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DATAPOWERTM
DP10E Series User Guide
Copyright © 1997 Silcon Power Electronics A/S Due to continuous product development information given in this manual is subject to change without notice.
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User Guide DP10E Series
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User Guide DP10E Series
Contents
1.0 Introduction
1.1 1.2 1.3 Functional description Safety Disposal of batteries
2.0
Installation
2.1 2.2 2.3 2.4 2.5 Mains connection LED-Display Primary battery charging Permissible load Battery operation time
3.0 4.0 5.0
Computer Interface
3.1 RS232 Interface
Typical course of events during mains failure Options and accessories
5.1 5.2 5.3 5.4 5.5 Distribution outlet boxes Relay port Mounting of DATAPOWER DP10E Series in 19" rack Service Bypass Panel Introduction to internal SNMP adapter
6.0
Maintenance
6.1 6.2 6.3 Battery replacement Troubleshooting Bypass operation
7.0
Technical data
7.1 7.2 Datasheet DIP switch settings for nominal mains and output voltage
8.0 9.0
General drawings
8.1 Front- and backside
Software
9.1 9.2 9.3 Choice of software Configuration codes Choice of cable
10.0 How to contact Silcon
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Introduction
1. Introduction
Congratulations on the purchase of your new DATAPOWER DP10E from Silcon Power Electronics A/S. You have now ensured that your servers, PC's, printers, or other electronic equipment, which you may connect, will work uninterrupted under all circumstances.
1.1
Functional description
This DATAPOWER UPS is an ,,on-line" UPS system, which will continuously supply your equipment with uninterrupted energy of a very high quality. The main components of UPS are the rectifier, the battery, the inverter, and the bypass circuitry. The rectifier keeps the battery charged by converting from AC to DC. The inverter converts back again from DC to AC supplying stable energy to your equipment i.e. load. In normal operation, when mains is available, this DATAPOWER UPS will supply a perfect output voltage independent of noise, transients, over- and undervoltage etc. on the input. At the same time the battery is kept charged, so that energy is always available in fault situations. Fig. 1.1
DATAPOWER
If the mains fails, the load is supplied from the battery. Fig. 1.2
DATAPOWER
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Introduction
If DATAPOWER DP10E is overloaded or turned off on the front plate, the mains is led through the static switch. At the same time the battery is kept charged, so that energy is always available on the battery. Fig. 1.3
DATAPOWER
Installing a service bypass switch (optional) provides the possibility of connecting the mains directly to the load, uninterrupted of course. DATAPOWER DP10E can now be removed for service or maintenance. Fig. 1.4
DATAPOWER
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Introduction
1.2 Safety
Important safety instructions - Keep these. This manual contains important instructions for the DATAPOWER DP10E series, which have to be followed at installation and maintenance of UPS and batteries. · · The UPS contains voltages having hazardous potential. All repairs must be carried out by qualified service personnel. The UPS has its own internal supply (batteries). The output terminals may be on hazardous potential level, even if the UPS is not being supplied from mains. Class 1 equipment must be earthed according to local legislation. When replacing the batteries, the number as well as the type must correspond to the originally mounted. Do not shortcircuit the battery terminals. Remove watches, rings, metal bracelets, and other metal parts before starting the work.
· · ATTENTION! The battery is not isolated from input. There may be hazardous voltage between battery terminal and earth. Check the voltage before touch. ·
For safety and continuous operation of the UPS the following precautions must be followed: · · The UPS must be correctly assembled during operation. Do no part the UPS. Do only supply the UPS from an ordinary 1-phase socket containing earth. (DP30E must be installed with industrial plug complying with IEC 309 or with national standards for similar applications) Do not place the UPS near water or in humid environment. Do not allow liquid or other foreign particles to enter into the UPS. Do not block the ventilation slots on front and rear of the UPS. Do not connect hair-dryer, vacuum cleaner, or the like to the output of the UPS. Do not place the UPS in direct sunlight or near radiators or the like. The socket for connection of the UPS should be near the system. To detach the UPS from the mains unplug the system.
ATTENTION! Even after interruption of the mains components in the UPS are connected to battery and with that to hazardous voltage. Disconnect the battery supply before carrying out service or maintenance work.
· · · · · ·
1.3
· · · · · NOTE: The batteries may explode, if put into a fire.
Disposal of batteries
Batteries must be treated as product hazardous to the environment at destruction. Take care of acid; is harmful to eyes and skin; may be toxic. Do not attempt to disassemble the batteries. Avoid contact with acid leaked from broken batteries. If acid comes in contact with eyes, wash the eyes with lots of clean water, and consult a physician immediately. Never dispose of the batteries in a fire. Take care not to drop the batteries on the feet. Wear steel-tipped shoes to prevent injury from batteries being accidentally dropped on feet.
NOTE: If the batteries are disassembled (or destroyed), acid may exude, which could injure the skin or human body.
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Installation
2.0 Installation
Your DATAPOWER UPS can be installed and operated by anybody without prior knowledge of UPS systems.
2.1
Mains connection
DP30E must be installed with industrial plug complying with IEC 309 or with national standards for similar applications. NOTE: Phase (L) and neutral (N) must be connected to the right terminal. Do not disconnect connected earth during test. That will cause an earth protecting error. Before installation check that the voltage stated on the packaging is correct for the installation site. If you need to change to another voltage, see section 7.2. The UPS is equipped with a CEE power plug and as standard a power cable with plug for local earthed socket. Installation of DATAPOWER UPS: NOTE: The UPS must be connected to earth. If more devices are connected to the same UPS, the leak current from the built-in capacitors can be added to leakage to ground. The leak current of UPS itself is 3.0mA (for DP30E), but if so much equipment is connected that leakage to ground exceeds 3,5mA, the installation must be made according to EN60950. This means that the cord has to be made with industrial plug complying with IEC 309 or national standard for similar applications. Mount battery cable between UPS and battery cabinet BDPXX (not in DP7E). Switch on battery MCB(s). Mount cable from the UPS input to mains and switch on power supply. The UPS starts in ,,BYPASS" and indicates ,,MAINS OK". ON ,,%" LED (Light Emitting Diode) a self test is performed, after which 0-25 ,,%" load LED goes on. DP10E/15E DP20E Battery MCB
Fig. 2.1
DP30E
Battery cable
BDP20-30E/8 BDP20-30E/16
Battery MCB
BDP10E/ BDP15E
Battery MCB
Battery cable
BDP20-30E/8 BDP20-30E/16
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Installation
Switch on the UPS by means of the ON/OFF button. ,,%" LED shows that the UPS performs a self test, after which 0-25 ,,%" LED goes on. After approx. 5 seconds the UPS switches from bypass to normal operation. ,,BYPASS" LED goes off, and ,,INVERTER" LED goes on. Connect and switch on load(s). ,,%" LED shows current load. In case of overload a quickly reiterated alarm is given, and ,,FAULT" LED goes on. This alarm will continue until the load is reduced to 100%. In case of overload the UPS switches to bypass operation to ensure the load supply and for selfprotection. When the load is reduced to 100%, the UPS is automatically returning to normal operation. ,,FAULT" LED and ,,BYPASS" LED go off, and ,,INVERTER" LED goes on.
2.2
LED
LED-Display
FUNCTION LED is on in case of inverter failure (DC- and temperature failure) and in case of overload in normal operation. Constant acoustic alarm is given, and UPS switches to bypass operation. At overload intermittent acoustic alarm is given. On, when the UPS is in bypass operation. On, when the UPS is in normal- or battery operation. Off, when battery is connected at starting-up and subsequently. On in battery operation. Flashes, if battery is not connected at starting-up. Simultaneously an acoustic alarm is given. On, when mains is inside the tolerances where the UPS is in normal operation. Flashes, when the mains is outside the tolerances. The UPS is then operating in battery operation. Off, when mains has completely disappeared.
FAULT
BYPASS INVERTER BATTERY
MAINS OK
LOAD LEVEL/ BATTERY CAPACITY LEVEL
The LEDs are collected in a column box indicating load % in normal- and bypass operation as well as battery capacity in battery operation respectively. 0-25%, Indicates 0-25% load/capacity. 25-50%, Indicates up to 50% load/capacity. 50-75%, Indicates up to 75% load/capacity. 75-100%, Indicates >75% load/capacity.
1st LED (lowest) 2nd LED 3rd LED 4th LED
2.3
Primary battery charging
The UPS will always be dispatched with fully charged batteries, but due to transportation time and possible storage the battery may not be fully charged at the time of installation. Hence the recommendation that you connect the UPS to the mains and charge the battery for eight hours before connecting the critical load. You can of course connect the load at once, but then you cannot take for granted having full back-up energy for the first couple of hours.
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2.4 Permissible load
The UPS has been designed to supply perfect protection for servers, work stations, printers, PC's, PLC, and similar equipment. The capacity of the system is mentioned in ,,Technical Data". If this is exceeded, a fault signal will be given, and the system will switch to bypass operation in order to protect itself.
2.5
Battery operation time
The battery back-up time depends on the connected load size. Model Battery DP7E 2x12V 7.2Ah 100 % 75 % 50 % 25 % 100 % 75 % 50 % 25 % 100 % 75 % 50 % 25 % Battery Type (1 set) Load Level Built-in 6 11 18 48 7 12 20 48 6 11 17 45 Built-in X X X X 17 29 48 116 11 21 34 90 X X X X 30 51 85 200 19 36 58 155 X X X X 42 72 120 288 30 57 90 245 X X X X 60 102 170 400 43 82 130 350 Back-Up Time in Minutes
Battery DP10E 3X12V 7.2Ah
1BDP10E1 2BDP10E 3BDP10E 4BDP10E 5BDP10E
Battery DP15E 4x12V 7.2Ah
1BDP15E1 2BDP15E 3BDP15E 4BDP15E 5BDP15E
Battery
1BDP20- 1BDP20- 1BDP20- 2BDP2030E/8 30E/16 30E/8 + 30E/16 1BDP2030E/16 19 33 54 124 34 60 98 220 54 96 156 350 75 133 215 490
DP20E 8x12V 6.5Ah
100 % 75 % 50 % 25 %
9 16 26 59 Built-in
Battery
1BDP20 1BDP20- 1BDP20- 2BDP2030E/8 30E/16 30E/8 + 30E/16 1BDP2030E/16 11 22 37 90 19 38 64 159 30 60 100 250 45 90 150 370
DP30E 8x12V 7.2Ah
100 % 75 % 50 % 25 %
5 10 17 42
1
Included in delivery
Back-up time at typical computer load; power factor = 0.7.
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Computer interface
3.0 Computer Interface
3.1 RS232 Interface
The UPS is as standard equipped with a RS232/V.24 serial interface. Via the serial communication port it is possible to show a lot of information from the UPS on the connected computer screen (demands special software- solution). Fig. 3.1 Communication parameters: 9600 pbs, 8 bit, even parity, 1 check bit UPS port
The purpose of the UPS is to ensure perfect uninterrupted power to the connected computer at all times including mains failure. If the mains failure is of a longer duration than the time available from the battery, it is of the utmost importance that the programs running on the computer are terminated in a controlled way. Losses of data and an even more expensive restart are thereby avoided. E.G. LAN's require a certain amount of time to terminate current programs and need a signal, some time before the energy has been used. The computer interface is used for this purpose by giving a message when the UPS switches to battery operation and another signal a short while before shutdown due to low battery voltage.
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Typical course of events during mains failure
4.0 Typical course of events during mains failure
,,MAINS OK" LED goes off, and ,,BATTERY" LED goes on. ,,%" LED switches from showing current load % to showing current battery capacity. Fig. 4.1
Acoustic alarm with long interval signal indicates that the UPS has switched to battery operation. Pushing ,,ALARM SILENCE" will cancel acoustic alarm. If mains returns before the UPS has shutdown on account of low battery voltage, the UPS will switch to normal operation and subsequently charge the batteries. When only 2 or 1 ,,%" LED is on, acoustic alarm with short interval will be given. The alarm cannot any longer be cancelled by pushing ,,ALARM SILENCE". The UPS will shutdown in case of low battery voltage. The UPS starts in bypass. After approx. 60 seconds a short beep is given, and the UPS switches to normal operation. ,,INVERTER" LED is on. The UPS is now in normal operation and will recharge the batteries, and simultaneously the load will be supplied from the mains.
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Options and accessories
5.0 Options and accessories
5.1 Distribution outlet boxes
If you want to connect more users to the output of the UPS, you need a distribution outlet box with CEE plug and female connectors according to local standards.
5.2
Relay port
The relay port may be used for communication purposes. To use this facility a data-cable as well as some software are needed. This software is able to warn the users and initiate a computer shutdown in case of mains failure of long duration. Finally the computer can complete the process by switching off the UPS. The relay port contains 4 potential free switches and a remote shutdown input. Before installing the relay option turn the system off and switch off the mains supply. Demount the cover on the backside to get access to the mounting area of the relay option. At any time during installation please observe that proper ESD (Electro Static Discharge) handling precautions are maintained, since all options contain static sensitive units. When installation of the option has been completed, mount the cover. Switch on mains supply and turn on the system. Fig. 5.1 1. 2. 3. Dismount screws from cover for option mounting area. Place optional printed circuit board in the holder. Mount cover for optional pcb and re-mount the screws.
1
2
3
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Options and accessories
Data: Relay switches: Voltage: Current:
Max. 24VDC Max. 500mA Min. 500µA
25-pole SUB-D female connector: Fig. 5.2
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Options and accessories
UPS ON UPS OFF By-pass Normal operation Battery operation Normal operation Low bat. voltage Normal bat. voltage Remote shutdown input: (*) Min. 5V Max. 12V Min. 1mA Min. pulse length: 1 second Pin 2-15 closed Pin 2-14 closed Pin 4-17 closed Pin 4-16 closed Pin 6-19 closed Pin 6-18 closed Pin 8-21 closed Pin 8-20 closed Pin 2-14 open Pin 2-15 open Pin 4-16 open Pin 4-17 open Pin 6-18 open Pin 6-19 open Pin 8-20 open Pin 8.21 open
Pin 13 = RSD+
Pin 25 = RSD-
(*) Can only be activated in battery operation. The UPS will shutdown after 30 seconds.
5.3
Mounting of DATAPOWER DP10E Series in 19" rack
UPS may be mounted in 19" rack. DP7E - DP10E - DP15E - BDP10E - BDP15E are mounted in 19" rack, 3U. DP20E - DP30E - BDP20-30E/8 and BDP20-30E/16 are mounted in 19" rack, 6U. Fig. 5.3: 19" rack for DP7E-DP15E
132.5
482.6
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50
425.5
Options and accessories
Fig. 5.4: 19" rack for DP20E-DP30E
5.4
Service Bypass Panel
The Service Bypass Panel is designed to facilitate servicing of the UPS system without causing any interruption to the load supply. The panel has a single switch with three positions as follows: · Normal: UPS input connected to the mains supply, with the load connected to the UPS output. UPS input and load connected to the mains supply, with UPS output disconnected. Load connected to the mains supply, with the UPS input and output disconnected.
·
Service:
·
Bypass:
5.4.1 Operation of UPS with Service Bypass Panel Before connecting the mains supply to the UPS, ensure that the bypass switch is in position "Normal". Then proceed with powering up the UPS as described in section 2.0. 5.4.2 Switching to position "Bypass" If the UPS are running in normal operation but is required to be powered down without interruption to the load, the following procedure should be followed: a. b. c. Transfer UPS to internal bypass mode by switching off the internal bypass switch at the front of the UPS. Turn bypass switch from position "Normal" to position "Bypass" through position "Service" on the service bypass panel. Switch off battery MCB(s) at the rear of the UPS and on the battery module.
The UPS is now completely shut down and isolated from the mains and load. Load is alone fed directly from the mains through the Service Bypass Panel.
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Options and accessories
5.4.3 Switching from position "Bypass" to "Normal" The following procedure should be followed to bring the UPS back on-line, if the load is being fed from the mains through the bypass switch: a. b. Switch on battery MCB(s) at the rear of the UPS and on the battery module. On the Service Bypass Panel turn the bypass switch to position "Service", and check that the "Mains OK" and "Bypass" LED's are on on the front of the UPS. Then after the UPS has performed a self test, check that the "0-25%" load LED is on. Turn the bypass switch to position "Normal" through position "Service". Transfer the UPS into normal operation by switching on the internal bypass switch at the front of the UPS. After the UPS has performed another self test, the "Bypass" LED will go off, the "Inverter" LED will turn on, and the appropriate load percentage will be shown.
c. d.
The UPS is now on-line supplying and protecting the load. 5.4.4 Emergency situation In the event of a total loss of system output where mains supply is present, simply turn the bypass switch to position "Bypass" to connect mains to the load, and then call assistance from your local dealer.
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Options and accessories
Fig. 5.5: DP7-20E wall mounting Service Bypass Panel general arrangement Front Internal View
100 mm Mounting holes 4 x ų4.5mm
K001
Front View
150 mm
250 mm
RC01
S001
Bottom View
100 mm 300 mm
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Options and accessories
Fig. 5.6: DP7-20E rack mounting Service Bypass Panel general arrangement
76 mm
88 mm (2U)
S001
150 mm
482 mm
465 mm
K001
FRONT VIEW
300 mm
RC01
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REAR VIEW
TOP VIEW
User Guide DP10E Series
Fig. 5.7:
SYSTEM OUTPUT X004: L SWITCH POSITIONS N 1 UPS 12 NORMAL UPS SERVICE 2 A1 1L1 3L2 11 UPS BYPASS RC1 A2 2T1 4T2
SYSTEM INPUT
Options and accessories
X001: L
N
PE
8
5
S001 Normal/Service/Bypass Switch
NSB
7
6
DP7-20E Service Bypass Panel schematic
K001
X002: L
N
X003: L
N UPS OUTPUT
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Options and accessories
Fig. 5.8: Standard system with Service Bypass Panel (SBP)
NOTE: The DP10E Series must only be connected to the service bypass panel manufactured by Silcon. If other service bypass panels but those manufactured by Silcon are used, the UPS system may be damaged and the warranty given by Silcon is repealed.
Input cable SBP
Output cable SBP
Mains
Load
Input cable UPS
Output cable UPS
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Options and accessories
Fig. 5.9: DP30E wall mounting Service Bypass Panel general arrangement Front Internal View
Mounting holes 4 x ų4.5mm 100 mm
K001
Front View
180 mm 24 mm
250 mm
RC01
S001
Bottom View
100 mm
30 mm
300 mm
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Options and accessories
Fig. 5.10: DP30E rack mounting Service Bypass Panel general arrangement
76 mm
88 mm (2U)
24 mm
180 mm S001 30 mm
482 mm
465 mm
K001
FRONT VIEW
300 mm
RC01
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REAR VIEW
TOP VIEW
User Guide DP10E Series
Fig. 5.11:
SYSTEM OUTPUT X004: L SWITCH POSITIONS N 1 UPS 12 NORMAL UPS SERVICE 2 A1 1L1 3L2 11 UPS BYPASS
SYSTEM INPUT
Options and accessories
X001: L
N
PE
8
5
S001 Normal/Service/Bypass Switch
NSB
7
6
DP30E Service Bypass Panel schematic
RC1 A2 2T1 4T2
K001
X002: L
N
X003: L
N UPS OUTPUT
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Options and accessories
5.5 Introduction to internal SNMP adapter
DP-VIEWTM SNMP Interface Adapter is designed to monitor and manage the intelligent Silcon DP10E Series systems in TCP/IP network environment. This allows one or more NMS's (Network Management Systems) to manage the DP10E Series from Silcon Power Electronics A/S by using the Internet based SNMP protocol. DP-VIEWTM SNMP Interface adapter consists of three parts, all being explained below. 5.5.1 Contents of internal SNMP adapter kit The DP-VIEWTM SNMP Agent kit contains the following parts: · · · · DP-VIEWTM SNMP Agent One DB-9 pin male to female cable MIB file and configuration tool in DOS format disc MIB file in UNIX tar format disc
5.5.2 The Adapter Hardware The Agent is the part holding the hardware connection between the DP10E Series and the required network. The adapter is powered from the DP10E Series UPS. In that way full functionality is always present even when the DP10E Series is switched to battery operation. 5.5.3 The MIB Interface The Silcon enterprice MIB is a subset of RFC1628 MIB, which allows different NMS systems to access all supported information and configuration of a DP10E Series. The Silcon MIB is available in DOS and UNIX tar format for easy installation in almost all SNMP-based NMS. More than 42 different SNMP variables and more than 26 traps are supported. This includes a wide range of configuration, identification, testing, and control groups. 5.5.4 The Configuration Tool The configuration program for the Agent is located on the DOS MIB format disc. The program is running on any MS-DOS compatible PC system. Fig. 5.12: The configuration tool
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Options and accessories
5.5.5 Installation Configuring the Agent using configuration tool: · · · · · · · · · · · · Install the SNMP agent in the slot on the back side of the DP10E Series, if the DP10E Series is mounted with a relay card please remove this card. Connect the DB9 female to the 9 pin male serial port of the PC and the DB9 male to the 9 pin female serial port on the DP10E Series UPS. Power on the DP10E Series UPS according to the description in paragraph 2.1. Run the configuration tool on the PC by changing to a DOS box or prompt, change to a:\ and type: Config 2 (suppose COM 2 is used). Wait for the message "SNMP Agent detected" to be shown on the status dialogue box. Load the default by pressing key. Fill in the necessary fields. Save the configuration to the Agent by pressing key. The Agent will now re-boot after configuration. Connect the Agent to the network. (Drop cable is not supplied). Start-up your NMS system. Compile and integrate the Silcon MIB into your NMS system.
Fig. 5.13
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Options and accessories
5.5.6 Overview The SNMP Agent is controlling the communication between the DP10E Series and the network by changing the data in the serial RS232 protocol into SNMP compatible format and vice versa. Fig. 5.14: Ethernet Network
Configuration tool Mains RS232 SNMP Agent cable RS232 Slot Interface
SNMP (TCP/IP)
DP-VIEWTM SNMP Adapter
RS232 cable
Silcon DATAPOWER
RS232 interface
Silcon DATAPOWER
Mains
SNMP (TCP/IP)
NMS Software
Network Managment
The DP-VIEWTM SNMP Agent is configured and ready for use. 5.5.7 System Requirements The DP-VIEWTM SNMP Interface Adapter can be used in a network according to Ethernet IEEE 802.3 The following hardware connections are available: · · Ethernet 10BaseT (RJ45) Ethernet 10BaseT (BNC)
The connected NMS system (Network Management System) must be able to read and compile the Silcon MIB. The MIB is delivered on a 3 1/2" disc in DOS and UNIX tar format.
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Maintenance
6.0 Maintenance
6.1 Battery replacement
Basically the UPS is maintenance free and the only component, which gets ,,worn", is the battery. The wear depends on how often and for how long energy is taken from the battery, thus it is recommendable to change the battery every third year. INSTALLATION 1. replacement 2. replacement 3. replacement MONTH _______ _______ _______ YEAR _______ _______ _______
For replacement of the batteries please contact your local dealer.
6.2
Troubleshooting
If the UPS does not operate satisfactorily, please consult below scheme for possible failure causes. Oper. troubles UPS does not start. Signalling 1) None. 2) Fault LED + 25%, load LED and acoustic alarm. 3) ,,Fault" LED on and acoustic alarm. UPS switches between normal and bypass operation. Switch between ,,Inverter" LED, ,,Bypass" LED, and acoustic alarm. ,,%" LED shows 100%, and ,,FAULT" LED is on. 1+2) Previous alarm for low battery voltage. Overload. Problems 1) No power supply. 2) Fuse blown. 3) Turned off due to failure. Solutions 1) Provide power supply. 2) Replace fuse. 3) Switch off the mains switch and then switch on again. Decrease load to <100%.
Back-up time less than stated.
1) Battery capacity insufficient. 2) Battery worn.
1) Make sure that UPS will be operating in normal operation for at least 8 hours. 2) Replace all batteries.
UPS operates in battery operation.
1+2) ,,Mains OK" off. Acoustic alarm. 3) ,,Mains OK" flashes. Acoustic alarm.
1) No power supply. 2) Fuse blown. 3) Power supply outside limit.
1) Provide mains supply. 2) Replace fuse. 3) Check that UPS is set to proper voltage on DIP switch on backplate. Make sure that mains supply is inside limit.
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Maintenance
6.3
Bypass operation
At over load indicated by fault LED and quick repeated acoustic alarm. At output shortage indicated by fault LED and 25% load LED + constant acoustic alarm. At internal temperature too high indicated by fault LED and 0% load LED + constant acoustic alarm.
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Technical Data
7.0 Technical data
7.1 Datasheet
DP7E 700VA Power Voltage Stability, static Stability, dynamic Distortion Current, 220V 230V 240V Crest factor Frequency Frequency tolerance: Normal oper. Battery oper. Overload normal oper. 700VA 490W ±3% ±6% 3% at linear load 5% at non-linear load 3,18A 3,04A 2,92A 3 50/60Hz, auto-selection 4,55A 4,35A 4,17A 6,82A 6,52A 6,25A 9,09A 8,70A 8,33A 13,64A 13,04A 12,50A DP10E DP15E DP20E DP30E 1000VA 1500VA 2000VA 3000VA 1000VA 1500VA 2000VA 3000VA 700W 1050W 1400W 2100W
MINIDATAPOWER OUTPUT
220/230/240V programmable
±5% synchronized ±0,5% free running 130% ±10% for 1,5 secs. 105% ±10% for 10 secs. - beyond this the UPS switches to bypass 2,5mS typical 4,0mS max. None 1 phase + neutral and earth 160 - 276V (DP7E-DP15E) 184 - 276V (DP20E and DP30E) 4,2A Fuse 5A 6,0A Fuse 6,3A 9,0A MCB 10A 12,0A MCB 12A 16,0A MCB 16A
Bypass, switching time Battery oper., switching time INPUT Connection Voltage range Current, max. Protection (placed on back side) Frequency Power factor BATTERY Number Type Protection (Fuse)
50/60Hz, auto-selection > 0,95 4 6V/ 7,2Ah 3 12V/ 7,2Ah 4 12V/ 7,2A 8 12V/ 7,2A 8 12V/ 7,2A
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Technical Data
GENERAL Efficiency Acoustic noise >83% at nominal mains voltage, 100% load (pf = 0,7) and fully charged batteries 45dBA in battery operation (DP7E-DP15E) 41dBA in normal operation (DP7E-DP15E) 50dBA in battery operation (DP20E, DP30E) 50dBA in normal operation (DP20E, DP30E) 10-40°C for 0m
Ambient temp. Humidity Safety EMC Communication Option Accessories Dimensions: Height Width Depth Weight, approx. (*) w.o. battery module BATTERY MODULE: BDP10E Dimensions: Weight: BDP15E Dimensions: Weight: BDP20-30E/8 Dimensions: Weight: BDP20-30E/16 Dimensions: Weight:
123x220x440 12kg 123x220x440 14kg 370x220x460 37,9kg 370x220x460 37,9kg
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7.2 DIP switch settings for nominal mains and output voltage
Placing: Backplate. Turn off the UPS and switch off the mains before DIP switch settings are changed.
Fig. 7.1
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General drawings
8.0 General drawings
8.1
1. 2. 3. 4. 5. 6.
Front- and backside
Switch RS232 Mains voltage setting Option mounting area (relay port) Fuse/Automatic Serial No. DP7E 1 12 2 3 6 7. 8. 9. 10. 11. 12. Mains input Model no. Output Battery connection Battery fuse/Automatic (MCB) LED display/Reset button
7 8 4 9 5
DP10E BDP10E
DP15E BDP15E
12 1 7 4 5 9 6 8 11 3 2 10 8 6
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General drawings
DP20E DP30E 12 1 BDP20-30E/8 BDP20-30E/16
DP20E
BDP20-30E/8 BDP20-30E/16 4 10
2
11 10 6 8
3
6
8 9 5 7
DP30E
BDP20-30E/8 BDP20-30E/16
11 10 6 8
7 9
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Software
9.0 Software
9.1 Choice of software
The CD is devided into two main parts: - DP-SOFT CDX : for serial communication - DP-SOFT+ : for parallel communication (e.g. for MLU-box) Installation: See software guide included on the CD.
9.2
Configuration code at normal operation
(Regarding test, see further information in guide included on the CD).
Oper. system
UNIX
VMS Alpha Vax 1
VMS Win3.1x Win95 WinNT Other 3 8 8 8
OS/2
Novell
Config. code
3
8
8
9.3
Choice of cable
Software DP-SOFT CDX DP-series DP10E Cable 0.801.180
Operating system Windows 3.1x Windows 95 Windows NT OS/2 Novell UNIX VMS Windows 3.1x Windows 95 Windows NT OS/2 Novell UNIX VMS
DP-SOFT+
DP10E
0.801.178
DP-SOFT+
DP10E
0.801.177
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How to Contact Silcon
10.0 How to contact Silcon
For further information: E-mail: [email protected] Homepage: http://WWW.silcongroup.com
AUSTRIA Silcon Elektronik GmbH Hausberggasse 1 A-7212 Forchtenstein Tel: +43 26 26 8 38 40-0 Fax: +43 26 26 8 35 64 CHINA Silcon (Qingdao) Power Electronics Co. Ltd. 1 Loushan Road CN-Qingdao P.C. 266043 Tel: +86 - 532 4810148 Fax: +86 - 532 4810147 DENMARK Silcon Power Electronics A/S Silcon Allé DK-6000 Kolding Tel: +45 - 75 54 22 55 Fax: +45 - 75 54 27 89 GERMANY Silcon Elektronik GmbH Industriestrasse 59a Postfach 2233 D-40764 Langenfeld Tel: +49 - 2173 9239-0 Fax: +49 - 2173 25977 GREAT BRITAIN Silcon Electronics Ltd. Milton Court, Bredbury Industr. Park Horsfield Way Stockport GB Cheshire SK6 2SU Tel: +44 - (0) 1614 066 866 Fax: +44 - (0) 1614 066 867
IRELAND Gotec Ltd. Clonshaugh Industrial Estate IE-Dublin 17 Tel: +353 - (1) 848 6033 Fax: +353 - (1) 848 6040 POLAND Silcon Poland Ltd. ul. E. Orzeszkowej 5 PL-02-374 Warzaw Tel: +48 - 82 26 59 75 01 Fax: +48 - 82 22 23 66 46 SWEDEN Silcon Power Support AB Box 20195 S-161 02 Bromma Tel: +46 - 8 29 02 90 Fax: +46 - 8 28 33 53 SWITZERLAND Gutor Electronics Ltd. Tägerhardstrasse 90 CH-5430 Wettingen Tel: +41 - 56 437 34 34 Fax: +41 - 56 437 34 44 THE NETHERLANDS Silcon B.V. Pieter Lieftinckweg 8 NL-1505 HX Zaandam Tel: +31 - 75 681 4 681 Fax: +31 - 75 681 4 682
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