Description
SMOK MAG P3 230W Box Mod
Details:
Smok MAG P3 Mod is the newest rendition of Smok MAG series. Incorporating an IP67-certified waterproof, dustproof and shockproof chassis, the Mag P3 responds effortlessly to environmental stressors. Powering the P3 are two external 18650 batteries (sold separately) and a smart IQ-S Chipset, it can fire up to 230W max output with 0.001s flash firing speed. It continues some noticeable features of the MAG series, such as gun-handle shape, delicate fire key and outstanding performance. It is constructed with a backside beautiful carbon fiber panel which manifests the high-level of craftsmanship. And the USB port with a protective rubber plug is innovatively designed on the back panel. MAG P3 owns a newly designed 1.9″ highly-responsive touch screen, and most of the operations can be finished with a simple touch. The upgraded UI offers more clear and detailed vaping information. In addition, it supports slide-to-unlock function. Multiple types of protections are applied to avoid potential risks. Available in 5 colors: Black Red, Green Black, Gray Black, Red Black, Blue Black.
Technical Data:
Size: 72.3 * 36 * 91.6mm
Standby Current: <400uA
Power Range: 1W-230W (VW) / 10-230W (TC)
Input Voltage: 6.4V-8.4V
Output Voltage: 0.5V-8.2V
Charging Voltage: 5V
Charging Current: 1.8A
Firing Speed: 0.001s
Screen: 1.9″ HD Touch Screen
Battery Type: 2*18650 Cells (not included)
Resistance Range: 0.1ohm-2.5ohm (VW) / 0.05ohm-2ohm (TC)
Temperature Range: 200 F-600 F / 100 ℃-315 ℃
Compatible: TFV16 Tank(9ml) / TFV-Mini V2 Tank(2ml)
Package Includes:
1 * SMOK MAG P3 Mod
1 * USB Cable
1 * User Manual
Features:
Driven by a smart IQ-M Chipset
Newly designed 1.9″ HD touch screen to offer useful data
IP67 waterproof, dustproof (IP67) and shockproof design
Exquisite small fire key and Micro USB 1.8A quick charging
Intelligent atomizer recognition and puff monitoring system design
10s cut-off/ short circuit/ over-heating/ low battery protection
Provides multiple types of protections to avoid potential risks
