Product Description

PIONEER4YOU IPV D3 80W TC BOX MOD

The iPV D3 from Pioneer4you features 80W of power while maintaining the smash hit form factor concept alongside YiHi's updated SX130H-V2 chipset with full temperature control, an improved screen, and a dual magnetized battery access door. Designed as a direct successor to the incredibly popular iPV D2, the D3 integrates the same core designs while implementing improvements in Output Wattage, build quality and accessibility. The iPV D3 utilizes the YiHi SX130H-V2 Chipset, now featuring step down capability which allows for a more accurate and stable output while increasing output wattage to 80W. Capable of firing atomizers in wattage mode down to 0.15 ohms in resistance, the D3 can handle the vast majority of Sub-Ohm Tanks in today's market. The D3 features full temperature control, with modes for Ni200 Nickel and Titanium heating elements, making it the perfect compact temperature controlled device. A major redesign of the battery door definitively improves usability, eliminating the sliding door of the D2 and now integrating a dual magnetized battery door, eliminating possible malformation and aesthetic damage due to the sliding door of the previous design. With improvements across the board, particularly to the build quality, design, and chipset, the iPV D3 80W Box Mod is now the premiere small form factor device in Pioneer4you's stable.

Product Features:

YiHi SX130H-V2

•          Updated to 80W
•          Step Down Integration
•          1.0 to 7.0V Output Range
•          10 to 75J Output

7 to 80W of Total Output

•          0.15 to 3.0 ohms Atomizer Resistance Range

Full Temperature Control

•          Ni200 Nickel
•          Titanium
•          0.05 to 0.5 ohm Atomizer Resistance Range
•          212 to 572 Degrees Fahrenheit

Improved Build Quality
OLED Display

•          Output Wattage
•          Output Voltage
•          Atomizer Resistance
•          Battery Level

Dual Magnetized Door

•          Much Easier Battery Replacement (battery sold separately)

Low Voltage/Resistance Protection
High Input Voltage/Output Short Circuit/Reverse Polarity/Temperature Protection