EPRO PR6423/003-020 CON021: Precision Industrial Control Module

Engineered for precision control in industrial applications, the EPRO PR6423/003-020 CON021 is a high-performance, reliable PLC module designed to enhance efficiency and accuracy in automation systems.

Description

Operating Frequency:Up to 1 kHz

Response Time:Less than 1 ms

Accuracy:+/- 0.5% F.S.

Operating Temperature Range:-40°C to +85°C

Electrical Output:4-20 mA

Supply Voltage:12 to 24 V DC

Communication Interface:MODBUS RTU

Environmental Protection:IP67

Installation Method:Magnetic mounting

    The EPRO PR6423/003-020 CON021 is engineered for applications where reliability and precision are paramount. This inductive proximity sensor boasts an exceptionally linear response and a robust construction capable of operating within a wide temperature range.

    Featuring a compact design with a lightweight build, this sensor is easily integrated into various industrial machinery, enhancing operational efficiency without adding unnecessary bulk.

    Designed for use in challenging environments, the EPRO PR6423/003-020 CON021 withstands extreme conditions, ensuring consistent performance and longevity. Its advanced sensing technology allows for accurate detection of metallic objects over a broad dynamic range.

    With its M8 x 0.8 cable connector, the sensor offers a secure connection, facilitating straightforward installation and maintenance. This modular design ensures compatibility with a wide array of industrial control systems, making it a versatile choice for automation projects.

    Certified to meet international safety standards including CE, UL, and FCC, the EPRO PR6423/003-020 CON021 guarantees compliance with global regulations, ensuring peace of mind for users across different industries.

EPRO PR6423/003-020 CON021

EPRO PR6423/003-020 CON021

EPRO PR6423/003-020 CON021

Reviews

There are no reviews yet.

Be the first to review “EPRO PR6423/003-020 CON021: Precision Industrial Control Module”

Your email address will not be published.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