The 97044-BR Power-Max NiCd (Nickel Cadmium) battery belt is part of the versitial Perpetual Power Series, a Professional level battery system. The Power-Max belt offers the NRG exclusive feature of Perpetual Power with high quality cells and features.
Cell Chemistry
The Perpetual Power Series battery belts utilize advanced high-density, memory-free sintered Nickel Cadmium cells. NiCd is one of the most commonly used battery chemistries.
Advantages:
Inexpensive, lightweight, high power density and can be quick charged.
Advantages:
Inexpensive, lightweight, high power density and can be quick charged.
13.2 Volts
The 13.2V design of the 970 Power-Max complies with equipment manufacturers specifications, eliminating 12V battery problems. The 970 Power-Max is designed in a 13.2V configuration with a full discharge rating of 11V. Therefore, the 970 Power-Max will deliver full capacity before the camera reaches its cutoff point.
Fuel Gauge
A color coded 7-stage LED "fuel gauge" power-status indicator is incorporated into the top-side of a belt mounted output terminal.
Dual Output
Dual power outputs are included with auto reset short-circuit protection. Two Professional 4-Pin XLR connectors are built-in to power two different devices simultaneously.
Charger
Includes a standard overnight 600-series electronic "Smart Charger".
Operator Comfort
Constructed of a thick, 3" wide leather belt and heavy-duty military type plastic clasp. The belt can be adjusted to fit snuggly around the operator's waist. The belt can be adjusted for waist sizes ranging from 30" to 44". A larger size is also available.
Perpetual Power
The leather belt incorporates a wide strip of Touch Fastener® material along it's length. This configuration offers the advantage of quick changes of a depleted cellpack for a freshly charged cellpack.
Two 4-Pin XLR Input connectors allow the user to connect a fully charged cell pack while disconnecting a depleted pack, in effect doubling the belts original run-time.
Two 4-Pin XLR Input connectors allow the user to connect a fully charged cell pack while disconnecting a depleted pack, in effect doubling the belts original run-time.
