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Huawei MA5608T AC Power Board 03030RKM H801MPWD MPWD Board Video



Huawei MPWD AC Power Board


Appearance
Huawei MA5608T AC Power Board 03030RKM H801MPWD MPWD Board
H801MPWD Board Description
The H801MPWD board is an AC power board, consisting of an AC power unit and a monitoring unit. The board supplies power to the device and supports the lead-acid battery for power backup. The AC power unit provides overcurrent protection, output overvoltage protection, short circuit protection, and over-temperature protection. The monitoring unit provides comprehensive management for the power system and storage battery, and also provides certain environment monitoring functions.

Functional Specifications

The H801MPWD board supports the following functions and specifications:
  • Input AC voltage: -100 V to -240 V
  • Input AC frequency: 50 Hz to 60 Hz
  • Single-phase three-wire AC power input
  • Connection to battery backup power (-48V DC)
  • Rated output power: 400 W
  • Alarm monitoring
  • Battery low voltage disconnection; charge and discharge management of storage batteries

Working Principle

Working principle of the H801MPWD board 
The basic working principle of the H801MPWD board is as follows:
  • AC input power is supplied to the board. After AC/DC conversion, the power is supplied to the system backplane at -48 V (adjustable).
  • The board supports battery input. The monitoring unit manages the charging and discharging of batteries.
  • The board communicates with the system through the backplane, reporting board hardware and electronic label information to the backplane.
  • The board supports communication with the monitoring unit through the 485 protocol to adjust voltage and current and report alarm information.
  • The monitoring unit manages lead-acid batteries.
  • The optical coupler implements the battery low voltage disconnection function.
  • The board provides power distribution checking and alarm reporting functions.

Front Panel Ports


Working Principle

Working principle of the H801MPWD board
The basic working principle of the H801MPWD board is as follows:
  • AC input power is supplied to the board. After AC/DC conversion, the power is supplied to the system backplane at -48 V (adjustable).
  • The board supports battery input. The monitoring unit manages the charging and discharging of batteries.
  • The board communicates with the system through the backplane, reporting board hardware and electronic label information to the backplane.
  • The board supports communication with the monitoring unit through the 485 protocol to adjust voltage and current and report alarm information.
  • The monitoring unit manages lead-acid batteries.
  • The optical coupler implements the battery low voltage disconnection function.
  • The board provides power distribution checking and alarm reporting functions.

Front Panel Ports

Indicator

Indicator
Name
Color
Status
Meaning
AC IN
AC input indicator
Green
On
Indicates that the AC input power is normal
-
Off
Indicates that the AC input power is abnormal
DC OUT
DC output indicator
Green
On
Indicates that the DC output power is normal
-
Off
Indicates that the DC output power is abnormal
BAT
Power board battery connection indicator
Green
On
Indicates that battery connection is normal
-
Off
Indicates that battery connection is abnormal
PMU
Monitoring board running status indicator
Green
Blinking quickly (on for 0.25 s and off for 0.25 s repeatedly)
Indicates that program loading is in progress
Green
Blinking slowly (on for 1 s and off for 1 s repeatedly)
Indicates that the board runs normally
Red
Blinking
Indicating that the board is starting up
Red
On
Indicates that a critical alarm is reported
Orange
Blinking
Indicates that a minor alarm (such as the high temperature alarm) is reported

Technical Specifications

BoardPower ConsumptionMaximum Frame Size
Control board (SCU)
H801SCUB
  • Static: 18.8 W
  • Maximum: 22 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H802SCUB
  • Static: 14 W
  • Maximum: 17 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801SCUF
  • Static: 22 W
  • Maximum: 25 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801SCUH
  • Static: 89 W
  • Maximum: 111 W (Fully configured with 10GE service board)
  • Maximum: 134 W (Fully configured with 20GE service board)
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801SCUL
  • Static: 40.4 W
  • Maximum: 42.1 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801SCUN
  • Static: 41 W
  • Maximum: 62 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H802SCUN
  • Static: 30 W
  • Maximum: 50 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801SCUK
  • Static: 30 W
  • Maximum: 50 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801SCUV
  • Static: 89 W
  • Maximum: 111 W (Fully configured with 10GE service board)
  • Maximum: 134 W (Fully configured with 20GE service board)
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
Control board (MCU)
H801MCUD
  • Static: 24 W
  • Maximum: 26 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801MCUD1
  • Static: 29 W
  • Maximum: 33 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801MCUE
  • Static: 24 W
  • Maximum: 26 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
Upstream interface board (GIU)
H801GICD
  • Static: 5.3 W
  • Maximum: 5.3 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801GICE
  • Static: 5.8 W
  • Maximum: 11.8 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801GICF
  • Static: 3.9 W
  • Maximum: 3.9 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801GICG
  • Static: 6.3 W
  • Maximum: 9.2 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801GICK
  • Static: 6.6 W
  • Maximum: 7 W
2000 bytes
H802GICK
  • Static: 7 W
  • Maximum: 9 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801GSCA
  • Static: 8 W
  • Maximum: 10 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801X1CA
  • Static: 11.1 W
  • Maximum: 11.3 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801X2CA
  • Static: 20.2 W
  • Maximum: 20.5 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801X2CS
  • Static: 17.6 W
  • Maximum: 18 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H802X2CS
  • Static: 7 W
  • Maximum: 9 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801X2CK
  • Static: 7 W
  • Maximum: 9 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H802P2CA
  • Static: 9 W
  • Maximum: 10 W
2004 bytes
Universal interface board (GPIO)
H801BIUA
  • Static: 5.3 W
  • Maximum: 5.3 W
-
H801CITA
  • Static: 1.9 W
  • Maximum: 4.3 W
-
H801CITD
  • Static: 3.64 W
  • Maximum: 4.55 W
-
Power interface board (PRT)
H801PRTA
  • Static: 1.5 W
  • Maximum: 1.5 W
-
H801PRTE
  • Static: 1.5 W
  • Maximum: 1.5 W
-
H801PRTG
  • Static: 0.2 W
  • Maximum: 0.2 W
-
Power interface board (MPW)
H801MPWC
  • Static: 2.5 W
  • Maximum: 2.5 W
-
H801MPWD
  • Static: 2 W
  • Maximum transfer efficiency: 93% (220 V, 100% load, 25°C)
-
H801MPWE
  • Static: 1.5 W
  • Maximum: 1.5 W
-
SPU board
H801SPUA
  • Static: 28 W
  • Maximum: 35 W
2004 bytes
H801SPUB
  • Static: 21 W
  • Maximum: 24 W
2004 bytes
H801SPUC
  • Static: 53 W
  • Maximum: 90 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801SPUF
  • Static: 32 W
  • Maximum: 50 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
Ethernet service access board
H801ETHA
  • Static: 19.6 W
  • Maximum: 27 W
1600 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801ETHB
  • Static: 20 W
  • Maximum: 21 W
2052 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
TDM service process board
H801CSPA
  • Static: 22 W
  • Maximum: 23 W
-
H801TOPA
  • H801NHlA daughter board:
    • Static: 24.2 W
    • Maximum: 25.3 W
  • H801EH1A daughter board:
    • Static: 24.2 W
    • Maximum: 25.3 W
  • H801O2CE daughter board:
    • Static: 24 W
    • Maximum: 24.5 W
  • H801CSSA daughter board:
    • Static: 25 W
    • Maximum: 25 W
-
H801TOPB
  • Static: 13 W
  • Maximum: 16 W
-
GPON interface board
H801GPBC
  • Static: 70.6 W
  • Maximum: 78 W
  • For V800R011C00 and earlier versions: 2000 bytes
  • For V800R012C00 and later versions: 2004 bytes
H802GPBD
  • Static: 45 W
  • Maximum: 51 W
  • For V800R011C00 and earlier versions: 2000 bytes
  • For V800R012C00 and later versions: 2004 bytes
H805GPBD
  • Static: 43 W
  • Maximum: 49 W
  • For V800R011C00 and earlier versions: 2000 bytes
  • For V800R012C00 and later versions: 2004 bytes
H802GPFD
  • Static: 45 W
  • Maximum: 73 W
2004 bytes
H805GPFD
  • Static: 26 W
  • Maximum: 50 W
2004 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H806GPBH
  • Static: 32 W
  • Maximum: 46 W
2004 bytes
H807GPBH
  • Static: 25 W
  • Maximum: 38 W
2004 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
H801GPMD
  • Static: 32 W
  • Maximum: 46 W
2004 bytes
10G GPON interface board
H802XGBC
  • Static: 67 W
  • Maximum: 85 W
2004 bytes
H801XGBD
  • Static: 26 W
  • Maximum: 50 W
2004 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
P2P interface board
H801OPFA
  • Static: 20.2 W
  • Maximum: 28.5 W
1800 bytes
H802OPGD
  • Static: 70 W
  • Maximum: 100 W
  • For V800R011C00 and earlier versions: 1800 bytes
  • For V800R012C00 and later versions: 2004 bytes
H802OPGE
  • Static: 53 W
  • Maximum: 90 W
2004 bytes. After the jumbo frame function is enabled, a maximum of 9216 bytes can be supported.
ATM interface board
H801AIUG
  • Static: 24.9 W
  • Maximum: 33.4 W
-
Combo board
H80BCAME
  • Static: 26 W
  • Maximum: 75 W
1800 bytes
H806CAME
  • Static: 22 W
  • Maximum: 69 W
1800 bytes
H80BCVME
  • 17a:
    • Static: 32 W
    • Maximum: 86 W (the convergence ration is 25%.)
  • 8b:
    • Static: 32 W
    • Maximum: 88 W (the convergence ration is 25%.)
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H806CCPE
  • 12a/17a:
    • Static: 41 W
    • Maximum: 97 W (the convergence ration is 25%.)
  • 8b:
    • Static: 41 W
    • Maximum: 103 W (the convergence ration is 25%.)
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80DCCPE
  • 12a:
    • Static: 36 W
    • Maximum: 91 W (the convergence ration is 25%.)
  • 17a:
    • Static: 36 W
    • Maximum: 92 W (the convergence ration is 25%.)
  • 8b:
    • Static: 36 W
    • Maximum: 98 W (the convergence ration is 25%.)
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80DCSPE
  • 12a:
    • Static: 36 W
    • Maximum: 99 W (the convergence ration is 25%.)
  • 17a:
    • Static: 36 W
    • Maximum: 100 W (the convergence ration is 25%.)
  • 35b:
    • Static: 36 W
    • Maximum: 103 W (the convergence ration is 25%.)
  • PTM: 2000 bytes
  • ATM: 1800 bytes
Voice board
H801ASRB
  • Static: 12 W
  • Maximum: 37 W
-
H801ASPB
  • Static: 15.5 W
  • Maximum: 64 W
-
H808ASPB
  • Static: 16 W
  • Maximum: 31 W (calculated based on the 25% convergence ratio)
-
H809ASPB
  • Static: 15 W
  • Maximum: 31 W (calculated based on the 25% convergence ratio)
-
H80BASPB
  • Static: 13 W
  • Maximum: 29 W
-
H80CASPB
  • Static: 13 W
  • Maximum: 29 W
-
H802DSRD
  • Static: 18 W
  • Maximum: 40 W
-
H802DSRE
  • Static: 18 W
  • Maximum: 40 W
-
H802EDTB
  • Static: 32 W
  • Maximum: 38 W
-
H80AATRB
  • Static: 4 W
  • Maximum: 4 W
-
ADSL2+ service access board
H808ADIF
  • Static: 12 W
  • Maximum: 49.2 W
1800 bytes
H808ADLE
  • Static: 12.4 W
  • Maximum: 56.8 W
1800 bytes
H805ADLF
  • Static: 15 W
  • Maximum: 46 W
1800 bytes
H808ADLF
  • Static: 12 W
  • Maximum: 50.4 W
1800 bytes
H802ADPD
  • Static: 25 W
  • Maximum: 82.5 W
1800 bytes
H805ADPD
  • Static: 12 W
  • Maximum: 66 W
1800 bytes
H807ADPD
  • Static: 20 W
  • Maximum: 41 W
1800 bytes
H802ADQD
  • Static: 25 W
  • Maximum: 82.5 W
1800 bytes
H802ADKM
  • Static: 28 W
  • Maximum: 81 W
1800 bytes
H80BADPE
  • Static: 12.4 W
  • Maximum: 56.8 W
1800 bytes
H807ADPE
  • Static: 20 W
  • Maximum: 41 W
1800 bytes
H808ADPM
  • Static: 15 W
  • Maximum: 62 W
1800 bytes
H807ADPM
  • Static: 22 W
  • Maximum: 43 W
1800 bytes
VDSL2 service access board
H805VDSA
  • Static: 29.4 W
  • Maximum: 76.5 W
  • PTM: 1600 bytes
  • ATM: 1800 bytes
H805VDSF
  • Static: 27.3 W
  • Maximum: 57 W
  • PTM: 1600 bytes
  • ATM: 1800 bytes
H805VDTF
  • Static: 25.7 W
  • Maximum: 60.7 W
  • PTM: 1600 bytes
  • ATM: 1800 bytes
H805VDRD
  • Static: 20 W
  • Maximum: 55 W
  • PTM: 1600 bytes
  • ATM: 1800 bytes
H805VDMF
  • 17a:
    • Static: 34 W
    • Maximum: 80 W
  • 8b:
    • Static: 34 W
    • Maximum: 87 W
  • PTM: 1600 bytes
  • ATM: 1800 bytes
H80BVDMF
  • 17a:
    • Static: 18 W
    • Maximum: 57 W
  • 8b:
    • Static: 18 W
    • Maximum: 62 W
  • PTM:1800 bytes
  • ATM:1800 bytes
H802VDNF
  • 17a:
    • Static: 35 W
    • Maximum: 90 W
  • 8b:
    • Static: 35.2 W
    • Maximum: 96 W
  • PTM: 1536 bytes
  • ATM: 1800 bytes
H802VDJM
  • 17a:
    • Static: 33 W
    • Maximum: 82 W
  • 8b:
    • Static: 33 W
    • Maximum: 99 W
  • PTM: 1536 bytes
  • ATM: 1800 bytes
H80AVDPD
  • 17a:
    • Static: 24 W
    • Maximum: 77 W
  • 8b:
    • Static: 24 W
    • Maximum: 89 W
  • PTM: 1518 bytes
  • ATM: 1800 bytes
H80BVDPE
  • 17a:
    • Static: 24 W
    • Maximum: 79 W
  • 8b:
    • Static: 24 W
    • Maximum: 86 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80BVDPM
  • 17a:
    • Static: 25 W
    • Maximum: 82 W
  • 8b:
    • Static: 25 W
    • Maximum: 89 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80BVDQM
  • 17a:
    • Static: 24 W
    • Maximum: 81 W
  • 8b:
    • Static: 24 W
    • Maximum: 82 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80BVCMM
  • 17a:
    • Static: 30 W
    • Maximum: 75 W
  • 8b:
    • Static: 30 W
    • Maximum: 77 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80AVCPD
  • 17a:
    • Static: 24 W
    • Maximum: 65 W
  • 8b:
    • Static: 24 W
    • Maximum: 70 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80DVCPD
  • 17a:
    • Static: 24 W
    • Maximum: 64 W
  • 8b:
    • Static: 24 W
    • Maximum: 70 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80AVCPM
  • 17a:
    • Static: 26 W
    • Maximum: 67 W
  • 8b:
    • Static: 26 W
    • Maximum: 72 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80DVCPM
  • 17a:
    • Static: 26 W
    • Maximum: 66 W
  • 8b:
    • Static: 26 W
    • Maximum: 72 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H806VCPE
  • 17a:
    • Static: 24 W
    • Maximum: 65 W
  • 8b:
    • Static: 24 W
    • Maximum: 70 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80DVCPE
  • 17a:
    • Static: 24 W
    • Maximum: 64 W
  • 8b:
    • Static: 24 W
    • Maximum: 70 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80DSDMM
  • 17a:
    • Static: 26 W
    • Maximum: 59 W
  • 8b:
    • Static: 26 W
    • Maximum: 58 W
  • 35b:
    • Static: 26 W
    • Maximum: 64 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
H80DSDPM
  • 17a:
    • Static: 29 W
    • Maximum: 73 W
  • 8b:
    • Static: 29 W
    • Maximum: 72 W
  • 35b:
    • Static: 29 W
    • Maximum: 78 W
  • PTM: 2000 bytes
  • ATM: 1800 bytes
Vectoring processing board
H806VPEA
  • Static: 21 W (not configured with service board)
  • Maximum: 51 W (fully configured with 6 VCMM boards in vectoring mode)
-
H806VPEF
  • Static: 52 W (not configured with service board)
  • Maximum: 75 W (fully configured with 6 VCPM boards in Vectoring mode)
  • Maximum: 83 W (fully configured with 6 SDMM boards in SuperVector mode)
  • Maximum: 94 W (fully configured with 6 SDPM boards in SuperVector mode)
-
H806VPGA
  • Static: 46 W (not configured with service board)
  • Maximum: 106 W (fully configured with 12 VCMM boards in vectoring mode)
-
SHDSL service access board
H803SHDA
  • Static: 22 W
  • Maximum: 26 W
  • PTM: 1594 bytes
  • ATM: 1800 bytes
H802SHLB
  • Static: 16 W
  • Maximum: 23 W
  • PTM: 1594 bytes
  • ATM: 1800 bytes
H80ASHLM
  • Static: 16 W
  • Maximum: 21 W
  • PTM: 1594 bytes
  • ATM: 1800 bytes
H802SHGM
  • Static: 22 W
  • Maximum: 29 W
  • PTM mode: 2000 bytes
  • ATM-PTM mode:
    • PTM: 1594 bytes
    • ATM: 1800 bytes
FAN
H801FCBB
  • Static: 23 W
  • Maximum: 65 W
-
H801FCBC
  • Static: 17 W
  • Maximum: 52 W
-
H801FCBH
  • Static: 21 W
  • Maximum: 88 W
-
H801FCBI (ETSI)
  • Static: 13 W
  • Maximum: 67 W
-
H801FCBI (MA5603T)
  • Static: 16 W
  • Maximum: 67 W
-
H801FMCA
  • Static: 30 W
  • Maximum: 72 W
-
H831FCBB
  • Static: 4 W
  • Maximum: 39 W
-
Environment monitoring board
H801ESCA
  • Static: 4 W
  • Maximum: related to the connected sensor
-
Daughter board
H801CKMC
  • Static: 4 W (with H801SCUN)
  • Maximum: 4 W (with H801SCUN)
-
H801CKMD
  • Static: 6 W (with H802SCUN)
  • Maximum: 7 W (with H802SCUN)
-
H801FLBA
  • Static: 3 W (with H801SCUN)
  • Maximum: 4 W (with H801SCUN)
-
H801M2XA
  • Static: 25 W (with H802SCUN)
  • Maximum: 25 W (with H802SCUN)
-

As a world leading Huawei networking products supplier, Hong Telecom Equipment Service LTD(HongTelecom) keeps regular stock of Huawei router and switch and all cards at very good price, also HongTelecom ship to worldwide with very fast delivery.
For related articles, visit the HongTelecom Blog and HongTelecom Blogger.
For real pictures of related product, visit the HongTelecom Gallery.
To buy related product, visit the HongTelecom Online Shop.



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Huawei OptiX RTN 900 series IP microwave systems ODU details

Huawei OptiX RTN 900 series IP microwave systems Build faster, more-reliable radio transmission links supporting multiple services 1) Ultra-large bandwidth — Utilizing high modulation schemes, cross-polarization interference cancellation, and Ethernet frame header compression technologies; offer 2 Gbit/s capacity per channel 2) Carrier-grade reliability — Protection and redundancy at the network, link, and equipment levels; Ingress Protection (IP65) for water and dust, and 8 kA surge protection for high-availability operation in harsh environments 3) Easy maintenance — Unified NMS with Optics and Routers for seamless end-to-end networking, supports TP-Assist features for flexible and cost-effective O&M 4) Enhanced security – Support AES 128/256 air link encryption and device anti-theft functions Features as below : The ODU is the outdoor unit for the OptiX RTN 900. It converts frequencies and amplifies signals. The OptiX RTN 900 product series can...
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