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Nortec UL10, Operation Manual

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Nortec UL10 Operation Manual Download Page 53

CHARGER / DISCAHRGER UL10 

 

 

 

     

                    OPERATION MAUNAL 

 

 

               52 

 

 

 

 

 

 

 

 

 

 

    © 

NorTec Electronics 2014

 

 

7.16  Program 230. Charging – aircraft nickel-cadmium battery type SAFT

  

 

Stage 

name 

 

       Maximum 

 

 

 

 

 

 

 

 

 

duration 

 

Program 

number 

 

       

230 

Operation 

number 

 

       

2 

Operation 

type 

 

        Charging 

Battery type  

 

 

 

 

 

 

 

 

Nickel-cadmium 

Manufacturing 

process 

 

       Fused 

electrodes 

Access 

to 

valves 

 

       open, 

SAFT 

Co. 

Battery 

type 

 

        

30 

Minimum 

battery 

capacity 

 

      

4 Ah 

Maximum 

battery 

capacity 

 

      

50 Ah 

Minimum 

battery 

voltage 

       

1,2 V 

Maximum 

battery 

voltage 

 

      

31,2 V 

Maximum number of batteries   

 

 

 

 

 

26

 

 

Stage 1 (

S1

) 

 

 I-Charge 

1 

  Current 

= 

x

С

 (A)  

х

 

= 1 

 

Stage 1 (

S1

) 

 

 I-Charge 

1 

  Umax 

= 

V/battery 

 

1.57 

 
Stage 2 (

S2

)    

Topping charge 1 

 

I 

а

= x

С

 (A)  

 

х

 

= 0.1   

240 min 

 

Stage 2 (

S2

)    

Topping charge 1 

 

Electrolyte level  

Sound signal  

225 min 

equalization 

Summary of Contents for UL10

Page 1: ...GER UL10 0 40V 0 40A TKZ UL10 040000 Software Version 20 108a Dated 22 01 2013 COPYRIGHT 2003 2015 by NorTec Electronics GmbH Co KG An der Strusbek 32 B D 22926 Ahrensburg Tel 49 4102 42002 Fax 49 4102 42840 Email info nortec electronics de Web www nortec electronics de ...

Page 2: ...CHARGER DISCAHRGER UL10 OPERATION MAUNAL NorTec Electronics 2014 1 ...

Page 3: ...CHARGER DISCAHRGER UL10 OPERATION MAUNAL 2 NorTec Electronics 2014 CHARGER DISCHARGER UL10 ...

Page 4: ... acoustic signals 9 3 Principle of operation 10 3 1 Connection 10 3 2 Installation 10 3 3 Commissioning 10 3 3 1 Mains Connection 10 3 3 2 Warning 11 4 Ratings 12 4 1 Input Output Parameters 12 4 2 Working temperature range 12 5 Controls 13 5 1 General 13 5 1 1 Indikation 13 5 1 2 Keyboard 14 5 2 Self Test 16 6 System adjustment 17 6 1 Language Selection 17 6 2 Date Input 18 6 3 Time Input 18 6 4 ...

Page 5: ...arge air tight aircraft lead acid battery 38 7 3 Program 11 Discharge Pb battery sealed commercial 39 7 4 Program 16 Discharge Pb battery vented commercial 40 7 5 Program 20 Discharge enclosed aircraft nickel cadmium battery 41 7 6 Program 31 Discharge enclosed aircraft nickel cadmium battery 42 7 7 Program 110 Commissioning air tight aircraft lead acid battery 43 7 8 Program 111 Commissioning Pb ...

Page 6: ... 431 Maintenance enclosed aircraft nickel cadmium battery type НКБН 61 7 25 Program 510 Direct current charging air tight aircraft lead acid battery 62 7 26 Program 511 Direct current charging Pb battery sealed commercial 63 7 27 Program 516 Direct current charging Pb battery vented commercial 64 7 28 Program 520 Direct current charging enclosed aircraft nickel cadmium battery 65 7 29 Program 800 ...

Page 7: ...ag during field exercises It is used by the navy as a tester Types of batteries The types of the batteries are the following 00 no battery connected 10 air tight aircraft lead acid electrolyte filled batteries 11 Pb battery sealed commercial 16 Pb battery vented commercial 20 enclosed aircraft nickel cadmium batteries 21 enclosed nickel cadmium batteries type VARTA 30 enclosed nickel cadmium batte...

Page 8: ...ration without any special ventilation It can be installed in a laboratory a charging room etc The device is fully adapted for field service when packed into a polyethylene or corrugated card board transport case The fully functional pull out unit can be used in a separate vibration protected body or in groups of mobile or stationary framework racks ...

Page 9: ...progress of charging 2 The touch input keyboard The keys BREAK CLEAR PRINT ENTER serve to interrupt programs to delete erroneously en tered data to print out results and to confirm input of requested data respectively The digital unit enables the user to enter digital data such as parameters of batteries and the opera tor number The key ensures access to the information about the system menu 3 The...

Page 10: ...on wall 2 2 1 Mains cable 2 2 2 Source of acoustic signals The source of acoustic signals informs the operator of the condition of the device accordingly them the operator receives relevant instructions to execute An error of input a failure or operation finish can induce an acoustic signal ...

Page 11: ... tent check that it is placed n a dust free base otherwise the cooling process can be inhibited The device should be operated in the buildings designed for this purpose on corresponding bases because the pull out unit is fitted with a fan without any extra case so that the device without a pro tective body can be damaged or the servicing personnel can be traumatized 3 3 Commissioning 3 3 1 Mains C...

Page 12: ... on Even when the device is disconnected from the 220 V AC mains there remains inside the device a level of voltage dangerous to touch Exclusively the manufacturer can perform servicing of the de vice otherwise the warranty becomes null Note The manufacturer bears no responsibility for losses due to improper installation commissioning or operation Only the materials approved by the manufacturer sh...

Page 13: ... power error 3 of rated parameter plus 5 discharge temperature error 2 С Insulation VDE 0160 class 1 Protection type IP 54 working temperature 20 С to 45 С Weight about 50 kg in 19 body without battery cable Dimensions width 400 mm height 504 mm depth 242 mm Free space for exhaust 50 mm 4 2 Working temperature range The device operation is guaranteed within the temperature range 20 С to 45 С The a...

Page 14: ...dition of the device Among other messages there can be PROGRAM SELECTION PROGRAM START and PRO GRAM COMPLETION Stage Status This line indicates the program current stage and description of the program stages in the process of functioning Current time The time is indicted in the format hours minutes seconds Input information or operation parameters All the current parameters are displayed in this r...

Page 15: ...ey B BREAK Key P PRINT Key E ENTER Key Special Program Key Decimal Point Key 0 9 Digits 0 9 Key 4 Digit 4 corresponds to command forward Key 6 Digit 6 corresponds to command backward Key 2 Digit 2 corresponds to command downward Key 8 Digit 8 corresponds to command upward 3 1 7 9 0 B BREAK P PRINT C CLEAR E 8 4 2 6 ...

Page 16: ... completion of the current program at any moment of time PRINT In the process of operation with the battery or upon completion of the program all current parameters are printed out In case of a failure an error message can be printed out by hitting the key PRINT CLEAR Cancel the last data input 4 Return to the previous item in the menu in the mode of program input 6 Proceed to the next item in the...

Page 17: ...s complete Concurrently a short sound beep sounds indicating that the device is ready for operatation If the self test detects any failure in the device the following message is displayed The appendix lists possible failure messages These messages are in English as a rule If the device operates without failures the information about the type of the connected battery is to be input see item 6 6 The...

Page 18: ...or when voltage fails in the mains When the key is hit a menu of system adjustment is displayed in order to select a language of messages and to select the date and specific time indication 6 1 Language Selection By hitting the key 0 the current language selection is confirmed English by default use the key 1 to scan consecutively the available languages After that the display shows messages in th...

Page 19: ...or moves to the item of time The digital keys 0 9 serve to enter the current time The point is entered by default Any error in the date input is rejected 6 3 Time Input The internal clock is adjusted with digital keys 0 9 The colon separating hours from minutes is entered by default When the input is confirmed by the key ENTER or the last digit of indication of minutes is entered the display switc...

Page 20: ...he program input 6 4 2 Print Equipment The printer includes the following components a printer body It is attached to the front panel The rear face has a 21 pin port for the printing mechanism a printing mechanism with a matrix EPSON printer a removable front panel normal printing paper 50 mm wide 2 knurled head screws to secure the printer a self test start pushbutton a color ribbon a rear 13 pin...

Page 21: ... MEASURE VOLTAGES OF INDIVIDUAL BATTERIES In the program х type of batteries 20 The voltages of individual batteries are possible to measure only in the manual protocol print out mode is indicated by a short beep At this moment it is possible to measure voltage with the measur ing cable and to print out voltages of individual batteries The maximum number of batteries is 99 If during voltage measur...

Page 22: ...RTEC 2000 2003 UL10 V20 108 SN 110 350 DATE 03 04 12 BATTERY NO 12345 OPERATOR NO 0002 NOM VOLTAGE 24 00 V RATED CAP 004 0 AH PROGRAM 420 PROGRAM START 08 42 24 VOLTAGE 26 66 V P420 S1 DISCHARGE 1 08 42 24 VOLTAGE 25 91 V CURRENT 04 01 A CAPACITY 000 0 AH 000 0 TIME 000 MIN CELL 01 1 292 V CELL 02 1 291 V CELL 03 1 294 V ...

Page 23: ...ommissioning of the batteries are saved in the UL 10 memory depending on the battery type 6 5 1 1 3 Charging Operation type 2 To fulfill the CHARGING operation the memory of the UL 10 device contains programs of charg ing of each battery type recommended by manufacturers or specified by the customer The pro grams required for optimum charging of batteries run fully automatic In the process of char...

Page 24: ...d for both with and without the connected bat tery as a direct voltage source Without the battery battery type 00 The device operates as a source of voltage of direct current with a power 40 V 40 А The voltage and current can be set in steps 0 01 V 0 01 А With the battery battery type 10 31 If the battery type 0 is selected the device automatically switches over to the optimal direct voltage selec...

Page 25: ...ckel cadmium batteries type NKBN The following types of operations can be used 0 Discharge 1 In service 2 Charge 4 Maintenance 5 I Charge 8 U Charge 6 7 Programming Matrix The above types of operations 0 8 and the 6 types of batteries 00 31 enable up to 43 possible combinations of different charging programs BA Type Operation 00 10 11 16 20 21 30 31 0 10 11 16 20 21 30 31 1 110 111 116 120 121 130...

Page 26: ...nal request from the customer because there is a risk of ruining the battery 6 8 3 Operation without Lead acid batteries The information below relates to aluminum types of batteries with the data input starting with 1х Below is the full list of the types in question Type 10 air tight aircraft lead acid electrolyte filled batteries Type 11 standard air tight lead acid electrolyte filled batteries T...

Page 27: ...also have an indication of power Depending on the input of discharge current magnitude the batte ries of a similar design can be discharged to different powers The following rule applies the higher the selected discharge current the lower is the output power of the battery The aircraft lead acid batteries are often designed for a 5 hour discharge The capacities of other batteries are calculated de...

Page 28: ...ey P During the first print out the lacking data are requested the battery number the operator identification number and the last data input appears as a tentative setting After the input is confirmed by hitting ENTER the protocol is printed out together with its relevant heading The subsequent print outs can be produced by hitting the key Р once again The reference Addi tionally printed out is pr...

Page 29: ...ated by the device Note The nominal voltage of a nickel cadmium battery is 1 2 V The voltage 1 55 V is selected to charge it fully Unlike the lead acid batteries the nickel cadmium batteries have sometimes a nonstandard number of batteries The standard number of batteries 5 cells 5 х 1 2 V battery 6 V 10 cells 10 х 1 2 V battery 12 V 20 cells 20 х 1 2 V battery 24 V An example of the non standard ...

Page 30: ...final charge voltage 40 3 V To avoid false calculation the user should input just the number of batteries and hit ENTER To determine the maximum currents the battery capacity is indicated in Аh Input of parameters nominal capacity After the capacity is entered and confirmed by hitting ENTER the start menu appears P 420 PARAMETER INPUT RATED CAPACITY 000 0Ah P 420 PROGRAM START 1 START P WITH PRINT...

Page 31: ...king of each battery starts The print out reads the battery number the operator identification number An intermediate print out is made by hitting Р once again If the start key is pressed on the positive probe of the measuring cable the voltages of individual batteries are registered 6 9 Readings on the LC display of program data 420 For enclosed nickel cadmium aircraft batteries type 20 according...

Page 32: ... aircraft battery С is equal to the nominal capacity А i e the current that discharges the battery capacity 4 Аh ful ly within one 1 hour This current is 4 А 7 000 5Ah the current discharge capacity at the moment of print out 8 008MIN Maintenance program 4 for aircraft batteries stage 1 provided for discharge duration of 6 minutes during which the check current C should flow It is 4 A in this case...

Page 33: ...r operation type 4 maintenance battery type 20 enclosed aircraft nickel cadmium battery 2 stage number Stage 2 3 stage name I Charge 1 4 19 37 38 current time 5 24 64V current battery voltage 6 04 00A current charging current The charging current in this program of checking of the aircraft nickel cadmium bat tery restores the nominal capacity during 1 h 4 А is for the battery with 4Аh ...

Page 34: ...mium battery 2 stage number Stage 3 3 stage name topping charge 1 4 20 42 38 current time 5 29 64 V current battery voltage No charging voltage limits at the 31 V level 6 04 00 А current charging current Extra charging with the 10 hour current 4 Аh 10 h 0 4 А during 2 hours This stage serves to equalize voltages of Individual batteries 7 4 019 Аh The capacity indication continues The capacity char...

Page 35: ...battery is equal to the nominal capacity 1 С А i e the current is selected that discharges the battery with the capacity 4 Аh fully within 1 hour This current is 4 А 7 3 6 Аh at the moment of prints out of the currently selected capacity 8 0054 MIN When the discharge is 2 the battery is discharged with a on hour current 4А until the voltage of the battery reaches 0 5 V battery i e up to 10 V 9 оС ...

Page 36: ...el cadmium battery 2 stage number Stage 5 3 stage name I Charge 2 4 00 34 38 current time 5 30 98 V current voltage battery 6 4 0 А charging current The charging current in this program of checking of the aircraft nickel cadmium battery restores the nominal capacity within 1h It is 4 А for the battery with 4Аh 7 4 00 Аh The discharged capacity in Аh after 60 minutes 8 0060 MIN The indication of ch...

Page 37: ...ing current The charging voltage grows and can exceed 31 V Because of this all the batteries reach the final charging voltage The capacities of the cells equalize Extra charging 2 with the current 0 4 А 1 10 of the nominal capacity is supplied into the cells for 90 minutes 7 4 019 Аh The capacity counting continues The main charging plus extra charging The total is 4 Аh 2 minutes of 0 4 А 0 019 Аh...

Page 38: ...rge time and final Discharge voltage after discharge Battery type all Manufacturing process all Access to valves All types Battery type 0 Minimum battery capacity 0 4 Maximum battery capacity 200 Аh Minimum battery voltage 1 2 Maximum battery voltage 31 2 Maximum number of 26 batteries in a battery Stage 1 S1 Discharge Current x A x 0 01 40 Stage 1 S1 Discharge Discharge depth V battery 1 5 Stage ...

Page 39: ... Discharge Battery type Lead acid Manufacturing process Gel absorbed electrolyte Access to valves unavailable Battery type 10 Minimum battery capacity 2 Аh Maximum battery capacity 200 Аh Minimum battery voltage 2 Maximum battery voltage 30 Maximum number of batteries 15 Stage 1 S1 Discharge Current xС A x 0 2 max 6 h Stage 1 S1 Discharge Discharge depth V battery 1 5 Stage 1 S1 Discharge Time t 1...

Page 40: ...ead acid Manufacturing process Gel absorbed electrolyte Access to valves unavailable Battery type 11 Minimum battery capacity 2 Аh Maximum battery capacity 200 Аh Minimum battery voltage 2 Maximum battery voltage 30 Maximum number of batteries 15 Stage 1 S1 Discharge Current xС A x 0 2 Max 6 h Stage 1 S1 Discharge Discharge depth V battery 1 5 Stage 1 S1 Discharge Time t 1min 999min Note the progr...

Page 41: ...scharge Battery type Lead acid Manufacturing process Liquid electrolyte Access to valves Open Battery type 16 Minimum battery capacity 10 Maximum battery capacity 400 Аh Minimum battery voltage 2 Maximum battery voltage 30 Maximum number of batteries in a battery 15 Stage 1 S1 Discharge Current xС A x 0 1 max 10 h Stage 1 S1 Discharge Discharge depth V battery 1 5 Stage 1 S1 Discharge Time t 1min ...

Page 42: ...ery type Nickel cadmium Manufacturing process Fused electrodes Access to valves Open Battery type 20 Minimum battery capacity 4 Аh Maximum battery capacity 50 Аh Minimum battery voltage 1 2 Maximum battery voltage 31 2 Maximum number of batteries 26 Stage 1 S1 Discharge Current xС A x 1 max 1 2 h Stage 1 S1 Discharge Discharge depth V battery 1 Stage 1 S1 Discharge Time t 1min 999min Programs 21 3...

Page 43: ...ration type Discharge Battery type Nickel cadmium Manufacturing process Fused electrodes Access to valves Open Battery type 20 Minimum battery capacity 4 Аh Maximum battery capacity 50 Аh Minimum battery voltage 1 2 Maximum battery voltage 31 2 Maximum number of batteries 26 Stage 1 S1 Discharge Current xС A x 0 4 Stage 1 S1 Discharge Discharge depth V battery 1 Stage 1 S1 Discharge Time t 1min 99...

Page 44: ...apacity 2 Ah Maximum battery capacity 200 Ah Minimum battery voltage 2 V Maximum battery voltage 30 V Maximum number of batteries 15 Stage 1 S1 Discharge Discharge current а xС A x 0 2 Stage 1 S1 Discharge Discharge depth V battery 1 5 Discharge voltage 1 5 V Error Message Use program 410 Stage 2 S2 I Charge Current xС A x 0 4 8h Stage 2 S2 I Charge Umax V battery 2 4 8h Stage 3 S3 U Charge Umax V...

Page 45: ...ity 2 Ah Maximum battery capacity 200 Ah Minimum battery voltage 2 V Maximum battery voltage 30 V Maximum number of batteries 15 Stage 1 S1 Discharge Discharge current xС A x 0 2 Stage 1 S1 Discharge Discharge depth V battery 1 5 Discharge voltage 1 5 V Error message Use program 410 Stage 2 S2 I Charge Current xС A x 0 36 8h Stage 2 S2 I Charge Umax V battery 2 4 8h Stage 3 S3 U Charge Umax V batt...

Page 46: ... Ah Minimum battery voltage 2 V Maximum battery voltage 30 V Maximum number of batteries 15 Stage 1 S1 Discharge The electrolyte is filled 20 min or Enter Stage 2 S2 Discharge Discharge current а xС A 0 2 Stage 2 S2 Discharge Discharge depth V battery 1 5 Stage 2 S2 Voltage 1 5 V Error message Use program 416 Stage 3 S3 I Charge Current xС A Х 0 2 8µ Stage 3 S3 I Charge Umax V battery 2 4 8µ Stage...

Page 47: ...ent xС A х 1 Stage 1 S1 Precharge Umax V battery 1 55 max 1 h Stage 2 S2 Discharge 1 Discharge current а xС A х 1 Stage 2 S2 Discharge 1 Discharge depth V battery 1 about 30 min Stage 3 S3 I Charge 1 Current xС A х 1 Stage 3 S3 I Charge 1 Umax V battery 1 55 about 60 min Stage 4 S4 Topping charge 1 Current xС A х 0 2 90 min Stage 5 S5 Discharge 2 Discharge current а xС A х 1 Stage 5 S5 Discharge 2...

Page 48: ...city 2 Ah Maximum battery capacity 200 Ah Minimum battery voltage 2 V Maximum battery voltage 30 V Maximum number of batteries 15 For voltages 2 25 V battery Stage 1 S1 Precharge Umax V battery 2 4 2 h Stage 1 S1 Precharge Iа xС A 0 36 2 h Stage 2 S2 I Charge I xС A 0 36 8 h Stage 2 S2 I Charge Umax V battery 2 4 8 h Stage 3 S3 U Charge Umax V battery 2 4 8 h Stage 3 S3 U Charge I а xС A 0 02 8 h ...

Page 49: ... Ah Maximum battery capacity 200 Ah Minimum battery voltage 2 V Maximum battery voltage 30 V Maximum number of batteries 15 For voltages 2 25 V battery Stage 1 S1 Precharge Umax V battery 2 4 2 h Stage 1 S1 Precharge Iа xС A 0 36 2 h Stage 2 S2 I Charge Current xС A 0 36 8 h Stage 2 S2 I Charge Umax V battery 2 4 8 h Stage 3 S3 U Charge Umax V battery 2 4 8 h Stage 3 S3 U Charge I а xС A 0 02 8 h ...

Page 50: ...Ah Maximum battery capacity 400 Ah Minimum battery voltage 2 Maximum battery voltage 30 Maximum number of batteries 15 For voltages 2 25 V battery Stage 1 S1 Precharge Umax V battery 2 4 6 h Stage 1 S1 Precharge Iа xС A 0 25 6 h Stage 2 S2 I Charge Current xС A 0 25 8 h Stage 2 S2 I Charge Umax V battery 2 4 8 h Stage 3 S3 U Charge Umax V battery 2 4 8 h Stage 3 S3 U Charge I а xС A 0 04 8 h Stage...

Page 51: ...facturing process Fused electrodes Access to valves Open Battery type 20 Minimum battery capacity 4 Ah Maximum battery capacity 50 Ah Minimum battery Voltage 1 2 V Maximum battery Voltage 31 2 V Maximum number of Batteries 26 Stage 1 S1 I Charge 1 Current xС A х 1 72 min Stage 1 S1 I Charge 1 Umax V battery 1 55 72 min Stage 2 S2 Topping charge 1 I а xС A х 0 2 90 min Stage 2 S2 Topping charge 1 E...

Page 52: ...nufacturing process Fused electrodes Access to valves Open Battery type 20 Minimum battery Capacity 4 Ah Maximum battery Capacity 50 Ah Minimum battery Voltage 1 2 V Maximum battery Voltage 31 2 V Maximum number of Batteries 26 Stage 1 S1 I Charge 1 Current xС A х 1 72 min Stage 1 S1 I Charge 1 Umax V battery 1 55 72 min Stage 2 S2 Topping charge 1 I а xС A х 0 2 120 min Stage 2 S2 Topping charge ...

Page 53: ...um Manufacturing process Fused electrodes Access to valves open SAFT Co Battery type 30 Minimum battery capacity 4 Ah Maximum battery capacity 50 Ah Minimum battery voltage 1 2 V Maximum battery voltage 31 2 V Maximum number of batteries 26 Stage 1 S1 I Charge 1 Current xС A х 1 Stage 1 S1 I Charge 1 Umax V battery 1 57 Stage 2 S2 Topping charge 1 I а xС A х 0 1 240 min Stage 2 S2 Topping charge 1...

Page 54: ...s Access to valves open type НКБН Battery type 31 Minimum battery capacity 2 Ah Maximum battery capacity 50 Ah Minimum battery voltage 1 2 V Maximum battery voltage 31 2 V Maximum number of batteries 25 Stage 1 S1 I Charge 1 Current xС A х 0 4 180 min Stage 1 S1 I Charge 1 Umax V battery unlimited Stage 2 S2 Topping charge 1 I а xС A 0 2 120 min Stage 2 S2 Topping charge 1 Electrolyte level Sound ...

Page 55: ...e 2 S2 Precharge Voltage chargingа 2 4 2 h Umax V battery Stage 2 S2 Precharge Current xС A Х 0 4 2 h Stage 3 S3 I Charge 1 Current xС A 0 4 6 h Stage 3 S3 I Charge 1 Umax V battery 2 4 6 h Stage 4 S4 U Charge 1 Umax V battery 2 4 6 h Stage 4 S4 U Charge 1 I а xС A 0 02 6 h Stage 4 S4 U Charge 1 Umax V battery 2 4 2 h Stage 5 S5 Discharge Discharge current 0 2 6 h а xС A Stage 5 S5 Discharge Disch...

Page 56: ...S1 Discharge Discharge depth 1 5 6 h V battery Stage 2 S2 Precharge Voltage charging 2 4 2 h Umax V battery Stage 2 S2 Precharge Current xС A Х 0 36 2 h Stage 3 S3 I Charge 1 Current xС A 0 36 6 h Stage 3 S3 I Charge 1 Umax V battery 2 4 6 h Stage 4 S4 U Charge 1 Umax V battery 2 4 6 h Stage 4 S4 U Charge 1 I а xС A 0 02 6 h Stage 4 S4 U Charge 1 Umax V battery 2 4 2 h Stage 5 S5 Discharge Dischar...

Page 57: ...CHARGER DISCAHRGER UL10 OPERATION MAUNAL 56 NorTec Electronics 2014 Note when the maximum output current of the device is exceeded the maximum time para meters change accordingly ...

Page 58: ...harge Discharge depth 1 5 24 h V battery Stage 2 S2 Precharge Voltage chargingа 2 4 2 h Umax V battery Stage 2 S2 Precharge Ia xС A Х 0 25 2 h Stage 3 S3 I Charge 1 Current xС A Х 0 25 8 h Stage 3 S3 I Charge 1 Umax V battery 2 4 8 h Stage 4 S4 U Charge 1 Umax V battery 2 4 8 h Stage 4 S4 U Charge 1 I а xС A 0 04 8 h Stage 4 S4 U Charge 1 Umax V battery 2 4 8 h Stage 5 S5 Discharge Discharge curre...

Page 59: ...Discharge 1 Discharge current х 1 max 6 min а xС A Stage 1 S1 Discharge 1 Discharge depth 1 max 6 min V battery Stage 2 S2 I Charge 1 Current xС A х 1 max 72 min Stage 2 S2 I Charge 1 Umax V battery 1 55 max 72 min Stage 3 S3 Topping charge 1 Current xС A х 0 1 120 min Stage 4 S4 Discharge 2 Discharge current х 1 1 h а xС A Stage 4 S4 Discharge 2 Discharge depth 0 5 1 h V battery Stage 5 S5 I Char...

Page 60: ...h Maximum battery capacity 50 Ah Minimum battery voltage 1 2 V Maximum battery voltage 31 2 V Maximum number of batteries 26 Stage 1 S1 I Charge 1 Current xС A х 1 72 min Stage 1 S1 I Charge 1 Umax V battery 1 55 72 min Stage 2 S2 Topping charge 1 Current xС A х 0 2 120 min Stage 2 S2 Topping charge 1 Measurement of Sound signal 105 min voltages of individual batteries Break 30 min Stage 4 S4 Disc...

Page 61: ... Maximum battery capacity 50 Ah Minimum battery voltage 1 2 V Maximum battery voltage 31 2 V Maximum number of batteries 26 Stage 1 S1 I Charge 1 Current xС A х 1 75 min Stage 1 S1 I Charge 1 Umax V battery 1 57 75 min Stage 2 S2 Topping charge 1 Current xС A х 0 1 240 min Stage 2 S2 Topping charge 1 Measurement of Sound signal 225 min voltages of individual batteries Break 30 min Stage 4 S4 Disch...

Page 62: ...ity 4 Ah Maximum battery capacity 50 Ah Minimum battery voltage 1 2 V Maximum battery voltage 31 2 V Maximum number of batteries 25 Stage 1 S1 Discharge 1 Discharge current х 0 4 30 min а xС A Stage 1 S1 Discharge 1 Discharge depth 1 30 min V battery Break 30 min Stage 2 S2 I Charge 1 Current xС A х 0 4 30 min Stage 2 S2 I Charge 1 Umax V battery unlimited 30 min Stage 3 S3 Topping charge 1 Curren...

Page 63: ...peration type Direct current charging Battery type Lead acid Manufacturing process Gel absorbed electrolyte Access to valves Unavailable Battery type 10 Minimum battery capacity 2 Ah Maximum battery capacity 200 Ah Minimum battery voltage 2 Maximum battery voltage 30 Maximum number of batteries 15 Stage 1 S1 I Charge I free selection Stage 1 S1 I Charge Umax V battery 2 4 Stage 1 S1 I Charge time ...

Page 64: ...harging Battery type Lead acid Manufacturing process Gel absorbed electrolyte Access to valves Unavailable Battery type 11 Minimum battery capacity 2 Ah Maximum battery capacity 200 Ah Minimum battery voltage 2 Maximum battery voltage 30 Maximum number of batteries 15 Stage 1 S1 I Charge Current free selection Stage 1 S1 I Charge Umax V battery 2 4 Stage 1 S1 I Charge time free selection Note the ...

Page 65: ...ation type Direct current charging Battery type Lead acid Manufacturing process Liquid electrolyte Access to valves open Battery type 16 Minimum battery capacity 10 Ah Maximum battery capacity 400 Ah Minimum battery voltage 2 V Maximum battery voltage 30 V Maximum number of batteries 15 Stage 1 S1 I Charge Current free selection Stage 1 S1 I Charge Umax V battery 2 4 Stage 1 S1 I Charge time free ...

Page 66: ...urrent charging Battery type Nickel cadmium Manufacturing process Fused electrodes Access to valves open Battery type 20 Minimum battery capacity 4 Ah Maximum battery capacity 50 Ah Minimum battery voltage 1 2 Maximum battery voltage 31 2 Maximum number of batteries 26 Stage 1 S1 I Charge Current free selection Stage 1 S1 I Charge Umax V battery free selection Stage 1 S1 I Charge time free selecti...

Page 67: ...ram number 800 Operation number 8 Operation type Source of voltage Battery type unavailable Manufacturing process Access to valves Battery type Minimum battery capacity Maximum battery capacity Minimum battery voltage Maximum battery voltage Maximum number of batteries Arbitrary Stage 1 S1 voltage 0 01 40 V max 40 А Stage 1 S1 current 0 01 40 А max 40 V ...

Page 68: ...ation type Source of voltage Battery type Lead acid Manufacturing process Gel absorbed electrolyte Access to valves Unavailable Battery type 10 Minimum battery capacity 2 Ah Maximum battery capacity arbitrary Minimum battery voltage 2 Maximum battery voltage 30 Maximum number of batteries 15 Stage 1 S1 Direct extra charging mode Ufloat V battery 2 25 arbitrary Stage 1 S1 Direct extra charging mode...

Page 69: ...ufacturing process Lead acid Access to valves Gel absorbed electrolyte Battery type Unavailable Minimum battery capacity 11 Maximum battery capacity 2 Ah Minimum battery voltage arbitrary Maximum battery voltage 2 V Maximum number of batteries 30 V Operation number 15 Stage 1 S1 Direct extra charging mode Ufloat V battery 2 25 arbitrary Stage 1 S1 Direct extra charging mode Imax xC A х 0 4 Note th...

Page 70: ...ery type Source of voltage Manufacturing process Lead acid Access to valves Liquid electrolyte Battery type open Minimum battery capacity 16 Maximum battery capacity 10 Ah Minimum battery voltage arbitrary Maximum battery voltage 2 Maximum number of batteries 30 Operation number 15 Stage 1 S1 Direct extra charging mode Ufloat V battery 2 25 arbitrary Stage 1 S1 Direct extra charging mode Imax xC A...

Page 71: ...ery type Source of current Manufacturing process Nickel cadmium Access to valves Fused electrodes Battery type Open Minimum battery capacity 20 Maximum battery capacity 4 Ah Minimum battery voltage 40 Ah Maximum battery voltage 1 2 Maximum number of batteries 31 2 Operation number 26 Stage 1 S1 Direct current charging float Current xC A Х 0 025 arbitrary Stage 1 S1 Direct current charging float Uf...

Page 72: ...pack of 6 pcs HTZ TKZ BT2000 40071 The paper is replaced in the following procedure disconnect the device from the 220 V mains remove 2 knurl head screws from the printer extract the printer from the body lift the front panel of the printer and remove it pull the ribbon out of the opened printer pull the used paper roll from the printer and tear the paper slightly pull the paper protruding from th...

Page 73: ...CHARGER DISCAHRGER UL10 OPERATION MAUNAL 72 NorTec Electronics 2014 switch off the device ...

Page 74: ...CHARGER DISCAHRGER UL10 OPERATION MAUNAL NorTec Electronics 2014 73 Protection according to DIN 34 ...

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