Description
The IDX IPL-150T is the transparent version of the IDX IPL-150 battery.
The IPL series offers the latest stackable batteries for digital cinema cameras requiring virtually unlimited runtime. With a high capacity of 143Wh, the IPL-150 is a high-power battery that meets the requirements for worry-free air travel.
The IPL series also features two 80W D-TAP connectors and a USB output for accessories. Equipped with a V-Torch LED flashlight, the IPL-150 ensures easy mounting even in dimly lit environments. Battery levels are clearly displayed via five LED power indicators (10%).
Key features of the IDX IPL-150 battery
- Battery capacity: 143Wh
- Maximum output voltage: 16.8V
- Nominal voltage: 14.4V
- Maximum discharge current: 11A (14A if connected)
- 2 D-Taps: 80W each
- USB: DC 5.0V / 2.3A
- Final voltage: 11V
- Battery protection: Reverse charging, overcharging, over-discharging, overcurrent, and temperature
- Ambient temperature: for charging: 32°F ~ 104°F (50°F ~ 86°F rec), for discharging: -4°F ~ 113°F (50°F ~ 104°F rec) and for storage: -4°F ~ 122°F (1 month)
- Fully compatible with all ENDURA V-Mount chargers and accessories
- Environmentally friendly and recyclable
- Dimensions: 88.6 x 118.5 x 69.8 mm
- Weight: 970 g
POWERLINK
Like the renowned IDX E-HL9, the IPL series batteries can handle heavy loads. PowerLink allows you to connect up to four IPL-98/IPL-150 batteries via the standard V-Mount connectors. This feature also allows the use of a fourth V-Mount battery from a brand other than IDX, which is convenient for those who already own other products.
ABILITY
By connecting multiple batteries simultaneously, you can adjust the capacity to suit your needs. With the right battery combination, you can achieve up to 715Wh! Power is drawn from the last connected battery, allowing for 24-hour recording thanks to hot-swapping.
CHARGE
PowerLink technology also allows stacking up to four IDX batteries and enables simultaneous charging of two batteries with the IDX VL-2000S dual charger. Charging begins with the battery furthest from each port.
