Sorry if my englisch is not so good im from germany. But here are some important basics about batterys and electricity. Spoiler: With 2 x NPF on a adapter you dont get more capacity only more Voltage and Wh If you have a V Mount Battery you have 4 cells in it. A NPF Battery have 2 cells per battery. So to achieve the 14V of V Mount Batterys vou have to put the cells of the NPF Batterys in a row because every cell have 3.2V V Mount 4x3.2V -> 14.8V NPF 2x3.2V -> 7.4V 2xNPF on Adapter 2x7.4V -> 14.8V BUT if you put two cells in a row to get more voltage you dont count all Amps of the cells together. In the V Mount battery vou have 4 cells with 6Ah (6 cells x 6Ah -> 6Ah!) Same with NPF (2 cells x 4400mAh -> 4400mAh). If you put these two NPF Batterys on a adapter to get higher voltage you put the cells in a row (2 x 2 Cells) and get the same result. Higher voltage at the same capacity 1Ah -> 1000mAh 6Ah -> 6000mAh 4400mAh -> 4.4Ah And why your light isnt running at 100% with the npf batterys on the adapter is caused by the watts per hour that you can get out of the batterys. You can get ghese Wh by multiply Amps per hour by Volts (Ah x V -> Wh) For example with V Mount battery: 6Ah x 14.8V -> 88.9Wh 1 Npf Battery: 4.4Ah x 7.4V -> 33.76Wh 2 Npf on a adapter: 4.4Ah x 14.8V -> 65.56Wh There you can see that 2 Npf batterys dont have as much power as the VMounts. That is one of the facts why VMounts are more expensive. Not of the capacity but the Voltage and the Watt per Hour. You can also look on your light how much Wh it needs!
@@ojvisions4691 You're Welcome! And I subscribed ;) Good luck with your channel. Maybe you could pin this comment for others. PS: Dein Deutsch ist nicht so schlecht ;)
Excellent video. Very informative. However, when comparing the total amount of energy stored in a battery, one should not just look at how much mAh there is, because the voltages may be different. One should rather should look at how much Wh there is, which is a function of voltage times ampere hour. The NPF battery provides around 32.6Wh. So two of these will provide around 65Wh,, which is about two thirds of the V-mount battery(95Wh). And this is consistent with what you concluded.
Яндекс перевел на русский: Quazar Film Однако при сравнении общего количества энергии, запасенной в батарее, не следует просто смотреть на то, сколько в ней мАч, потому что напряжения могут быть разными. Скорее следует посмотреть на то, сколько там Ваттч, что является функцией напряжения, умноженного на ампер-час. Батарея NPF обеспечивает около 32,6 Втч. Таким образом, два из них обеспечат около 65 Втч, что составляет примерно две трети от V-образной батареи (95 Втч). И это согласуется с тем, к чему вы пришли. На V образном креплении напряжение 14,8 вольт. При подключении Andoer NP-F to V-Mount Battery Converter Adapter Plate with Dual Slot аккумуляторы Sony 7 вольт соединены последовательно получим 14 вольт 32 Wh
The most efficient and cost effective solution is to get a dummy battery with has support for USB-C PD protocol and power it using power banks. They can be charged fast and are relatively inexpensive. You can even have 2 or 3 and power your monitor, camera and other accessories at the same time.
Thanks for the comparison, I am also considering the option of v mount vs npf, you bring up some good points but bottom line being price it’s hard to see value in changing especially if one already has a few NPF batteries lying around.
For me it was a quite process to finally get a v-mount battery. Bulky, pricey, plate needed etc. But the dealmaker was at the end the multitude of connections and the stability of power delivery. So I power my camera, an Atomos Ninja, and a field recorder from the same source. Sure, that all would work with NPF plus an USB powerbank. And more stuff to mount, more batteries to take care of. So got one rig that can be quite effortless equipped with another body, a battery that is not flimsy and provides a solid base to stabilize on the torso. Not to mention the faster charging.
Well, the trouble with those NP-F batteries is that the 'charger' (usually a shitty, non-compliant unsafe thingy that heats up significantly) you get with them is a very slow 600 mA max power supply that hardly does anything else than just applying voltage to the battery and limiting the current as long as the voltage is below the maximum output voltage of the charger. As soon as the current starts to drop to a certain level, the green LED will light. The 6600 mAh Swit batteries I have, took just way too long with that charger ánd the charger jut got incredibly hot. I now charge them with a 'electric bike' charger I bought at a battery store. At least that charger is able to pump 3 Amps into those batteries and stops at around 8 Volts total: if I leave the battery on longer, it will go up to the full 8,4 Volt, but that will strain the cells and limit their lifetime more if you don't use them right away. But I second you on the rest. I always have a kind of a laugh when I see all those people with a DSLR with either it's own battery or powered via a powerbank (and oh yeah, the powerbank needs to be CHEAP after spending a fortune on all the other accesoires), an audiorecorder either powered via its own battery or external power by an external battery, a monitor and light and they also need their own dedicated battery, compared to a videocamera where you just click on the battery and have one, two or even more D-tap outputs for accesoires, just requiring a cable to get to your accessory.
Nice video, I use two Duracell Np Batteries.(DRSF970 7800Ah 56.1Wh) These will power my camcorder PXW-X70 4K, Monitor Viltrox 9" and Zoom H8 for a full day with plenty power to spare. Batteries cost me €40 each.
I am using a small rig npf converter and I can power the camera via usb-c and the monitor (12V). I use the largest NPF batteries, the ones that can be charged via USB also. V-mount batteries have gone down in price so if I started today I would by them first. But NPF have been a nice flexible solution.
im about to build a fx3 rig with this and a newer vmount plate, instead of spending 14 0 on battery and 60 on plate im spending 80 on 4 npf970 and 60 on plate and 20 on this dual adpater which also lets u hot swap
man i was looking for this info in a while! thank you! amazing ! do you think is safe to hold the NP-F plate with the camera rig against the chest ? to give some stabilization, or you think there is a chance to pop off the battery?
I want to use the same power supply for my camera and my monitor (my monitor only has DC 8.4v input and the USB C 5v, I can't use the DC 7V input because my camera is using it with a dummy battery) what kind of batteries would you recommend?
I was having ordered d tap to dummy battery which would allow for powering my camera but because of some problems on customs it never arrived..... now I am just powering a camera from the USB on the top of the V mount, and it works 😊.
Hey man, looking to Pick up a PATONA 190Wh v Mount battery, I’m wondering if I can charge Patona batteries with a dtap to power cable? They seem to sell one on their website
Sorry if my englisch is not so good im from germany. But here are some important basics about batterys and electricity.
Spoiler: With 2 x NPF on a adapter you dont get more capacity only more Voltage and Wh
If you have a V Mount Battery you have 4 cells in it. A NPF Battery have 2 cells per battery. So to achieve the 14V of V Mount Batterys vou have to put the cells of the NPF Batterys in a row because every cell have 3.2V
V Mount 4x3.2V -> 14.8V
NPF 2x3.2V -> 7.4V
2xNPF on Adapter 2x7.4V -> 14.8V
BUT if you put two cells in a row to get more voltage you dont count all Amps of the cells together. In the V Mount battery vou have 4 cells with 6Ah (6 cells x 6Ah -> 6Ah!)
Same with NPF (2 cells x 4400mAh -> 4400mAh).
If you put these two NPF Batterys on a adapter to get higher voltage you put the cells in a row (2 x 2 Cells) and get the same result. Higher voltage at the same capacity
1Ah -> 1000mAh
6Ah -> 6000mAh
4400mAh -> 4.4Ah
And why your light isnt running at 100% with the npf batterys on the adapter is caused by the watts per hour that you can get out of the batterys. You can get ghese Wh by multiply Amps per hour by Volts (Ah x V -> Wh)
For example with V Mount battery:
6Ah x 14.8V -> 88.9Wh
1 Npf Battery:
4.4Ah x 7.4V -> 33.76Wh
2 Npf on a adapter:
4.4Ah x 14.8V -> 65.56Wh
There you can see that 2 Npf batterys dont have as much power as the VMounts. That is one of the facts why VMounts are more expensive. Not of the capacity but the Voltage and the Watt per Hour. You can also look on your light how much Wh it needs!
Thank you very much for info! I did not know this before 😊…. Dein Englisch ist definitiv besser als mein Deutsch 😜
@@ojvisions4691 You're Welcome! And I subscribed ;) Good luck with your channel. Maybe you could pin this comment for others. PS: Dein Deutsch ist nicht so schlecht ;)
@@ojvisions4691 Er Sprict gute Englisch
@@syrompicturez2917 Wie alles kann sprechen deutsch for some reason :D
Excellent video. Very informative. However, when comparing the total amount of energy stored in a battery, one should not just look at how much mAh there is, because the voltages may be different. One should rather should look at how much Wh there is, which is a function of voltage times ampere hour. The NPF battery provides around 32.6Wh. So two of these will provide around 65Wh,, which is about two thirds of the V-mount battery(95Wh). And this is consistent with what you concluded.
Яндекс перевел на русский: Quazar Film
Однако при сравнении общего количества энергии, запасенной в батарее, не следует просто смотреть на то, сколько в ней мАч, потому что напряжения могут быть разными. Скорее следует посмотреть на то, сколько там Ваттч, что является функцией напряжения, умноженного на ампер-час. Батарея NPF обеспечивает около 32,6 Втч. Таким образом, два из них обеспечат около 65 Втч, что составляет примерно две трети от V-образной батареи (95 Втч). И это согласуется с тем, к чему вы пришли.
На V образном креплении напряжение 14,8 вольт. При подключении Andoer NP-F to V-Mount Battery Converter Adapter Plate with Dual Slot аккумуляторы Sony 7 вольт соединены последовательно получим 14 вольт 32 Wh
when you combine the two npfs, you are doubling the voltage, you don't double the amps also,. 2 x 4400mah 7v, becomes 14v 44000mah
The most efficient and cost effective solution is to get a dummy battery with has support for USB-C PD protocol and power it using power banks. They can be charged fast and are relatively inexpensive. You can even have 2 or 3 and power your monitor, camera and other accessories at the same time.
Be careful. That way of powering killed a lot of a6#00
Surprisingly informative!
Thanks for the comparison, I am also considering the option of v mount vs npf, you bring up some good points but bottom line being price it’s hard to see value in changing especially if one already has a few NPF batteries lying around.
it IS a beautiful day outside. Thanks! This is exactly what I was looking for (even trying to power an S1 for longer shoots)
Did you find out with S1?
For me it was a quite process to finally get a v-mount battery. Bulky, pricey, plate needed etc. But the dealmaker was at the end the multitude of connections and the stability of power delivery. So I power my camera, an Atomos Ninja, and a field recorder from the same source. Sure, that all would work with NPF plus an USB powerbank. And more stuff to mount, more batteries to take care of. So got one rig that can be quite effortless equipped with another body, a battery that is not flimsy and provides a solid base to stabilize on the torso. Not to mention the faster charging.
Well, the trouble with those NP-F batteries is that the 'charger' (usually a shitty, non-compliant unsafe thingy that heats up significantly) you get with them is a very slow 600 mA max power supply that hardly does anything else than just applying voltage to the battery and limiting the current as long as the voltage is below the maximum output voltage of the charger. As soon as the current starts to drop to a certain level, the green LED will light.
The 6600 mAh Swit batteries I have, took just way too long with that charger ánd the charger jut got incredibly hot. I now charge them with a 'electric bike' charger I bought at a battery store. At least that charger is able to pump 3 Amps into those batteries and stops at around 8 Volts total: if I leave the battery on longer, it will go up to the full 8,4 Volt, but that will strain the cells and limit their lifetime more if you don't use them right away.
But I second you on the rest. I always have a kind of a laugh when I see all those people with a DSLR with either it's own battery or powered via a powerbank (and oh yeah, the powerbank needs to be CHEAP after spending a fortune on all the other accesoires), an audiorecorder either powered via its own battery or external power by an external battery, a monitor and light and they also need their own dedicated battery, compared to a videocamera where you just click on the battery and have one, two or even more D-tap outputs for accesoires, just requiring a cable to get to your accessory.
Nice video, I use two Duracell Np Batteries.(DRSF970 7800Ah 56.1Wh) These will power my camcorder PXW-X70 4K, Monitor Viltrox 9" and Zoom H8 for a full day with plenty power to spare. Batteries cost me €40 each.
It's a beautiful day here in Minden, Nebraska!!
I am using a small rig npf converter and I can power the camera via usb-c and the monitor (12V). I use the largest NPF batteries, the ones that can be charged via USB also. V-mount batteries have gone down in price so if I started today I would by them first. But NPF have been a nice flexible solution.
its actually snowing outside but still commenting as a gratitude :)) thanks!!
thanks for the comparison I was on the same dilema
it is in fact a beautiful day outside. cheers
Here as well! Thank you 🙏 😍
it's a beautiful day outside!
im about to build a fx3 rig with this and a newer vmount plate, instead of spending 14 0 on battery and 60 on plate im spending 80 on 4 npf970 and 60 on plate and 20 on this dual adpater which also lets u hot swap
I recommend that you list the Nitze V-mount plate in your description.
Thank you! I will
man i was looking for this info in a while! thank you! amazing !
do you think is safe to hold the NP-F plate with the camera rig against the chest ? to give some stabilization, or you think there is a chance to pop off the battery?
It is absolutely safe..... I am using it to just push it against my shoulder for better stability.
Awesome background music 😎
Thanks ✌️
Great stuff, this sounds like a good solution
I want to use the same power supply for my camera and my monitor (my monitor only has DC 8.4v input and the USB C 5v, I can't use the DC 7V input because my camera is using it with a dummy battery) what kind of batteries would you recommend?
You mean you camera using the D-tab? If you mean it that way than I would just get D-tap splitter.
awesome review...sehr gute Bewertung, ich habe viel gelernt
Freu mich Danke 🙏
And how do you power your camera with the nitze v-mount adapter ?
it only outputs 14,8v , most cameras are 7.2v...
I was having ordered d tap to dummy battery which would allow for powering my camera but because of some problems on customs it never arrived..... now I am just powering a camera from the USB on the top of the V mount, and it works 😊.
Will the two NP-F batteries on the Nitze V mount plate power a camera, monitor, and nucleus nano?
yes it will, depends on monitor how long.
You gonna need D tap splitter.
Can you swap NP-F batteries while shooting?
no
Does the npf battery converter have output ports such as D-tap or dc12vdc7,4v?
Unfortunately it does not 😔, it does not have any output option except V mount.
@@ojvisions4691 That is unfortunate. I was interested in this product because it was compact, but it does not seem to be suitable for my application.
sunny day!
Hey man, looking to
Pick up a PATONA 190Wh v Mount battery, I’m wondering if I can charge Patona batteries with a dtap to power cable? They seem to sell one on their website
Can you post here a link?
where are you from?
Slovakia 🇸🇰
I’t beautiful weather outside
😅
Np-f Batteries no d tap?
You mean on Np-f? I did not get the question.
Awesome