Versatile 126648-01 | Bently Nevada Keyphasor I/o Module (external Terminations) Holiday Edition [UouVXaHK]

Bently Nevada Keyphasor I/O Module (External Terminations)

The Bently Nevada Keyphasor I/O Module (External Terminations) is a cutting-edge solution designed for precision measurement and signal isolation in industrial applications. This module, model 126648-01, is engineered to meet the rigorous demands of magnetic pickups and proximitor systems, offering reliable performance and enhanced system compatibility. With its robust design and advanced functionality, this I/O module is an essential component for any industrial setup requiring precise phase and speed measurements.

Key Features and Specifications

The Keyphasor I/O Module is housed in a single full-height rear slot, optimizing rack space and simplifying system integration. Its primary features include signal isolation for multiple device connections, which ensures safe and efficient operation. The module measures shaft speed with a larger phase shift compared to its non-isolated version, providing superior accuracy in phase and speed analysis. It is fully compatible with Proximitor applications that require external power, making it an ideal choice for various industrial applications.

• Signal Isolation: Ensures safe and efficient operation by isolating device connections.
• Phase & Speed Measurement: Provides precise shaft speed measurement with a larger phase shift for accurate analysis.

Design & Functionality

The Keyphasor I/O Module is not just about performance; it is also designed with functionality and ease of use in mind. Its compatibility with Triple Modular Redundant (TMR) systems ensures maximum reliability in critical applications. With support for paired design, up to four primary and backup inputs can be connected, allowing for comprehensive system configuration. This module is an integral part of a complete system, providing robust signal isolation and phase & speed measurement capabilities.

• TMR Compatibility: Two modules are required for Triple Modular Redundant systems, enhancing reliability.
• Input Channels: Supports paired design for up to four primary and backup inputs, providing comprehensive system configuration.