Battery Watering System for Floor Scrubbers, On-Board

Description

On-Board Battery Watering System  – The same type of battery used in golf carts, RVs, and small solar systems can now be used to efficiently power floor scrubbers. The superior features include patented manifolds, standard flame arrestors, three port swivels, clampless polypropylene tubing, and easy install winged caps. The system works by replacing the battery’s existing vent caps with valves connected by tubing that allows users to fill all cell of the battery from a single location. 

Battery Watering System Benefits:

• Money saving system leads to extended battery life, increased performance; and cleaner floors, equipment, and battery tops.
• Avoid burns and noxious fumes because of the systems safe refill and use process.
• A properly watered battery lasts longer and performs better. Overfilling a battery results in a loss of acid, while too little water will result in permanent damage.
• Water connections snap on and off with ease and make for quick, convenient refilling.

Packaging

We offer two types of battery watering systems specifically for Trojan brand batteries.

#1359500 is designed specifically for the Trojan J185 series battery. This is a 12-volt deep cycle battery consisting of 6 fill caps per battery with most automatic scrubbers having two batteries – this requires a total of 12 fill caps. #1359500 contains everything you need for a battery operated scrubber containing (2) J185 batteries.

#1359510 is designed for Trojan 105/135 amp hour batteries (27 TMX & 30XHS). This is a 12-volt battery with the large plastic venting cover over the top of three cells as opposed to a single cell cap. #1359510 simply replaces the plastic cover plate with a set of (3) fill tubes and the correct length of hose.

• Both battery watering systems include the necessary fill tubes, battery connection hose, water fill hose, quick connect and portable hand pump.

Videos:

Specifications:

Battery Watering System Operating Specifications

Flow-Rate: 2 – 5 gallons per minute

Pressure Range: 3 – 35 psi (no flow, static)

Temp. Range: 32 – 150 degrees

Water Supply Operating Requirements:

Inlet Pressure Range: 40 – 100 psi

Temp. Range: 33 – 150 degrees

More Info:

Frequently Asked Questions

How often should I fill my batteries

Wateringintervals are dependent on the local climate, charging methods,application, and age of batteries. Flow-Rite recommends that newbatteries be checked once a month and older batteries be checked weeklyuntil you get a feel for your water consumption rate.

Typically for a heavy-use application, we recommend watering a maximum of onceper week, and for light-use applications once per month. Generally it isbest to water on Wednesdays for most applications. Specifically youshould not water a battery that has been sitting for an extended periodof time with no activity (non use or not on charge) such as a batterythat has sat over the weekend.

How long does it take to install a Pro-Fill kit?

A typical installation will take an inexperienced person on average 5 minutes per battery.

Do I need to remove the Pro-Fill system from my batteries in the winter?

No.Your Pro-Fill system is designed to be left on your batteries whileyour vehicle is in winter storage; however, the system will not beoperational while it is frozen.

If you have vehicles that are taken out of service or put into storage fora period of 6 weeks or longer, your single point watering system willrequire seasonal maintenance.  No special steps need to be taken forwinterization of the SPW system that is mounted on the batteries;however, the following steps need to be followed when bringing yourvehicle back into service:After the batteries have been fully charged / equalized, connect the systemto its water supply for 3-5 seconds then disconnect regardless ofwhether or not the batteries are completely full.Return the vehicle to its regular service.

How many batteries can I fill at one time?

You can fill a total of four 12-volt batteries, or a total of eight 6-voltbatteries or a total of six 8-volt batteries or any other combination ofbatteries up to 24 cells at one time.

When is the best time to fill my batteries?

Directions:

Installation:

1. Remove vent caps and insert manifold assembly
2. Press manifold home
3. Secure valves by rotating each valve 1/4 turn clockwise
4. Install tubing
5. Install fill caps

Operation:

1. Qualify water supply. Verify a minimum of 2 gpm
2. Remove dust cover
3. Mate couplers
4. Observe flow indicator. The red balls inside the flow indicator will spin to show that the water is flowing into the battery
5. When balls stop moving, disconnect.
6. Replace dust cover