Fusion L702B manual

Emperor L702B Pro Thank you for purchasing this Fusion Emper or L702B P ro charge r. We are sure you will be pleased with its per formance an d features. In order to ensu re that you obtain the maximum benefit fro m its operati on, please read the in structions care fully. OpErAting instruct ions Please keep for Future R efere nce[...]

1 C O N T E N T S Specifications ................................................................................................................. 2 General Operation ......................................................................................................... 3 Output Battery Co nnections ...............................................[...]

2 S P E C I F I C A T I O N S MODE TYPE SPEC Power Supp ly DC Input 11 -28V DC Battery Types NiCd, NiMH, Li Po, LiIon, LiFe , Pb Operating Mod es NiCd, NiMH Charge, Dischar ge, Cycle LiPo, LiIon, LiFe , Pb Charge, Dischar ge, Store Operation fun ction Charge (NiCd , NiMH) Automatic char ge Normal charge Linear charge RE -FLEX charge Charge (LiPo,Li[...]

3 G E N E R A L O P E R A T I O N O U T P U T B A TT E R Y C O N N E C T I O N S The Emperor L702B Pro has t wo sets of outp uts on the fro nt of the charger, chan nel 1 is on the left and chan nel 2 on the right. Each chann el has two 4mm banana sockets, a 7 cell balance po rt and a temperature sensor input. You will need an a ppropriate charge le[...]

4 T U R N I N G O N & S E T T I N G T H E I N P U T P OWER The input power lead s on the Emperor are supp lied with 4mm gold banan a type connectors (with o ptional crocodile cl ips) that should b e connected directly to a suit able 11 -28V DC power source, ensuring t hat the black co nnector is connected to the negative ( – ) an d the red t [...]

5 M E N U S T R U C T U R E The menu system in the E mperor L702B is sum marized in the flow chart b elow. To move around th e screens press the buttons as shown on th e flow chart. Where a line selection a rrow is shown on t he left of a line, the ‘ Inc’ and ‘Dec’ b uttons can be used to move th e selection arrow u p or down. Pressing th e[...]

6 B A T T E R Y M E M O R Y S C R E E N The battery memory screen is the main function al screen for this charger. It is us ed to store specific b attery, ch arge, discharge and safety p arameters, as well a s being used to initiate charging, d ischarging, cycling /store mode functions.  11]LiPo 3S 2200mAh CHG. : 2.1A 4.20V/C DCHG. :10.0A 3.0V/C[...]

7 L I T H I U M F U N C T I O N S A N D P A R A M E T E R S When a Lithium ty pe battery is selected, the following functions and p arameters are available. The 2 nd and 3 rd page s (shown below) ar e accessed b y moving the line selection down arro w off the b ottom of the page. Page 3 Page 1 Page 2  11]LiPo 3S 2200mAh CHG. : 2.1A 4.20V/C DCHG.[...]

8 Therefore, store mode will ch arge or discharge y our pack to arou nd a 60% charged state to help extend th e life of you r packs. C U T . T E M P E R . - CUT - O F F T E M P E R A T U R E When used with the optio nal temperature sen sor, a safety cut -off temperature can be set, so that charging or discharging is terminat ed automat ically if th[...]

9 N I C D / N I M H F U N C T I O N S A N D P A R A M E T E R S Page 3 Page 1 Page 2  05]NiMH 6S 3000mAh CHG. : 3.0A 8mV/C DCHG. : 3.0A 0.8V/C CYCLE : C  D 1x 10m  CUT.TEMPER. : 55°C MAX.CAPACITY: 150% PEAK DELAY : 3min TRI CURRENT : 100mA  SAFETY TIMER: 120min Cut-off Temperature Cut-off when x% of capacity is reached. Do not detect p[...]

10 C Y C L E The cycle mode allows the u ser to both charge an d discharge a battery a number of times, in order to b ring it back to peak performance. Dependant on th e final charge state required, y ou have the option s t o discharge then charge (D>C) or charg e then d ischarge (C>D) the pack . In addition , the number of cycles and the del[...]

11 C H A R G I N G With the selection arrow on the CHG line, select the corre ct charge rate a nd maximum cell/peak voltag e for the battery being ch arged, then press and ho ld the C H A R G I N G A L I T H I U M P A C K In the flow ch art below, we have shown an example of ho w to charge a 2S (7. 4V) 2200mAh LiPo pack at 2.2A. 11]LiPo 2S 2200mAh [...]

12 C H A R G I N G A N I C D / N I M H P A C K In the flow ch art below, we have shown an example of ho w to charge a 6 cell (7. 2V) 3000mAh NiM H pack at 4. 5 amps usi ng a ‘Normal’ cha rge type . 1]NiMH 6S 3000mAh  CHG. : 4.5A 5mV/C DCHG. :10.0A 0.8V/C CYCLE : C  D 1x 10m  0]NiMH 6S 3300mAh CHG. : 3.3A 5mV/C DCHG. : 5.0A 0.8V/C CYCLE[...]

13 In this example a ‘Normal’ ch arge is selected an d then the ‘E nter’ button is press ed for 2 seconds to start th e charge. As shown in the flow char t, pressing the ‘Mod e’ or ‘E sc’ buttons at an y stage moves through the d ifferent screens giving detailed in formation ab out the charge. Pressing the ‘Esc’ butto n for 2 se[...]

14 If the cycle function has b een used (NiCd/NiMH on ly), then pressing th e ‘Inc’ butto n shows the charge and d ischarge statistics for the previous 10 cy cles. B A L A N C E R V I E W When a Lithium p ack is connected to the char ger, the balancer screen shows the balance statistics for the pack and allows the user to read off th e individu[...]

15 E R R O R M E S S A G E S The Emperor L702B Pro has a number of error a nd warning messages that are designed to advise the u ser of any p roblems. When applicable, p ressing the ‘Esc’ b utton clears the messa ge. S A F E T Y P R E C A U T I O N S • DO NOT at tempt to charge in compatible types of recharg eable batteries. Thi s charger is [...]

16 • Lead-Acid bat teries must be placed in a we ll ventilated area when ch arging. • DO NOT at tempt to charge whilst the input 12 volt batter y is being charged, a s the voltage supplied to th e charger may be too high. L I T H I U M I O N / P O L Y M E R B A T T E R Y - S A F E T Y W A R N I N G S Ensure that the ch arger and battery are pla[...]

17 unless the battery pack is severely mistreat ed, so in normal usage there is no likelihood of explosion or fire. Lithium Ion/Poly mer battery pack s must N EVER be discharged b elow 3 volts pe r cell (Li-Fe 2.0V) as this will result in d amage to the cells. If the volta ge is allowed to drop below 3 volts per cell the b attery voltage may seem t[...]

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