Description
- Standards: T1: ITU-T G.703, G.704, G.706, G.732, G.823, AT&T TR-62411, ANSI T1.403; Interfaces: RJ48c 100ohms balanced T1 or RJ48c 120ohms balanced E1 connector and single SC connector 155M fiber port
- Operating wavelength: Tx:1310nm/Rx:850nm (B type BiDirectional, must be matched with A type model for a working pair); Operating distance: 2Km on 50/125um or 62.5/125um fiber; Optical connector: single SC connector
- Front LEDs: Power, Fiber Link, E1/T1 SIG, Test mode; Power: External 90-260V AC switching adapter 12VDC@1A with NEMA1-15(2 blades only), US type main plug
- Temperature: 0~60C (Operating); 0~70C (Storage); Humidity: 10~90% non condensing; Consumption: less than 5W
- Dimensions(WxDxH): 88mm x 155mm x 23mm; Weight: 210g (without AC adapter); Compliance: CE, FCC Class A, LVD, RoHS; MTBF: 65,000 hours
The FRM220-E1T1R-SC02B is a Bi-Directional fiber media converter for G.703 T1 or E1 (DIP switch selectable)transmission/transport over fiber optic and features an RJ-48c connector for connection to 100 Ohm (or 120Ohms for E1) twisted pair wiring. FRM220-E1T1R-SC02B operates on single strand multi-mode fiber up to 2Km (1.4mi) distance, using WDM technology with Tx:1310nm and Rx:850nm. The new model replaces the old equivalent FIB1-T1R series and adds a few extras. The unit is now supporting both T1 and E1 interfaces for transport. A number of DIP switches allow all settings to be made without a PC. The new FRM220-E1T1R supports also local console management when ordered with the FRM220-CH01M-AC optional casing and also can be web managed (besides the SNMP) if installed in any FRM220 series chassis that has also an FRM220-NMC management card. The fiber media converter is equipped with single SC type optical connector. Such media converter is also sometimes called T1 fiber modem. Management features provide information on the card status, type, version, fiber link status, E1 or T1 link status and alarms type of alarms. Configuration is also available to enable or disable the port, reset the port, do far end fault setting, and initiate local or far end loop-back tests. For the BiDirectional modem, an A type converter must be always matched with a B type converter. The models are using complementary wavelengths (850nm and 1310nm) to communicate over just one strand of fiber.