MAINTENANCE

TO CHARGE THE BATTERIES

CHECKING BATTERY SPECIFIC GRAVITY

!

Use a hydrometer to check the battery specific

gravity.

When servicing machine, avoid contact with

 

battery acid.

!

Battery Check

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.

!

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).

Charge batteries in a well ventilated area. Leave the battery cover open.

Use a 24 volt, 18 amp maximum output or 25 amp (depending on the size of the batteries), DC charger which will automatically shut off when the batteries are fully charged.

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

2.Turn “OFF” machine.

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

3.Raise the battery cover.

!

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

4.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.

4-4

CUTTER 24V (SCE) 86037020 04/04/07

Page 21 Page 23
Page 22
Image 22
Windsor 10052330, SCEOX264 To Charge the Batteries, Checking Battery Specific Gravity, Checking Gravity, Battery Condition
Page 21 Page 23

86037020, SCEX324, 10052290, SCEOX324, SCEX264 specifications

The Windsor SCEOX264, SCEX324, SCEX264, 86037020, and 10052320 are advanced technology solutions that cater to modern computational and networking needs. Each model showcases a unique combination of features designed to optimize performance, efficiency, and user experience.

The SCEOX264 stands out with its focus on high-definition video processing. Equipped with an exceptional decoding capability, it handles multiple formats while maintaining superior image quality. The integrated algorithms enhance video rendering, reducing latency and minimizing buffer times. This makes it ideal for applications in broadcasting and video conferencing, where seamless visual communication is essential.

The SCEX324, on the other hand, is designed for robust data storage and management. It supports a wide array of storage configurations, ensuring high data availability and security. Featuring cutting-edge encryption technologies, SCEX324 guarantees that sensitive information remains protected against unauthorized access. Its rapid access times and scalability make it suitable for enterprises needing agile data solutions.

The SCEX264 is renowned for its comprehensive connectivity capabilities. With support for multiple network protocols, it seamlessly integrates into diverse environments. The unit's ability to handle large data streams allows for smooth connectivity even during peak usage times, making it perfect for organizations embracing digital transformation.

Models 86037020 and 10052320 further enhance the lineup with their specialized functionalities. 86037020 focuses on energy efficiency, using advanced power management technologies to reduce operational costs without sacrificing performance. Its environmentally friendly design aligns with sustainability goals pursued by many modern organizations.

In contrast, 10052320 emphasizes user interface and experience. It features an intuitive design that simplifies interactions, reducing the learning curve for users. Its compatibility with various operating systems ensures versatility across different platforms, making it an ideal choice for diverse corporate ecosystems.

Collectively, these models reflect a commitment to innovation and quality, making them viable options for businesses looking to upgrade their technological infrastructure. They not only address the growing demand for high performance and security but also pave the way for future advancements in computing and data management. With a focus on user-centric design and advanced functionalities, these models are tailored for success in an increasingly digital world.
Top Page Image Contents