Section 5 - ADJUSTMENTS & REPAIR

Battery Condition Chart

 

State of Charge

Syringe Hydrometer

Digital Voltmeter

Five Ball Hydrometer

100%

Charged w/ Sulfate Stop

1.280

12.80v

Five Balls Floating

100%

Charged

1.265

12.60v

Four Balls Floating

75% Charged

1.210

12.40v

Three Balls Floating

50% Charged

1.160

12.10v

Two Balls Floating

25% Charged

1.120

11.90v

One Ball Floating

0% Charged

Less than 1.100

Less than 11.80v

Zero Balls Floating

5.10.4.BATTERY TESTING

There are two types of battery tests: Unloaded and Loaded. The unloaded test is the procedure that will be discussed. It’s the simplest and most commonly used. An unloaded test is made on a battery without discharging current. To perform unloaded testing, check charge condition using either a hydrometer or voltmeter.

1.Using a voltmeter, voltage readings appear instantly to show the state of charge. Remember to hook the positive lead to the battery’s positive terminal, and the negative lead to the negative terminal.

2.A hydrometer measures the specific gravity of each cell. The specific gravity tells the degree of charge; generally, a specific gravity of about 1.265 to 1.280 indicates full charge. A reading of 1.230 to 1.260 indicates the battery should be charged before testing. The Battery Condition Chart shows the charge level as measured by syringe float hydrometer, digital voltmeter and five-ball hydrometer.

5.10.5.NEW BATTERY PREPARATION 1. Remove battery from carton.

2. Place battery in a well ventilated area on a level non-concrete surface.

3. Remove battery cell caps. Fill cells as required with electrolyte (purchased separately) to proper level. Filling battery with electrolyte will bring the battery to 80% charged state.

4. With cell caps removed, connect battery charger to battery terminals; RED to positive (+) and BLACK to negative (-) terminal.

IMPORTANT: DO NOT place anything in battery other than specified electrolyte.

WARNING

DO NOT OVERFILL!

WARNING

DO NOT attempt to service or charge the battery while it is installed in the machine. DO NOT use “BOOST” chargers on the battery.

5.Slow charge the battery at 1 amp for 10 hours to bring the battery to full charge.

6.After charging, check level of electrolyte and add as needed to bring to proper level

7.Reinstall cell caps.

8.Install battery into power unit.

9.Connect positive (+) cable (red) first, from wiring harness to the positive terminal (+) on battery using bolt and nut provided in hardware bag. Connect negative (-) cable (black) last, to negative terminal (-) on battery using bolt and nut. Apply a small amount of grease over terminals to prevent corrosion.

10.Install battery retainer and positive terminal cover.

WARNING

Shield the positive terminal with terminal cover located on battery harness. This prevents metal from touching the positive terminal, which could cause sparks. Cables must be connected to battery terminals in the proper position. RED (Positive) cable must go to the ( + ) terminal. BLACK (Negative) cable must go to the ( - ) terminal.

26

Page 25 Page 27
Page 26
Image 26
Snapper NZM21521KWV, NZM27611KH Battery Testing, NEW Battery Preparation 1. Remove battery from carton, Do not Overfill
Page 25 Page 27

NZM21521KWV, NZM27611KH, NZM25611KWV specifications

The Snapper NZM25611KWV, NZM27611KH, and NZM21521KWV are part of the Snapper lineup that exemplifies durability, performance, and innovative technology in outdoor power equipment. Each model is designed to handle various lawn care tasks, making them ideal for both residential and commercial use.

Starting with the Snapper NZM25611KWV, this model features a powerful Briggs & Stratton engine that offers reliable starting and efficient fuel consumption. Its cutting deck is made from durable steel, ensuring longevity and resistance to wear and tear. The 25-inch cutting width allows for efficient mowing in tight spaces, while the adjustable cutting height provides versatility for different grass lengths. The model also incorporates the Easy Start system, allowing users to start the mower with minimal effort. With its self-propelled drive system, the NZM25611KWV makes maneuvering easy, even on challenging terrains.

Next, the Snapper NZM27611KH stands out with its enhanced performance capabilities, featuring a robust Honda engine that is renowned for its reliability and low emissions. The 27-inch cutting deck not only improves cutting efficiency but also includes a mulching option, allowing users to return nutrients to the lawn. Its ergonomic design and intuitive controls enhance user comfort, reducing fatigue during extended use. The NZM27611KH is equipped with superior traction control, making it suitable for various landscapes, including hilly areas.

Finally, the Snapper NZM21521KWV is designed for those who require a more compact solution without sacrificing performance. It features a reliable Kohler engine that delivers consistent power and smooth operation. The 21-inch cutting deck is lightweight and easy to handle, perfect for small to medium-sized lawns. The model includes an integrated bagging system, making it easy to collect clippings for a cleaner finish. The adjustable handle height enhances user comfort, allowing for a more personalized mowing experience.

In summary, the Snapper NZM25611KWV, NZM27611KH, and NZM21521KWV each offer distinct features and technologies tailored to meet different mowing needs. With robust engines, durable cutting decks, and user-friendly designs, they stand as testaments to Snapper's commitment to high-quality lawn care solutions. Whether for residential or commercial use, these models ensure efficient and effective lawn maintenance.
Top Page Image Contents