Comnet RLFDX232M2/24DC Substation-Rated TTL Logic Data Link/Repeater

Substation-Rated RS-232 TTL Logic Data Link/Repeater, MM 2 Fiber, 24VDC.

The ComNet RLFDX series of serial link/repeaters are substation-rated and industrially hardened form, fit, function completely backwards-compatible replacements for the popular Garrettcom/Dymec 5843 -series link/repeaters. They designed deployment in environments where high levels electromagnetic noise interference (EMI) severe voltage transients surges routinely encountered, such as electrical utility substations switchyards, heavy manufacturing facilities, trackside roadside electronic equipment, other difficult out-of-plant applications. Optical connectivity provides significantly extended transmission distances compared to copper media; isolation; enhanced reliability protection peripheral IEDs, RTUs, equipment; operational safety. easily field-configurable point-topoint, point-to-multipoint/master-slave, loop, or bus topologies. extremely versatile simple-to-install is ideal any mission-critical application very network availability utmost importance.

• Fully electrically, mechanically, optically identical backward-compatible with Series. A may directly replace Dymec unit anywhere within network
• Full-duplex, half-duplex, simplex logic
• Certified meet exceed requirements IEEE 1613 Class substations, EN60950 1, Division (Groups A, B, C, & D) use hazardous locations
• RS-232 Version: DTE/DCE switching
• Diagnostic test mode feature tests connections before connected IED RTU active network
• Extended ambient operating temperature range -40º +85º no fan/forced air cooling, virtually environment
• Optical up 5 km over multimode fiber
• Internal/self-contained high-reliability power supply – screw terminal block connects source permanent, reliable, maintenance-free operation
• Status Indicating LEDs confirm status link ease troubleshooting
• Rugged galvannealed powder-coated panel-mount enclosure
• IP-30 rated ingress (2.5 objects)
• Conformal coating circuit boards optionally available, humidity condensation conditions