This one is a pass thru. It has an eGo connector pressed into the front of an aluminum die cast box, and a 510 batt connector on the bottom for charging, or pass thru operation.
Using a Sanyo 2600, tabbed Li-ion cell, 18 ga. wiring, a horn switch, and a 6 amp protection circuit board. Oh, and a meter. The meter is wired directly to the eGo shell and center pin and indicates LOADED VOLTS at the connector, not cell voltage.
Will deliver 4 volts LOADED to a 2.8 ohm carto, and 3.9 to a 1.6 ohm Dual Coil. Slightly higher while on the charger. A little 2-part epoxy was added to stabilize parts and insulate. A 1/4 inch vent hole was added next to the charge connector.
Photo 1, the guts,
Photo 2, the wiring,
Photo 3, Loaded volts with a Dual Coil eGo Mega Carto,
Photo 4, Loaded volts on an eGo 420ma charger,
Photo 5, Loaded volts with a CE2, fresh off the charger.
Using a Sanyo 2600, tabbed Li-ion cell, 18 ga. wiring, a horn switch, and a 6 amp protection circuit board. Oh, and a meter. The meter is wired directly to the eGo shell and center pin and indicates LOADED VOLTS at the connector, not cell voltage.
Will deliver 4 volts LOADED to a 2.8 ohm carto, and 3.9 to a 1.6 ohm Dual Coil. Slightly higher while on the charger. A little 2-part epoxy was added to stabilize parts and insulate. A 1/4 inch vent hole was added next to the charge connector.
Photo 1, the guts,
Photo 2, the wiring,
Photo 3, Loaded volts with a Dual Coil eGo Mega Carto,
Photo 4, Loaded volts on an eGo 420ma charger,
Photo 5, Loaded volts with a CE2, fresh off the charger.
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