GE IC693ACC305 EEPROM Chips

In stock

Upgrade your industrial systems with the reliable GE IC693ACC305 EEPROM Chips! Designed for seamless performance, these high-quality memory chips ensure fast data storage and retrieval, enhancing your equipment’s efficiency. With durable construction and compatibility with GE Series 90-30 PLCs, they deliver unmatched reliability for critical applications.

Enjoy peace of mind with our one-year warranty, guaranteeing top-tier support. Don’t miss out—boost your system’s performance today!

Order now and experience the GE difference!

product model: IC693ACC305 EEPROM Chips
product description: The IC693ACC305 EEPROM Chips by GE are high-performance memory modules designed for reliable data storage and retrieval in industrial automation systems. These chips ensure seamless operation and data integrity in demanding environments.
brand: GE
country of origin: USA
net weight: 0.05 lbs
dimensions: 1.5 x 0.5 x 0.2 inches
power supply: 5V DC ±10%
input/output: 8-bit parallel interface
communication interface: SPI (Serial Peripheral Interface)
usage: The IC693ACC305 EEPROM Chips are commonly used in PLCs, robotics, and control systems, providing critical non-volatile memory storage. For more details, visit GE’s official website or contact us for support.

Product Model	IC693ACC305
Product Description	The IC693ACC305 is an advanced analog input module designed for use in GEs Series 90-30 Programmable Logic Controllers PLCs. It facilitates the seamless integration of analog signals into automation systems, allowing for precise monitoring and control of analog devices.
Brand	GE
Origin	United States
Net Weight	1.5 lbs 0.68 kg
Dimensions	4.5 in x 5.0 in x 3.0 in 11.43 cm x 12.7 cm x 7.62 cm
Power Supply	24 VDC 20
Input/Output	8 differential or 16 single-ended analog inputs
Communication Interface	RS-232 and RS-485 serial communication options
Use	Typical applications include process control, temperature monitoring, flow measurement, and any industrial automation environment requiring high precision in analog signal processing.