Single-phase 230/115 VAC
| CODE | TYPE | NOM.
BATTERY VOLTAGE |
OUTPUT CURRENT |
OUTPUT CURRENT WUla |
RECOMMENDED BATTERIES CAPABILITIES |
| F7 AV | NG3 12-100 | 12 V | 100 A | 120 | 500-1000 AH |
| F7 BQ.. | NG3 24-50 | 24 V | 50 A | 60 | 250-500 AH |
| F7BT.. | NG3 24-80 | 24 V | 80 A | 95 | 400-800 AH |
| F7 CR | NG3 36-60 | 36 V | 60 A | 70 | 300-600 AH |
| F7 EQ | NG3 48-50 | 48 V | 50 A | 60 | 250-500 AH |
| F7 GN | NG3 60-35 | 60 V | 35 A | 40 | 175-350 AH |
| F7 HM | NG3 72-30 | 72 V | 30 A | 35 | 150-300 AH |
| F7 IL | NG3 80-27 | 80 V | 27 A | 30 | 135-270 AH |
| F7 LL | NG3 84-25 | 84 V | 25 A | 30 | 125-250 AH |
| F7 MI | NG3 96-22 | 96 V | 22 A | 26 | 110-220 AH |
| F7 NH | NG3 108-20 | 108 V | 20 A | 25 | 100-200 AH |
| F7 PH | NG3 120-18 | 120 V | 18 A | 22 | 90-180AH |
| F7 QG | NG3 132-16 | 132 V | 16 A | 19 | 80-160 AH |
| F7 RG | NG3 144-15 | 144 V | 15 A | 18 | 75-150 AH |
| F7 WG | NG3 156-14 | 156 V | 14 A | 17 | 70-140 AH |
| F7 SF | NG3 168-13 | 168 V | 13 A | 16 | 65-130 AH |
| F7 TF | NF3 180-12 | 180 V | 12 A | 14 | 60-120 AH |
| F7 UE | NG3 192-11 | 192 V | 11 A | 13 | 55-110 AH |
| F7 VE | NG3 216-10 | 216 V | 10 A | 12 | 50-100 AH |
| F7 XC | NG3 240-9 | 240 V | 9 A | 11 | 50-100 AH |
| F7 YB | NG3 288-8 | 288 V | 8 A | 10 | 50-100 AH |
| F7 YB | NG3 312-7 | 312 V | 7.5 A | 9 | 50-100 AH |
Technical
Characteristics
Zivan battery chargers feature state-of-the-art high frequency
technology.
•
Adaptable to
every use and very flexible.
•
CE certified.
•
Metal case
base and ABS cover.
•
Coated
printed circuit boards.
•
ZIVAN
chargers are all microprocessor-controlled and internally protected
against overload, short circuit, incorrect connection and voltage transients.
• Increased battery life and reduction of water usage.
• ZIVAN chargers operate at 85-90% efficency for maximum savings of electric power cost.
With the Thermal sensor option, the charger's output electronically compensates for temperatures ranging from 0° to 50°.
• Operating temperature from -20° to +50°.
• Weight and size are minimized.