VaporShark DNA 200 Box Mod
The VaporShark DNA 200 Box Mod follows the path blazed by the revolutionary VaporShark rDNA, improving upon the beloved design in terms of manufacturing, integrating the most advanced chip in the market in the Evolv DNA 200W, and carrying on the storied form factor. The VaporShark DNA 200 now utilizes a CNC 6031 Aluminum chassis, a first in their box mods. Each VaporShark DNA 200 now undergoes a three step finishing process, as the aluminum is first anodized black, then coated with black paint, and finished with a light rubberized coating. This dramatically improves upon the finish durability of the VaporShark's predecessors, truly making it a sturdy, durable device. Integrated within the chassis is a 10 Watt Hour 3S Lithium Polymer battery, accessible via a user serviceable battery bay (for experienced users only). VaporShark has integrated a 2A Zip Charging system that allows for the user to fully charge the preinstalled battery pack in 90 minutes through compatible charging ports. The Evolv DNA 200 is one of the most advanced chipsets available today, featuring an outstanding 97% output efficiency, a range of 1 to 200W, full temperature control, and the most customizable output capability today with the companion software, Escribe. Escribe allows users to not only customize screen and interfacing options, but directly test and set output from the VaporShark for different atomizers and heating elements. Reentering the market with their beloved designs integrated with the latest chip, the VaporShark DNA 200 Box Mod reasserts itself as a premiere, small form factor device in the hyper competitive DNA 200 market.
- Official Evolv DNA 200
- CNC 6031 Aluminum Construction
- Triple Coated
- Black Anodized
- Painted Black
- Light Rubberized Coating
- 10 Watt Hour Lithium Polymer Battery
- User Serviceable Battery Door
- Gold Plated Spring Loaded Center Pin
- Illuminated Firing Button
- Stainless Steel 510 Threading
- 89.1mm by 48.1mm by 23.9mm
DNA 200 Features:
- 1 to 200W Output Range
- 100W Kanthal Range (Able to be changed through Escribe)
- 200W Max Temperature Range
- 1 to 9V Output
- 0.1 to 2.0 ohm Kanthal Resistance Range
- 0.08 to 1.0 ohm Temperature Sensing Range
- Temperature Range
- 200 to 600 Degrees Fahrenheit
- Cell by Cell Monitoring
- Cell Balancer
- Atomizer, Weak Battery, Temperature, Resistance, Auto Power Down, and Heat Protection
- Autosensing Temperature Resistance
- Lock Mode
- Stealth Mode
- Power Lock Mode
- Power Preset Mode
- Resistance Lock
- Max Temperature Adjustment
- Output Current Continuous Max
- Output Current Instantaneous Peak
- Input Voltage
- Input Current
- Screen On Current
- Quiescent Current
- Power Down Current
- In order to use temperature control output, coils must be built using non-resistant wire. Evolv recommends Ni200.
- Please refer to Escribe documentation for walkthroughs and information on how to utilize Escribe.
Advanced User Item. Use AT YOUR OWN RISK!
NOTE: There is an inherent risk with the use of any and all rechargeable batteries in any circumstance. VaporDNA™ and any and all of VaporDNA™'s parent and subsidiary companies are not responsible for damage if there is any modification of the batteries/chargers in any form or shape (including pack making). VaporDNA™ and any and all of VaporDNA™'s parent and subsidiary companies are not responsible for any damage caused by the misuse and/or mishandling of Li-ion (Lithium-ion), LiPo (Lithium-ion Polymer) and any rechargeable batteries and chargers.
Use special caution when working with Li-ion (Lithium-ion), LiPo (Lithium-ion Polymer) and any rechargeable cells, as they are very sensitive to charging characteristics and may explode or burn if mishandled. Make sure the user has enough knowledge of Li-Ion (Lithium-ion), LiPo (Lithium-ion Polymer) and any rechargeable cells in charging, discharging, assembly and storage before use. Always charge in/on a fire-proof surface. Never leave charging batteries unattended. Do not use any rechargeable battery as well as any battery charger if any visible damage is present, as well as if the cell or charger has been stressed through mishandling, accidental or otherwise, even if damage may not be visible. Always store and transport rechargeable cells in a safe, non-conductive container in a controlled environment. Dispose of all battery cells and chargers in accordance to local laws and mandates.
VaporDNA™ will not be held responsible or liable for any injury, damage, or defect, permanent or temporary that may be caused by the improper use of a Li-ion (Lithium-ion), LiPo (Lithium-ion Polymer) and any rechargeable battery/batteries. Please have a basic understanding of the batteries you are using and how to care for them properly.
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