Transcript
POWER SUPPLY MODEL eUPS-350 SPECIFICATION
Uninterruptible (ATX) Switching Power Supply MODEL eUPS-350
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POWER SUPPLY MODEL eUPS-350 SPECIFICATION
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TABLE OF CONTENTS 1. INTRODUCTION:................................................................................................................. 4 1.1. 1.2.
TOTAL OF MAXIMUM OUTPUT POWER PER FUNCTION: .................................................. 4 SOFTWARE OVERVIEW: ........................................................................................................ 4
2. INPUT................................................................................................................................... 4 2.1. 2.2.
AC INPUT ................................................................................................................................. 4 DC INPUT ................................................................................................................................. 4
3. DC OUTPUT - RATED (MAX).............................................................................................. 5 3.1. 3.2. 3.3. 3.4. 3.5. 3.6. 3.7. 3.8.
REGULATION .......................................................................................................................... 5 P-P NOISE (NOT TO EXCEED)............................................................................................... 5 OVER POWER PROTECTION ................................................................................................ 5 SHORT CIRCUIT PROTECTION............................................................................................. 5 OVER VOLTAGE PROTECTION FOR +5V; +12V; 3.3V......................................................... 5 PROTECTION FUNCTIONS .................................................................................................... 6 RISE TIME TURN ON DELAY NORMAL LOAD ...................................................................... 6 POWER GOOD SIGNAL .......................................................................................................... 6
4. BATTERY CHARGING OUTPUT ........................................................................................ 6 4.1. 4.2.
CHARGING VOLTAGE ............................................................................................................ 6 CHARGING CURRENT............................................................................................................ 6
5. MONITOR SUPPORT OUTPUT VOLTAGE ........................................................................ 6 5.1. 5.2. 5.3.
ON NORMAL MODE: ............................................................................................................... 6 ON BACKUP MODE:................................................................................................................ 6 MONITOR OUTPUT SHORT CIRCUIT PROTECTION........................................................... 6
6. BOOT START CONDITION ................................................................................................. 7 7. BATTERY............................................................................................................................. 7 7.1. 7.2. 7.3. 7.4. 7.5. 7.6. 7.7. 7.8.
BATTERY DISCHARGE VOLTAGE......................................................................................... 7 BATTERY DISCHARGE CURRENT ........................................................................................ 7 BATTERY LOW WARNING SIGNAL ....................................................................................... 7 MAX CHARGING VOLTAGE.................................................................................................... 7 CHARGING CURRENT............................................................................................................ 7 LEAKAGE CURRENT .............................................................................................................. 7 RECHARGE TIME.................................................................................................................... 7 BACKUP TIME (24V/3.5AH PACKAGE IN 5.25” BAY) ............................................................ 8
8. TRANSFER TIME ................................................................................................................ 8 9. TOTAL EFFICIENCY (TYPICAL) ........................................................................................ 8 10. ENVIRONMENTAL .............................................................................................................. 8 10.1.
TEMPERATURE RANGE......................................................................................................... 8
POWER SUPPLY MODEL eUPS-350 SPECIFICATION 10.2. 10.3.
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HUMIDITY:................................................................................................................................ 8 ALTITUDE................................................................................................................................. 8
11. REGULATORY STANDARDS AND REQUIREMENTS ...................................................... 9 11.1. 11.2. 11.3.
SAFETY .................................................................................................................................... 9 EMI............................................................................................................................................ 9 MEAN TIME BETWEEN FAILURE (MTBF) ............................................................................. 9
12. ISOLATION .......................................................................................................................... 9 12.1. 12.2.
ISOLATION IMPEDANCE ........................................................................................................ 9 ISOLATION VOLTAGE:............................................................................................................ 9
13. MECHANICAL ..................................................................................................................... 9 13.1. 13.2.
DIMENSIONS AND WIRING .................................................................................................... 9 AC INPUT / OUTPUT ............................................................................................................. 10
14. PACKING AND SHIPPING ................................................................................................ 10 15. NUCLEAR AND MEDICAL APPLICATIONS .................................................................... 10 16. TECHNICAL REVISIONS .................................................................................................. 10
POWER SUPPLY MODEL eUPS-350 SPECIFICATION
1.
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Introduction: This specification defines electrical performance and characteristic of model eUPS-350 designed base on Intel ATX 12V power supply design guide. This model is approved by UL File Number E164858 (s)
1.1.
Total of maximum output power per function: For PC (+5V, +3.3V, +12V, -12V, -5V, +5VSB) For Monitor For charging Batteries
1.2.
236W 100W 14W
Software Overview: The software interface is compliance with WIN 2000, XP and JAGER UPS Monitor.
2.
INPUT
2.1. 2.1.1.
AC INPUT FOR 120VAC LINE Min.
Vin Range 100 115 Vin Frequency 47 Inrush Current (Max) 35 2.1.2.
Units.
140 67
Vrms Hz Apk
Max.
Units.
264 67
Vrms Hz Apk
FOR 240VAC LINE Min.
Vin Range 180 230 Vin Frequency 47 Inrush Current (Max) 50 2.2.
Max.
DC INPUT Min.
Vin Range
20
24
Max.
Units.
28
Vdc
POWER SUPPLY MODEL eUPS-350 SPECIFICATION
3.
A
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DC OUTPUT - rated (max) +5V
+3.3V
+12V
-12V
-5V
+5VSB
20 (25)
14 (20)
8 (12)
0.5 (0.8)
0.5 (0.5)
1 (1.5)
100 (142 ) W Watt
96(144)W
218W
monitor
+28Vchrg 0.5
(60-100w) 1.5W
9.6W
7.5W
14W
Note: Maximum total of output with monitor: 350W
3.1.
Regulation +5V +3.3V 12V -5V -12V +5V SB
3.2.
3.3.
Min 4.75 3.10 11.40 -4.75 -10.80 4.75
Nom 5.00 3.30 12.00 -5.00 -12.00 5.00
Max 5.25 3.46 12.60 -5.25 -13.20 5.25
Unit V V V V V V
P-P NOISE (not to exceed) +5V
+12V
-5V
-12V
50mV
120mV
100mV
120mV
+5V SB 50 mV
+3.3V 50mV
Over Power Protection Total power protection: 120 ~140%
3.4.
Short Circuit Protection Short to ground or cross with each output rails, the Power supply should be shut down.
3.5.
Over Voltage Protection for +5V; +12V; 3.3V Trip Voltage 5.74~7V; 13.4~15.6V; 3.76~4.3V
POWER SUPPLY MODEL eUPS-350 SPECIFICATION
3.6.
3.7.
Protection Functions •
OVER CURRENT PROTECTION
•
SHORT CIRCUIT PROTECTION
•
OUTPUT OVER VOLTAGE PROTECTION
•
OUTPUT UNDER VOLTAGE PROTECTION
•
AC MAINS FAILURE AUDIO WARNING SIGNAL
•
BATTERY OVER DISCHARGING PROTECTION DC 20V±0.5V
•
BATTERY OVER CHARGING PROTECTION DC 27.5V±0.5V
•
BATTERY SHORT CIRCUIT PROTECTION BREAKS THE FUSE
Rise Time Turn On Delay Normal Load Rise Time (0.5V to 4.75V): < 17ms
3.8.
Power Good Signal Duration:
4. 4.1.
150ms - 500ms
Battery Charging Output Charging Voltage Max Charging Voltage: 27 ~ 28V
4.2.
Charging Current Max Charging Current: 0.5A
5. 5.1.
Monitor Support Output Voltage On normal mode: 120 / 230 Vac @ 0.3A (directly by AC input)
5.2.
On backup mode: 130Vdc ~ 230Vdc @ 0.5A
5.3.
Monitor Output Short Circuit Protection Immediately shuts down
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POWER SUPPLY MODEL eUPS-350 SPECIFICATION
6.
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Boot Start Condition The eUPS-350 can start if the AC mains input is not less than 85% OR Battery is not connected and the minimum loading of +5V is not less than 2A, and +12V is not less than 0.3A. For most applications, the ON/OFF logic is in compliance with ATX 12V. If the customer needs some different function such as Shut Down and Restart, we can consider modifying the product to the customer’s unique requirements.
7.
Battery The one set of battery kit consists of two maintenance free sealed lead acid (12V/ 2.5 Ah) batteries connecting in series. Other types of batteries such as Car Batteries can also be used. The backup time is proportional to the capacity of the battery. Note: The battery kit is NOT an internal part of the eUPS-350 and is sold separately.
7.1.
Battery Discharge Voltage 28V~20V
7.2.
Battery Discharge Current Less then or equal to 28A
7.3.
Battery Low warning signal When the battery voltage drops lower than 22V (±0.4Vdc), a critical beeping audio signal will sound.
7.4.
Max Charging Voltage 28V
7.5.
Charging Current 0.004A – 0.5A
7.6.
Leakage Current Less then or equal to 0.1 mA
7.7.
Recharge time 8 hours at room temperature (25℃) to replenish 50% charge. > 16 hours at room temperature (25℃) to replenish 90% charge.
POWER SUPPLY MODEL eUPS-350 SPECIFICATION
7.8.
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Backup time (24V/3.5Ah package in 5.25” bay) Typical Load*: 3 -15 Minutes * The typical load includes a Pentium 4 / 1700 Mhz system with 256MB RAM, 1 floppy disk drive, 1 SVGA card, 1 LAN card, 1 modem/Fax card, 2 Hard Disk drives, 1 CD ROM drive and a 15" SVGA monitor. Test conditions: At room temperature (25℃) with fully charged battery. A battery will be defined as fully charged after spending two discharge/charge cycles (per cycle over 16 hours).
8.
Transfer Time Backup Transfer Time: 0 ms for Vdc out to PC Main unit. Transfer time for AC loading (Monitor) when AC fail: Typically under 8 ~ 18ms.
9.
Total Efficiency (typical) Normal Mode: >68% Backup Mode: >62% with fully charged batteries.
10.
Environmental The eUPS-350 is capable of withstanding the following:
10.1.
Temperature range Operating: ............. 10℃ to 45℃ Storage: ................ -20℃ to 55℃ Storage Duration: Max 6 months with battery (battery needs to be recharged if stored over 6 months). When the battery is operated in temperatures lower than or equal to 10℃, the back up time will be shorter than when it is operating at 20℃.
10.2.
Humidity: Operating: ..............85% non-condensing Storage: .................95% non-condensing
10.3.
Altitude Operating: ..............Up to 2000 meters (max) Storage: .................Up to 4000 meters (max)
POWER SUPPLY MODEL eUPS-350 SPECIFICATION
11. 11.1.
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REGULATORY STANDARDS AND REQUIREMENTS Safety USA: ...................UL-1950, CANADIAN: ........CSA C22.2 No. 950-95 Europe: ...............LVD EN60950
11.2.
EMI FCC part class B (DOC)
11.3.
MEAN TIME BETWEEN FAILURE (MTBF) The calculated mean time between failures for the eUPS-350 is greater than 50,000 hours when operate under the following conditions: Ambient temperature: .....25℃ Loading: ..........................100% rated load Normal mode: .................95% by AC supply, working duty cycle Backup mode:.................5% by battery, working duty cycle The calculation refers to the Bellcore Technical Reference TR-TSY-000332 "Reliability Prediction procedure for Electrical Equipment".
12. 12.1.
ISOLATION Isolation impedance Between AC Input and DC Output: 50 Mega ohms Between Virtual AC Output for monitor and Battery: 50 Mega ohms
12.2.
Isolation voltage: Between AC Input and Grounding: ......................1500Vac for 1 Min. Between AC Input and DC Outputs: ..................4250Vdc for 1 Min. Between Monitor AC output and Battery:.............4250Vdc for 1 Min.
13. 13.1.
MECHANICAL Dimensions and Wiring Standard P/S II dimension and output wiring of ATX connectors.
POWER SUPPLY MODEL eUPS-350 SPECIFICATION
13.2.
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AC Input / Output At the rear of the eUPS-350: 2 CEE-22 sockets.
14.
Packing and shipping Packing is adequate to provide protection against damage, breakage or loss during shipment and is of the type that is not destroyed when opening. Standard industry OEM packaging: 10 pieces per Carton. Modified packaging requirements will be quoted on an individual basis.
15.
NUCLEAR AND MEDICAL APPLICATIONS eUPS-350 PRODUCTS ARE NOT AUTHORIZED FOR USE AS A CRITICAL COMPONENT IN LIFE SUPPORT SYSTEMS, EQUIPMENT USED IN HAZARDOUS ENVIRONMENTS OR NUCLEAR CONTROL SYSTEMS WITHOUT WRITTEN APPROVAL OF THE PRESIDENT OF JAGESON TECHNOLOGY CO., LTD.
16.
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.
