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Remove existing vent caps as required.
Fill each cell with distilled or purified water to achieve the exact level in each cell using the
measuring stick provided. Add water sparingly to achieve correct levels, slightly higher levels are acceptable. Most manufacturers recommend ¼ - ½” below the vent well.
Insert the Battery IV Cell Cap into each cell with the input ports directed to the center of the battery. Centrally located cells can be placed in any direction and rotated to accommodate best tubing path.
Locate the best central location on the battery to place and secure the Battery IV distribution manifold using the provided ties or with adhesive backing. The manifold should be well secured to the top of an inter-cell connector or flat between cells.
Beginning with the closest Battery IV Caps, install the tubing provided to each cap in a “free-flowing” manner using excess tubing as required to effectively position the tubing so that the clamps provided can secure the tubing without kinks. Use the manifold plugs on the unused ports of the reservoir.
Connect the Battery IV reservoir to the manifold tubing in the most suitable position where the tubing will not be subjected to damage from operator activities. Use the tubing clamps provide to secure the tubing so that no ‘kinks’ are occurring. Leave excess tubing to install the supplied quick disconnect near the Battery IV manifold or where best suited should batteries being switched in and out of the vehicle.
With all connections secure, add a few drops of colorant provided and fill the Battery Reservoir with DISTILLED OR PURIFIED WATER ONLY. Tap water is not recommended. Make the connection from the quick-disconnect to the manifold.
Having visibility to the Battery IV manifold, press and hold in the “Prime/Manual” function on the Reservoir until colored water is observed exiting each port of the manifold. Release the Prime/Manual function when colored water is near or entering all the Battery IV caps.
The Battery IV is now operating automatically, as water is depleted from the battery cells, it will be replenished maintaining battery electrolyte levels as determined by the Battery IV Caps. It is important that the system is monitored, any open or leaking connections will result in failure of the system. Batteries not being discharged and recharged (cycled) for extended periods of time (5+ days) should be disconnected from the Battery IV using the in-line Quick-disconnect. Distilled or purified water is now added to the reservoir as required. There is no schedule for doing so, the float inside the Reservoir signals the need to add water.
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