Description
The DSC PC4116 is a 16-zone hardwired expansion module designed for DSC MAXSYS security systems. This module allows you to expand your system in increments of 16 additional hardwired zones, giving you greater flexibility as your security requirements grow. It features an AUX power output rated at 250mA, ensuring reliable power distribution to connected devices.
MAXSYS systems can be expanded using multiple PC4108A (8-zone) and PC4116 (16-zone) modules up to the rated capacity of each system. Each expansion module connects directly to the system Combus, making installation straightforward while providing maximum flexibility for scalable security solutions.
Key Features
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Expands MAXSYS systems with 16 additional hardwired zones
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AUX power supply rated at 250mA for accessories and devices
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Compatible with PC4108A and PC4116 modules for flexible scaling
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Modules can be added anywhere on the Combus for easy installation
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Ideal for large-scale residential, commercial, and industrial systems
The DSC PC4116 is an essential component for enhancing the capabilities of your MAXSYS security system. This 16-zone hardwired expansion module provides the perfect solution for growing security needs, ensuring that your system can adapt as requirements evolve.
Designed for versatility and performance, the PC4116 integrates seamlessly with existing setups. With a robust AUX power output of 250mA, it supports reliable operation of connected devices and accessories. Its compatibility with other DSC modules means you can effortlessly scale your security system to match the specific demands of any environment.
- Expands MAXSYS systems with 16 additional hardwired zones
- AUX power supply rated at 250mA for accessories and devices
- Compatible with PC4108A and PC4116 modules for flexible scaling
- Modules can be added anywhere on the Combus for easy installation
- Ideal for large-scale residential, commercial, and industrial systems
Elevate your security architecture with the DSC PC4116, designed for reliability and versatility in today’s dynamic environments.