HOW THE MACHINE WORKS

The Saber Cutter is a battery powered, self- propelled, hard floor scrubber intended for commercial use. The appliance applies a cleaning solution onto a hard floor, scrubs the floor with brushes, and then vacuums the soiled water back into the recovery tank.

The machine's primary systems are the solution system, scrub system, recovery system, and directional control system.

The function of the solution system is to store cleaning solution and deliver it to the scrub system. The solution system consists of the solution tank, strainer, valve and controls. The solution tank stores cleaning solution (water and detergent) until it is delivered to the scrub system. The strainer protects the valve from debris. The valve is a solenoid type valve, which controls the delivery of cleaning solution to the scrub system. The valve automatically prevents solution flow unless the scrub brushes are turned on and the machine is being propelled. The solution control knob controls the amount of cleaning solution delivered to the scrub system by controlling the amount of time the valve is open.

The function of the scrub system is to scrub the floor. The scrub system consists of two rotary type disk scrub brushes, motors, scrub deck skirt, lift mechanism and controls. The brushes scrub the floor and the motors drive the brushes. The brush drive hubs allow the scrub brushes to follow irregularities and changes in the floor without loosing contact with floor. The scrub deck skirt controls the cleaning solution on the floor so that the squeegee can pick it up. The brush lever is used to raise and lower the deck.

The function of the recovery system is to vacuum the soiled water back into the recovery tank. The recovery system consists of the squeegee, vacuum motor, float ball filter, recovery tank and controls. The squeegee wipes the dirty solution off the floor as the machine moves forward. The vacuum motor provides suction to draw the dirty solution off the floor and into the recovery tank. The recovery tank stores the dirty solution. The float ball filter protects the vacuum fan from debris and shuts off air going to the recovery tank when tank is full. When flow of air is shut off the vacuum motor will continue to run. At this time the recovery tank must be drained.

The function of the directional control system is to control the direction and speed of the machine. The directional control system consists of the propel control buttons, reverse button, speed control knob/potentiometer, controller and transaxle. The propel controls actuate switches which cause the machine to move forward. For reverse motion depress the reverse button while depressing one of the propel controls. The speed control knob actuates a potentiometer, which signals speed. The controller interprets the forward/reverse signals from the switches and the speed signal from the potentiometer to command the transaxle to propel the machine in the direction, and at the speed, desired.

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CUTTER 36V (SCE) 86037030 12/05/06

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Windsor SCE326, 10052280 manual HOW the Machine Works
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10052280, SCE326 specifications

Windsor 10052280, also known as SCE326, represents a noteworthy entry in the realm of advanced industrial machinery, particularly catering to the needs of modern manufacturing environments. This intricate piece of equipment is designed with the latest technologies to optimize productivity and efficiency in various industrial applications.

One of the hallmark features of the Windsor 10052280 is its robust construction. Manufactured with high-quality materials, it ensures durability and longevity, making it a reliable choice for demanding operational settings. The engineering behind SCE326 integrates precision mechanics and innovative design, allowing for smooth operations under various conditions. Its compact structure also allows for easy integration into existing manufacturing lines without requiring extensive modifications.

The Windsor 10052280 is equipped with state-of-the-art automation features. Its cutting-edge control system utilizes advanced algorithms, enabling real-time monitoring and adjustments for enhanced performance. This technology not only streamlines operations but also minimizes downtime, a critical factor in maximizing productivity in any manufacturing facility. Additionally, the user-friendly interface ensures that operators can quickly adapt to the system, reducing training time and boosting overall efficiency.

In terms of energy efficiency, the SCE326 is designed to optimize power consumption, aligning with the growing emphasis on sustainability in industrial operations. The implementation of energy-saving technologies helps to lower operational costs while also reducing the environmental impact. This commitment to sustainable practices is further complemented by the machine's ability to run on various energy sources, providing flexibility to operations in different regions.

Moreover, the Windsor 10052280 features enhanced safety mechanisms. Comprehensive safety protocols are integrated into the design, ensuring that both operators and the surrounding environment are protected during operation. Various sensors and alarms are in place to alert users of any potential malfunctions or hazards, reinforcing the machine's status as a safe choice in a busy manufacturing landscape.

Overall, the Windsor 10052280, SCE326 stands out as a sophisticated solution for modern manufacturers. With its durable construction, advanced automation features, energy efficiency, and robust safety measures, it is engineered to meet the dynamic challenges of today's industrial demands effectively. The combination of these characteristics makes it a top choice for businesses aiming to enhance their operational capabilities while ensuring a commitment to quality and sustainability.
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