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Sinds 1980 "DE SPECIALIST" voor autonome solar systemen
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Onze Showroom is open van:
Maandag-Vrijdag: 9:00-17:00
Zaterdag uitsluitend op afspraak.
Adviesprijs incl. btw 21 % € 219,00
Programmeerbare Laadregelaar LiFe(Y)PO4
Geschikt voor LiFe(Y)PO4
Systeemspanning (automatisch): 12/24 Volt
Max. laadstroom: 20 A
Max. laadspanning: 50 V
Max. laadvermogen (12V): 340 W
Max. laadvermogen (24V): 680 W
Max. stroom verbruikersuitgang: 20 A
Nachtlichtfunctie
Model: opbouw
Gewicht: 0,3 kg
Over- en onderspanningsbeveiliging
Temperatuurcompensatie
Display: Verlicht grafisch LCD
| 1.: | Soft Start: A deeply discharged battery should not be charged directly with a high charging current below a voltage of ~ 10.0V. Therefore, the controller limits this voltage range below the charging current to about 2A. |
| 2.: | Quick Charge: In the rapid charging phase, with the entire available stationary solar charging current (recommended max. ~ 0.3C) until reaching the rapid charging voltage (~ 14,6V). In view of the discontinuous solar charging currents, the fast-charging voltage can not be achieved under certain circumstances for days or weeks. The charge for an unlimited time is not recommended, therefore, this loading phase is also guaranteed by the additional timing after a preset "maximum fast charge time" activates the next charging stage. Upon reaching the fast charge voltage the battery is charged already to about 80%.. |
| 3.: | Full Charge: In the subsequent full-charge phase, the full charge voltage (= fast charge voltage) is kept constant by an adjustable lower charging current (~ 0,01C) is exceeded with sufficient solar charging power. This loading phase brings the remaining 20% of a full charge into the battery. The time to reach the 100% full charge is approximately twice as large as the charging voltage to reach the required speed. To prevent continously charging of the battery an adjustable full-charge timeout could be set. |
| 4.: | Disconnect: A permanent trickle charge as of the known lead-battery is not permitted. Therefore, in the final charging phase the charging current is switched off completely. The restart of the entire charging cycle takes place once the voltage was below 13.6V @12V or at least every two months charging phase. |
| Deepdischarge Protection | Menu 3: Load Switch OFF |
| Range: 11,4V...11,7V...12.5V @12V-System | |
| Voltage where the load (output) is switched off. | corresponds to 90% to 10% of capacity |
| Fast Charge Voltage | Menu 5: FastCharge |
| Range: 14,0V ... 14,6V ... 15,2V @12V-System | |
| A higher fast charge voltage causes a faster charge in accordance with existing solar charging current. However, this is accompanied by increased heating of the battery. Please be sure to observe the instructions of the battery manufacturer. | |
| Timeout of FastCharge | Menu 6: Timeout FastCharge |
| 4h ... 8h ... 20h | |
| If insufficient charging current is present or during concomitant discharge may interfere with the quick-charge voltage for an indefinite time are not achieved. However, lithium batteries should not be charged indefinitely, so the controller will switch after this period of time to the next loading phase. | |
| Cut-off Current of the Charge | Menu 7: Charge Switch OFF |
| 0,2A ... 1,0A ... 2,0A | |
| After reaching the fast-charging voltage lithium batteries need to 100% full charge even more charge time. In this phase the charge current continuously decreases. Therefore, the controller keeps the charging voltage constant and switches off the charge completely when below the set current. | |
| Timeout of Full-Charge | Menu 8: Timeout FullCharge |
| 8h ... 16h ... 40h | |
| If the turn-off current in the full loading phase is not reached within this time period, the controller switches off the current to prevent uncontrolled trickle charge from the charging current. | |
| Restart of Charging | Menu 9: Restart Charge |
| 13,0V ...13,6VA... 14,2V | |
| If the battery voltage drops below that value, for example a load is swichted ON, the regulator starts a new charging cycle.. | |
| Maximum Charging Temperatur | Menu 10: ChargeTemp High |
| 30°C ... 45°C ... 75°C | |
| Lithium batteries can only be charged up to a, by the manufacturer given, maximum loading temperature. When this level is reached the controller interrupts the charging current. | |
| Minumum Charging Temperatur | Menu 11: ChargeTemp Low |
| 0°C ... -25°C | |
| Lithium batteries may only be charged above a minimum temperature, permitted by the manufacturer. Therefore, the controller interrupts the charging current when the temperature falls below the set value. | |
| 1.: | Soft Start: A deeply discharged battery should not be charged directly with a high charging current below a voltage of ~ 10.0V. Therefore, the controller limits this voltage range below the charging current to about 2A. |
| 2.: | Quick Charge: In the rapid charging phase, with the entire available stationary solar charging current (recommended max. ~ 0.3C) until reaching the rapid charging voltage (~ 14,6V). In view of the discontinuous solar charging currents, the fast-charging voltage can not be achieved under certain circumstances for days or weeks. The charge for an unlimited time is not recommended, therefore, this loading phase is also guaranteed by the additional timing after a preset "maximum fast charge time" activates the next charging stage. Upon reaching the fast charge voltage the battery is charged already to about 80%.. |
| 3.: | Full Charge: In the subsequent full-charge phase, the full charge voltage (= fast charge voltage) is kept constant by an adjustable lower charging current (~ 0,01C) is exceeded with sufficient solar charging power. This loading phase brings the remaining 20% of a full charge into the battery. The time to reach the 100% full charge is approximately twice as large as the charging voltage to reach the required speed. To prevent continously charging of the battery an adjustable full-charge timeout could be set. |
| 4.: | Disconnect: A permanent trickle charge as of the known lead-battery is not permitted. Therefore, in the final charging phase the charging current is switched off completely. The restart of the entire charging cycle takes place once the voltage was below 13.6V @12V or at least every two months charging phase. |
| Deepdischarge Protection | Menu 3: Load Switch OFF |
| Range: 11,4V...11,7V...12.5V @12V-System | |
| Voltage where the load (output) is switched off. | corresponds to 90% to 10% of capacity |
| Fast Charge Voltage | Menu 5: FastCharge |
| Range: 14,0V ... 14,6V ... 15,2V @12V-System | |
| A higher fast charge voltage causes a faster charge in accordance with existing solar charging current. However, this is accompanied by increased heating of the battery. Please be sure to observe the instructions of the battery manufacturer. | |
| Timeout of FastCharge | Menu 6: Timeout FastCharge |
| 4h ... 8h ... 20h | |
| If insufficient charging current is present or during concomitant discharge may interfere with the quick-charge voltage for an indefinite time are not achieved. However, lithium batteries should not be charged indefinitely, so the controller will switch after this period of time to the next loading phase. | |
| Cut-off Current of the Charge | Menu 7: Charge Switch OFF |
| 0,2A ... 1,0A ... 2,0A | |
| After reaching the fast-charging voltage lithium batteries need to 100% full charge even more charge time. In this phase the charge current continuously decreases. Therefore, the controller keeps the charging voltage constant and switches off the charge completely when below the set current. | |
| Timeout of Full-Charge | Menu 8: Timeout FullCharge |
| 8h ... 16h ... 40h | |
| If the turn-off current in the full loading phase is not reached within this time period, the controller switches off the current to prevent uncontrolled trickle charge from the charging current. | |
| Restart of Charging | Menu 9: Restart Charge |
| 13,0V ...13,6VA... 14,2V | |
| If the battery voltage drops below that value, for example a load is swichted ON, the regulator starts a new charging cycle.. | |
| Maximum Charging Temperatur | Menu 10: ChargeTemp High |
| 30°C ... 45°C ... 75°C | |
| Lithium batteries can only be charged up to a, by the manufacturer given, maximum loading temperature. When this level is reached the controller interrupts the charging current. | |
| Minumum Charging Temperatur | Menu 11: ChargeTemp Low |
| 0°C ... -25°C | |
| Lithium batteries may only be charged above a minimum temperature, permitted by the manufacturer. Therefore, the controller interrupts the charging current when the temperature falls below the set value. | |
