Reliable, Compact, and Smart PLCs for Industrial Automation
Programmable Logic Controllers (PLCs) are at the heart of smart industrial automation. Engineered to monitor inputs, execute control logic, and manage outputs, we offer a robust and scalable range of PLCs for process automation with speed and precision for various industries. GIC Programmable Logic Controllers provide the flexibility, performance, and durability to meet the evolving automation needs.
GIC Mini Series Programmable Logic Controller – Smart Control, Compact Design
GIC’s Mini Series programmable controllers, which offer the PL100 and Genie Nx, offer compact, cost-effective automation solutions with flexible I/O options. The PL100 supports up to 112 I/Os with stackable relay or transistor-based modules via FRC cable, featuring isolated digital and analog I/Os and high-speed support for PTO, PWM, and S-profile signals.
The Genie Nx smart relay offers up to 48 I/Os, a backlit LCD for on-device programming, RS-485 communication, memory card support, and advanced functions like timers, counters, analog operations, and PC-based simulation software. Ideal for intelligent control and monitoring across industries.
Supply Voltage +
Mode +
Mounting +
Relay +
No. Of Programs +
Display +
Power Reserve +
Clock Accuracy +
Pre-Programmed +
Accessories +
Product visibility +
Analog Input +
Base/Ext +
Bazel type +
Center Distance +
Clock +
Control Action +
Display with & without +
Input/Output +
No. of digits +
No. of set points +
Output +
Output 1 +
Output 2 +
Output 3 +
Product Type +
Read Out +
Register +
RS485 Communication +
Sensor Input +
Size +
Termination +
Contact +
Delay +
Enclosure Design +
Function +
Input Voltage +
Output Current +
Output Voltage +
Power +
Relay Output +
Supply +
Timing Range +
Variant +
Alarm Output +
Analog Output +
Auto Reset time +
Auxiliary Supply +
CBCT Size +
Colour +
Current Range +
Digital Display +
Digital Input +
Digital Output +
Display Colour +
High Speed Inputs +
Input Signal +
LCD Display +
Leakage Current +
Module +
Neutral Loss +
Output Signal +
Over Frequency +
Over Voltage +
Phase Asymmetry +
Phase Loss +
Phase Sequence +
Reset +
Sensor Supply +
Series +
Settable Off Delay +
Settable On Delay +
System +
Transistor Output +
Under Frequency +
Under Voltage +
Voltage +
GIC PLCs are designed to seamlessly integrate with various complementary products, including GIC HMIs (Human Machine Interfaces). This collaboration among different manufacturers produces HMIs and various types of instruments, resulting in a plug-and-play ecosystem that enhances compatibility and efficiency across the system.
Key Benefits of GIC PLC Controller
Enhanced Control
Execute real-time control and logic functions with fast processing speeds and reliable outputs for improved performance and safety.
Easy Programming & Flexibility
With user-friendly software and flexible configuration options, GIC programmable controller can be quickly adapted to meet unique process requirements.
Reliability
Built to withstand harsh industrial environments with features like surge protection, temperature resilience, and noise immunity.
Scalable
GIC PLC control systems can be expanded from a standalone process or a complex multi-device system with add-on modules to meet evolving automation demands.
Compact Design
Save panel space without compromising on functionality. GIC programmable controller are compact yet powerful.
Why Choose GIC Programmable Logic Controllers?
GIC’s Programmable Logic Controllers offer reliable, flexible, and scalable automation solutions backed by decades of engineering expertise. Designed for real-world industrial needs, they integrate seamlessly with HMIs, relays, and sensors, ensuring smooth control across systems. Trusted for quality and performance, GIC PLCs are used in manufacturing, infrastructure, agriculture, HVAC, utilities, and OEM applications. With globally certified hardware, dedicated service support, and comprehensive assistance, GIC provides a solid foundation for efficient and future-ready automation—whether for standalone machines or complex industrial setups.