RELiON lithium batteries provide more power than lead-acid batteries, increase performance and weigh half as much.They can be charged quickly, but a slower charging rate of e.g. 2-5 hours is recommended.Unlike other batteries, leaving them partially discharged does not reduce their life or long-term performance. Their charging capacity is about 25-50% higher than other models, which ensures prolonged use of the equipment and avoids voltage drops as the charge decreases.Maintenance-free, they last up to 10 times longer than their lead-acid counterparts, while retaining 80% of capacity after 2000 cycles. They are more temperature tolerant, being able to operate safely up to 65°C and offer higher performance at low temperatures.Series or parallel connectionsWhen connecting batteries in series or parallel, please observe the following guidelines:(1) Before putting them into service, ensure that each battery does not exceed 50mV (0.05V). This will minimise the possibility of imbalance between the batteries. If they become unbalanced, the voltage of any battery is >50mV (0.05V), relative to another in the set, each battery must be individually charged to rebalance. (2) Size the batteries in parallel appropriately: the capacity (rated in hours) when connected in parallel increases by the multiple of the batteries connected (2x, 3x, 4x, etc.). However, the nominal current (discharge and charge) of the batteries in parallel only increases by 75% of the multiple of the connected batteries (1.5x, 2.4x, etc.) (1.5x, 2.25x, 3x, etc.). (3) Batteries connected in series charge better as single batteries. Series charging can cause imbalances and reduce operating time, requiring an occasional individual balancing charge. (4) Please refer to the RELION document on instructions for series and parallel charging.Discharging the LiFePO4 batteryLiFePO4 batteries can be discharged up to 100% of their capacity. However, to optimise performance and prevent the BMS from disconnecting it, it is recommended to limit discharge to 80%. Please refer to the batterys data sheet for the continuous and peak discharge rates of the specific model.When to charge the LiFePO4 battery If LiFePO4 batteries are not fully discharged, it is not necessary to charge them after each use, they will not be damaged if left in a partial state of charge (PSOC). They can be charged after each use or when they have been discharged to 80% (20% SOC). If the BMS disconnects the battery due to low voltage, at 100% discharge, remove the load to reconnect the battery circuit and charge immediately. It is recommended to store batteries at 50% state of charge (SOC).Use compatible chargers for lithium batteries, such as ProMariner. When charging from an alternator, check that it is compatible and has the correct charging parameters.

RELiON lithium batteries provide more power than lead-acid batteries, increase performance and weigh half as much.They can be charged quickly, but a slower charging rate of e.g. 2-5 hours is recommended.Unlike other batteries, leaving them partially discharged does not reduce their life or long-term performance. Their charging capacity isabout 25-50% higher than other models, which ensures prolonged use of the equipment and avoids voltage drops as the charge decreases.Maintenance-free, they last up to 10 times longer than their lead-acid counterparts, while retaining 80% of capacity after 2000 cycles. They aremore temperature tolerant, being able to operate safely up to 65°C and offer higher performance at low temperatures.Series or parallel connectionsWhen connecting batteries in series or parallel, please observe the following guidelines:(1) Before putting them into service, ensure that each battery does not exceed 50mV (0.05V). This will minimise the possibility of imbalancebetween the batteries. If they become unbalanced, the voltage of any battery is >50mV (0.05V), relative to another in the set, each battery mustbe individually charged to rebalance. (2) Size the batteries in parallel appropriately: the capacity (rated in hours) when connected in parallelincreases by the multiple of the batteries connected (2x, 3x, 4x, etc.). However, the nominal current (discharge and charge) of the batteries inparallel only increases by 75% of the multiple of the connected batteries (1.5x, 2.4x, etc.) (1.5x, 2.25x, 3x, etc.). (3) Batteries connected in seriescharge better as single batteries. Series charging can cause imbalances and reduce operating time, requiring an occasional individual balancingcharge. (4) Please refer to the RELION document on instructions for series and parallel charging.Discharging the LiFePO4 batteryLiFePO4 batteries can be discharged up to 100% of their capacity. However, to optimise performance and prevent the BMS from disconnectingit, it is recommended to limit discharge to 80%. Please refer to the batterys data sheet for the continuous and peak discharge rates of thespecific model.When to charge the LiFePO4 batteryIf LiFePO4 batteries are not fully discharged, it is not necessary to charge them after each use, they will not be damaged if left in a partial stateof charge (PSOC). They can be charged after each use or when they have been discharged to 80% (20% SOC). If the BMS disconnects thebattery due to low voltage, at 100% discharge, remove the load to reconnect the battery circuit and charge immediately. It is recommended tostore batteries at 50% state of charge (SOC).Use compatible chargers for lithium batteries, such as ProMariner. When charging from an alternator, check that it is compatible andhas the correct charging parameters.

RELiON lithium batteries provide more power than lead-acid batteries, increase performance and weigh half as much.They can be charged quickly, but a slower charging rate of e.g. 2-5 hours is recommended.Unlike other batteries, leaving them partially discharged does not reduce their life or long-term performance. Their charging capacity isabout 25-50% higher than other models, which ensures prolonged use of the equipment and avoids voltage drops as the charge decreases.Maintenance-free, they last up to 10 times longer than their lead-acid counterparts, while retaining 80% of capacity after 2000 cycles. They aremore temperature tolerant, being able to operate safely up to 65°C and offer higher performance at low temperatures.Series or parallel connectionsWhen connecting batteries in series or parallel, please observe the following guidelines:(1) Before putting them into service, ensure that each battery does not exceed 50mV (0.05V). This will minimise the possibility of imbalancebetween the batteries. If they become unbalanced, the voltage of any battery is >50mV (0.05V), relative to another in the set, each battery mustbe individually charged to rebalance. (2) Size the batteries in parallel appropriately: the capacity (rated in hours) when connected in parallelincreases by the multiple of the batteries connected (2x, 3x, 4x, etc.). However, the nominal current (discharge and charge) of the batteries inparallel only increases by 75% of the multiple of the connected batteries (1.5x, 2.4x, etc.) (1.5x, 2.25x, 3x, etc.). (3) Batteries connected in seriescharge better as single batteries. Series charging can cause imbalances and reduce operating time, requiring an occasional individual balancingcharge. (4) Please refer to the RELION document on instructions for series and parallel charging.Discharging the LiFePO4 batteryLiFePO4 batteries can be discharged up to 100% of their capacity. However, to optimise performance and prevent the BMS from disconnectingit, it is recommended to limit discharge to 80%. Please refer to the batterys data sheet for the continuous and peak discharge rates of thespecific model.When to charge the LiFePO4 batteryIf LiFePO4 batteries are not fully discharged, it is not necessary to charge them after each use, they will not be damaged if left in a partial stateof charge (PSOC). They can be charged after each use or when they have been discharged to 80% (20% SOC). If the BMS disconnects thebattery due to low voltage, at 100% discharge, remove the load to reconnect the battery circuit and charge immediately. It is recommended tostore batteries at 50% state of charge (SOC).Use compatible chargers for lithium batteries, such as ProMariner. When charging from an alternator, check that it is compatible andhas the correct charging parameters.

RELiON lithium batteries provide more power than lead-acid batteries, increase performance and weigh half as much.They can be charged quickly, but a slower charging rate of e.g. 2-5 hours is recommended.Unlike other batteries, leaving them partially discharged does not reduce their life or long-term performance. Their charging capacity isabout 25-50% higher than other models, which ensures prolonged use of the equipment and avoids voltage drops as the charge decreases.Maintenance-free, they last up to 10 times longer than their lead-acid counterparts, while retaining 80% of capacity after 2000 cycles. They aremore temperature tolerant, being able to operate safely up to 65°C and offer higher performance at low temperatures.Series or parallel connectionsWhen connecting batteries in series or parallel, please observe the following guidelines:(1) Before putting them into service, ensure that each battery does not exceed 50mV (0.05V). This will minimise the possibility of imbalancebetween the batteries. If they become unbalanced, the voltage of any battery is >50mV (0.05V), relative to another in the set, each battery mustbe individually charged to rebalance. (2) Size the batteries in parallel appropriately: the capacity (rated in hours) when connected in parallelincreases by the multiple of the batteries connected (2x, 3x, 4x, etc.). However, the nominal current (discharge and charge) of the batteries inparallel only increases by 75% of the multiple of the connected batteries (1.5x, 2.4x, etc.) (1.5x, 2.25x, 3x, etc.). (3) Batteries connected in seriescharge better as single batteries. Series charging can cause imbalances and reduce operating time, requiring an occasional individual balancingcharge. (4) Please refer to the RELION document on instructions for series and parallel charging.Discharging the LiFePO4 batteryLiFePO4 batteries can be discharged up to 100% of their capacity. However, to optimise performance and prevent the BMS from disconnectingit, it is recommended to limit discharge to 80%. Please refer to the batterys data sheet for the continuous and peak discharge rates of thespecific model.When to charge the LiFePO4 batteryIf LiFePO4 batteries are not fully discharged, it is not necessary to charge them after each use, they will not be damaged if left in a partial stateof charge (PSOC). They can be charged after each use or when they have been discharged to 80% (20% SOC). If the BMS disconnects thebattery due to low voltage, at 100% discharge, remove the load to reconnect the battery circuit and charge immediately. It is recommended tostore batteries at 50% state of charge (SOC).Use compatible chargers for lithium batteries, such as ProMariner. When charging from an alternator, check that it is compatible andhas the correct charging parameters.

RELiON lithium batteries provide more power than lead-acid batteries, increase performance and weigh half as much.They can be charged quickly, but a slower charging rate of e.g. 2-5 hours is recommended.Unlike other batteries, leaving them partially discharged does not reduce their life or long-term performance. Their charging capacity isabout 25-50% higher than other models, which ensures prolonged use of the equipment and avoids voltage drops as the charge decreases.Maintenance-free, they last up to 10 times longer than their lead-acid counterparts, while retaining 80% of capacity after 2000 cycles. They aremore temperature tolerant, being able to operate safely up to 65°C and offer higher performance at low temperatures.Series or parallel connectionsWhen connecting batteries in series or parallel, please observe the following guidelines:(1) Before putting them into service, ensure that each battery does not exceed 50mV (0.05V). This will minimise the possibility of imbalancebetween the batteries. If they become unbalanced, the voltage of any battery is >50mV (0.05V), relative to another in the set, each battery mustbe individually charged to rebalance. (2) Size the batteries in parallel appropriately: the capacity (rated in hours) when connected in parallelincreases by the multiple of the batteries connected (2x, 3x, 4x, etc.). However, the nominal current (discharge and charge) of the batteries inparallel only increases by 75% of the multiple of the connected batteries (1.5x, 2.4x, etc.) (1.5x, 2.25x, 3x, etc.). (3) Batteries connected in seriescharge better as single batteries. Series charging can cause imbalances and reduce operating time, requiring an occasional individual balancingcharge. (4) Please refer to the RELION document on instructions for series and parallel charging.Discharging the LiFePO4 batteryLiFePO4 batteries can be discharged up to 100% of their capacity. However, to optimise performance and prevent the BMS from disconnectingit, it is recommended to limit discharge to 80%. Please refer to the batterys data sheet for the continuous and peak discharge rates of thespecific model.When to charge the LiFePO4 batteryIf LiFePO4 batteries are not fully discharged, it is not necessary to charge them after each use, they will not be damaged if left in a partial stateof charge (PSOC). They can be charged after each use or when they have been discharged to 80% (20% SOC). If the BMS disconnects thebattery due to low voltage, at 100% discharge, remove the load to reconnect the battery circuit and charge immediately. It is recommended tostore batteries at 50% state of charge (SOC).Use compatible chargers for lithium batteries, such as ProMariner. When charging from an alternator, check that it is compatible andhas the correct charging parameters.

RELiON lithium batteries provide more power than lead-acid batteries, increase performance and weigh half as much.They can be charged quickly, but a slower charging rate of e.g. 2-5 hours is recommended.Unlike other batteries, leaving them partially discharged does not reduce their life or long-term performance. Their charging capacity isabout 25-50% higher than other models, which ensures prolonged use of the equipment and avoids voltage drops as the charge decreases.Maintenance-free, they last up to 10 times longer than their lead-acid counterparts, while retaining 80% of capacity after 2000 cycles. They aremore temperature tolerant, being able to operate safely up to 65°C and offer higher performance at low temperatures.Series or parallel connectionsWhen connecting batteries in series or parallel, please observe the following guidelines:(1) Before putting them into service, ensure that each battery does not exceed 50mV (0.05V). This will minimise the possibility of imbalancebetween the batteries. If they become unbalanced, the voltage of any battery is >50mV (0.05V), relative to another in the set, each battery mustbe individually charged to rebalance. (2) Size the batteries in parallel appropriately: the capacity (rated in hours) when connected in parallelincreases by the multiple of the batteries connected (2x, 3x, 4x, etc.). However, the nominal current (discharge and charge) of the batteries inparallel only increases by 75% of the multiple of the connected batteries (1.5x, 2.4x, etc.) (1.5x, 2.25x, 3x, etc.). (3) Batteries connected in seriescharge better as single batteries. Series charging can cause imbalances and reduce operating time, requiring an occasional individual balancingcharge. (4) Please refer to the RELION document on instructions for series and parallel charging.Discharging the LiFePO4 batteryLiFePO4 batteries can be discharged up to 100% of their capacity. However, to optimise performance and prevent the BMS from disconnectingit, it is recommended to limit discharge to 80%. Please refer to the batterys data sheet for the continuous and peak discharge rates of thespecific model.When to charge the LiFePO4 batteryIf LiFePO4 batteries are not fully discharged, it is not necessary to charge them after each use, they will not be damaged if left in a partial stateof charge (PSOC). They can be charged after each use or when they have been discharged to 80% (20% SOC). If the BMS disconnects thebattery due to low voltage, at 100% discharge, remove the load to reconnect the battery circuit and charge immediately. It is recommended tostore batteries at 50% state of charge (SOC).Use compatible chargers for lithium batteries, such as ProMariner. When charging from an alternator, check that it is compatible andhas the correct charging parameters.

RELiON lithium batteries provide more power than lead-acid batteries, increase performance and weigh half as much.They can be charged quickly, but a slower charging rate of e.g. 2-5 hours is recommended.Unlike other batteries, leaving them partially discharged does not reduce their life or long-term performance. Their charging capacity isabout 25-50% higher than other models, which ensures prolonged use of the equipment and avoids voltage drops as the charge decreases.Maintenance-free, they last up to 10 times longer than their lead-acid counterparts, while retaining 80% of capacity after 2000 cycles. They aremore temperature tolerant, being able to operate safely up to 65°C and offer higher performance at low temperatures.Series or parallel connectionsWhen connecting batteries in series or parallel, please observe the following guidelines:(1) Before putting them into service, ensure that each battery does not exceed 50mV (0.05V). This will minimise the possibility of imbalancebetween the batteries. If they become unbalanced, the voltage of any battery is >50mV (0.05V), relative to another in the set, each battery mustbe individually charged to rebalance. (2) Size the batteries in parallel appropriately: the capacity (rated in hours) when connected in parallelincreases by the multiple of the batteries connected (2x, 3x, 4x, etc.). However, the nominal current (discharge and charge) of the batteries inparallel only increases by 75% of the multiple of the connected batteries (1.5x, 2.4x, etc.) (1.5x, 2.25x, 3x, etc.). (3) Batteries connected in seriescharge better as single batteries. Series charging can cause imbalances and reduce operating time, requiring an occasional individual balancingcharge. (4) Please refer to the RELION document on instructions for series and parallel charging.Discharging the LiFePO4 batteryLiFePO4 batteries can be discharged up to 100% of their capacity. However, to optimise performance and prevent the BMS from disconnectingit, it is recommended to limit discharge to 80%. Please refer to the batterys data sheet for the continuous and peak discharge rates of thespecific model.When to charge the LiFePO4 batteryIf LiFePO4 batteries are not fully discharged, it is not necessary to charge them after each use, they will not be damaged if left in a partial stateof charge (PSOC). They can be charged after each use or when they have been discharged to 80% (20% SOC). If the BMS disconnects thebattery due to low voltage, at 100% discharge, remove the load to reconnect the battery circuit and charge immediately. It is recommended tostore batteries at 50% state of charge (SOC).Use compatible chargers for lithium batteries, such as ProMariner. When charging from an alternator, check that it is compatible andhas the correct charging parameters.

1,5 Volt Batterien in Packung 2 StückAdditional information:Duracel battery Plus Powergives you reliable performance and long-lasting power in a broadrange of everyday devices. Sold in blister

Duracel battery Plus Powergives you reliable performance and long-lasting power in a broadrange of everyday devices. Sold in blister

1,5 Volt Batterien in 4er PacksAdditional information:Duracel battery Plus Powergives you reliable performance and long-lasting power in a broadrange of everyday devices. Sold in blister

1,5 Volt Batterien in Packung 2 StückAdditional information:Duracel battery Plus Powergives you reliable performance and long-lasting power in a broadrange of everyday devices. Sold in blister

Start and services batteries for professional use CA100 technology, long life, high cyclic stability, maximum power cold start or large-displacement engines, ready to use, zero maintenance, maximum safety thanks to Labyrinth lid, the flame arrestor and the special caps. Dim. mm. 513x189x223

Start and services batteries for professional use CA100 technology, long life, high cyclic stability, maximum power cold start or large-displacement engines, ready to use, zero maintenance, maximum safety thanks to Labyrinth lid, the flame arrestor and the special caps. Dim. mm. 513x223x223

Start and services batteries for professional use CA100 technology, long life, high cyclic stability, maximum power cold start or large-displacement engines, ready to use, zero maintenance, maximum safety thanks to Labyrinth lid, the flame arrestor and the special caps. Dim. mm. 518x276x242

Start and services batteries, zero maintenance, reliability in all weather and an extraordinary power for high absorption. Immediately ready to go, longer life, technology CA100. Safety lid with flame arrestor, central degassing. Dim. mm. 242x175x175

Start and services batteries, zero maintenance, reliability in all weather and an extraordinary power for high absorption. Immediately ready to go, longer life, technology CA100. Safety lid with flame arrestor, central degassing. Dim. mm. 248x175x190

Start and services batteries, zero maintenance, reliability in all weather and an extraordinary power for high absorption. Immediately ready to go, longer life, technology CA100. Safety lid with flame arrestor, central degassing. Dim. mm. 278x175x190

Start and services batteries, zero maintenance, reliability in all weather and an extraordinary power for high absorption. Immediately ready to go, longer life, technology CA100. Safety lid with flame arrestor, central degassing. Dim. mm. 353x175x190

Services batteries . More starting power, maximum performance under extreme conditions, 100% maintenance-free, very lowself-discharge, recharge faster, longer life. OPTIMA ® batteries are completely sealed and absolutely spills-proof even if the block is damaged. The instant starting power is the strength of OPTIMA ® batteries. This means starting capability unmatched in professional motor subjected to intensive use, which must always be ready to go. The secret of this energy is SpiralCell OPTIMA ® technology, which ensures maximum starting power for large diesel engines and equipment for heavy work. Ideal in all sea conditions. Powerful starter battery capable of delivering the maximum power even if the engine is completely wet. This technology provides maximum starting power even in bad weather, with a temperature from + 40 ° to - 40 ° C. Due to its sturdy and waterproof construction, the battery can withstand extreme stress, providing energy without requiring any maintenance.

Services batteries .More starting power, maximum performance under extreme conditions, 100% maintenance-free, very lowself-discharge, recharge faster, longer life. OPTIMA ® batteries are completely sealed and absolutely spills-proof even if the block is damaged.The instant starting power is the strength of the OPTIMA RedTop. This means starting capability unmatched in professional motor subjected to intensive use, which must always be ready to go. The secret of this energy is SpiralCell OPTIMA ® technology, which ensures maximum starting power for large diesel engines and equipment for heavy work. This technology provides maximum starting power even in bad weather, with a temperature from + 40 ° to - 40 ° C. Due to its sturdy and waterproof construction the battery can withstand extreme stress, providing energy without requiring any maintenance, wherever you want to go. Dim. mm. 254x172x200

Start and services batteries, resistance to cycling 3 to 4 times higher than conventional flooded batteries, combined use, ideal for tart-up and service, maintenance-free and spills-proof. Minimal self-discharge ideal for seasonal use. High mechanical stability through AGM technology for higher resistance to shock and vibration. Maximum safety thanks to the safety valves. Lower internal resistance due to glass fiber separators for acceptance charge and a power output of optimized. Dim. mm. 278x175x190

Start and services batteries, resistance to cycling 3 to 4 times higher than conventional flooded batteries, combined use, ideal for tart-up and service, maintenance-free and spills-proof. Minimal self-discharge ideal for seasonal use. High mechanical stability through AGM technology for higher resistance to shock and vibration. Maximum safety thanks to the safety valves. Lower internal resistance due to glass fiber separators for acceptance charge and a power output of optimized. Dim. mm. 315x175x190

Start and services batteries, resistance to cycling 3 to 4 times higher than conventional flooded batteries, combined use, ideal for tart-up and service, maintenance-free and spills-proof. Minimal self-discharge ideal for seasonal use. High mechanical stability through AGM technology for higher resistance to shock and vibration. Maximum safety thanks to the safety valves. Lower internal resistance due to glass fiber separators for acceptance charge and a power output of optimized. Dim. mm. 353x175x190

Start and services batteries, exceptional power cold start, double cyclic stability, maintenance-free, self-discharge minimum, ideal for easonal use, spill-proof, central degassing. Designed for Super Heavy Duty (SHD) with fiberglass for durability. Ideal for Dual Power starter and services. Dim. mm. 242x175x190