PARALLEL PROCESSING UPS E33A - Sanyo · B i-d rec to nal v Ba ttery Filter Device Inv er Batte ry...
Transcript of PARALLEL PROCESSING UPS E33A - Sanyo · B i-d rec to nal v Ba ttery Filter Device Inv er Batte ry...
2
min
min min min min
minmin
StandardStandard
Battery backup time
Extended battery
Internal Battery
Double conversion UPS
1,768,926kWh 1,621,945kWh(kWh)
5 8
PARALLEL PROCESSING UPS
100kVA(90kW)
200kVA(180kW)
300kVA(270kW)
AC380, 400, 415, 420V3 phase 3 wires / 3 phase 4 wires
Output
AC380, 400, 415, 420V3 phase 3 wires / 3 phase 4 wires
100kVA(90kW)
Output capacity
200kVA(180kW)
Input
AC380, 400, 415, 420V3 phase 3 wires / 3 phase 4 wires
Output
AC380, 400, 415, 420V3 phase 3 wires / 3 phase 4 wires
■ Power consumption comparison for one year
Input Output capacity
Supportingnetwork
Supportingnetwork
High efficiency1■ Achieves 98 % efficiency. Running costs can be drastically reduced.
■ Contribute on protecting the environment.
Parallel operation
Parallel redundant operation
Low energy, high quality, high reliability parallel processing type UPS
E33A
Conversion efficiency
Supplies power in sine wave and completely without interruption of output even when there is a power outage, such as black out instantaneous power break or voltage dip.When a surge generates by injection of a static capacitor, etc., the power feeding is switched to temporally mode which supplies power from the inverter.This power supply is not from battery, so stress is not placed on the battery.
High quality2
■ No interruption of output power
Facility equipment・Data center equipment・Factory equipment・Power plant, etc.0
500,000
1,000,000
1,500,000
2,000,000
*When power is supplied based on rated power.*Includes power consumption of facility equipment and
air conditioning system used for UPS cooling.
98%
Commercialpower
Waveform during power outage Waveform during surge addition
Commercial powerOperational status
Normal NormalCommercial and inverter parallel
operation
Commercial and inverter parallel
operation
NormalCommercial and inverter parallel
operation
Inverter power supply
(battery power supply)
Power outage
Input voltage
Output voltage
Commercial powerOperational status
Input voltage
Output voltage
During surge addition
Inverter power supply
(capacitor power supply)
Difference in yearly power consumption
146,981kWh
Completelywithout
interruption ofoutput power.
Removes surge and
noise.
3
UPS
Battery
AC switch
Commercial power
Cancel harmonic
Output currentCurrents that include harmonics generated from equipment and
devices
Compensation currentReverse current for harmonic current
Input currentThe commercial power
side is a sine wave with no harmonic components
Facility equipment・Data center equipment・Factory equipment・Power plant, etc.
During parallel redundant operation
When it is completely individual control system
UPS No.1
UPS No.2
UPS No.3
When it is common control system
Control unit
UPS No.1
Commercialpower
UPS No.2
UPS No.3
Facility equipment・Data center equipment・Factory equipment・Power plant, etc.
Commercialpower
Facility equipment・Data center equipment・Factory equipment・Power plant, etc. Control unit
Control unit
Control unit
High reliability3
E33A is the industry's first parallel processing UPS, that can perform parallel redundant operation. In addition, it is a completely individual control system by setting control units to each UPS for parallel operation. The parallel redundant operation with the independent control units makes it highly reliable.
■ Parallel redundant operation
A bi-directional inverter makes the UPS input current into a sine wave. It removes harmonic current from commercial power supply and other equipment. At the same time, power factor is improved and becomes approximately 1.0.
■ Active filter function
■ Automatic battery operation test
Designed with a high overload capacity of 800% (0.5 seconds) and can withstand rush currents of transformer, etc.
Designed for factory equipment4
The UPS runs periodic battery operation tests on its own to maintain the battery in a reliable operating condition in the event of an actual power outage. During testing, power is supplied from the commercial power supply ensuring that power supply can be maintained even if the battery is worn out.
Periodic check
Periodic check
Start of operation check
The battery test is performed while power is supplied from the commercial power supply. When the battery is worn out, a battery replacement alarm sounds. The automatic battery operation test cycle can be changed.
Commercial power AC switch
Commercial power AC switch
Bi-directional inverter
Battery
Filter
Device
Inverter Battery
Filter
Device
Inverter
Battery power supply checkNormal operation
4
■ Networks
・LAN interface card *A card that connects to LAN (100Base-T).
・UPS management software (SANUPS SOFTWARE)
Specifications
Options
ー 100kVA 200kVA
100kVA 200kVA 300kVA
Expanding the capacity with unit extensionsThe capacity can be expanded by adding a 100kVA unit when required. Up to 300kVA of expansion is possible.*Consider the I/O power cabinet that match the maximum capacity of the expected UPS, from the beginning of the installation.
Parallel operation Output capacity
Parallel redundant operation Output capacity (N+1 units)
UPS unit I/O power cabinet
UPS unit I/O power cabinet
UPS unit
Parallel processing type
The conventional On-line UPS is a double conversion UPS, however this product, SANUPS E33A, using parallel processing type always operates a utility power source and the inverter in parallel redundant at normal mode. It supplies superior quality power to information communications devices and so on.Since this operation, power feeding of SANUPS E33A is highly efficient and reliable.
Item Model E33A104 E33A204 E33A304 E33AR104 E33AR204 RemarksSystem Parallel operation Parallel redundant operation
Rated output capacityApparent power 100 kVA 200 kVA 300 kVA 100 kVA 200 kVAEffective power 90 kW 180 kW 270 kW 90 kW 180 kW
Operation system Parallel processing type
AC input
Number of phases / wires 3 phase 3 wires / 3 phase 4 wiresRated voltage 415 V (380, 400, 420 V)Rate frequency 50 / 60HzRequired capacity 120 kVA 240 kVA 360 kVA 120 kVA 240 kVADistorted current compensation
Compensation capacity Within rated capacityCompensation order 2 to 20 order harmonicCompensation rate 75% In case of 3 phase 3 wires
Input power factor 0.97 or higher At rated operations
AC output
Number of phases / wires Same as AC inputRated voltage 415 V (380, 400, 420 V) Same as AC input
Voltage precisionAt commercial parallel operation
Within +10% and -8%
At battery operation Within ± 2%Rate frequency 50 / 60 Hz Same as AC input
Rated frequency precision
At commercial parallel operation
Within ± 5%
At battery operation Within ± 0.5%
Load power factorRating 0.9 (lagging)Variation range 1.0 to 0.7 (lagging)
Voltage wave form distortion factor
At linear load 2% or lessAt battery operationAt rectifier load 5% or less
Instantaneous voltage variation
Variation rate Within ± 5% At battery operation
Overload capacityAt commercial parallel operation
200% (30 seconds), 800% (0.5 seconds)
At battery operation 150% (1 minute), 125% (10 minutes)Switching to battery operation Without momentary power break
Efficiency (commercial parallel operation)
98% or higher Single UPS unit characteristics, load power factor 1.0
Acoustic noise 70 dB 73 dB 76 dB 73 dB 76 dB 1 m from front, height 1 m
Environment
Installation IndoorAmbient temperature 0 °C to 40 °CRelative humidity 20% to 90% (no condensation)Altitude 1000 m or below
* Contact us about the changes on voltage precision and frequency precision.
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■ Individual battery
Combination UPS unit Backup time Ventilation rate Remarks
E33A104 5 minutes 2.6m3/min10 minutes 4.1m3/min
E33A204 5 minutes 2.6m3/min × 2 sets10 minutes 4.1m3/min
E33A304 5 minutes 2.6m3/min × 3 sets10 minutes 4.1m3/min
E33AR104 5 minutes 2.6m3/min × 2 sets10 minutes 4.1m3/min
E33AR204 5 minutes 2.6m3/min × 3 sets10 minutes 4.1m3/min
Items E33A104 E33A204 E33A304 E33AR104 E33AR204Input capacity 120kVA 240kVA 360kVA 120kVA 240kVAHeating value 2.5kW 5.0kW 7.5kW 3.4kW 5.9kWCooling flow rate 12.8m3/min 25.6m3min 38.4m3/min 17.2m3/min 30.0m3/min
■ UPS unit
Dimension (mm)
W D H700 800 1900
*The backup time for 25˚C ambient temperature and the initial value.*Contact us about the 30, 60, 120, 180 minute backup times and the 0.9 load power factor.
■ Battery cabinet individual battery (for a 0.8 load power factor)
Combination UPS unit
Backup time Dimension (mm)
W D HE33A104 5 minutes 700
800 1900
10 minutes 1100E33A204 5 minutes 700x2
10 minutes 1100x2E33A304 5 minutes 700x3
10 minutes 1100x3E33AR104 5 minutes 700x2
10 minutes 1100x2E33AR204 5 minutes 700x3
10 minutes 1100x3
■ I/O Power cabinet
Combination UPS unit
Dimension (mm)
W D HIndividual battery Common battery (built-in DC branching circuit)Standard type External maintenance bypass type Standard type External maintenance bypass type
E33A104 - (500) - -
800 1900E33A204 800 800 1300 1300E33A304 1000 1000 1500 1500E33AR104 800 800 1300 1300E33AR204 1000 1000 1500 1500
Ventilation rate
Heating value and cooling flow rate
External dimensions
■ Common battery
Combination UPS unit Backup time Ventilation rate Remarks
E33A104 5 minutes 2.6m3/min10 minutes 4.1m3/min
E33A204 5 minutes 5.4m3min10 minutes 8.2m3/min
E33A304 5 minutes 8.0m3/min8 minutes 10.8m3/min
E33AR104 5 minutes 5.4m3/min10 minutes 8.2m3/min
E33AR204 5 minutes 8.0m3/min10 minutes 10.8m3/min
*The calculated values for this chart are 0.9 load power factor, 40˚C room temperature and 30˚C outside air temperature. The heating value and cooling flow rate are the values of the rated output after the battery completes charging.
■ Battery cabinet common battery (for a 0.8 load power factor)
Combination UPS unit
Backup time Dimension (mm)
W D HE33A104 5 minutes 700
800 1900
10 minutes 1100E33A204 5 minutes 1400
10 minutes 2200E33A304 5 minutes 2200
8 minutes 2700E33AR104 5 minutes 700
10 minutes 1100E33AR204 5 minutes 1400
10 minutes 2200
5019
00
700 800
UPS unit
Battery cabinet
I/O power cabinet(Parallel redundant operation)
I/O power cabinet(Parallel operation)
50H
W D
50H
W D
50H
W D
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■ Parallel Operation (200kVA) / Parallel Redundant Operation (100kVA)
■ Parallel Operation (300kVA) / Parallel Redundant Operation (200kVA)
*For parallel operation if the output is 200kVA or less, the UPS unit can be separated into a single unit.
Without external maintenance bypass
*Contact us about the 2-system input, the output branching, and other system configurations.
Each UPS unit shares a battery (common battery)
With external maintenance bypass
Without external maintenance bypass
With external maintenance bypass
Each UPS unit is connected to a separate battery (individual battery)
Each UPS unit shares a battery (common battery) Each UPS unit is connected to a separate battery (individual battery)
■ Single Operation
UPS unit
Battery
Switch
Switch
Switch
Switch
Circuit breaker
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Switch
Switch
Switch
Switch
Circuit breaker
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Battery
Battery
Battery
Switch
Switch
SwitchCircuit breaker
Circuit breaker
Circuit breaker
Switch
UPS unit
I/O power board
UPS unit
Switch
Switch
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Switch Switch
Switch
UPS unit
Switch
Switch
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Switch Switch
Switch
UPS unit
Circuit breaker
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
UPS unit
Battery
Battery
Switch Switch
Battery
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
UPS unit
Battery
Battery
Switch Switch
Battery
Circuit breaker
Battery
Switch Switch
Circuit breaker
UPS unit
I/O power board
System Configuration Diagram
Circuit breaker
Circuit breaker Circuit
breaker
Circuit breaker
Circuit breaker
Without external maintenance bypass
With external maintenance bypass
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■ Parallel Operation (200kVA) / Parallel Redundant Operation (100kVA)
■ Parallel Operation (300kVA) / Parallel Redundant Operation (200kVA)
*For parallel operation if the output is 200kVA or less, the UPS unit can be separated into a single unit.
Without external maintenance bypass
*Contact us about the 2-system input, the output branching, and other system configurations.
Each UPS unit shares a battery (common battery)
With external maintenance bypass
Without external maintenance bypass
With external maintenance bypass
Each UPS unit is connected to a separate battery (individual battery)
Each UPS unit shares a battery (common battery) Each UPS unit is connected to a separate battery (individual battery)
■ Single Operation
UPS unit
Battery
Switch
Switch
Switch
Switch
Circuit breaker
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Switch
Switch
Switch
Switch
Circuit breaker
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Battery
Battery
Battery
Switch
Switch
SwitchCircuit breaker
Circuit breaker
Circuit breaker
Switch
UPS unit
I/O power board
UPS unit
Switch
Switch
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Switch Switch
Switch
UPS unit
Switch
Switch
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
Battery
Switch Switch
Switch
UPS unit
Circuit breaker
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
UPS unit
Battery
Battery
Switch Switch
Battery
Switch
Switch
Switch
Switch
UPS unit
I/O power board
UPS unit
UPS unit
Battery
Battery
Switch Switch
Battery
Circuit breaker
Battery
Switch Switch
Circuit breaker
UPS unit
I/O power board
System Configuration Diagram
Circuit breaker
Circuit breaker Circuit
breaker
Circuit breaker
Circuit breaker
Without external maintenance bypass
With external maintenance bypass
●Before starting installation, assembling and use, read the “Operation Manual” carefully and use the product correctly in your applications.●When you are going to use this product in the following application, the special considerations are required for operation, running, maintenance and control. Be sure to consult with our company as a part of your investigations. (a) Medical equipment and other equipment that are related directly to human life. (b) Train or elevator that can give injury to human body. (c) Socially and publicly important computer systems.
(d) And other equipment that are related to safety of human life and that can affect severe effects on maintenance of public functions.●For the applications that undergo vibration such as vehicles, ships and transportation facilities, please consult with our company. ●Never modify this product or give additional processing to this product.●For the installation andmaintenance work, please consult with our company or with specialized company.
※For any inquiry or consultation, please contact our sales representative.
Notes when investigating use of this product in your applications
CATALOG No. P0947B003 ’14.10.IT
The names of companies and/or their products specified in this catalogue are the trade names, and/or trademarks and/or registered trademarks of such respective companies.*Remarks : Specifications Are SubjectTo Change Without Notice.
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