The Jupio ProLine 14.4V 95Wh Lithium-Ion Battery, in a Gold mount, supports a continuous draw of 20A and offers a D-Tap output for accessories and USB output for charging mobile devices on set. The battery features an ergonomic design with finger grips and has an LED battery level indicator that turns on at the press of a button. It's also designed with overdischarge, overcharge, and overcurrent circuit protection.

20A Continuous Draw    D-Tap Output / 5V, 2.1A USB Output    LED Level Indicator with Power-On Button    Ergonomic Design with Finger Grips

• 14.4 VDC nominal / 16.8 VDC maximum voltage
• 20A continuous draw
• D-Tap output
• 5V, 2.1A USB output
• LED battery level indicator with power-on button
• Ergonomic design with finger grips
• Overdischarge, overcharge, and overcurrent circuit protection

Related Questions and Answers

Q: 1. Watson Pro Single-Position Li-Ion Battery Charger?

A: Yes, You can use the Watson Dtap charger to charge the Juicebox 95Wh Lithium-Ion Battery. Watson Pro Single-Position Li-Ion Battery Charger with D-Tap Output BH #WACSPT

Q: 2. I am trying to charge this battery, but I think I might be doing something wrong. I am plugging the unit into the wall and leaving the light off for several hours, but it is not taking a charge. I am not using a charger. I am using the actual wall plug in that came with the battery and the Aputure LS1 LED light. Can somebody advise me on how to charge this battery? Any advice would be greatly appreciated. Thank you so much!

A: This battery is meant to be charged through the D-Tap connection on the side of it with a wall plug type of charger. (The D-Tap has two copper colored holes) Does the wall plug you are using look like the one attached? You connect the battery to your electrical system with the wall plug power adapter. You mention leaving the light off for several hours, and I am not sure what light you mean. I can only think that you are in a home where wall outlets are controlled by wall switches and you are not only turning out lights but also the power to the wall plug as well.

Q: 3. Can this be charged with an Anton Bauer TM4 Logic Series?

A: Yes it should however we can not guarantee consistent results. Anton Bauer has firmware built into their batteries that talk to the chargers If you attempt to charge other batteries on the charger it may stop charging without warning. It is best to charge this battery via the included D-Tap charger.

Q: 4. Can this be used for the Rotolight Aeos lights?

A: Yes, the Juicebox 95Wh Lithium-Ion Battery (V-Mount) is compatible with the Rotolight AEOS 2 LED Light.

Q: 5. How long will it power a CINEGEARS Ghost-Eye Wireless HDMI & SDI Video Receiver?

A: The Juicebox Lithium-Ion Battery with D-Tap Charger (95Wh, V-Mount) (B&H# JUJBVB95) could indeed be used to power V-mount battery plate equipped CINEGEARS wireless SDI and HDMI receivers. While there are several different such CINEGEARS models, they typically use about 10W of power and so could be expected to run for up to about nine hours on this battery. However, battery-powered run times will vary by model, settings, and conditions of use.

Q: 6. Will it work with Nikon D500 and D850 camera?

A: Jupio ProLine EN-EL18d Lithium-Ion Battery (3500mAh) was only tested on Nikon Z9, D4, D4s, D5, D6 so your results may vary.

Q: 7. Is this capable of powering the Red Komodo?

A: Yes but the issue might be the inability to get a proper charge reading on the camera.

Q: 8. Can this power a blackmagic 6k? if so, how may hours could i get when shooting?

A: Rough estimate of 6 hours.

Q: 9. Will this battery be able to power a Blackmagic Ursa Mini Pro 4.6K Camera?

A: If you purchase the Blackmagic Design V-Mount Battery Plate for URSA, B&H # BLUVLBP, then yes, you may use the Dracast 95Wh Lithium-ion Battery (V-Mount) with the Blackmagic Design URSA Mini Pro 4.6K G2 Digital Cinema Camera.

Q: 10. Can this be charged with a Core X2 charger?

A: Yes, you can charge a Juicebox Lithium-Ion Battery with a Core X2 Charger. This is not recommended since CoreSWX chargers and batteries use a specific chip that is most efficient with their ecosystem.