The 2GIG GC2 wireless security system is a versatile and robust solution designed for both residential and commercial environments. This system offers advanced protection features such as burglary, fire, and emergency monitoring, all integrated into a single, user-friendly platform. The GC2 Control Panel serves as the central hub for managing wireless sensors, key fobs, keypads, and optional hardwired components. This guide provides a comprehensive overview of the installation process, programming steps, and system features based on the manufacturer’s official installation and programming documentation.
System Overview
The 2GIG GC2 is a feature-rich wireless security system that supports up to 60 wireless RF sensors, eight RF remote control key fobs, and four RF remote control keypads. It also accommodates hardwired sensors and communication modules such as the 2GIG Go!Control POTS Module and GSM (Cellular) Radio Module. The system is designed to provide two-way voice communication with a Remote Service Provider (RSP) and can send alarm and status reports to a Central Station.
The GC2 Control Panel is ETL Listed and meets the ANSI/SIA CP-01 standard for false alarm reduction, making it a reliable choice for both residential and commercial users. The system also supports integration with the 2GIG Go!Bridge IP Communicator for IP-based communication with the central monitoring station.
Installation Process
The installation of the 2GIG GC2 system involves a series of structured steps to ensure optimal performance and user convenience. The following outlines the key phases of the installation process:
Unpacking and Identifying Components
Before beginning the installation, it is essential to unpack the system and identify all components. The GC2 Control Panel is the central unit, and it should be paired with the appropriate sensors and modules. Additional components may include wireless sensors (such as door/window contacts, motion detectors, and smoke detectors), a backup battery, power supply, and optional communication modules like the POTS or GSM modules.
Creating an Installation Floor Plan
An effective installation begins with the creation of an installation floor plan. This helps in determining the best centralized location for the Control Panel. The location should ideally be within a central area of the premises to ensure even coverage for wireless sensors. It should also be accessible for future maintenance and user interaction.
Sensor Placement and Wiring
The next step involves deciding on the placement of both wired and wireless sensors. Wireless sensors should be placed in strategic locations such as entry points, high-traffic areas, and critical rooms. Hardwired sensors, if used, require careful routing of loop wires to the Control Panel's wall cutout. The installation guide provides detailed instructions for each type of sensor, ensuring compliance with manufacturer specifications.
For hardwired components such as sounders, the wiring should be routed to the Control Panel’s wall cutout to ensure seamless integration. The installation must also consider the placement of the telephone line, particularly if the 2GIG Go!Control POTS Module is being used. The telephone line should be connected to an RJ31X jack and routed to the Control Panel.
Power Supply and Mounting
The Control Panel requires an unswitched wall outlet for its power supply. A backup battery must also be installed to ensure system functionality during power outages. The installation involves using a third-hand hanger strap to mount the Control Panel securely on the wall. The mounting plate is attached to the wall, and the Control Panel is then secured using a retaining screw.
Optional Modules
Optional modules such as the GSM (Cellular) Radio Module and the 2GIG Go!Control POTS Module can be installed to enhance the system’s communication capabilities. The GSM module provides cellular communication as a backup to traditional phone lines, ensuring continuous connectivity. The POTS module allows the system to communicate over-the-air with the Central Station and supports the use of a lineman’s phone (buttset) for monitoring the telephone line.
The installation of the GSM module requires the use of an in-wall or attic antenna to ensure optimal signal strength. The antenna wire must be routed precisely as per the manufacturer’s instructions to avoid interference. The POTS module is connected to the RJ45 port on the Control Panel and must be programmed to function correctly.
Programming the System
Programming the 2GIG GC2 Control Panel involves configuring various system settings and sensor parameters. The following are key programming steps:
System Configuration
To access the system configuration, the installer must navigate to the Installer Toolbox screen by entering the master installer code (default: 1561). From there, the installer can configure system parameters such as the Central Station phone number, account number, and dialer settings. These settings are crucial for establishing communication between the system and the monitoring station.
Wireless Sensor Programming
The Control Panel can be programmed with up to 60 RF sensors. Each sensor is assigned a unique number and type, and the installer must configure the appropriate equipment type and code for each. The programming process includes the following steps:
- Select RF Sensor Number: Choose a sensor number between 01–48 or 63–74.
- Select RF Sensor Type: Choose from options such as Exit/Entry 1, Exit/Entry 2, Perimeter, etc.
- Select RF Sensor Equipment Type: Some sensor types require an additional equipment type selection.
- Enter RF Sensor Equipment Code: Enter a four-digit code corresponding to the sensor model.
- Enter RF Sensor Serial Number: Input the serial number found on the sensor or its packaging.
The programming process is essential for ensuring that each sensor functions correctly within the system. The installer must also test the sensors to verify their operation and integration with the Control Panel.
Hardwired Components
Hardwired components such as sounders and the POTS module must also be programmed. This includes configuring the output settings for the sounder and ensuring that the POTS module is registered with the Central Station. Programming these components ensures that the system can generate audible alerts and communicate effectively during an emergency.
Communication Module Programming
If the GSM (Cellular) Radio Module is installed, it must be programmed to function correctly. This includes configuring the module’s communication settings and ensuring that it is registered with the system. The module should be tested to confirm that it can establish a cellular connection and transmit data to the Central Station.
System Features and Capabilities
The 2GIG GC2 system offers a range of advanced features and capabilities that enhance its functionality and user experience. Some of the key features include:
Multi-Zone Monitoring
The system can monitor up to 60 wireless zones, each of which can be configured for burglary, fire, or emergency detection. The Control Panel provides real-time monitoring and displays the status of each zone, allowing users to quickly identify and respond to potential threats.
Remote Access and Communication
The system supports two-way voice communication with a Remote Service Provider (RSP), enabling users to interact with the monitoring station during an emergency. The 2GIG Go!Bridge IP Communicator allows for IP-based communication, providing an additional layer of connectivity and reliability.
Integration with Insurance Providers
The installation of a security system like the 2GIG GC2 can lead to discounts on homeowners’ or renters’ insurance policies. While the requirements and discount amounts vary by insurer, the increased level of protection offered by the system generally results in cost savings. It is recommended that users consult with their insurance agent to determine if their provider offers specific discounts for security system installations.
Compliance and Standards
The 2GIG GC2 system meets the ANSI/SIA CP-01 standard for false alarm reduction and is ETL Listed, ensuring compliance with industry safety and performance standards. This certification guarantees that the system has been tested and approved for use in both residential and commercial environments.
Wireless Installation Considerations
When installing wireless components of the 2GIG GC2 system, it is important to consider the limitations of low-power wireless transmitters. Wireless signals can be affected by physical obstructions, interference, and distance. To ensure optimal performance, sensors should be placed in locations with minimal interference and within the recommended range of the Control Panel. The installation guide provides detailed tips for optimizing wireless signal strength and coverage.
Testing and Final Setup
After the installation and programming are complete, the system must be tested to ensure that all components are functioning correctly. The installer should test each sensor, communication module, and alarm function to verify proper operation. The system should also be tested under various scenarios, such as simulated alarms and emergency conditions, to confirm that it responds appropriately.
Once the system has passed all tests, the installer should educate the end user on basic system operations. This includes arming and disarming the system, responding to alarms, and using any remote control devices. The user should also be provided with the Control Panel’s User Guide for future reference.
Conclusion
The 2GIG GC2 wireless security system is a comprehensive and reliable solution for both residential and commercial users. Its advanced features, ease of installation, and robust programming capabilities make it an ideal choice for those seeking a high-performance security system. By following the manufacturer’s installation and programming guidelines, installers can ensure that the system operates at peak efficiency and provides the highest level of protection for the premises. Whether used in a home or business setting, the 2GIG GC2 system offers peace of mind through its advanced monitoring, communication, and alarm capabilities.