SWIT Electronics S-8132A 63+63Wh Dividable V-Mount Li-ion Battery Pack, D-tap Output Socket

Large Capacity Battery, Complies with IATA - Patented dividable battery design
The IATA DGR regulations restricted the air transportation of over 100Wh Li-ion battery packs. Since the large capacity batteries are quite necessary, SWIT provides the solution of Dividable Battery to comply with IATA regulations. S-8132S can be divided into 2 parts and each part contains 63Wh capacity, not restricted by air transportation. And when using S-8132S, just assemble the 2 parts, you can get a Li-ion battery pack of 126Wh large capacity.

• Divide into 2 parts of 63Wh capacity each (Patent)
• Not restricted by IATA air transportation regulations
• Li-ion, 14.4V, 63+63Wh capacity
• D-tap output socket
• 4-level LED power indicator
• V-mount connection
• Multiple circuit protections

126Wh / 8.8Ah High
Capacity When assembled, the S-8132S consists of 16pcs 18650 battery cells and reaches 126Wh / 8.8Ah high capacity. S-8132S can run approx. 4 hours for normal 30W ENG cameras and has no problem to fly with.

Reliable V-mount Connection
S-8132S is the standard SONY V-mount connection and they adopt the high quality metal V-wedge that ensures the reliable mounting.

Build-in D-tap DC Output Socket
A D-tap DC output socket is equipped on the top side of S-8132S battery, for DC14.4V (Nominate) connection, such as on-camera lights, monitors, wireless transmitter, etc. The Max Power from D-tap is 100W, 8A.

4-level LED Power Indicator
On the side of the battery, there're 4-level LED power indicators to check the battery remaining capacity. You can get a quick view of capacity before using.

Adopted high quality Lithium cells
Over more than 15 years, SWIT has been leading brand of broadcast camera batteries. The first reason is the high quality Lithium cells they adopted. The high quality cells featured long life, durable, safety and most of all, the cells has very little difference to each other, which ensures the high performance of the whole battery pack. Moreover, the cells we're using, have a smooth discharging curve by voltage, so that you can judge the remaining running time accordingly. Also when in storage, the self-discharging rates are very little, that extends the battery life effectively.

Strong and Durable Housing
Adopt the thicker and wider nickel slice to solder the cells, minimize the voltage drop, dissipate heating and enhance the assembly intensity. The cells are arranged as triangular structure in the battery pack, stable and anti-shock. The cell holder inside can protect the cells pack and separate the circuit board from the cells, to keep the boards away from internal pressure and ensure a stable working.

Multiple Safety Protection Design
The battery has an MCU to measure and record the real time data and will cut off power when over-voltage, under-voltage, over-current, high-temperature of low-temperature is detected. Meanwhile, the battery housing adopts high-impact ABS material, with waist design and non-slip tread for secure handling.

Cell balance adjustment
After the batteries are used for a period of time, the cells voltage might get difference and their specially designed circuit can optimize the imbalanced cells, to prolong the battery life. SWIT E