P+F RHI58N-0BAK1R61N-01000 Encoder – High Performance Positioning & Motion Control Module

The P+F RHI58N-0BAK1R61N-01000 encoder is a high-performance solution designed for precision motion control applications, offering reliability and accuracy in industrial automation environments.

Description

Detection Type:Photoelectric sampling

Pulse Count:1000 pulses

Operating Voltage:10 … 30 V DC

Output Type:Push-pull, incremental

Cable:∅7.8 mm, 6 x 2 x 0.14 mm², 1 m

    The P+F RHI58N-0BAK1R61N-01000 encoder is a high-performance solution for precision control systems. Its robust industrial standard housing, with a diameter of ∅58 mm, ensures durability and compatibility in various environments.

    Equipped with an efficient hollow shaft, this encoder is capable of operating within a wide range of voltages from 10 to 30 V DC, making it suitable for diverse industrial applications. The short-circuit-proof push-pull output ensures reliable data transmission even under challenging conditions.

    With its photoelectric sampling technology, the P+F RHI58N-0BAK1R61N-01000 encoder provides precise and consistent pulse counts, ideal for applications requiring high accuracy and reliability. The compact design and modular structure facilitate easy integration into existing control systems.

    Designed for long-term use, this encoder boasts a mass of approximately 290 g, striking a balance between lightweight and robustness. The 1-meter-long cable offers flexibility in installation without compromising on performance.

    Optimized for both new installations and system upgrades, the P+F RHI58N-0BAK1R61N-01000 encoder is engineered to enhance the efficiency and reliability of your control systems. It’s a smart choice for industries seeking to elevate their automation capabilities with precision and ease.

P+F RHI58N-0BAK1R61N-01000

Reviews

There are no reviews yet.

Be the first to review “P+F RHI58N-0BAK1R61N-01000 Encoder – High Performance Positioning & Motion Control Module”

Your email address will not be published. Required fields are marked *