SD500-MIM Addressable Mini-Input Module
The SD500-MIM Addressable Mini-Input Module is a compact monitoring device designed to integrate conventional initiating devices into intelligent fire alarm systems. It supervises a single dry-contact input and converts it into an addressable signal for precise identification at the control panel. Engineered for space-constrained installations, the SD500-MIM Addressable Mini-Input Module can be mounted inside a single-gang electrical box directly behind the monitored device. Its reliable supervision and compact design make it an ideal choice for retrofit projects and modern fire system configurations.
Features
- Compact size allows installation behind devices in single-gang boxes
- Supports single Class B (Style B) initiating device circuit
- Converts dry-contact inputs into addressable signals
- Provides continuous supervision using EOL resistor
- Equipped with LED indication for quick status monitoring
- Uses DIP switch addressing for fast configuration
- Supports long wiring distance up to 2500 ft for flexible installation
Benefits
The SD500-MIM Addressable Mini-Input Module offers a highly efficient solution for installations where space is limited. Its miniature design allows concealed mounting, maintaining a clean and professional system layout. It enables existing conventional devices to be integrated into addressable systems without major modifications, reducing upgrade costs. The module also improves system accuracy by providing precise location identification for each monitored device. Its long wiring capability and reliable supervision ensure consistent performance even in large or complex installations.
Why Choose QuickShipFire?
- Stock availability of SD500-MIM modules for compact monitoring needs
- Reliable sourcing ensures stable performance in space-limited installations
- Support for selecting mini modules for retrofit and concealed applications
- Fast dispatch for projects requiring quick installation turnaround
- Focus on delivering compact monitoring solutions without compromising reliability

