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Hangzhou Prevail Optoelectronic Equipment Co., Ltd.

Outdoor, Optical Node, CATV Optical Receiver manufacturer / supplier in China, offering Outdoor Optical Node (WR-1004N-HJS), CATV Equipment (Optical Amplifier EDFA), TS Re-Multiplexer (with IP Output) and so on.

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Outdoor Optical Node (WR-1004N-HJS)

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Min. Order: 10 Pieces
Port: Shanghai, China
Payment Terms: L/C

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Basic Info
  • Model NO.: WR-1004N-HJS
  • Wiring Devices: ODF
  • Condition: New
  • Origin: China
  • Type: Fiber Transceiver
  • Certification: CE
  • Trademark: Prevail
Product Description
1. Product Summary
WR-1004N-HJS outdoor optical node can be configured 2 forward path optical receiver modules, 2 return path optical transmitter modules, 1 Ethernet transponder module and 2 switching power supply modules at most. Adopts advanced optical AGC technology, the output level and output slope both adopt the electric control circuit. Add LED segment display function, the forward path output signal 116dBμV.
 
2. Performance Characteristics
  • Forward path optical receiving part adopts advanced optical AGC technology, the input optical power range extended to -8~+2dBm.
  • Forward path optical receiving part: RF operating bandwidth extended to 1GHz, each way maximum output level up to 116dBμv.
  • Full electric adjust attenuation and equilibrium control circuit, and achieve remote operation by NMS.
  • RF amplifier part adopts quick plug modular design, can quickly replace RF amplifier module without dismantling the RF cable connector.
  • Built-in perfect condition monitoring circuit, and support Ethernet transponder.
  • Reserved C-CMTS forward path and return path RF interface, support DOCSIS EOC networking scheme.
 
3. Technique Parameter
3.1 Link testing conditions
The performance parameters of this manual according to the measuring method of GY/T 194-2003 < Specifications and methods of measurement on optical node used in CATV systems >, and tested in the following conditions.
  1. Forward optical receive part: with 10km standard optical fiber, passive optical attenuator and standard optical transmitter composed the testing link. Set 59 PAL-D analog TV channel signal at range of 45/87MHz~550MHz under the specified link loss. Transmit digital modulation signal at range of 550MHz~862/1003MHz, the digital modulation signal level (in 8 MHz bandwidth) is 10dB lower than analog signal carrier level. When the input optical power of optical receiver is -1dBm, the RF output level is 108dBμV, with 8dB output slope, measure the C/CTB, C/CSO and C/N.
  2. Return optical transmit part: Link flatness and NPR dynamic range are the link indexes which is composed of return path optical transmitter and optical receiver.
Note: When the rated output level is the system full configuration and the receiving optical power is -1dBm, equipment meets the maximum output level of link index. When the system configuration degrade (that is, the actual transmission channels reduce), the output level of equipment will be increased.
Friendly Notice: Suggest you setting the RF signal to 6~9dB slope output in the practical engineering application to improve the nonlinear index of the cable system.

3.2 Performance Parameters
ItemUnitPerformance Parameters
Forward Optical Receive Part
Optical Parameters
Optical AGC control rangedBm-8 ~ +2
Optical return lossdB>45
Optical receiving wavelengthnm1100 ~ 1600
Optical connector type-FC/APC, SC/APC or specified by the user
Optical fiber type-Single mode
Link Performance
C/NdB≥ 51-1dBm optical input, output level 108dBμV, EQ 8dB
C/CTBdB≥ 65
C/CSOdB≥ 60
RF Parameters
Frequency range

MHz

45/87 ~862/1003
Flatness in banddB±0.75
Rated output leveldBμV≥ 110
Max output leveldBμV≥ 116
Output return lossdB(85 ~550MHz) ≥16 / (550~1000MHz) ≥14
Redundant receiver isolationdB≥75
Output impedanceΩ75
Electrical control EQ rangedB0~15 (1dB stepping)
Electrical control ATT rangedB0~20 (1dB stepping)
Reverse Optical Transmit Part
Optical Parameters
Optical transmit wavelengthnm1310±10, 1550±10 or specified by the user
Laser type-DFB or FP laser
Output optical powermW1
Optical connector type-FC/APC, SC/APC or specified by the user
RF Parameters
Frequency range

MHz

5 ~ 65 (or specified by the user)
Flatness in banddB±0.75
Input leveldBμV72~ 85
Input return lossdB≥16
Independent transmitter isolationdB≥60
Input impedanceΩ75
NPR dynamic rangedB≥15 (NPR≥30 dB)
Use DFB laser
≥10 (NPR≥30 dB)
Use FP laser
 
 
 
 
 


RF Parameters of C-CMTS Interface
CMTS_DS
Level of forward path insert port
dBμV≥102
CMTS_US
Gain of return path output port
dB1±1Port ~ CMTS_US output
Isolation of forward path to CMTS_US return path output portdB≥70
General Performance
Power voltage

V

A: AC(100~240)V;  B: AC (35~90)V
Feed current through

A

10
Operating temperatureºC-40~+60
Storage temperatureºC-40~+70
Relative humidity%Max 95% no condensation
ConsumptionVA≤ 65
Dimensionmm360 (L)×330 (W)×161 (H)
 
  Outdoor Optical Node (WR-1004N-HJS)
 

1. Optical fiber in
2. Forward path optical receiver modules13. Forward path optical receiver modules2
4. LED segment display5. Up key6. Down key
7. Enter key8. Return path optical transmit modules19. CMTS return path output
10. Return path optical transmit modules211. Return path component12. AC60V independent feed port
13. Fixed screw14. NM interface15. Main board power input
16. Com ATT inserter of return path port3, port417. EOC com insertion port of port3, port418. Fixed screw
19. CMTS_US interface (used when CMTS forward path and return path mixed input)20. CMTS forward path and return path mixed input port21. CMTS_DS input ATT inserter
22. Com ATT inserter of return path port1, port223. Fixed screw24. EOC mixed insertion port of port1, port2
25. Port1 return path input EQ inserter26. Port1 EOC insertion port27. Port1 return path input test port (-20dB)
28. Port1 input ATT inserter
(-E type)
29. Port2 return path input EQ inserter30. Fixed screw
31. Port1 forward path output test port (-20dB)32. PORT133. Port1 feed fuse
34. Port2 EOC insertion port35. Port2 forward path output test port (-20dB)36. Port2 feed fuse
37. Port238. Port2 input ATT inserter (-E type)39. Port2 return path input test port (-20dB)
40. Port3 forward path output test port (-20dB)41. Port342. Port3 feed fuse
43. Port3 input ATT inserter
(-E type)
44. Port3 return path input test port (-20dB)45. Port4 forward path output test port (-20dB)
46. Port3 EOC insertion port47. Port448. Port4 feed fuse
49. Port3 return path input EQ inserter50. Fixed screw51. Port4 input ATT inserter (-E type)
52. Port4 return path input test port (-20dB)53. Port4 EOC insertion port54. Port4 return path input EQ inserter
55. Power module 2 socket56. Power module 1 socket57. 220Vac input socket
58. Power module 2  220Vac socket59. Power module 1  220Vac socket60. Power module 1
61. Power module 262. NMS transponder module63. Network cable in
64. CMTS_DS input or  CMTS mixed input65. CMTS_US input66. CMTS_DS input or CMTS mixed input
67. CMTS_US input  
 
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