn position measurement in industrial applications.
Key Features:
- Dual Transducer Support: Accepts up to two transducers for enhanced multi-turn position tracking.
- High-Resolution Output: Provides an absolute 12-bit resolution per turn, ensuring precise motion control.
- Multi-Turn Capability: Supports up to 180 turns for accurate position measurement over extended rotations.
- Rugged Analog Sensor Compatibility: Works with resolvers that are resistant to harsh environmental conditions.
- Seamless PLC Integration: Designed for Allen-Bradley 1771 I/O systems, transmitting data efficiently via the backplane.
The AMCI 1762 module is a reliable solution for industrial automation applications requiring precise position feedback. Its ability to decode and combine resolver signals into absolute multi-turn data makes it an essential component for motion control systems.