6030-01-360-0823 ( 6100310 , 2270-R-TW8-07-08-0 )

NSN Information
NSN FSC NIIN Item Name INC
6030-01-360-0823 6030 013600823 MODEM,FIBER OPTIC 4252
NSN Features
MRC Parameter Characteristics
TEXT GENERAL CHARACTERISTICS ITEM DESCRIPTION FIBER OPTIC CABLE COMPACITY 50 TO62.5 MICRON MULTIMODE OR 8 TO 10 MICRON SINGLE MODE; TRANSMITTER LASER DIOD 1300 NANOMETERS; WAVE LENGTH 1300NANOMETERS; FIBER OPTIC CONNECTOR SMA 906 TYPE; INTERFACE TWINAX/MIL 188-114CRYSTALS 104.2K,208.3K,416.7K,833.3K,2.5M,5M,10M,20M; RACK MOUNT18VAC +/- 10% @ 1.1 AMPS,50/60 HZ; 7.8"X12.5"X.6"; FULL DUPLEX OPERATION;SYNCHRONOUS; OPERATING TEMP 0 TO 50 C;0 TO 95% HUMIDITY (NON-CONDENSING); PULSE WIDTH CODING; RECEIVER 1300NM PIN DIODE; SENSITIVITY <-21DBM HI RX (MEASURED AT 20MBPS),<-22DBM LOW RX AT 56KBPS; TX POWER >-6DBM HI TX (MEASURED AT 20MBPS),-12 TO -17DBM LOW TX AT 56KBPS; COMPOSIT ERROR RATE 1 IN 10 TO THE 11TH POWER OR BETTER; BIT COUNT INTEGRITY 1 EVENT IN 1400 HROR BETTER; LOSS BUDGET 1300NM LASER = 15DB W/50 OR 62.5/125 MICRON FIBER,SINGLE MODE = 15DB W/8 OR 10 MICRON FIBER; CCA W/FACE PLATE PLUG INTO 2201RACK-MOUNT ENCLOSURE
AGAV END ITEM IDENTIFICATION CSOC COMM SEG
Manufacturing Part Numbers (SKUs)
Part SKU Cage Status RNVC RNCC SADC DAC RNAAC
6100310 3T793 A 9 D 2 MC
2270-R-TW8-07-08-0 3T793 A 2 3 2 MC
Manufacturers
Part SKU Cage Manufacturer Type Status
6100310 3T793 CANOGA-PERKINS CORP A A
2270-R-TW8-07-08-0 3T793 CANOGA-PERKINS CORP A A
FLIS Identification
PMIC ADPE Code CRITL Code DEMIL Code DEMIL INTG NIIN Asgt ESD HMIC ENAC Schedule-B INC
A 0 X Q 6 06/17/1 N 8517620010 4252
FLIS Management
MOE REC Rep Code Mgmt Ctl USC Phrase Code Phrase Statement
DF T SF8SN-N L
Demilitarization Codes & Management
DML PMI HMIC ADP CC ESDC
Q A N 0 X
Miscellaneous Management
MOE (S_A) SOS AAC QUP UI SLC CIIC RC MCC SVC
DF FGZ C 1 EA 0 U SF8SN-N L
Management Control Army
MATCAT 1 MATCAT 2 MATCAT 3 MATCAT 4 5 ARC
Freight
NMFC NMFC SUB UFC HMC LTL LCL WCC TCC SHC ADC ACC ASH NMF DESC
057770 X 46205 J 72D 3 9 A H Z CABLE LIGHTGUIDE/WAVE GLASS FIBRE