background image

UPSI-1208DPx

Revision 1-5

7

B  Introduction and description 

Read carefully before initial operation !

This manual shall help the user to get familiar with the product and its components and features. It shall pro-
vide information as accurately and completely as possible.    
The manual as well as all documents has to be read and followed strictly before installation. Otherwise in cer-
tain situations warranty and guarantee can be cancelled partly or completely. Any liability on the part of Bicker 
Elektronik is excluded for possible existing errors as well as non-compliance with the  instructions for use and 
installation. 

 

B1  Description of the product and its functions

The UPSI-1208DP2 and UPSI-1208DP3 (hereinafter also called UPS) are DC /

 

DC UPS systems with numerous 

digital features and high performance. The UPS combines the UPSI-1208 with an integrated energy storage: 
The UPSI-1208DP2 uses an energy storage with supercap (also EDLCs) technology. The UPSI-1208DP3 uses an 
energy storage with LiFePO4 technology. The primary use of the UPS is to secure the supply during power 
failures and/or voltage fluctuations. The application which should be protected is connected to the output of 
the UPS.

The UPS requires a rated dimensioned power supply of 12 V DC at the input. After the input voltage is applied, 
the UPS works in normal mode automatically. The input voltage is passed through to the output and the 
integrated energy storage device is charged simultaneously. The charging current depends dynamically on 
the load current at the UPS output. The green status LED lights up continuously when the UPS is in this state.

In the event of a voltage drop or a voltage fluctuation of the input voltage (below undervoltage limit), 
the UPS is switched to battery mode (also backup mode). In this state, the application at the UPS output 
is supplied via the energy storage device. The backup time (also buffer time) depends on the used ener-
gy storage, the value of the output current and the software settings of the UPS. An important feature 
is that the output voltage in battery mode is always regulated to 12 V DC and does not decrease as the  
voltage of the energy storage device drops. If the UPS operates in battery mode, the status LED is slowly fla-
shing (1 Hz flashing). When the UPSI-1208DP3 (with LiFePO4 battery) is used and it is discharged completely in 
battery mode, the recharging has to happen as soon as possible. 

When the input voltage returns, the UPS is automatically switched back to normal mode and charging of the 
energy storage device is continued.

The UPS can also be used for user-initiated shutdowns of the supply voltage or cycles. Application examples 
are the replacement of larger batteries in vehicles in which the electronics should continue to be supplied, the 
opening and closing of safety valves after a malfunction or the shutdown of a system

Summary of Contents for UPSI-1208DP Series

Page 1: ...User Manual UPSI 1208DPx Bicker Elektronik GmbH Ludwig Auer Stra e 23 86609 Donauw rth Germany English UPS SYSTEM DIN RAIL...

Page 2: ...ded use more detailed specified Chapter C1 Environmental conditions more detailed specified Indoor Outdoor Page 2 Warning Read User Manual at explanation Legend of used symbols supplemented 25 11 2020...

Page 3: ...UPSI 1208DPx Revision 1 5 3...

Page 4: ...erating Storage Transport DP2 20 65 C DP2 30 65 C DP3 20 55 C DP3 30 55 C recommended state of charge 80 Operating altitude 4000 m Max permitted humidity 95 at 25 C no dew Dimensions W H D 63 x 120 x...

Page 5: ...attery capacitance load and temperature At very high or low temperatures a reduction of backup time occurs Unless otherwise specified the values apply to measurements at 25 C 10 15 20 25 30 35 40 45 5...

Page 6: ...n advice 19 F2 Convection and installation position 19 F3 Description of connectors 21 F4 Dimensioning the upstream power supply 22 F5 Connecting diagram 23 F6 Initial operation 24 F7 Overview connect...

Page 7: ...mode automatically The input voltage is passed through to the output and the integrated energy storage device is charged simultaneously The charging current depends dynamically on the load current at...

Page 8: ...er and fire hazards and can then be used indoors and outdoors It is primary built for being mounted on a DIN Rail and is intended for professional use in applications such as industrial control commun...

Page 9: ...put obviously damaged devices into operation e g dents burn marks rough contamination 9 Keep ventilation openings clear 10 Device must not be dropped 11 All parts of the device and accessories must n...

Page 10: ...strength max 18 VDC Fixed connect threshold Undervoltage Voltage drop Input Output 11 5 VDC 0 6 VDC max depending on load Current consumption IN UN IOUT IN ICHARGE 0 IMAX UN IOUT ISTAT BOOST ICHARGE...

Page 11: ...OST UN IOUT IDYN BOOST ICHARGE 0 96 W 99 W n a Short circuit proof Yes No load proof Yes Overcurrent shutdown 8 5 9 5A for max 3ms 9 5A for max 5ms OUTPUT DATA UPSI 1208DP2 UPSI 1208DP3 BATTERY MODE U...

Page 12: ...0835 Charging method CC CV CP Nominal voltage UN 8 3 V End of charge voltage 8 3 V Charging current 16 A max Undervoltage protection 4 5 V Battery technology EDLC Nominal capacity 5 73 kJ 3 88 kJ usef...

Page 13: ...A RELAY Connection labeling RL Switch contact potential free Relay Status configurable Power Fail Alarm Switching voltage 24 VDC 125 VAC Current carrying capacity 1 A DC 0 5 A AC State signal assignme...

Page 14: ...ail mounting EN 60715 Housing version Aluminium Dimension W H D 63 mm 120 mm 100 mm 0 5 mm without front connectors and DIN Rail mounting bracket DATA INTERFACE RS232 Interface designation RS232 Numbe...

Page 15: ...erature storage transport DP2 30 65 C DP3 30 55 C Max permitted humidity 95 at 25 C no dew Operating altitude 4000 m Climate class 3k3 EN 60721 Degree of pollution 2 Overvoltage category EN 61010 1 EN...

Page 16: ...mment 4 kV 8 kV Criterion B Electromagnetic HF field EN 61000 4 3 Frequency range Test field strength Frequency range Test field strength Comment 80 MHz 1 GHz 10 V m 1 4 GHz 2 GHz 3 V m Criterion A Fa...

Page 17: ...avior that is corrected by the device itself EMISSION ACCORDING TO EN 55016 2 3 DOMESTIC Basic standard CE Fulfilled requirements according to EN 55016 2 3 CE Domestic Conducted emission from the powe...

Page 18: ...1208DP2 UPSI 1208DP3 63mm 120mm 9mm 100mm 44mm Tolerance 0 5 mm E Name Address Support E Mail Phone number of the manufacturer Bicker Elektronik GmbH Ludwig Auer Stra e 23 86609 Donauw rth Germany E...

Page 19: ...orrect polarity Before commissioning check all the connections for correctness F2 Convection and installation position For these DIN rail versions vertical mounting on a horizontal rail DIN rails acco...

Page 20: ...UPSI 1208DPx Revision 1 5 20 DIN Rail mounting and DIN Rail profile according to EN 60715 2 3 4 1 Press down...

Page 21: ...ax 2 RXD 3 TXD 4 DTR 5 GND 6 DSR 7 NC 8 NC 9 NC RELAY CONNECTION RL The function of the relay connection is configurable via software When closing the relay the resistor value between both contacts is...

Page 22: ...pplied from a SELV or PELV power supply In order to operate the UPS devices with complete functionality the upstream power supply has to provide at least 12V 10A and use no constant current function I...

Page 23: ...ndividual use D Sub 9 RELAY F5 Connecting diagram VIN VOUT ATTENTION 1 Note polarity 2 AWG18 wire should be used 1 mm2 CONNECTING ORDER 1 APPLICATION VOUT 2 DC SOURCE VIN 3 RELAY USB RS232 Dismantling...

Page 24: ...After that the charging of the energy storage starts The applied voltage at the input of the UPS is passed through to the output reduced by a current dependent voltage drop VOUT VIN 0 6 V at maximum c...

Page 25: ...g commissioning If the device operates in battery mode and the input terminals are connected with reverse polarity no reverse polarity protection is given Overload If the load current at the output is...

Page 26: ...charge protection With supercapacitors in particular an additional switch off threshold can take effect if the discharge current of the energy storage device is too high 15 A This can occur at very hi...

Page 27: ...LED is off briefly pause 2s Status Reboot Output is deactivated and time until reboot runs Reboot phase UPS FAILURES Quick flashing without pause Status UPS failure Output current too low UPS is deact...

Page 28: ...ail True Shutdown SOC Threshold Reached Max Backup Time Timeout Shutdown Timer Timeout Shutdown SOC Enabled Max Backup Enabled Shutdown Timer OS Enabled Ignition Timer Timeout Ignition Pin High True F...

Page 29: ...acity than actually required should always be used The less deep the packs are discharged the longer the service life lasts F15 Maintenance The UPS contains no serviceable parts In case of a malfuncti...

Page 30: ...a not intended Power Fail could be caused With maximum load the voltage at the input of the device must not undercut 11 5V Even after the upstream supply has been disconnected the device continues to...

Page 31: ...ions Windows is a registered trademark of the Microsoft Corp Status as at 01 04 2021 Revision 1 5 Bicker Elektronik GmbH Ludwig Auer Stra e 23 86609 Donauw rth Germany Tel 49 0 906 70595 0 Fax 49 0 90...

Reviews: