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Skylla-IP44
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1-67-011995
Victron Skylla-IP44 12/60 (1+1) 12v 60a battery charger 1 output
The Skylla-ip44 12/60 (1+1) from victron Energy (mpn sky012060000) is a powerful 12v battery charger for larger battery banks. It features a 60a main charge output and a 3a secondary charge output for a starter battery. With the Skylla-ip44 12/60 (1+1) you can charge all common lead-acid batteries as well as modern lithium-ion batteries Compared to the Skylla-i series, the Skylla-ip44 family has a housing made of anodized steel, which makes it even more robust against environmental influences. In addition, the ip44 devices are equipped with a convenient LCD display, which can be used to read the device status or make adjustments to the charging algorithms robust constitution with ip44 protection Epoxy powder coated steel housing and splash proof. Withstands the challenges of a harsh environment: heat, humidity and salty air. Acrylic coating provides the best possible protection for circuit boards against corrosion. Temperature sensors ensure that the power components are always operated within the specified limits. Under extreme environmental conditions, the output current is automatically reduced if necessary integrated can-Bus interface (NMEA) Apart from a can Bus (nmea2000) interface, a rotary knob, DIP switches as well as potentiometers are also available to adapt the charging algorithm to a specific battery and its conditions of use. A complete overview of the different possibilities can be found in the manual Features of the Skylla-ip44 12/60 (1+1) The Skylla-i 24/60 is a state of the art, high performance battery charger for 12v batteries that can withstand the challenges of a harsh environment: Heat, humidity and salty air - a real professional device in fact! for 12v battery voltage, 1x main charge output with max. 60a charge current, 1x auxiliary charge output 3a for starter battery suitable for batteries with a capacity of 300Ah - 600Ah always the right charging quantity for a lead-acid battery: adapted constant voltage time BatterySafe mode: prevents damage due to excessive gas generation) adaptive, seven-stage charging algorithm for lead-acid batteries integrated LCD display for status monitoring and adjustment of charging algorithms three-stage charging algorithm for lithium-ion batteries including on/off control or can bus control Storage mode: less maintenance and aging when battery is not in use) Smaller and lighter compared to similar models) NMEA2000 Canbus connection) PowerControl: setting of a maximum shore power) the most important functions of the Skylla-ip44 12/60 (1+1) Synchronized parallel operation Multiple chargers can be synchronized with the can Bus interface. This is achieved by simply connecting the chargers together via rj45 utp cables. Please refer to the manual for more details. The correct charge quantity for a lead-acid battery: adjusted constant voltage time If only weak discharges occur, the constant voltage time is kept short to avoid overcharging the battery. After a deep discharge, the constant voltage phase is automatically extended to ensure that the battery is fully charged. preventing damage due to excessive gas generation: Battery-saving mode To shorten the charging time, the aim is to achieve the highest possible charging current in conjunction with a high constant voltage. However, to prevent excessive gassing towards the end of the constant current phase, the Skylla-i limits the rate of voltage rise once the gassing voltage has been reached. Less maintenance and aging when the battery is at rest: the storage mode The storage mode is activated whenever there has been no discharge within 24 hours. In storage mode, the charge retention voltage is then lowered to 2.2 v/cell (26.4 v for a 24 v battery) to minimize gassing and corrosion of the positive plates. Once a week, the voltage is increased back to the constant voltage threshold to 'refresh' the battery. This provides a type of equalization charge that prevents electrolyte stratification and sulfation, the two main causes of premature battery failure. To extend the life of the battery: temperature compensation A battery temperature sensor is supplied with each Skylla-ip44 unit. The temperature sensor ensures that the charging voltage decreases as the battery temperature rises. This is especially important for gel batteries or when high temperature fluctuations are expected constantly. Battery voltage sensor To compensate for voltage losses due to cable resistance, the Skylla-ip44 has a voltage sensor in the charging circuit so that the battery always receives the correct charging current. use as a power source Due to the perfectly stabilized output voltage, the Skylla-ip44 12/60 (1+1) charger can be used as a power source when batteries or large buffer capacitors are not available. optional remote control panel and can bus connection The Skylla-ip44 12/60 (1+1) has an optional remote control panel which offers extensive control possibilities of the Skylla-i. The can Bus connection also allows the integration of the battery charger into larger system networks that need to be centrally monitored and controlled. Scope of delivery: 1x victron Energy sky012060000 Skylla-ip44 12/60 (1+1) 1x installation manual
The Skylla-ip44 12/60 (1+1) from victron Energy (mpn sky012060000) is a powerful 12v battery charger for larger battery banks. It features a 60a main ...
Shipped in 10-14 Werktage
Shipped in 10-14 Werktage
15 %
The Skylla-ip44 12/60 (1+1) from victron Energy (mpn sky012060000) is a powerful 12v battery charger for larger battery banks. It features a 60a main charge output and a 3a secondary charge output for a starter battery. With the Skylla-ip44 12/60 (1+1) you can charge all common lead-acid batteries as well as modern lithium-ion batteries Compared to the Skylla-i series, the Skylla-ip44 family has a housing made of anodized steel, which makes it even more robust against environmental influences. In addition, the ip44 devices are equipped with a convenient LCD display, which can be used to read the device status or make adjustments to the charging algorithms robust constitution with ip44 protection Epoxy powder coated steel housing and splash proof. Withstands the challenges of a harsh environment: heat, humidity and salty air. Acrylic coating provides the best possible protection for circuit boards against corrosion. Temperature sensors ensure that the power components are always operated within the specified limits. Under extreme environmental conditions, the output current is automatically reduced if necessary integrated can-Bus interface (NMEA) Apart from a can Bus (nmea2000) interface, a rotary knob, DIP switches as well as potentiometers are also available to adapt the charging algorithm to a specific battery and its conditions of use. A complete overview of the different possibilities can be found in the manual Features of the Skylla-ip44 12/60 (1+1) The Skylla-i 24/60 is a state of the art, high performance battery charger for 12v batteries that can withstand the challenges of a harsh environment: Heat, humidity and salty air - a real professional device in fact! for 12v battery voltage, 1x main charge output with max. 60a charge current, 1x auxiliary charge output 3a for starter battery suitable for batteries with a capacity of 300Ah - 600Ah always the right charging quantity for a lead-acid battery: adapted constant voltage time BatterySafe mode: prevents damage due to excessive gas generation) adaptive, seven-stage charging algorithm for lead-acid batteries integrated LCD display for status monitoring and adjustment of charging algorithms three-stage charging algorithm for lithium-ion batteries including on/off control or can bus control Storage mode: less maintenance and aging when battery is not in use) Smaller and lighter compared to similar models) NMEA2000 Canbus connection) PowerControl: setting of a maximum shore power) the most important functions of the Skylla-ip44 12/60 (1+1) Synchronized parallel operation Multiple chargers can be synchronized with the can Bus interface. This is achieved by simply connecting the chargers together via rj45 utp cables. Please refer to the manual for more details. The correct charge quantity for a lead-acid battery: adjusted constant voltage time If only weak discharges occur, the constant voltage time is kept short to avoid overcharging the battery. After a deep discharge, the constant voltage phase is automatically extended to ensure that the battery is fully charged. preventing damage due to excessive gas generation: Battery-saving mode To shorten the charging time, the aim is to achieve the highest possible charging current in conjunction with a high constant voltage. However, to prevent excessive gassing towards the end of the constant current phase, the Skylla-i limits the rate of voltage rise once the gassing voltage has been reached. Less maintenance and aging when the battery is at rest: the storage mode The storage mode is activated whenever there has been no discharge within 24 hours. In storage mode, the charge retention voltage is then lowered to 2.2 v/cell (26.4 v for a 24 v battery) to minimize gassing and corrosion of the positive plates. Once a week, the voltage is increased back to the constant voltage threshold to 'refresh' the battery. This provides a type of equalization charge that prevents electrolyte stratification and sulfation, the two main causes of premature battery failure. To extend the life of the battery: temperature compensation A battery temperature sensor is supplied with each Skylla-ip44 unit. The temperature sensor ensures that the charging voltage decreases as the battery temperature rises. This is especially important for gel batteries or when high temperature fluctuations are expected constantly. Battery voltage sensor To compensate for voltage losses due to cable resistance, the Skylla-ip44 has a voltage sensor in the charging circuit so that the battery always receives the correct charging current. use as a power source Due to the perfectly stabilized output voltage, the Skylla-ip44 12/60 (1+1) charger can be used as a power source when batteries or large buffer capacitors are not available. optional remote control panel and can bus connection The Skylla-ip44 12/60 (1+1) has an optional remote control panel which offers extensive control possibilities of the Skylla-i. The can Bus connection also allows the integration of the battery charger into larger system networks that need to be centrally monitored and controlled. Scope of delivery: 1x victron Energy sky012060000 Skylla-ip44 12/60 (1+1) 1x installation manual
Shipped in 10-14 Werktage
8-67-011955
Victron Surface mount housing Wall mount for GX panels
The wall mount housing for gx panels from Victron Energy (mpn ass050300010) is a high quality plastic housing for holding various gx remote panels. It makes the panels easy to mount on any wall and elevates your installation to a professional level. Compatibility of Victron Wall-Mount enclouser ass050300010: BPA000100010R - Battery Alarm gx REC000300000R - Skylla-i Control gx (Right Angle rj45) Retail DMC000200000R - Digital Multi-Control 200/200a gx Scope of delivery: 1x Victron Energy ass050300010 Wall mounted enclosure for 65 x 120 mm gx-panels 1x installation guide
The wall mount housing for gx panels from Victron Energy (mpn ass050300010) is a high quality plastic housing for holding various gx remote panels. It...
Shipped in 1-3 days
Shipped in 1-3 days
The wall mount housing for gx panels from Victron Energy (mpn ass050300010) is a high quality plastic housing for holding various gx remote panels. It makes the panels easy to mount on any wall and elevates your installation to a professional level. Compatibility of Victron Wall-Mount enclouser ass050300010: BPA000100010R - Battery Alarm gx REC000300000R - Skylla-i Control gx (Right Angle rj45) Retail DMC000200000R - Digital Multi-Control 200/200a gx Scope of delivery: 1x Victron Energy ass050300010 Wall mounted enclosure for 65 x 120 mm gx-panels 1x installation guide
Shipped in 1-3 days
8-67-011965
Victron Skylla-i Control gx Remote Panel
The Skylla-i Control gx Remote Panel Victron Energy (mpn rec000300000r) is a control panel that can be used to adjust the charging current of a Skylla-i battery charger. The second main function of the panel is to display the system status The Skylla-i panel is a remote control panel designed to operate with all Skylla-i charger models. The Skylla-i charger uses the ve.can bus. Connecting the Skylla-i Panel to your Skylla-i Charger is quite simple. Connect the two devices with a normal utp (Unshielded Twisted Pair) cable (cable with unshielded pairs) with two rj45 connectors. Check that the two rj45 bus terminating connectors are present at both ends. The Skylla-i panel is supplied complete with both rj45 bus terminators. Both the Skylla-i charger and the panel have two rj45 jacks that are internally connected. You can connect the cable to either of the sockets. Functions of the Skylla-i Control gx controllable parameters of the Skylla-i Control gx During normal charging operation, the rotary knob can be used to cycle through the following parameters: Charge current Battery voltage Input current Input Current Limit The LEDs on the control panel have different functions. What the flashing sequences mean can be found in the German operating instructions Switching the Skylla-i charger on and off The Skylla-i charger is switched on and off by briefly pressing the on/off button. Note that the main power switch on the charger is predominant. If this is switched off on the charger, it can no longer be switched on through the panel. Setting the charger input current limit The input current limit can be changed by pressing and releasing the rotary knob. The input current limit is then automatically selected if it was not already activated. Next, the current input current limit appears on the screen. It flashes. By turning the rotary knob, the value of the input current limitation can be changed. To confirm the new value, either wait for a few seconds or briefly press the rotary knob. Scope of delivery: 1x Victron Energy rec000300000r Skylla-i Control gx Remote Panel 1x installation manual
The Skylla-i Control gx Remote Panel Victron Energy (mpn rec000300000r) is a control panel that can be used to adjust the charging current of a Skylla...
Shipped in 10-14 Werktage
Shipped in 10-14 Werktage
8-67-011965
Victron Skylla-i Control gx Remote Panel
The Skylla-i Control gx Remote Panel Victron Energy (mpn rec000300000r) is a control panel that can be used to adjust the charging current of a Skylla-i battery charger. The second main function of the panel is to display the system status The Skylla-i panel is a remote control panel designed to operate with all Skylla-i charger models. The Skylla-i charger uses the ve.can bus. Connecting the Skylla-i Panel to your Skylla-i Charger is quite simple. Connect the two devices with a normal utp (Unshielded Twisted Pair) cable (cable with unshielded pairs) with two rj45 connectors. Check that the two rj45 bus terminating connectors are present at both ends. The Skylla-i panel is supplied complete with both rj45 bus terminators. Both the Skylla-i charger and the panel have two rj45 jacks that are internally connected. You can connect the cable to either of the sockets. Functions of the Skylla-i Control gx controllable parameters of the Skylla-i Control gx During normal charging operation, the rotary knob can be used to cycle through the following parameters: Charge current Battery voltage Input current Input Current Limit The LEDs on the control panel have different functions. What the flashing sequences mean can be found in the German operating instructions Switching the Skylla-i charger on and off The Skylla-i charger is switched on and off by briefly pressing the on/off button. Note that the main power switch on the charger is predominant. If this is switched off on the charger, it can no longer be switched on through the panel. Setting the charger input current limit The input current limit can be changed by pressing and releasing the rotary knob. The input current limit is then automatically selected if it was not already activated. Next, the current input current limit appears on the screen. It flashes. By turning the rotary knob, the value of the input current limitation can be changed. To confirm the new value, either wait for a few seconds or briefly press the rotary knob. Scope of delivery: 1x Victron Energy rec000300000r Skylla-i Control gx Remote Panel 1x installation manual
Shipped in 10-14 Werktage
1-67-012005
Victron Skylla-IP65 24/35(1+1) 120-240v 24Skylla-IP65 24/35(1+1) 120-240v 24v 30a battery charger 1 output
The Skylla-ip65 24/30 (1+1) from victron Energy (mpn sky024030000) is a powerful 24v battery charger for larger battery banks. It features a 30a main charge output and a 3a secondary charge output for a starter battery. With the Skylla-ip44 24/30 (1+1) you can charge all common lead-acid batteries as well as modern lithium-ion batteries
Compared to the Skylla-i series, the Skylla-ip65 family has a housing made of anodized steel, which makes it even more robust against environmental influences. In addition, the ip65 devices are equipped with a convenient LCD display, which can be used to read the device status or make adjustments to the charging algorithms
robust constitution with ip65 protection
Epoxy powder coated steel housing and splash proof. Withstands the challenges of a harsh environment: heat, humidity and salty air. Acrylic coating provides the best possible protection for circuit boards against corrosion. Temperature sensors ensure that the power components are always operated within the specified limits. Under extreme environmental conditions, the output current is automatically reduced if necessary
integrated can-Bus interface (NMEA)
Apart from a can Bus (nmea2000) interface, a rotary knob, DIP switches as well as potentiometers are also available to adapt the charging algorithm to a specific battery and its conditions of use. A complete overview of the different possibilities can be found in the manual
Features of the Skylla-ip65 24/30 (1+1)
The Skylla-i 24/60 is a state of the art, high performance battery charger for 24v batteries that can withstand the challenges of a harsh environment: Heat, humidity and salty air - a real professional device in fact!
for 24v battery voltage, 1x main charge output with max. 30a charge current, 1x auxiliary charge output 3a for starter battery
suitable for batteries with a capacity of 150Ah - 300Ah
always the right charging quantity for a lead-acid battery: adapted constant voltage time
BatterySafe mode: prevents damage due to excessive gas generation)
adaptive, seven-stage charging algorithm for lead-acid batteries
integrated LCD display for status monitoring and adjustment of charging algorithms
three-stage charging algorithm for lithium-ion batteries including on/off control or can bus control
Storage mode: less maintenance and aging when battery is not in use)
Smaller and lighter compared to similar models)
NMEA2000 Canbus connection)
PowerControl: setting of a maximum shore power)
the most important functions of the Skylla-ip65 24/30 (1+1)
Synchronized parallel operation
Multiple chargers can be synchronized with the can Bus interface. This is achieved by simply connecting the chargers together via rj45 utp cables. Please refer to the manual for more details.
The correct charge quantity for a lead-acid battery: adjusted constant voltage time
If only weak discharges occur, the constant voltage time is kept short to avoid overcharging the battery. After a deep discharge, the constant voltage phase is automatically extended to ensure that the battery is fully charged.
preventing damage due to excessive gas generation: Battery-saving mode
To shorten the charging time, the aim is to achieve the highest possible charging current in conjunction with a high constant voltage. However, to prevent excessive gassing towards the end of the constant current phase, the Skylla-i limits the rate of voltage rise once the gassing voltage has been reached.
Less maintenance and aging when the battery is at rest: the storage mode
The storage mode is activated whenever there has been no discharge within 24 hours. In storage mode, the charge retention voltage is then lowered to 2.2 v/cell (26.4 v for a 24 v battery) to minimize gassing and corrosion of the positive plates. Once a week, the voltage is increased back to the constant voltage threshold to 'refresh' the battery. This provides a type of equalization charge that prevents electrolyte stratification and sulfation, the two main causes of premature battery failure.
To extend the life of the battery: temperature compensation
A battery temperature sensor is supplied with each Skylla-ip65 unit. The temperature sensor ensures that the charging voltage decreases as the battery temperature rises. This is especially important for gel batteries or when high temperature fluctuations are expected constantly.
Battery voltage sensor
To compensate for voltage losses due to cable resistance, the Skylla-ip65 has a voltage sensor in the charging circuit so that the battery always receives the correct charging current.
use as a power source
Due to the perfectly stabilized output voltage, the Skylla-ip65 24/30 (1+1) charger can be used as a power source when no batteries or large buffer capacitors are available.
optional remote control panel and can bus connection
The Skylla-ip65 24/30 (1+1) has an optional remote control panel which offers extensive control possibilities of the Skylla-i. The can Bus connection also allows the integration of the battery charger into larger system networks that need to be centrally monitored and controlled.
Scope of delivery:
1x victron Energy sky024030000 Skylla-ip65 24/30 (1+1)
1x installation manual
The Skylla-ip65 24/30 (1+1) from victron Energy (mpn sky024030000) is a powerful 24v battery charger for larger battery banks. It features a 30a main ...
Shipped in 10-14 Werktage
Shipped in 10-14 Werktage
The Skylla-ip65 24/30 (1+1) from victron Energy (mpn sky024030000) is a powerful 24v battery charger for larger battery banks. It features a 30a main charge output and a 3a secondary charge output for a starter battery. With the Skylla-ip44 24/30 (1+1) you can charge all common lead-acid batteries as well as modern lithium-ion batteries
Compared to the Skylla-i series, the Skylla-ip65 family has a housing made of anodized steel, which makes it even more robust against environmental influences. In addition, the ip65 devices are equipped with a convenient LCD display, which can be used to read the device status or make adjustments to the charging algorithms
robust constitution with ip65 protection
Epoxy powder coated steel housing and splash proof. Withstands the challenges of a harsh environment: heat, humidity and salty air. Acrylic coating provides the best possible protection for circuit boards against corrosion. Temperature sensors ensure that the power components are always operated within the specified limits. Under extreme environmental conditions, the output current is automatically reduced if necessary
integrated can-Bus interface (NMEA)
Apart from a can Bus (nmea2000) interface, a rotary knob, DIP switches as well as potentiometers are also available to adapt the charging algorithm to a specific battery and its conditions of use. A complete overview of the different possibilities can be found in the manual
Features of the Skylla-ip65 24/30 (1+1)
The Skylla-i 24/60 is a state of the art, high performance battery charger for 24v batteries that can withstand the challenges of a harsh environment: Heat, humidity and salty air - a real professional device in fact!
for 24v battery voltage, 1x main charge output with max. 30a charge current, 1x auxiliary charge output 3a for starter battery
suitable for batteries with a capacity of 150Ah - 300Ah
always the right charging quantity for a lead-acid battery: adapted constant voltage time
BatterySafe mode: prevents damage due to excessive gas generation)
adaptive, seven-stage charging algorithm for lead-acid batteries
integrated LCD display for status monitoring and adjustment of charging algorithms
three-stage charging algorithm for lithium-ion batteries including on/off control or can bus control
Storage mode: less maintenance and aging when battery is not in use)
Smaller and lighter compared to similar models)
NMEA2000 Canbus connection)
PowerControl: setting of a maximum shore power)
the most important functions of the Skylla-ip65 24/30 (1+1)
Synchronized parallel operation
Multiple chargers can be synchronized with the can Bus interface. This is achieved by simply connecting the chargers together via rj45 utp cables. Please refer to the manual for more details.
The correct charge quantity for a lead-acid battery: adjusted constant voltage time
If only weak discharges occur, the constant voltage time is kept short to avoid overcharging the battery. After a deep discharge, the constant voltage phase is automatically extended to ensure that the battery is fully charged.
preventing damage due to excessive gas generation: Battery-saving mode
To shorten the charging time, the aim is to achieve the highest possible charging current in conjunction with a high constant voltage. However, to prevent excessive gassing towards the end of the constant current phase, the Skylla-i limits the rate of voltage rise once the gassing voltage has been reached.
Less maintenance and aging when the battery is at rest: the storage mode
The storage mode is activated whenever there has been no discharge within 24 hours. In storage mode, the charge retention voltage is then lowered to 2.2 v/cell (26.4 v for a 24 v battery) to minimize gassing and corrosion of the positive plates. Once a week, the voltage is increased back to the constant voltage threshold to 'refresh' the battery. This provides a type of equalization charge that prevents electrolyte stratification and sulfation, the two main causes of premature battery failure.
To extend the life of the battery: temperature compensation
A battery temperature sensor is supplied with each Skylla-ip65 unit. The temperature sensor ensures that the charging voltage decreases as the battery temperature rises. This is especially important for gel batteries or when high temperature fluctuations are expected constantly.
Battery voltage sensor
To compensate for voltage losses due to cable resistance, the Skylla-ip65 has a voltage sensor in the charging circuit so that the battery always receives the correct charging current.
use as a power source
Due to the perfectly stabilized output voltage, the Skylla-ip65 24/30 (1+1) charger can be used as a power source when no batteries or large buffer capacitors are available.
optional remote control panel and can bus connection
The Skylla-ip65 24/30 (1+1) has an optional remote control panel which offers extensive control possibilities of the Skylla-i. The can Bus connection also allows the integration of the battery charger into larger system networks that need to be centrally monitored and controlled.
Scope of delivery:
1x victron Energy sky024030000 Skylla-ip65 24/30 (1+1)
1x installation manual
Shipped in 10-14 Werktage
15 %
1-67-012010
Victron Skylla-IP44 24/30 (3) 24v 30a battery charger 3 outputs
The Skylla-ip44 24/30 (3) from victron Energy (mpn sky024030100) is a powerful 24v battery charger for larger battery banks. It has 3 charging outputs each of which can deliver the maximum charging current of 30a. With the Skylla-ip44 24/30 (3) you can charge all common lead-acid batteries as well as modern lithium-ion batteries. Compared to the Skylla-i series, the Skylla-ip44 family has a housing made of anodized steel, which makes it even more robust against environmental influences. In addition, the ip44 devices are equipped with a convenient LCD display, which can be used to read the device status or make adjustments to the charging algorithms robust constitution with ip44 protection Epoxy powder coated steel housing and splash proof. Withstands the challenges of a harsh environment: heat, humidity and salty air. Acrylic coating provides the best possible protection for circuit boards against corrosion. Temperature sensors ensure that the power components are always operated within the specified limits. Under extreme environmental conditions, the output current is automatically reduced if necessary integrated can-Bus interface (NMEA) Apart from a can Bus (nmea2000) interface, a rotary knob, DIP switches as well as potentiometers are also available to adapt the charging algorithm to a specific battery and its conditions of use. A complete overview of the different possibilities can be found in the manual Features of the Skylla-ip44 24/30 (3) The Skylla-i 24/60 is a state of the art, high performance battery charger for 24v batteries that can withstand the challenges of a harsh environment: Heat, humidity and salty air - a real professional device in fact! for 24v battery voltage, ip44 protection class suitable for batteries with capacity 150Ah - 300Ah 3 battery charging outputs, each can supply full 30a charging current (maximum total charging current = 30a) always the right amount of charge for a lead-acid battery: adapted constant voltage time BatterySafe mode: prevents damage due to excessive gas generation) adaptive, seven-stage charging algorithm for lead-acid batteries integrated LCD display for status monitoring and adjustment of charging algorithms three-stage charging algorithm for lithium-ion batteries including on/off control or can bus control Storage mode: less maintenance and aging when battery is not in use) Smaller and lighter compared to similar models) NMEA2000 Canbus connection) PowerControl: setting of a maximum shore power) the most important functions of the Skylla-ip44 24/30 (3) Synchronized parallel operation Multiple chargers can be synchronized with the can Bus interface. This is achieved by simply connecting the chargers together via rj45 utp cables. Please refer to the manual for more details. The correct charge quantity for a lead-acid battery: adjusted constant voltage time If only weak discharges occur, the constant voltage time is kept short to avoid overcharging the battery. After a deep discharge, the constant voltage phase is automatically extended to ensure that the battery is fully charged. preventing damage due to excessive gas generation: Battery-saving mode To shorten the charging time, the aim is to achieve the highest possible charging current in conjunction with a high constant voltage. However, to prevent excessive gassing towards the end of the constant current phase, the Skylla-i limits the rate of voltage rise once the gassing voltage has been reached. Less maintenance and aging when the battery is at rest: the storage mode The storage mode is activated whenever there has been no discharge within 24 hours. In storage mode, the charge retention voltage is then lowered to 2.2 v/cell (26.4 v for a 24 v battery) to minimize gassing and corrosion of the positive plates. Once a week, the voltage is increased back to the constant voltage threshold to 'refresh' the battery. This provides a type of equalization charge that prevents electrolyte stratification and sulfation, the two main causes of premature battery failure. To extend the life of the battery: temperature compensation A battery temperature sensor is supplied with each Skylla-ip44 unit. The temperature sensor ensures that the charging voltage decreases as the battery temperature rises. This is especially important for gel batteries or when high temperature fluctuations are expected constantly. Battery voltage sensor To compensate for voltage losses due to cable resistance, the Skylla-ip44 has a voltage sensor in the charging circuit so that the battery always receives the correct charging current. use as a power source Due to the perfectly stabilized output voltage, the Skylla-ip44 24/30 (3) charger can be used as a power source when batteries or large buffer capacitors are not available. optional remote control panel and can bus connection The Skylla-ip44 24/30 (3) has an optional remote control panel which offers extensive control possibilities of the Skylla-i. The can Bus connection also allows the integration of the battery charger into larger system networks that need to be centrally monitored and controlled. Scope of delivery: 1x victron Energy sky024030100 Skylla-ip44 24/30 (3) 1x installation manual
The Skylla-ip44 24/30 (3) from victron Energy (mpn sky024030100) is a powerful 24v battery charger for larger battery banks. It has 3 charging outputs...
Shipped in 10-14 Werktage
Shipped in 10-14 Werktage
15 %
The Skylla-ip44 24/30 (3) from victron Energy (mpn sky024030100) is a powerful 24v battery charger for larger battery banks. It has 3 charging outputs each of which can deliver the maximum charging current of 30a. With the Skylla-ip44 24/30 (3) you can charge all common lead-acid batteries as well as modern lithium-ion batteries. Compared to the Skylla-i series, the Skylla-ip44 family has a housing made of anodized steel, which makes it even more robust against environmental influences. In addition, the ip44 devices are equipped with a convenient LCD display, which can be used to read the device status or make adjustments to the charging algorithms robust constitution with ip44 protection Epoxy powder coated steel housing and splash proof. Withstands the challenges of a harsh environment: heat, humidity and salty air. Acrylic coating provides the best possible protection for circuit boards against corrosion. Temperature sensors ensure that the power components are always operated within the specified limits. Under extreme environmental conditions, the output current is automatically reduced if necessary integrated can-Bus interface (NMEA) Apart from a can Bus (nmea2000) interface, a rotary knob, DIP switches as well as potentiometers are also available to adapt the charging algorithm to a specific battery and its conditions of use. A complete overview of the different possibilities can be found in the manual Features of the Skylla-ip44 24/30 (3) The Skylla-i 24/60 is a state of the art, high performance battery charger for 24v batteries that can withstand the challenges of a harsh environment: Heat, humidity and salty air - a real professional device in fact! for 24v battery voltage, ip44 protection class suitable for batteries with capacity 150Ah - 300Ah 3 battery charging outputs, each can supply full 30a charging current (maximum total charging current = 30a) always the right amount of charge for a lead-acid battery: adapted constant voltage time BatterySafe mode: prevents damage due to excessive gas generation) adaptive, seven-stage charging algorithm for lead-acid batteries integrated LCD display for status monitoring and adjustment of charging algorithms three-stage charging algorithm for lithium-ion batteries including on/off control or can bus control Storage mode: less maintenance and aging when battery is not in use) Smaller and lighter compared to similar models) NMEA2000 Canbus connection) PowerControl: setting of a maximum shore power) the most important functions of the Skylla-ip44 24/30 (3) Synchronized parallel operation Multiple chargers can be synchronized with the can Bus interface. This is achieved by simply connecting the chargers together via rj45 utp cables. Please refer to the manual for more details. The correct charge quantity for a lead-acid battery: adjusted constant voltage time If only weak discharges occur, the constant voltage time is kept short to avoid overcharging the battery. After a deep discharge, the constant voltage phase is automatically extended to ensure that the battery is fully charged. preventing damage due to excessive gas generation: Battery-saving mode To shorten the charging time, the aim is to achieve the highest possible charging current in conjunction with a high constant voltage. However, to prevent excessive gassing towards the end of the constant current phase, the Skylla-i limits the rate of voltage rise once the gassing voltage has been reached. Less maintenance and aging when the battery is at rest: the storage mode The storage mode is activated whenever there has been no discharge within 24 hours. In storage mode, the charge retention voltage is then lowered to 2.2 v/cell (26.4 v for a 24 v battery) to minimize gassing and corrosion of the positive plates. Once a week, the voltage is increased back to the constant voltage threshold to 'refresh' the battery. This provides a type of equalization charge that prevents electrolyte stratification and sulfation, the two main causes of premature battery failure. To extend the life of the battery: temperature compensation A battery temperature sensor is supplied with each Skylla-ip44 unit. The temperature sensor ensures that the charging voltage decreases as the battery temperature rises. This is especially important for gel batteries or when high temperature fluctuations are expected constantly. Battery voltage sensor To compensate for voltage losses due to cable resistance, the Skylla-ip44 has a voltage sensor in the charging circuit so that the battery always receives the correct charging current. use as a power source Due to the perfectly stabilized output voltage, the Skylla-ip44 24/30 (3) charger can be used as a power source when batteries or large buffer capacitors are not available. optional remote control panel and can bus connection The Skylla-ip44 24/30 (3) has an optional remote control panel which offers extensive control possibilities of the Skylla-i. The can Bus connection also allows the integration of the battery charger into larger system networks that need to be centrally monitored and controlled. Scope of delivery: 1x victron Energy sky024030100 Skylla-ip44 24/30 (3) 1x installation manual
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