Specification |
Description |
Part Number |
E82ZAFAC |
Manufacturer |
Lenze |
Category |
I/O Module |
Type |
Analogue/Digital Input/Output |
Function |
Application I/O Module |
Compatibility |
Suitable for various industrial automation applications |
Features |
Provides both analogue and digital input/output capabilities |
Application |
Designed for use in automation systems to facilitate communication between different components |
Dimensions |
Compact and easy to integrate into existing systems |
Installation |
Simple installation process with clear instructions |
Reliability |
High reliability and durability for long-term use |
Use Case |
Ideal for enhancing the functionality of automation systems by enabling efficient data exchange |
Environment |
Suitable for industrial environments with robust construction |
Description: The Lenze E82ZAFAC is an advanced I/O module designed to provide both analogue and digital input/output capabilities. This application I/O module is ideal for various industrial automation applications, offering high reliability and durability. Its compact design ensures easy integration into existing systems, making it a versatile choice for enhancing the functionality of automation systems.
The Lenze E82ZAFAC I/O Application Module is a versatile and reliable component designed to enhance the functionality of your automation systems. This module provides both analogue and digital input/output capabilities, making it an essential addition for complex control tasks. Engineered for seamless integration, the E82ZAFAC ensures precise data acquisition and control, facilitating efficient and effective system operations.
Ideal for a wide range of industrial applications, this I/O module supports various signal types, allowing for flexible configuration and adaptability to specific requirements. Its robust construction and high-quality materials ensure long-lasting performance even in demanding environments. The Lenze E82ZAFAC is a critical component for those looking to optimize their automation processes with reliable and accurate input/output management.