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UPSI-IP-3 Series

Revision 1-0

13

OUTPUT DATA – NORMAL MODE

 

Output voltage*  

24 V DC

Output voltage range*  

24…23.4 V DC max. 
(depending on load)

Capacitive load

3000 μF (at start, 0 A load)

Output current

 

I

NOM

 

I

DYN.BOOST

I

SFB

 

6 A
6…8 A
30 A (5 ms)

Output power

 

P

N

 (I

OUT

 = 6 A, I

CHARGE

 = 0) 

P

DYN.BOOST

 (I

OUT

 = I

DYN.BOOST

, I

CHARGE

 = 0)*

144 W
144…192 W

Overcurrent shutdown

6…8 A for max. 58 s*; 8…10.8 A for max. 100 ms; 
>10.8 A for max. 5 ms

Short-circuit proof  

Yes

No-load proof  

Yes

OUTPUT DATA – BATTERY MODE

Output voltage  

23.5 V DC

Output voltage range*  

23.5…22.5 V DC
(depending on load)

Output current

 

I

NOM

 

I

DYN.BOOST

 

I

SFB

 

6 A
6…8 A 
30 A (5 ms)

Output power

 

P

N

 (I

OUT

 = 6 A, I

CHARGE

 = 0)

P

DYN.BOOST

 (I

OUT

 = I

DYN.BOOST

, I

CHARGE

 = 0)* 

141 W
141…192 W

Overcurrent shutdown

6…8 A for max. 58 s*; 8…10.8 A for max. 100 ms; 
>10.8 A for max. 5 ms

Short-circuit proof  

Yes

No-load proof  

Yes

Load current for battery start

6 A max. (SOC ≥10 %)

Switching time 
normal mode >>     battery mode

<1 ms

All specifications at the housing inlet/housing outlet, without line losses, at ambient temperature of 25°C
*Max. 58 sec., depending on output power (see also „F11 Dynamic Powerboost“)

Summary of Contents for UPSI-IP-3 Series

Page 1: ...English User Manual UPSI IP 3 Series Bicker Elektronik GmbH Ludwig Auer Stra e 23 86609 Donauw rth Germany UPS SYSTEM IP65...

Page 2: ...1 0 2 Revision Directory Date Change 21 09 2022 Revision 1 0 Initial version Legend of used symbols Symbol Description Attention Important hazard warning Do not dispose of in the domestic waste Warni...

Page 3: ...UPSI IP 3 Series Revision 1 0 3...

Page 4: ...IIN NOM IOUT 6A ICHARGE 0 0 74 A at 220VACIN 1 58A at 100 VACIN IIN MAX IOUT 6A ICHARGE max 0 9 A at 220VACIN 2 1A at 100 VACIN IIN CHARGE IOUT 0 ICHARGE max 0 3 A at 220VACIN 0 65A at 100 VACIN Inru...

Page 5: ...d discharge Storage Transport 20 55 C recommended SOC at storage 80 Operating altitude 3000m Dimensions W H D 130 x 130 x 370 mm 0 5mm without cable outlets and mounting brackets Weight 7 7 kg device...

Page 6: ...2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 0 0 0 5 1 0 1 5 2 0 2 5 3 0 3 5 4 0 Backupzeit h LFP 13250S 0 4A Backuptime h IOUT A 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 0 10 20 30 4...

Page 7: ...4 5 20 10 0 10 20 30 40 50 60 70 Ambient temperature C I OUT A 6 I out A Ambient temperature C 20 0 C At sub zero temperatures the charging time increases according to the physical properties of the...

Page 8: ...hone number of the manufacturer 19 F General Data 20 F1 Assembly and installation advice 20 F2 Convection installation position and mounting 20 F3 Description of connectors 21 F4 Connection 22 F5 Init...

Page 9: ...y The output is activated and the integrated energy storage device is charged simultaneously The input current is dynamic and depends on the load current at the output and the current battery charge c...

Page 10: ...x as well as against water jets from any direction IPx5 according to EN60529 B3 Intended use connecting cables The fixed connection cables may only be used with the device in accordance with the manuf...

Page 11: ...side of the specification 12 The UPS is supplied with voltage from both the input source and the energy storage The latter is still energized even after the input source has been disconnected 13 The i...

Page 12: ...6 A ICHARGE max PIN DYN IOUT IDYN BOOST ICHARGE 0 PIN NO LOAD IOUT 0 ICHARGE 0 PIN CHARGE IOUT 0 ICHARGE max At 220 VACIN 155 W 190 196 W 220 W 2 W 62 63 W At 100 VACIN 156 W 205 210 W 221 W 2 W 63 6...

Page 13: ...f Yes OUTPUT DATA BATTERY MODE Output voltage 23 5VDC Output voltage range 23 5 22 5 VDC depending on load Output current INOM IDYN BOOST ISFB 6 A 6 8 A 30 A 5ms Output power PN IOUT 6 A ICHARGE 0 PDY...

Page 14: ...harging method CC CV CP Nominal voltage UN 13 2 V End of charge voltage 13 8 V Battery charging current 0 2C 4 5 5A Undervoltage protection As soon as the first cell reaches 2 5 V Nominal capacity 25...

Page 15: ...egt 4x outer diameter Temperature range Occasional flexing 30 C 70 C Fixed installation 40 C 80 C N blue L brown Sheath Sheath DATA DC OUTPUT CABLE Type of cable LFLEX CLASSIC 110 LT PVC control cable...

Page 16: ...ural anodised Dimension W H D 130 mm 130 mm 370 mm without cable outlets and mounting brackets ENVIRONMENTAL CONDITIONS Ambient temperature operation 20 50 C Ambient temperature start up without load...

Page 17: ...ngth Comment 80 MHz 1 GHz 10 V m 1 GHz 6 GHz 3 V m Criterion A Fast transients Burst EN 61000 4 4 Test voltage Comment 2 kV Criterion A Surge voltage load Surge EN 61000 4 5 Test voltage L N Test volt...

Page 18: ...omment 30MHz 1GHz Class A Electric field radiated emission CISPR 22 Frequency range Comment 1GHz 6 GHz Class A To improve the emitted interference Bicker Elektronik recommends installing the W rth 742...

Page 19: ...m 62 mm 28 mm 130 mm 4 mm Unless otherwise stated Tolerance according to DIN ISO 2768 T1 m DIN ISO 2768 T2 K E Name Address Support E Mail Phone number of the manufacturer Bicker Elektronik GmbH Ludwi...

Page 20: ...ed vertically on a stable wall or other surface This is the only way to operate in the specified technical areas Other installation methods are possible taking into account the reduced performance ran...

Page 21: ...IP 3 Series Revision 1 0 21 F3 Description of connectors DC OUTPUT AC INPUT PIN FUNCTION 1 Vout 2 Vout GND COLOUR FUNCTION BROWN L phase conductor GREEN YELLOW PE protective earth BLUE N neutral condu...

Page 22: ...o connection F4 Connection VIN VOUT ATTENTION 1 Note correct colours and polarity 2 Pay attention to the maximum cable length The fixed input and output cables should not be lengthened because if the...

Page 23: ...3 WIRING DIAGRAM INPUT 100 240 VAC 50 60 Hz IIN A UPSI 2406IP 38AC APPLICATION PINOUT OF OUTPUT CABLE 1 V 2 V UPS BATTERY LiFePO4 4S1P 13 2 VDC IBATTERY A AC INPUT SOURCE AC DC CONVERTER 24 VDC ILOAD...

Page 24: ...llowed current values and peak current values refer to chapter D Technical Data The status LED indicates the error status by means of a very rapid flashing sequence A restart attempt occurs every 10 s...

Page 25: ...werboost Valid from firmware version 2 2 1 With the dynamic power boost function it is possible to temporarily draw a higher output power overload from the UPS As soon as an overload is detected when...

Page 26: ...96 W 4sec 0 W 8 sec 120 W 2 sec 7392 Ws 7 392 kJ UPS output keeps unlocked after second 58 because the output energy does not exceed 8 35 kJ 72 96 120 144 168 192 216 0 10 20 30 40 50 60 P OUT W IOUT...

Page 27: ...After second 32 output is disconnected From second 0 4 90 kJ 4896 Ws were taken for further 32 seconds Example 3 UPSI 2406DP3 E 120 W 2 sec 144 W 2 sec 132 W 2 sec 192 W 8 sec 168 W 2 sec 180 W 12 sec...

Page 28: ...fly 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 deactivated Overcurr...

Page 29: ...Fail 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...

Page 30: ...done by the manufacturer F16 Disposal Electric and electronic devices must not be disposed with domestic waste Please consider to each country s own regulation about recycling and disposal of used bat...

Page 31: ...ions Windows is a registered trademark of the Microsoft Corp Status as at 21 09 2022 Revision 1 0 Bicker Elektronik GmbH Ludwig Auer Stra e 23 86609 Donauw rth Germany Tel 49 0 906 70595 0 Fax 49 0 90...

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