PAG launches Mini PAGlink V-Mount Batteries
LONDON, UK, MARCH 2021 - PAG is happy to announce the launch of its new V-Mount Mini PAGlink Batteries, available in flight-friendly 50Wh and 99Wh capacities.
Mini PAGlink has all the benefits of PAG’s established intelligent linking battery technology in a more compact and lightweight format. The batteries are ideal for use with smaller cameras, but also reduce the weight for larger camera set-ups. In addition, Mini PAGlink is the first battery series to feature output units that can be swapped by the user. Linking batteries enables you to control the capacity and the weight of your camera power source to suit the application, and makes it easier to travel with all the power you need.
The new, 50Wh capacity MPL50 weighs just 350g and has a low-profile design, ideal for handheld camcorders, director’s monitors or audio equipment. It features outputs to power the accessories broadcasters require, providing a single power source for the set-up. The MPL50 has one fixed 12V D-Tap output, and a USB (5V 2A) unit that can be swapped by the user for other output units including: Hirose, Lemo or D-Tap. The new 99Wh MPL99 is an ideal, lightweight power source for larger, broadcast or digital cinema cameras and accessories. It features dual D-Tap outputs, as well as a swappable USB.
Unlike other ‘mini’ or ‘micro’ format batteries, Mini PAGlink offers intelligent linking for discharge or charging. PAG’s patented digital technology allows Mini PAGlink V-Mount batteries, of any capacity, in any state-of-charge, to be linked, combining their capacities for longer run-time, or an increased current draw of up to 12A. Batteries can be added or hot-swapped to ensure continuous shooting. Sharing the current demand between batteries prolongs their overall life and provides a better return on investment. PAG guarantees the batteries for 2 years, with unlimited cycles during that period.
Mini PAGlink batteries feature one of the highest-quality Li-Ion cells available, tested by the NASA Battery Workshop for their mission to Europa, one of Jupiter’s moons. It was found to provide the most favourable combination of energy and cycling stability, and the best capacity retention after 500 cycles out of all the commercially available cells NASA tested.
