CHECKING BATTERY SPECIFIC GRAVITY

Use a hydrometer to check the battery specific gravity.

Battery Check

CHECKING GRAVITY

A.Hydrometer

B.Battery

NOTE: Do not take readings immediately after adding distilled water, if the water and acid are not thoroughly mixed, the reading may not be accurate.

Check the hydrometer readings against this chart.

SPECIFIC GRAVITY

BATTERY CONDITION

@ 80° F (27°C)

 

1.265

100% CHARGED

1.225

75% CHARGED

1.190

50% CHARGED

1.155

25% CHARGED

1.120

DISCHARGED

NOTE: If the readings are taken when the battery electrolyte is any temperature other than 80°F (27°C), the reading must be temperature corrected.

To find the corrected specific gravity reading when the temperature of the battery electrolyte is other than 80°F (27°): Add (+) to the specific gravity reading 0.004 (4 points), for each 10°F (6°C) above 80° (27°C).

Subtract (-) from the specific reading 0.004 (4 points), for each 10°F (6°C) below 80°F (27°C).

MAINTENANCE-BATTERIES

CHARGING BATTERIES

When servicing machine, avoid contact with battery acid.

Batteries emit hydrogen gas. Explosion or fire can result. Keep sparks and open flame away. Keep covers open when charging.

Wear eye protection and protective clothing when working with batteries.

Charge batteries in a well ventilated area.

Use a 36 volt, 20 amp maximum output DC charger which will automatically shut off when the batteries are fully charged.

1.Empty recovery tank.

2.Stop the machine in a clean, well ventilated area next to the charger.

3.Turn “OFF” machine.

FOR SAFETY: Before leaving or servicing machine; stop on level surface, turn off machine and remove key.

4.Unplug the machine from the battery pack. Remove front cover. Disconnect recovery hose from “Y” tube. Raise recovery tank and verify prop rod latch is safely engaged.

Batteries emit hydrogen gas. Explosion or fire can result. Keep sparks and open flame away. Keep covers open when charging.

5.Check the electrolyte level in each battery cell. Before charging, add just enough distilled water to cover the plates. After charging is complete, add just enough distilled water to bring up the level to the indicator ring. If the water level is too high before charging, normal expansion rate of the electrolyte may cause an overflow resulting in a loss of battery acid balance and damage the machine.

86292490 VOYAGER DUO 08/20/07

4-4

Page 26 Page 28
Page 27
Image 27
Windsor 10086150, 10086130 manual Checking Battery Specific Gravity, Checking Gravity, Battery Condition, Charging Batteries
Page 26 Page 28

10086150, 10086130 specifications

Windsor 10086150 and 10086130 represent two advanced models of high-performance machinery, specifically designed for a diverse range of industrial applications. These models are renowned for their exceptional engineering, offering a combination of efficiency, reliability, and precision that can elevate productivity across various sectors.

One of the main features of Windsor 10086150 is its robust construction. Built with high-grade materials, it can withstand demanding operational environments, making it an ideal choice for manufacturing, construction, and logistics. This durability ensures longevity, reducing downtime and maintenance costs.

Conversely, the Windsor 10086130 focuses on energy efficiency. Its innovative design incorporates lightweight components that contribute to lower energy consumption during operation. This not only minimizes operational costs but also aligns with global efforts toward sustainability, making it an environmentally friendly option for businesses looking to reduce their carbon footprint.

Both models boast cutting-edge technologies that enhance their functionality. For instance, Windsor 10086150 is equipped with an advanced control system, allowing for real-time monitoring and adjustments. Operators can easily track performance metrics and make necessary changes to optimize productivity, thereby ensuring that the machine operates at peak efficiency at all times.

On the other hand, Windsor 10086130 incorporates automation features that significantly reduce the need for manual intervention. This technology allows for seamless integration into automated production lines, facilitating higher throughput and streamlined workflows. As a result, businesses can achieve greater output with fewer resources.

In terms of characteristics, both models offer unparalleled versatility. They can be customized to meet the specific needs of various industries, including automotive, aerospace, and consumer goods. This adaptability ensures that companies can leverage Windsor machinery for multiple applications without the need for significant reconfiguration.

Moreover, both Windsor models prioritize user-friendliness. Their intuitive interfaces make it easy for operators to learn and operate the machinery quickly. This feature is crucial, especially in fast-paced environments where time is of the essence.

In conclusion, Windsor 10086150 and 10086130 are exemplary machines that reflect the industry's latest advancements in technology and performance. Their robust construction, energy efficiency, automation capabilities, and user-friendly designs make them invaluable assets for any business aiming to enhance productivity and efficiency in today’s competitive landscape.
Top Page Image Contents