GIC PLC – Mini Programmable Logic Controller & Genie NX

IndMALL Automation offers a powerful range of GIC PLCs designed to meet diverse industrial automation needs with flexibility, precision, and intelligent control. Our lineup includes the Mini PLC PL-100, Smart Relay Genie NX, and GSM Alarm Modem—engineered to simplify automation and remote monitoring across industries.

Companies planning expansions with GIC PLC frequently review Siemens PLC, Siemens PLC Dealers In Chennai and GIC G7Ddt11, balancing scalability needs with vendor reliability and service support consistency.

The Mini PLC PL-100 supports up to 112 I/Os and features modular expansion, high-speed I/O, analog signal support, and seamless integration with HMI/SCADA systems. The Smart Relay Genie NX offers compact control with 48 I/Os, 250 ladder logic lines, timers, counters, analog functions, and a backlit LCD display. For remote communication, the GSM Alarm Modem enables SMS-based monitoring, output control, diagnostics, and alert functions for PL-100.

Main Image
GIC PLC - GSM Alarm Modem

GIC PLC - GSM Alarm Modem

  • Specifically designed to add GSM functionality to Mini PLC PL-100

  • Enables remote monitoring and control of PLC inputs/outputs via SMS
  • Allows monitoring of preset and current values of Special Function Blocks (SFB) in ladder logic
  • Supports monitoring and control of analog input and output values
  • Provides diagnostic information for all I/Os connected in the system

GIC PLC Controller - Mini PLC PL-100

GIC PLC Controller - Mini PLC PL-100

  • Supports up to 112 I/Os for flexible industrial automation

  • Modular design with Relay Base and Transistor Low Side Base modules
  • Isolated Digital Inputs and Transistorized Outputs for robust signal control
  • High-speed inputs and high-speed outputs (PTO / PWM / S-Profile)
  • Analog voltage (0–10V) and current (4–20mA) input/output support

    Maintenance engineers often consider Schneider PLC, GIC Voltage Monitoring and Schneider PLC Suppliers In Pantnagar when sourcing GIC PLC, ensuring stock flexibility and minimizing risk of unplanned downtime events.

GIC Programmable Logic Controller - Smart Relay Genie NX

GIC Programmable Logic Controller - Smart Relay Genie NX

  • Supports up to 48 I/Os: 32 Digital Inputs and 16 Digital Outputs

    Allows up to 250 lines of ladder programming for versatile automation

    Features include Soft Text Messages, Time Switches, Compare Counters, Timers, Counters, and 12 Analog Functions

    Companies upgrading with GIC PLC frequently compare Omron PLC, Delta PLC Suppliers In Coimbatore and GIC SMPS, securing the right balance between technical improvement and procurement efficiency.

    Equipped with 4 Hour Meters for detailed time tracking

    Backlit LCD screen for real-time display and on-device parameter modification

    PC software support for programming, simulation, documentation, and printing

    When planning standardization, industries check GIC PLC alongside ABB PLC Models, Mitsubishi PLC Suppliers In Vadodara and GIC Process Indicators, ensuring consistent sourcing strategies and simplified long-term maintenance practices.

Frequently Asked Questions

What is PLC in the semiconductor industry?

In the semiconductor industry, a PLC (Programmable Logic Controller) is used to automate machinery and processes with high precision. It controls equipment like wafer handling systems, lithography machines, and robotic arms used in chip manufacturing.

A PLC in semiconductor applications ensures fast, reliable, and repeatable control over complex operations. It receives input from sensors, processes logic based on the program, and sends commands to actuators or machines. This helps maintain accuracy, reduce errors, and increase production efficiency in semiconductor fabs.

Where are PLCs used?

PLCs (Programmable Logic Controllers) are used in many industrial and automation applications. You’ll commonly find them in manufacturing plants, assembly lines, robotic systems, and machinery control. They help manage repetitive tasks like turning motors on/off, monitoring sensors, and handling alarms.

PLCs are also used in water treatment plants, packaging units, building automation, and even elevators. Anywhere that needs precise control, high reliability, and automatic operation, a PLC is likely involved. They’re trusted because they work in tough conditions and are easy to program and troubleshoot.