GE IC693MDL931RR 8 Amp relay, Form B/C contacts

$21,460.00

In stock

GE IC693MDL931RR 8 Amp Relay – a robust and reliable solution for your industrial control needs! Featuring Form B/C contacts and an 8 Amp current rating, this relay ensures high performance and durability in demanding environments. Its compact design and easy integration make it ideal for automation systems. Backed by a one-year warranty, you can trust GE’s quality and support. Upgrade your setup with this dependable relay today! Order now and experience unmatched reliability!

product model: IC693MDL931RR 8 Amp relay, Form B/C contacts
product description: The IC693MDL931RR is a high-performance 8 Amp relay with Form B/C contacts, designed for industrial automation and control applications. It ensures reliable switching and durability in demanding environments.
brand: GE
country of origin: USA
net weight: 0.5 lbs
dimensions: 3.5 x 2.0 x 1.2 inches
power supply: 24V DC
input/output: 8 Amp contact rating, Form B (break) and Form C (changeover) configurations
communication interface: N/A (standalone relay module)
usage: Ideal for PLC systems, motor control, and industrial machinery. Learn more about GE products at GE’s official website or contact us for support. The IC693MDL931RR 8 Amp relay, Form B/C contacts, delivers precision and reliability for your automation needs.

Product Model	IC693MDL931RR
Product Description	The IC693MDL931RR is a high-performance digital input module designed for use in GEs Series 90-30 programmable logic controllers PLCs. This module enables the reliable monitoring of discrete signals and is ideal for a wide range of industrial automation applications.
Brand	GE
Origin	USA
Net Weight	0.75 kg
Dimensions	7.0 x 4.0 x 5.0 inches
Power Supply	24V DC, 120 mA
Input/Output	32 digital inputs, typically configured for sourcing or sinking types
Communication Interface	Compatible with GEs Genius Bus and RS-232 serial communication
Use	Commonly employed in manufacturing processes, machine control, and assembly lines where discrete signal input is critical for operational efficiency and automation.