Name: GE IC698ACC701 Accessory Module
Brand: GE
Availability: InStock

GE IC698ACC701 Accessory Module

$54,999.00

In stock

Upgrade your automation system with the GE IC698ACC701 Accessory Module—a reliable and versatile solution designed to enhance your control setup. This module offers seamless integration, robust performance, and easy installation, ensuring optimal efficiency for your industrial applications. Backed by a one-year warranty, it delivers peace of mind and long-term value. Don’t miss out on this essential component for your GE Series 90-70 systems. Order now to boost your productivity and streamline operations!

product model: IC698ACC701 Accessory Module
product description: The IC698ACC701 Accessory Module by GE is a high-performance expansion module designed to enhance the functionality of industrial automation systems. It provides seamless integration and additional I/O capabilities for complex control applications.
brand: GE
country of origin: United States
net weight: 0.5 kg
dimensions: 120 mm x 80 mm x 40 mm
power supply: 24V DC, 1A
input/output: 16 digital inputs, 16 digital outputs
communication interface: Ethernet, RS-485
usage: Ideal for industrial automation, process control, and machinery applications. For more details, visit the manufacturer’s website or contact us for support.

Product Model	IC698ACC701
Product Description	The IC698ACC701 is a high-performance analog input module designed for use in GEs RX3i series of programmable logic controllers. It provides exceptional accuracy and reliability for various industrial automation applications, enabling seamless integration and efficient data acquisition from multiple analog sensors and devices.
Brand	GE
Origin	United States
Net Weight	0.5 kg
Dimensions	15.2 cm x 10.2 cm x 3.8 cm
Power Supply	24 VDC 10
Input/Output	8 analog inputs, configurable for voltage or current signals
Communication Interface	Ethernet/IP, Serial Communication RS-232/RS-485
Use	Ideal for applications in manufacturing, process control, and energy management systems, where precise measurement and control of analog signals are critical for operational efficiency.