HOW THE MACHINE WORKS

The Saber Glide 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 operator 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 switch 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 disk scrub systems consists of two rotary type disk scrub brushes, motors, scrub deck skirt, lift actuator and controls. The brushes scrub the floor as 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 the floor. The scrub deck skirts and side squeegees control the cleaning solution on the floor so that the squeegee can pick it up. The one touch switch controls the motors and lift actuator to turn the motors on and lower the deck, or turn the motors off and raise the deck. The brush pressure switch controls the down pressure on the scrub 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, 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 filter protects the vacuum fan from debris and foam. The recovery tank stores the dirty solution.

The float switch in the tank activates the recovery tank full indicator, shuts off the scrub motors and solution flow, raises the scrub deck then squeegee, and shuts off vacuum motor.

The function of the operator control system is to control the direction and speed of the machine. The directional control system consists of the direction/speed control pedal, steering wheel, brake pedal, propel controller, and drive wheel. The direction/speed pedal signals forward or reverse direction and speed. The controller interprets signals from the direction/speed pedal to command the drive wheel to propel or slow the machine. The steering wheel points the drive wheel in the direction desired by the operator. The brake can be used to hold the machine on slopes.

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SGJ32 86037680 01/03/07

 

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Windsor SGJ32, 10052530 operating instructions HOW the Machine Works
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10052530, SGJ32 specifications

The Windsor SGJ32, model 10052530, is a highly sophisticated and versatile industrial sewing machine engineered for optimal performance in various textile applications. Designed for heavy-duty usage, this model stands out due to its robust construction and innovative technologies that cater to the needs of modern manufacturing environments.

One of the defining features of the SGJ32 is its advanced stitching capabilities. The machine is equipped with a high-speed motor that enables it to achieve impressive stitching rates, allowing users to maximize productivity. It can seamlessly handle a wide range of fabrics, from lightweight materials to heavy-duty textiles, making it an ideal choice for diverse sewing applications, including upholstery, outdoor gear, and garment production.

In terms of technology, the SGJ32 integrates computer numerical control (CNC) systems that enhance precision and repeatability in stitching. This technology allows for intricate designs and patterns to be produced with high accuracy, reducing the margin for error and ensuring consistent quality across batches. Additionally, the machine features a user-friendly interface with touch controls, making it easier for operators to adjust settings quickly and efficiently.

Another notable characteristic of the Windsor SGJ32 is its adaptability. The machine can be easily customized with various attachments and accessories, empowering users to tackle specific tasks and improve workflow. Its adjustable stitch length and width provide further versatility, enabling operators to switch between different sewing techniques without hassle.

The construction of the SGJ32 is another key aspect that contributes to its reliability. Built from high-quality materials, the machine is designed to withstand the rigors of continuous operation while minimizing wear and tear. This durability not only extends the lifespan of the equipment but also ensures lower maintenance costs over time.

Moreover, the SGJ32 incorporates safety features such as automatic needle positioning and a thread trimmer, which enhance operational safety and ease of use. These features reduce the risk of accidents and streamline the sewing process, allowing operators to focus on their craft without unnecessary distractions.

In conclusion, the Windsor SGJ32, model 10052530, is a powerful, versatile, and technologically advanced sewing machine that caters to a wide range of industrial applications. With its high-speed capabilities, precision control, adaptability, and robust construction, it is an essential tool for manufacturers seeking to improve efficiency and maintain quality in their production processes.
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