How to Prepare The Machine for Operation

Model SPS-28B - Battery Powered

1.Before starting the SPS-28B lift the battery box cover and make sure the battery cables are connected.

2.Place all controls in "NEUTRAL".

3.Turn OFF/ON switch to "ON" position. (Switch is located on left side, below hourmeter.

NOTE: The OFF/ON switch is also a circuit breaker which senses overload on the drive motor and breaks the circuit. Should this occur, determine the cause of the overload (e.g., remove the debris jamming the main broom) and turn the circuit breaker back to the "ON" position.

HOW TO CHARGE THE BATTERIES

Put the charger on a flat surface. Make sure the vents on the sides of the charger are at least two inches away from the walls and other objects. Make sure there are no objects near the bottom vents of the charger.

To charge the batteries, follow this procedure:

1.Turn the machine OFF.

2.Connect the DC connector on the charger to the connecting plug on the batteries. See Fig. 1

3.Connect the AC plug on the charger to a receptacle that has the correct voltage and frequency for your charger. Make sure the receptacle is connected to the electrical ground.

4.The electronic timer stops the charger when the batteries are fully charged.

See the instruction book for the charger, and for more instructions on how to use the charger and charge the batteries.

Fig. 1

Clarke® Model SPS-28 Space Sweeper Operator's Manual

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Clarke SPS-28 manual HOW to Charge the Batteries

SPS-28 specifications

The Clarke SPS-28 is a cutting-edge marine navigation system designed to enhance vessel safety, efficiency, and performance. This innovative system integrates advanced technologies to provide real-time data and analytics, improving situational awareness for operators in various maritime environments.

One of the standout features of the Clarke SPS-28 is its robust Global Navigation Satellite System (GNSS) integration. The SPS-28 uses multiple GNSS signals, ensuring high accuracy and reliability, even in challenging conditions. This multi-constellation support allows the system to maintain precise positioning for vessels navigating through busy ports or remote areas alike.

Another key aspect of the SPS-28 is its advanced radar capabilities. The microwave radar technology employed in the system allows for accurate object detection and tracking in all weather conditions. The radar’s long-range capabilities enable users to identify potential obstacles or vessel traffic well in advance, giving operators ample time to make informed navigational decisions.

The user interface of the SPS-28 is designed for simplicity and ease of use. Featuring a high-resolution touchscreen display, the system allows users to quickly access essential data, including navigational charts, AIS (Automatic Identification System) information, and vessel performance metrics. The intuitive graphical interface minimizes the operator’s workload by presenting critical information in a clear and concise manner.

Safety is a paramount consideration for the Clarke SPS-28. The system includes built-in safety features such as collision avoidance alerts and anchor watch functionalities. These features provide real-time alerts to prevent potential accidents, ensuring that vessels can navigate safely in congested waters or during challenging weather conditions.

In addition to navigation, the SPS-28 is equipped with several communication technologies, including VHF radio and satellite capabilities. This connectivity ensures that vessels remain in contact with other ships and shore-based operations, facilitating smooth coordination and response during emergencies.

Furthermore, the SPS-28 is designed with adaptability in mind, able to integrate with other onboard systems such as autopilot, engine management, and environmental monitoring tools. This integration enables a comprehensive approach to vessel management, streamlining operations and maximizing efficiency.

Overall, the Clarke SPS-28 represents a significant advancement in marine navigation technology, offering a suite of features that enhance safety, performance, and operational efficiency for modern seafaring vessels. With its state-of-the-art technologies and user-friendly design, it is an invaluable asset for mariners navigating the complexities of today’s maritime challenges.