FUJI FTU441A Analog Output Module

The FUJI FTU441A Analog Output Module offers reliable and precise analog signal processing for industrial automation systems. Designed for high performance, this module ensures seamless integration and optimal results in various industrial environments.

Key Features

The FUJI FTU441A module provides essential features that make it a top choice for automation systems that demand accuracy and reliability. Here are its key characteristics:

Compact Design: The FUJI FTU441A features a space-saving design. It allows easy installation in cramped spaces without sacrificing functionality.
High Precision: With the ability to deliver accurate analog outputs, this module excels in applications that require exact control and monitoring.
Energy Efficient: Optimized to consume minimal power, the FUJI helps reduce energy costs while maintaining peak performance.

Technical Specifications

The table below provides the technical specifications of the Analog Output Module:

Parameter	Description
Model Number	FUJI FTU441A
Module Type	Analog Output Module
Output Channels	4 channels
Output Range	0-20 mA, 4-20 mA, 0-10 V, ±10 V
Dimensions	120 mm x 100 mm x 30 mm
Weight	0.45 kg
Interface Type	Compatible with standard industrial automation systems
Power Supply	24V DC input
Operating Temperature	-10°C to +60°C
Mounting Type	DIN Rail mountable

Applications of FUJI FTU441A Analog Output Module

The FUJI FTU441A is perfect for industrial applications that require stable and precise analog outputs. You can use it in various systems, such as process automation, data acquisition, and control systems. Its versatility ensures smooth integration with a wide range of devices, enabling efficient operation in any industrial setting.

Why Choose FUJI FTU441A Analog Output Module?

When you choose the FUJI FTU441A, you gain access to a high-precision, energy-efficient, and durable solution. This module provides excellent value for industrial automation, offering seamless integration, compact size, and consistent performance in demanding environments.