does the hotswap also communicate the battery info to sony cameras? like the runtime of the 2 batteries simultaneously in the viewfinder. or do you see a voltage of the two battery's combine in the viewfinder.
Would this be a good way to separate the camera voltage from your monitor voltage powered through two separate vmounts? Will this device shutdown and protect any reversed polarity issues if it happens protecting your camera and other electronics? I’m trying to find a solution to protect my camera and monitor by separating and not sharing the same power supply through one vmount and minimize any reversed polarity through dtap. Any advice would be appreciated as I have already fried my monitor once
What is a good way to monitor if one of the batteries is depleted? Even when batteries indicator lights are all off, there usually is still enough power, so it can be hard to see I think.
Do you have one our packs that has the runtime LCD? If so, the most accurate representation of how much time is left down to the minute would be from there, but if you're using the LED gauge on the side of any of our packs, it's always safe to swap out the battery you put on the sharkfin first when it's down to one LED just to make sure you always have continuous runtime.
@@CoreSWX i wish they wouldnt drain equally, also i found it lasts less long when both batteries are on the fin, in my case it was 30 minutes less time
@@Designguidetv If you're looking for another hotswap option that isn't a sharkfin, we have another option called the EVO. There is a video on that as well if you'd like to take a look: ua-cam.com/video/NfAilbkD148/v-deo.html
Well done. No fuss, no annoying background music, just the right amount of information. 👍🏽
Just bought for my new DSMC2 camera! Love the form factor and build quality! Also love your batteries!
Thanks for the support, Zanin!
Informative video!
does the hotswap also communicate the battery info to sony cameras? like the runtime of the 2 batteries simultaneously in the viewfinder. or do you see a voltage of the two battery's combine in the viewfinder.
Would this be a good way to separate the camera voltage from your monitor voltage powered through two separate vmounts? Will this device shutdown and protect any reversed polarity issues if it happens protecting your camera and other electronics?
I’m trying to find a solution to protect my camera and monitor by separating and not sharing the same power supply through one vmount and minimize any reversed polarity through dtap.
Any advice would be appreciated as I have already fried my monitor once
What is a good way to monitor if one of the batteries is depleted? Even when batteries indicator lights are all off, there usually is still enough power, so it can be hard to see I think.
Do you have one our packs that has the runtime LCD? If so, the most accurate representation of how much time is left down to the minute would be from there, but if you're using the LED gauge on the side of any of our packs, it's always safe to swap out the battery you put on the sharkfin first when it's down to one LED just to make sure you always have continuous runtime.
@@CoreSWX i wish they wouldnt drain equally, also i found it lasts less long when both batteries are on the fin, in my case it was 30 minutes less time
@@Designguidetv If you're looking for another hotswap option that isn't a sharkfin, we have another option called the EVO. There is a video on that as well if you'd like to take a look: ua-cam.com/video/NfAilbkD148/v-deo.html
@@CoreSWX thanks!