HI my heart is broken. currently I use 8 ISDT-8 to charge my electric home build trike to 203 v. I am hoping the new ISDT X16 Charger 2X1100W 2X20A Dual Channel Battery Charger will be bumped up to 30x2 I will jump on 4 of these in a flash
Hey. Is it 2x 30 amp outputs you're looking for? If yes then there is two options really; 1. The ISDT P30's simply have one PSU setup per charger able to supply 60 amps. Or in the case of my setup here, if I were to wire 4x server PSU's in a 2s2p configuration then that would also give the required amps capability from the charger. 2. Go to a charger that can accept 48 volts or more input, as the higher input voltages will greatly improve the charging efficiency, lowering current draw from the power supply for the same charging current. Thus your power supply can be less powerful amp wise, but still allow the charger to max out. An iCharger 4010 DUO can accept 48 volts and then easily becomes a 2000 watt charger (2x 1000 watts). Increasing the input voltage will be the best advice when charging large capacity and voltage packs. If you really want mega power then one of these with an even higher voltage power supply will work well; www.stefansliposhop.de/en/chargers-power-supplys/pulsar/pulsar-3-professional-battery-charger-incl-bt-wlan::1885.html Never used one myself but they look seriously good. Ian Contessa
Good Afternoon. Sadly not quite with this setup no, as the PSU's I used are the HP DPS-1200FB units setup to give 2400 watts, 25 volts and 100 amps. Thus effectively each channel can have 22 ~ 25 amps amps allocated to it, which was more than the customer was planning to pull per channel in thsi case. For the full 30 amps per channel I'd need to go with a different PSU for more power and currently I am working with my electronics engineer to get the newer 9th generation PSU's working and if this works out, there is a 1400 watt and 1800 watt option off the top of my head, making a 2800W or 3600W PSU setup effectively for more power. The other option is increasing the voltage slightly to each charger, thus reducing the amp draw for the same charge rate when run from 25 volts. Cheers. Ian Contessa
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HI my heart is broken. currently I use 8 ISDT-8 to charge my electric home build trike to 203 v. I am hoping the new ISDT X16 Charger 2X1100W 2X20A Dual Channel Battery Charger will be bumped up to 30x2 I will jump on 4 of these in a flash
Hey. Is it 2x 30 amp outputs you're looking for? If yes then there is two options really;
1. The ISDT P30's simply have one PSU setup per charger able to supply 60 amps. Or in the case of my setup here, if I were to wire 4x server PSU's in a 2s2p configuration then that would also give the required amps capability from the charger.
2. Go to a charger that can accept 48 volts or more input, as the higher input voltages will greatly improve the charging efficiency, lowering current draw from the power supply for the same charging current. Thus your power supply can be less powerful amp wise, but still allow the charger to max out.
An iCharger 4010 DUO can accept 48 volts and then easily becomes a 2000 watt charger (2x 1000 watts). Increasing the input voltage will be the best advice when charging large capacity and voltage packs.
If you really want mega power then one of these with an even higher voltage power supply will work well;
www.stefansliposhop.de/en/chargers-power-supplys/pulsar/pulsar-3-professional-battery-charger-incl-bt-wlan::1885.html
Never used one myself but they look seriously good.
Ian Contessa
Hi can each channel out put 30amps
Good Afternoon.
Sadly not quite with this setup no, as the PSU's I used are the HP DPS-1200FB units setup to give 2400 watts, 25 volts and 100 amps. Thus effectively each channel can have 22 ~ 25 amps amps allocated to it, which was more than the customer was planning to pull per channel in thsi case.
For the full 30 amps per channel I'd need to go with a different PSU for more power and currently I am working with my electronics engineer to get the newer 9th generation PSU's working and if this works out, there is a 1400 watt and 1800 watt option off the top of my head, making a 2800W or 3600W PSU setup effectively for more power.
The other option is increasing the voltage slightly to each charger, thus reducing the amp draw for the same charge rate when run from 25 volts.
Cheers. Ian Contessa