SPSPFE3-08 [BEL]
Two separate DC inputs, one DC inlet powers 3 power modules.;
| 型号： | SPSPFE3-08 |
| 厂家： | 
BEL FUSE INC. |
| 描述： | Two separate DC inputs, one DC inlet powers 3 power modules. |
| 文件： | 总17页 (文件大小：1176K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
SPSPFE3-HVDC power shelf solutions provide rectification, system
management, and power distribution, while maintaining high reliability
and offering flexibility for future expansion.
The power shelf can be configured with up to six hot-swap capable
PFE3000-12-069RA AC/DC-DC power supplies that convert High
Voltage DC Bus power into a main output of 12 VDC for powering
intermediate bus architectures (IBA) in high performance and reliability
servers, routers, and network switches.
The shelf is compatible with the Open Compute Rack Design.
The shelf has an optional slot for Network Attached Controller for
providing control functions and monitoring through a 10/100 MB base
Ethernet port and can be connected directly to the data center
management network.
Two separate DC inputs, one DC inlet powers 3 power modules.
Modules are hot-swap capable.
•
•
•
Modules support I2C communication interface for control,
programming and monitoring with Power Management Bus protocol.
Modules implement the following protections: Overtemperature, output
overvoltage and output overcurrent.
•
RoHS Compliant.
•
•
Available for OCP V2 bus-bar style connection.
High Performance Servers
Routers
•
•
•
Switches
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
2
1. GENERAL BEL POWER SHELF REFERENCE TABLE
INPUT
Δ
)
AC (1-Phase)
AC ( Y )
277/480 VAC
AC ( Y )
240/415 VAC
AC (
- 48 VDC
+380 VDC
208 VAC
3x 230 VAC
Triple Busbar Straight
SPSPFE3-05G
SPSPFE3-06G
SPSPFE3-08
SPSTET4-01
SPSTET4-07
SPSTET4-09
SPSTET4-08
SPSTET4-05*
SPSPFE3-15*
SPSPFE3-16*
SPSPFE3-14*
SPSTET4-11
SPSTET4-12
SPSTET4-13
SPSTET4-14
-
SPSPFE3-09
-
SPSPFF3-03*
SPSPFE3-13*
Single Busbar Straight
Single Busbar Offset 1
Single Busbar Offset Short 2
Single Busbar Offset Long 1
Single Busbar Straight Long
Triple Busbar Straight Long
Connector Type
SPSPFE3-10
SPSPFE3-11
SPSTET4-03*
-
SPSTET4-02
SPSPFF3-02*
+12 VDC
SPSPFE3-12*
-
-
-
-
-
-
SPSPFF3-01
SPSPFE3-07
N/A
N/A
N/A
N/A
-
SPSTET4-04*
-
-
+48 VDC
-
SPSTET4-17*
SPSTET4-06*
-
N/A
+380 VDC
* Available on request requiring short design cycle.
1 Mates with V2
2 Mates with V2 shallow rack
NOTE: Other datasheets contain alternative shelf configurations, check factory for availability.
2. ORDERING INFORMATION
MODEL
INPUT AND OUTPUT CONFIGURATION
Two 240 to 380 VDC inputs (nominal 380 VDC)
1 set of output blade for +12 VDC output, Offset Bus bar
Two 240 to 380 VDC inputs (nominal 380 VDC)
1 set of output blade for +12 VDC output, Offset Bus bar
Network Attached Controller included
Two 240 to 380 VDC inputs (nominal 380 VDC)
1 set of output blade for +12 VDC output, Straight Bus bar
Two 240 to 380 VDC inputs (nominal 380 VDC)
1 set of output blade for +12 VDC output, Straight Bus bar
Network Attached Controller included
Two 240 to 380 VDC inputs (nominal 380 VDC)
3 sets of output blades for +12 VDC output (each set of blades has max.585 A)
Two 240 to 380 VDC inputs (nominal 380 VDC)
3 sets of output blades for +12 VDC output (each set of blades has max.585 A)
Network Attached Controller included
SPSPFE3-07
SPSPFE3-07C
SPSPFE3-12
SPSPFE3-12C
SPSPFE3-13
SPSPFE3-13C
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HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
3
3. TECHNICAL DATA
PARAMETER
Input
DESCRIPTION/CONDITION
Two 240 to 380 VDC inputs (nominal 380 VDC)
3 power modules are powered from one DC inlet. 2 DC inlets (Input1, Input2)
3+3 or 5+1 configuration
DC Inlet Configuration
Redundant Configuration
Rated Power 1
Rated Power 2
8700 W (3+3 configuration) 1
14400 W (5+1 configuration) 1
SPSPFE3-07: 1 set of output blade for +12 VDC output, Offset Bus bar
Output Connection
SPSPFE3-12: 1 set of output blade for +12 VDC output, Straight Bus bar
SPSPFE3-13: 3 sets of output blades for +12 VDC output (each set of blades has max.585 A)
Standby Output
Communication
NAC2006-01
60 W (Standby output 12 V / 5 A)
I2C Power Management Bus
Network Attached Controller: Ethernet – SNMPv3 / HTTP
4. SAFETY WARNING
The user assumes all responsibility and liability for proper and safe handling of the goods. Further, the user indemnifies Bel Power
Solutions Inc. from all claims arising from the handling or use of the goods. Persons handling the product(s) must have electronics
training and observe good engineering practice standards.
CAUTION: Multiple power source. Disconnect all power cords before servicing.
5. REFERENCE DOCUMENTS
DOCUMENT NUMBER
BCD.00297
DESCRIPTION
PFE3000-12-069RA Datasheet
BCA.00070
PFE3000-12-069RA Power Management Bus Communication Manual
Installation Instruction PFE3000-12-069RA
NAC2006-01 Datasheet
BCM.00177
BCD.00926
BCA.00178
SPSPFE3-0XG Communication Manual
Installation Instruction SPSPFE3-07
PCA9547PW Datasheet from NXP
BCM.00474
PCA9547PW
The SPSPFE3-HVDC Power Shelf is a 1OU height power shelf. It can be configured with up to six hot-swap capable PFE3000-12-
069RA AC/DC-DC power supplies that convert High Voltage DC bus mains power into a main output of 12 VDC for powering
intermediate bus architectures (IBA) in high performance and reliability servers, routers, and network switches.
The I2C communication is routed through an I2C Multiplexer (NXP PCA9547PW). PSU Modules support I2C communication interface
for control, programming and monitoring with the Power Management Bus protocol.
The shelf can be operated by a network attached controller (NAC) for providing monitoring and control functions through a 10/100 MB
base Ethernet port and can be connected directly to the data center management network. It is hot-pluggable and supplied via the
12 V standby provided by the power supplies in the shelf. The controller can be configured through a web interface; the monitoring
and control functions are accessed through SNMPv3.
1 Rated Power is reduced as per current share accuracy characteristic. See PFE3000-12-069RA Datasheet.
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Europe, Middle East
North America
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+353 61 225 977
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© 2021 Bel Power Solutions & Protection
BCD.00919_A
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
4
PSU Bay 1
Pri
+
+
-
DC input
380 Vdc
J106
-
+12V
GND
PE
PE
Sec
3.3V
LDO
PSU Bay 2
Pri
+12VSB
+12VSB_GND
3.3V
Sec
PSU Bay 3
Pri
SC0/SD0
A0
A1
SC1/SD1
A2
SC2/SD2
DIP switches
For Shelf
Addressing
Sec
SC3/SD3
1
2
3
MUX
SC4/SD4
SC5/SD5
PSU Bay 4
Pri
+
-
+
-
PCA9547
PW
DC input
380 Vdc
J107
3.3V
PE
PE
USB
communication
and diagnostic
USB
USB
Connector
Controller
Sec
SCL
SDA
ISHARE
PSU Bay 5
Pri
PWOK_L
INOK_L
SMB_ALERT_L
PSON_SHELF_L
SGND
INOK_L_P0
INOK_L_P1
…
RJ45
INOK_L_P5
Sec
+12VSB
PSU Bay 6
Pri
Ethernet
USB
NAC
PSON_L
Sec
Logic signals
PWOK_L
SMB_ALERT_L
ISHARE
Figure 1. SPSPFE3-HVDC Block Diagram
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HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
5
PARAMETER
DESCRIPTION / CONDITION
MIN
NOM
MAX
UNIT
Input Connector (J106, J107)
DC Nominal Input Voltage
DC Nominal Voltage Ranges
DC Input Voltage Ranges
Max Input Current
380
VDC
VDC
VDC
ADC
Nominal Range
240
192
380
400
33
Functional Range
per DC inlets (Input1, Input2)
PARAMETER
DESCRIPTION / CONDITION
MIN
NOM
MAX
UNIT
Main Output V1 (Output Bus Bar)
Nominal Output Voltage
12.3
VDC
% Vout
nom
Voltage Regulation
-5
+5
8700
W
Nominal Output Power 1
Derated Output Power 1
Nominal Output Power 2
Derated Output Power 2
Nominal Output Current 1
Derated Output Current 1
Nominal Output Current 2
Derated Output Current 2
3+3 configuration, Ta < 45°C
3+3 configuration, Ta = 55 °C 2
5+1 configuration, Ta < 45°C
5+1 configuration, Ta = 55 °C 3
3+3 configuration, Ta < 45°C
3+3 configuration, Ta = 55 °C 3
5+1 configuration, Ta < 45°C
5+1 configuration, Ta = 55 °C 3
6525
W
W
14400
10800
707
W
ADC
ADC
ADC
ADC
530
1171
878
Standby Output VSB (J23)
Output Voltage
12
VDC
% Vout
nom
Voltage Regulation
-5
+5
Output Power
Output Current
60
5
W
ADC
2 Linear derating at Ta > 45°C is based per module, see PFE3000-12-069RA datasheet
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BCD.00919_A
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
6
PARAMETER
DESCRIPTION / CONDITION
MIN
13.6
13.3
NOM
25
MAX
UNIT
A
Input Fuses (L+N)
OV Threshold V1
Not user accessible, quick-acting (F)
14.2
14.8
1
VDC
ms
OV Latch Off Time V1
OV Threshold VSB
OV Latch Off Time VSB
13.9
14.5
VDC
ms
1
Ta < 45°C
Ta = 55 °C
248
186
274
212
Current Limitation
A
ms
A
Current Limit Blanking Time
Time to latch off when in over current
20
22
24
Current Limit During Short Time
Overload V1
Maximum duration 20ms, per module
292
300
308
3503
Max Short Circuit Current V1
Short Circuit Latch Off Time
Current Limitation VSB
V1 < 3 V, per module
A
ms
A
Time to latch off when in short circuit
Per module
10
6
9
1
Current Limit Blanking Time
Time to hit hiccup when in over current
ms
Inlet Ambient Temperature
60
80
115
125
Over Temperature on Critical
Points
PFC Primary Heatsink Temperature
Secondary Sync Mosfet Temperature
Secondary OR-ing Mosfet Temperature
°C
The PWOK_L is an open collector output of all modules and they are interconnected (wired-OR) within the shelf and this signal
is fed to the signal connector. PWOK_L is low when there is at least one module in operation. SMB_ALERT_L is also wired-
OR already in the shelf. Sink current must not exceed 4 mA on each of these signals.
The internal INOK_L_Px signal of each individual module is fed to the backplane microcontroller for modules synchronized DC
startup. This allows the shelf to start up with load > 3000 W during HVDC application. The microcontroller provides an INOK_L
output signal. INOK_L is low when there is at least one module supplied with correct input voltage.
PSON_SHELF_L signal is an internally pulled-up input signal (3.3 V) to enable / disable the main output V1 of the Shelf. This
active-low pin is also used to clear any latched fault condition. This is similar to the PSON_L on the PSU level. PSON_SHELF_L
is currently bypassed in ON_OFF_CONFIG command. A pull up resistor of 10kΩ to 3.3 V within the shelf provides the high level
voltage for the PWOK_L, INOK_L and SMB_ALERT_L signals.
The Power Shelf V1 output is capable to be operated in redundant mode by interconnecting the ISHARE on J20.
Please consult BPS Technical Representative for details.
RJ45 PIN OUTS (J20)
FUNCTION
SCL
DESCRIPTION
1 4
2 5
3
I2C clock signal line
SDA
I2C data signal line
ISHARE
V1 Current share bus
4
PWOK_L
INOK_L
Power OK signal output: active-low
Input OK signal: active-low
SMB Alert signal output: active-low
Power Shelf on input: active-low
Signal ground
5
6
SMB_ALERT_L
PSON_SHELF_L
SGND
7
8
Table 1. I2C Interface and Signal Connector (RJ45) Pin Out
3 Limit doesn’t include effects of main output capacitive discharge
4 External Pull-up resistor should be 2 – 5kΩ to ensure SMBUS compliant signal rise times
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HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
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The PSU Modules are set to a fixed I2C Address (0x20). Power Management Bus communication for the PSU Modules are
described in more detail in document BCA.00070. The I2C communication to the PSU Modules are routed through an I2C
Multiplexer. The I2C MUX Control Register needs to be configured so that the I2C frames are routed to the correct PSU Module.
Refer to the I2C MUX datasheet for additional information.
The I2C MUX and backplane controller addresses are configurable via DIP Switches (SW1);
The PSON function of the shelf can also be controlled by a Power Management Bus command sent to the backplane Controller,
see document BCA.00178 for further information and the table below.
COMMAND
ACCESS
Byte R/W
Byte R/W
DATA BYTES
COMMENTS
Code
Name
Supported Values:
0x00 = Unit Off
0x80 = Unit On (Default)
Supported Values:
0x19 (Default)
0x01
OPERATION
1
1
0x02
ON_OFF_CONFIG
0x01, 0x11, 0x15, 0x1D
NOTE: A setting in the ON_OFF_CONFIGURATION register doesn’t survive a power cycle. See also the Power Management Bus
protocol definition.
The shelf default MUX address is 0xEE and Controller address is 0x5E. When DIP switch (SW1) is in “ON” position means 0,
“OFF” Position means 1.
POSITION 1
ON
POSITION 2
ON
POSITION 3
ON
MUX ADDRESS (IN HEX)
Controller ADDRESS (IN HEX)
0xE0
0xE2
0xE4
0xE6
0xE8
0xEA
0xEC
0xEE
0x50
0x52
0x54
0x56
0x58
0x5A
0x5C
0x5E
OFF
ON
ON
ON
OFF
ON
OFF
OFF
ON
ON
ON
OFF
OFF
ON
OFF
ON
OFF
OFF
OFF
OFF
OFF
NOTE: Communication Manual of shelf, see document BCA.00178.
Table 2. DIP Switch Setting (SW1)
The Network Attached Controller (NAC2006-01) is a shelf level controller providing monitoring and control functions through a
10/100 MB base Ethernet port and can be connected directly to the data center management network. It is hot-pluggable and
supplied via the 12 V redundant standby provided by the power supplies in the shelf. The controller can be configured through
a web interface; the monitoring and control functions are accessed through SNMP.
See BCD.00926 for NAC2006-01 Datasheet.
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Europe, Middle East
North America
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+353 61 225 977
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BCD.00919_A
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
8
Each PSU front-end module has 2 LEDs to indicate status condition. LED number one is green and indicates DC power is on
or off, while LED number two is bi-colored: green and yellow and indicates DC power presence or fault situations.
PARAMETER
AC LED
DESCRIPTION / CONDITION
DC Line within range
LED SIGNALING
Solid Green
DC Line UV condition
Off
Normal Operation
Solid Green
PSON_L High
Blinking Yellow (1:1)
V1 or VSB out of regulation
Over temperature shutdown
Output over voltage shutdown (V1 or VSB
DC LED 5
)
Solid Yellow
Output under voltage shutdown (V1 or VSB
)
Output over current shutdown (V1 or VSB
Over temperature warning
)
Blinking Yellow/Green (2:1)
Blinking Yellow/Green (1:1)
Minor fan regulation error (>5%, <15%)
This is used for Bel Power Diagnostic thru Bel Power Solutions I2C Utility GUI. This connection also provides access to FW
boot loading of the PSU Modules.
USB cable
Figure 2. Connection
The USB interface is NOT galvanically isolated and referenced to the +12V_GND / SGND lines.
Preferably, use a battery operated laptop to avoid earth loop issues.
WARNING:
If a desktop computer is being used, there is a risk of generating earth loop currents, therefore the usage
of a USB isolator is highly recommended in such a case.
+12VSB output is capable of delivering 5A. The output is protected by a PTC (16R900GF from Littelfuse).
Mating Part: Molex 39-01-2045
PIN OUTS (J23)
FUNCTION
VSB_GND
VSB
DESCRIPTION
+12VSB return
+12VSB output
1, 3
2, 4
5 The order of the criteria in the table corresponds to the testing precedence in the controller.
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HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
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PARAMETER
DESCRIPTION / CONDITION
CRITERION
UL / CSA 60950-1
IEC / EN 60950-1
Approved
Agency Approvals
UL / CSA 62368-1
Approval pending
IEC / EN 62368-1
Input (DCIN+ / DCIN-) to case (PE)
Input (DCIN+ / DCIN-) to output
Output to case (PE)
Basic
Reinforced
Functional
Insulation
Input (DCIN+ / DCIN-) to protective earth (PE)
Primary to secondary
Input to case
Creepage / Clearance (dC)
Electrical Strength Test
Min. 2121 VDC
Min. 4242 VDC
Input to output (tested by manufacturer only)
Conducted Emission
Radiated Emission
EN55022 / CISPR 22: 0.15 … 30 MHz, QP and AVG
Class A
EN55022 / CISPR 22: 30 MHz … 1 GHz, QP
Class A
Harmonic Emissions
(per module)
IEC61000-3-2, Vin = TBD VDC, 100% Load (per module)
TBD
60 dBA
A
Acoustical Noise
Sound power statistical declaration (ISO 9296, ISO 7779, IS9295) @ 50% load
IEC / EN 61000-4-2, ±8 kV, 25+25 discharges per test point
(metallic case, LEDs, connector body)
IEC / EN 61000-4-2, ±15 kV, 25+25 discharges per test point
(non-metallic user accessible surfaces)
IEC / EN 61000-4-3, 10 V/m, 1 kHz/80% Amplitude Modulation,
1 µs Pulse Modulation, 10 kHz…2 GHz
IEC / EN 61000-4-4, level 3
ESD Contact Discharge
ESD Air Discharge
A
A
Radiated Electromagnetic Field
Burst
AC port ±2 kV, 1 minute
DC port ±1 kV, 1 minute
IEC / EN 61000-4-5
Line to earth: level 3, ±2 kV
A
A
Surge
Line to line: level 2, ±1 kV
RF Conducted Immunity
IEC/EN 61000-4-6, Level 3, 10 Vrms, CW, 0.1 … 80 MHz
A
Voltage Dips and Interruptions
(per module)
IEC/EN 61000-4-11 (per module)
TBD
PARAMETER
DESCRIPTION / CONDITION
MIN
NOM
MAX
UNIT
@ full load, up to 4000 m:
@ full load, up to 1800 m:
@ 75% load, up to 1800 m:
0
0
0
+35
+45
+55
Operating Temperature
°C
°C
Non-Operating Temperature
Humidity
-40
+70
Operating: @ at 40 °C, non-condensing
Non-Operating: non-condensing
Operating:
7
5
93
95
4000
13000
%RH
m
Altitude
Shock
Non-Operating:
Operating: 11 ms half-sine shocks in Z axis 10+ve, 10-ve
Non-Operating: 11 ms half-sine shocks in Z axis 10+ve, 10-ve
Operating: 0.2 grms random
Non-Operating: 1 grms random
@ normal operation, and 50% load sharing
Fan speed
5
30
g
5
2
500
200
70
Vibration
Hz
dBA
rpm
Acoustic Noise Emissions
Cooling
7000
When equipped with operating PSUs
50
Pa
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BCD.00919_A
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
10
PARAMETER
SPSPFE3-HVDC
Dimensions (W x H x D)
Weight (Shelf only)
Weight (6 PSU installed)
534.5 x 46.5x 650 mm (overall: 535 x 47 x 859.5 mm)
16 kg
32 kg
REFERENCE
DESIGNATOR
DESCRIPTION
TYPE
MANUFACTURER
MPN
MATING PART MPN
ANDERSON POWER
PRODUCTS
Input Connector
Protective Earth
J106, J107
HVDC Input
2x M6 PEM6
SBS75XPRBLK-BK
SBS75XBLK-BK
REFERENCE
DESIGNATOR
DESCRIPTION
TYPE
MANUFACTURER
Tyco
MPN
MATING PART MPN
USB I2C Connector
J3
USB – B type
RJ45
292304-1
87180-088LF
39-30-0040
I2C Interface and Signal
Connector
J20
J23
FCI Connectors
Molex
+12VSB output connector
39-01-2045
6 Mating M6 Screw + Washer are delivered together with the shelf
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HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
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SHELF
HIGH VOLTAGE CONNECTOR PIN ASSIGNMENT
HVDC Input Connector
(J106, J107)
NC
Front View
NC
DCIN-
DCIN+
SBS75XPRBLK-BK
SBS75XBLK-BK
MPN
Mating Part
Protective Earth Chassis
2x M6 PEM
NOTE: finished good may look different from images.
PSU5 Bay
PSU4 Bay
PSU3 Bay
PSU2 Bay
PSU1 Bay
NAC Bay
PSU6 Bay
Figure 3. SPSPFE3-07 Front View
PSU5 Bay
PSU4 Bay
PSU3 Bay
PSU2 Bay
PSU1 Bay
NAC Bay
PSU6 Bay
Figure 4. SPSPFE3-12 and SPSPFE3-13 Front View
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Europe, Middle East
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North America
+1 408 785 5200
© 2021 Bel Power Solutions & Protection
BCD.00919_A
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
12
+12V_Output
PE Chassis
+12V_GND
PE Chassis
+12VSB Output (J23)
RJ45 (J20)
USB (J3)
DIP Switch (SW1)
HVDC Input (J107)
HVDC Input (J106)
Figure 5. SPSPFE3-07 Rear View
PSU6 Bay
PSU5 Bay
PSU4 Bay
PSU3 Bay
PSU2 Bay
+12V_Output
+12V_GND
PSU1 Bay
NAC Bay
Figure 6. SPSPFE3-07 Top View
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HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
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Figure 7. SPSPFE3-07 Isometric View
+12V_Output
+12V_GND
PE Chassis
PE Chassis
+12VSB Output (J23)
RJ45 (J20)
USB (J3)
DIP Switch (SW1)
HVDC Input (J107)
HVDC Input (J106)
Figure 8. SPSPFE3-12 Rear View
Asia-Pacific
Europe, Middle East
North America
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BCD.00919_A
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
14
PSU6 Bay
PSU5 Bay
PSU4 Bay
PSU3 Bay
PSU2 Bay
+12V_Output
+12V_GND
PSU1 Bay
NAC Bay
Figure 9. SPSPFE3-12 Top View
Figure 10. SPSPFE3-12 Isometric View
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HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
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+12V_GND
PE Chassis
+12V_Output
+12V_Output
+12V_GND
+12V_Output
PE Chassis
+12V_GND
+12VSB Output (J23)
RJ45 (J20)
USB (J3)
DIP Switch (SW1)
HVDC Input (J107)
HVDC Input (J106)
Figure 11. SPSPFE3-13 Rear View
+12V_Output
PSU6 Bay
PSU5 Bay
PSU4 Bay
+12V_GND
+12V_Output
+12V_GND
PSU3 Bay
PSU2 Bay
PSU1 Bay
NAC Bay
+12V_Output
+12V_GND
Figure 12. SPSPFE3-13 Top View
Asia-Pacific
Europe, Middle East
North America
+86 755 298 85888
+353 61 225 977
+1 408 785 5200
© 2021 Bel Power Solutions & Protection
BCD.00919_A
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
16
Figure 13. SPSPFE3-13 Isometric View
ITEM
DESCRIPTION
ORDERING PN
SOURCE
I2C Utility
Windows Vista/7/8 compatible
GUI to program, control and
monitor PFE Front-Ends (and
other I2C units)
N/A
belfuse.com/power-solutions
Blanking Panel
SPSPFE3-BP01G
belfuse.com/power-solutions
tech.support@psbel.com
HVDC-DC POWER SHELVES
SPSPFE3-07, SPSPFE3-12, SPSPFE3-13
17
REV
001
002
003
DESCRIPTION
PRODUCT VERSION
DATE
AUTHOR
PRELIMINARY: Initial Draft
Update Mechanical View
DC input voltage align with PSU Module.
V001
V001
V001
08-31-2017
10-05-2017
10.31.2017
GS
GS
GS
Update Datasheet part number for NAC2006-01.
PMBus™ changed to Power Management Bus; a disclaimer
added to the first page
Network Attached Controller is set to optional.
Update Ordering Information.
Removed Pending on Safety Agency Approvals
Disclaimer on the first was removed
Power Management Bus needs to be fully spelled out every time
it is used with no trademark symbols used
Enable Current Share Function of Shelf
004
005
006
V001
V002
V003
V003
02-28-2018
04-24-2018
04-26-2019
VS
GS
VS
GS
007
A
Pin 3 of Connector J20 used for ISHARE signal
Add SPSPFE3-12 and SPSPFE3-13 Models
09-30-2019
04-29-2021
Release to A revision
NUCLEAR AND MEDICAL APPLICATIONS - Products are not designed or intended for use as critical components in life support systems,
equipment used in hazardous environments, or nuclear control systems.
TECHNICAL REVISIONS - The appearance of products, including safety agency certifications pictured on labels, may change depending on
the date manufactured. Specifications are subject to change without notice.
Asia-Pacific
Europe, Middle East
North America
+86 755 298 85888
+353 61 225 977
+1 408 785 5200
© 2021 Bel Power Solutions & Protection
BCD.00919_A
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