Interlogix DT3020 8 Channel Contact Transmitter, 1300Nm ,MM 1 Fiber

The Interlogix DT3020 8 Channel Contact Transmitter is an advanced communication system designed to transmit up to eight contact closures over a single fiber. With its robust specifications including a 1310nm multi-mode wavelength and an impressive maximum distance of 8 miles, this transmitter ensures reliable performance for various control applications. Its microprocessor-based logic, automatic resettable limiters, and channel status LED indicators enhance usability and provide essential feedback for users, making it a perfect choice for alarm systems, gate control, and more.

Interlogix DT3020 8 Channel Contact Transmitter Features

• Transmits Up to Eight Contact Closures Over One Fiber: Efficiently utilizes a single fiber to transmit multiple signals, reducing installation complexity.
• Eight Channel Point-to-Point Transmission Architecture: Ensures direct communication between two points for improved reliability and performance.
• Power and Eight Individual Channel Status LED Indicators: Provides real-time feedback on each channel’s status, aiding in quick diagnostics.
• Eight SPST Reed Relays (with individual indicators): Allows for versatile integration into various systems while providing clear operational indications.
• Loss of Carrier Relay for Alarm Notifications: Enhances security by alerting users when communication is disrupted.
• Relay Contact Rating: 200 VDC, 0.5 Amps, Normally Open: Adapts to a variety of control systems and applications.
• No In-field Electrical or Optical Adjustments Required: Simplifies installation and maintenance, saving time and reducing error.
• Automatic Resettable Solid-State Current Limiters: Protects the system from overload conditions, ensuring longevity and reliability.
• Hot-Swappable Rack Modules: Facilitates easy upgrades and maintenance without downtime.
• Distances up to 25 Miles (40 km): Extends the range of operation, making it suitable for large installations.

Interlogix DT3020 Detailed Specifications