Interlogix D9130 Data Repeater SM Laser

RS232: Data Repeater, SM Laser, Fibers, Db25. The IFS D9100 Series consists of fully-digital transceiver units designed for implementing simplex or full-duplex RS-232 dropand-repeat poll-and-respond traffic signalization/communications networks utilizing two optical fibers. These environmentallyhardened are ideal use in unconditioned out-of-plant roadside installations and master-configured unit may be located anywhere within network, making this equipment applications involving on-street master controllers with upstream downstream communications requirements. used a conventional single-master/multiple local network architecture, dualmaster/bus multiple configuration higher levels reliability. Manually resettable anti-streaming is included unparalleled protection. Optional battery back-up capability provides highest level reliability event loss prime operating power, maintains continuous channel operation. Plug-and-play design ensures ease installation no electrical adjustments ever required. LED indicators provided rapidly ascertaining status, available either stand-alone rack-mount configurations.

• Meets EIA C/D Specifications (Simplex Duplex)
• NTCIP Compatible
• Tested Certified by an Independent Testing Laboratory Full Compliance Environmental Requirements (Ambient Temperature, Mechanical Shock, Vibration, Humidity Condensation, High-Line/Low-Line Voltage Conditions Transient Protection) NEMA TS-1/TS-2 Caltrans Specification Signal Control Equipment
• Robust Assures Extremely High Environments 
• User-Selectable Local, Bus operation DTE DCE Interface Ensured Maximum Versatility
• Supports Request to Send (RTS) Clear (CTS) Signals
• RJ-45 expansion port branching electrically linking colocated units
• Solid-State Current Limiters on all Power Lines Provide Protection
• Optional Internal additional Time Communications.
• Supports Dual-Master/Bus Controller Communication System Architectures
• Wide Dynamic Range: Attenuators Never Required
• User-Configurable & Protection Against Faulty Streaming Operation