1.1 INTRODUCTION
First of all, thank you for purchasing R2W series redundant power supply.
The R2W series is a 1+1 hot-swappable / hot-pluggable redundant power supply. It
consists of,
1) complete metal frame
2) compact size power module
3) backplane
It is composed of 1+1 pieces power modules. The number 1+1 stands for there is an
extra power module to backup the system if any power module fails.
The R2Wseries offer a maximum 400 / 460 / 500 / 600 watts output power. The power
module is in compact size with high density, and built-in a 38 x 28mm ball bearing DC
fan for better ventilation and reliability. Each power module is designed with 6 outputs
(+3.3V, +5V, +12V, -5V, -12V, and +5Vsb) circuits, and compliant to ATX12V / EPS12V.
All you can see on the backplane is just passive components and this is the key point
for longer MTBF.
The R2W series also offer a warning sub-system, including LED display, buzzer alarm,
TTL signal, and I2C interface device (available for R2W series as optional). It guides
user the fast way to find out the power supply status.
When all the power modules operate normally, it balances the load share through its
parallel design, which increases the reliability of power system.
To really discover the power system and ease in using it, we recommend you to read
through this manual carefully.
1.2 PACKING
Your R2W series should consist of the following,
a) R2W series x 1
b) Accessory pack x 1
c) Product Manual x 1
1.3 MODEL DESINGATION
Model number identification
R2W – 6zzzP
R --- redundant
1 / 2 --- 1 stands for 1U chassis use (1U = 44.4mm hight)
2 stands for 2U chassis use
6 --- 6 output channel (+3.3V, +5V, +12V, -5V, -12V & +5Vsb)
zzz --- total output power, zzz –400W / 460W / 500W / 600W(unit: watts)
P --- built-in PFC (full range)
1.4 FEATURES
R2W series, 400W / 460W / 500W / 600W, 1+1 2U redundant power supply with
active PFC, complaint to ATX12V / EPS12V
l True redundant design (passive packplane)
l 1+1 power system design
l All circuit designed into the power module
l Hot-swap and hot-plug ability
l Full range (90VAC – 264VAC) operation
l Active Power Factor Correction (PFC) built-in
l Balance load sharing design
l Remote sensing design
l Meet FCC, CISPR EMI regulation
l Faulty free- slide rail design
l Smart I2C interface design (available for R2W series as optional)
l Dual EMI line filter inlets design
l Designed with one 38 x 28mm ball bearing DC fan on power module
l High density
1.5 DRAWING
1.6 SPECIFICATION
MAX.[A]
INPUT CHARACTERISTICS: R2W-6460P
l VOLTAGE: 100 ~ 240 VAC (WITH ±5% TOLERANCE)
l FREQUENCY : 47 ~ 63 Hz
l INPUT CURRENT: 8.0 / 4.0 A FOR 115 / 230 VAC
l INRUSH CURRENT: 60A / 80A MAX. FOR 115 / 230 VAC PER POWER MODULE
OUTPUT CHARACTERISTICS:
OUTPUT
VOLTAGE
5V 3.5 30 ±
12V 2 32
-5V 0.05 0.7 +5/-10%
-12V 0.05 0.7 +5/-10%
3.3V 1.0 24
+5VSB 0.1 2.0 + 6/-5%
OUTPUT CURRENT REGULATION OUTPUT
MIN.[A]
PEAK(A)
LOAD LINE
±
±
5%
5%
5%
±
±
±
±
±
±
1%
1%
1%
1%
1%
1%
MAX. [P-P]
70mV
120mV
120mV
120mV
70mV
70mV
RIPPLE & NOISE
REMARKS: TOTAL CURRENT OF +5V AND + 3.3V NOT EXCEED 43 A; total
output power not exceed 460w
. TEMPERATURE RANGE : OPERATING 0
l HOLD UP TIME: 16 ms MINIMUM AT FULL LOAD & 90 VAC INPUT VOLTAGE
l DIELECTRIC WITHSTAND: INPUT / OUTPUT 3000 VAC FOR 1 MINUTE
INPUT TO FRAME GROUND 1800 VAC FOR 1 MINUTE
l EFFICIENCY: 67% TYPICAL, AT FULL LOAD 115V
l POWER GOOD SIGNAL: ON DELAY 100 ms TO 500 ms, OFF DELAY 1 ms
l OVER LOAD PROTECTION: 110 ~ 160% MAX.
OVER VOLTAGE PROTECTION:
+5V à 5.7V ~ 6.6V, 3.3V à 3.9 ~ 4.4V, 12V à 13.6 ~ 15.0V
. OVER CURRENT PROTECTION
EMI NOISE FILTER: FCC CLASS B, CISPR22 CLASS B
l SAFETY: UL 1950, CSA 22.2 NO/ 950, TÜV IEC 950
l REMOTE ON / OFF CONTROL
l FAULTY ALARM METHODS : LED, BUZZER, TTL SIGNAL
l HOT-SWAPPABLE / HOT-PLUGGABLE REDUNDANCY FUNCTION
l REMOTE SENSING DESIGN
l ISOLATION: BUILT-IN IN THE POWER MODULE
l MEET IEC-1000-3-2 CLASS D ( ACTIVE PFC )
l DIMENSION: 84(H) X 101(W) X 300 (D) mm
l COOLING : TWO 38x38x28 mm DC FANS (MODULE)
l AC INLET IN EACH MODULE
0
C --- 400C, STORAGE –200C --- 700C
INPUT CHARACTERISTICS: R2W-6500P
MAX.[A]
l VOLTAGE: 100 ~ 240 VAC (WITH ±5% TOLERANCE)
l FREQUENCY : 47 ~ 63 Hz
l INPUT CURRENT: 8.0 / 4.0 A FOR 115 / 230 VAC
l INRUSH CURRENT: 60A / 80A MAX. FOR 115 / 230 VAC PER POWER MODULE
OUTPUT CHARACTERISTICS:
OUTPUT
VOLTAGE
5V 3.5 30 ±
12V 2 32
-5V 0.05 0.7 +5/-10%
-12V 0.05 0.7 +5/-10%
3.3V 1.0 24
+5VSB 0.1 2.0 + 6/-5%
OUTPUT CURRENT REGULATION OUTPUT
MIN.[A]
PEAK(A)
LOAD LINE
±
±
5%
5%
5%
±
±
±
±
±
±
1%
1%
1%
1%
1%
1%
MAX. [P-P]
70mV
120mV
120mV
120mV
70mV
70mV
RIPPLE & NOISE
REMARKS: TOTAL CURRENT OF +5V AND + 3.3V NOT EXCEED 43 A; total
output power not exceed 500w
. TEMPERATURE RANGE : OPERATING 0
l HOLD UP TIME: 16 ms MINIMUM AT FULL LOAD & 90 VAC INPUT VOLTAGE
l DIELECTRIC WITHSTAND: INPUT / OUTPUT 1800 VAC FOR 1 MINUTE
INPUT TO FRAME GROUND 1800 VAC FOR 1 MINUTE
l EFFICIENCY: 67% TYPICAL, AT FULL LOAD 115V
l POWER GOOD SIGNAL: ON DELAY 100 ms TO 500 ms, OFF DELAY 1 ms
l OVER LOAD PROTECTION: 110 ~ 170% MAX.
OVER VOLTAGE PROTECTION:
+5V à 5.7V ~ 6.6V, 3.3V à 3.9 ~ 4.4V, 12V à 13.6 ~ 15.0V
. OVER CURRENT PROTECTION
EMI NOISE FILTER: FCC CLASS B, CISPR22 CLASS B
l SAFETY: UL 1950, CSA 22.2 NO/ 950, TÜV IEC 950
l REMOTE ON / OFF CONTROL
l FAULTY ALARM METHODS : LED, BUZZER, TTL SIGNAL
l HOT-SWAPPABLE / HOT-PLUGGABLE REDUNDANCY FUNCTION
l REMOTE SENSING DESIGN
l ISOLATION: BUILT-IN IN THE POWER MODULE
l MEET IEC-1000-3-2 CLASS D ( ACTIVE PFC )
l DIMENSION: 84(H) X 101(W) X 300 (D) mm
l COOLING : TWO 38x38x28 mm DC FANS (MODULE)
l AC INLET IN EACH MODULE
0
C --- 400C, STORAGE –200C --- 700C
INPUT CHARACTERISTICS: R2W-5600P3V
l VOLTAGE： 90∼264VAC FULL RANGE
l FREQUENCY： 47∼63HZ
l INPUT CURRENT (PER POWER MODULE)：10/5A FOR 115/230VAC
l INRUSH CURRENT (PER POWER MODULE)：160/180A MAX. FOR 115/230VAC (25℃)
OUTPUT CHARACTERISTICS:
OUTPUT
VOLTAGE
OUTPUT CURRENT REGULATION
OUTPUT
MIN. MAX. LOAD LINE RIPPLE & NOISE
MAX. [P-P]
+5V 1A 32A
+12V 2A 42A
-12V 0A 1A
+3.3V 1A 24A
+5VSB 0.1A 2A
±5% ±50mV
±5% ±50mV
±5% ±50mV
±5% ±50mV
±5% ±50mV
50mV
70mV
70mV
50mV
50mV
REMARKS:
1. TOTAL MAX OUTPUT OF +5V AND +3.3V NOT EXCEED 210W.
2. POWER MODULE TOTAL OUTPUT POWER NOT EXCEED 600W.
SPECIFICATION:
l TEMPERATURE RANGE ：OPERATING 0℃∼40℃，STORAGE -20℃∼80℃
l HOLD UP TIME ：16mS MIN.
l DIELECTRIC WITHSTAND：INPUT/OUTPUT 1500 VAC FOR 1 MINUTE
l INPUT TO FRAME GROUND 1500 VAC FOR 1 MINUTE
l EFFICIENCY：65% TYPICAL，AT FULL LOAD
l POWER GOOD SIGNAL：ON DELAY 100mS TO 500mS，OFF DELAY 1mS
l OVERLOAD PROTECTION：110∼150% MAX
l OVER VOLTAGE PROTECTION：+5V→5.7V∼6.5V，+3.3V→3.7V∼4.3V ，
+12V→13.3 V∼15V
l OVER CURRENT PROTECTION: +5V,+12V,+3.3V 110~ 150% AT FULL LOAD
l REMOTE ON / OFF CONTROL
l REMOTE SENSING DESIGN
l HOT-SWAPPABLE/HOT PLUGGABLE REDUNDANCY FUNCTION
l ISOLATION: BUILT-IN THE POWER MODULE
l FAULTY ALARM METHODS: LED, BUZZER, TTL SIGNAL
l DIMENSION：84*101*300 (H*W*D)mm
l COOLING: TWO 38*28mm DC FAN (MODULE)
l AC INLET IN EACH MODULE
l EMI NOISE FILTER: FCC CLASS B , CISPR 22 CLASS B
l MEET IEC-1000-3-2 CLASS D (ACTIVE PFC)
l SAFETY：MEET UL1950,CSA22.2NO/950,TUV IEC950
1.7 INSTALLATION & TESTING
Mount the power supply into the system chassis by using proper mounting tool. The
mounting holes of the power supply should match up with those in the chassis.
Connect the power connectors to the M/B by following the M/B instruction. There is
various on connectors / pinouts in both power supply and M/B. Please ensure to
connect the matched one; otherwise, it will cause unexpected harms.
Connect the remaining power connectors to the various peripherals as needed. These
connectors are “keyed”, so there will be only one possible way to connect them.
Before applying power source to the system, make sure these is no loosed or
incorrect connectors. Double check if all connection to the M/B is matched properly.
Maybe you would like to test the redundancy function before you put back the cover of
your system chassis, then, please power it on. If the power system operates normally,
the individual LEDs on power module and the external warning LED light in GREEN.
Now, remove one power module from the power system, the warning buzzer in the
power system will sound, the external warning LED, which displays the status of the
total power system, will change to be RED, the individual LED indicating the power
module’s status will distinguish. Meanwhile, the power system will continue to backup
the power output without affecting the operation of your computing system.
The warming buzzer will sound continuously. You can reset warning buzzer by
pressing the buzzer reset switch. Insert the power module which is removed for test
earlier. The sound of the warning buzzer will stop; the external warning LED will turn
to be GREEN again; the LED indicating the status of power module will light in
GREEN. Test another power supply by performing the same procedure.
If everything works out fine, then turn off the power system. Now put back the cover of
the chassis and tighten with the screws which you have retained earlier. Now you
have completed the installation of R2W series redundant power supply.
1.8 Hot-swap procedures
Please refer to the following when either power module is defective.
1) Locate the defective power module by examining the individual LED (if LED is
distinguished, it indicates the power module is defective).
*** WARNING:
Please perform the following step carefully; otherwise, it may cause the whole system
shutdown.
*** WARNING:
Please do not remove the defective power module until you have worn gloves to keep
from been burned. This is due to the cover of the power module is used as heat sink
for cooling. Usually, its temperature is around 50-60 degree Celsius under full load
condition.
2) Loose the screws of power module bracket.
3) Plug out the defective power module.
*** WATNING:
Please put aside the power module to wait for cooling down. Keep other people from
toughing it until it is cooled.
4) Replace a new / GOOD power module. Insert the power module into the power
system till to the end.
5) Check the LED of the power module, which should be in GREEN.
6) Check the warning LED indicating the status of total power system, which should
be in GREEN.
7) Tighten the screws of the power module.
8) If you want to test this new power module and simulate the defective situation,
please refer to Section 1.7 Installation & Testing.
Remarks: If the DC fan of the power module fails, you have to replace the power
module. Please follow the Hot-Swap Procedures for replacement.
1.9 PINOUTS AND FUNCTION OF THE CONNECTORS
THE LED CONNECTOR OF TOTAL POWER SYSTEM
PIN# COLOR
1 RED
2 BLACK
3 GREEN
THE BUZZER RESET SWITCH CONNECTOR
PIN# COLOR
1 BLACK
2 YELLOW
THE SIGNAL CONNECTOR OF POWER RESET
PIN# COLOR COLOR
1 RED TTL SIGNAL
2 BLACK GND
TTL signal:
Sink current max. 5mA
Source current max. 50uA
Low Active ---Defective
High ---Normal
1.10 TROUBLE SHOOTING
If you have followed these instructions correctly, it should function normally.
Some common symptoms are, the system doesn’t work, buzzer alarms, shutdown
after running a very short period,… etc. If so, please check the following steps to verify
and correct it.
1) Check all connection (if pinouts is correct, if any connection loosed, if the direction
is incorrect,… etc.).
2) Check if any short-circuit or defective peripherals by plugging out the power
connector from each peripheral, one at a time. Shall the system functions again, you
have solved the problem.
3) Once you hear the buzzer sound or see the warning LED in RED, please check,
a) If the loading is under the minimum or over the maximum load of each
channel.
b) If the power source is well connected and supplied.
Shall the above condition is happened, please disconnect the power source and
wait for 2-3 minutes to release the protection status; then test it again.
c) If buzzer keeps alarming or LED indicates the power module failure, please
locate which power module is defective. Perform hot-swap procedures (ref. to
Sec. 1.8 Hot-Swap Procedures). Return the defective power module back to
your vendor for RMA procedure.
d) If you can not fix the problem, please contact your vendor for supporting.
Note:
* The description stated herein is subject to change without prior notice.
* All brand names and trademarks are the property of their respective owners.
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