Connecting Other Attachments

ASSEMBLING THE STEAM VACUUM

INSERTS

1.Slide two locks on top of Vacuum Head to “Open” position (FIGURE 3-A).

2.Select desired insert, and place it into Vacuum Head as shown (FIGURE 3-B).

3.While continuing to press insert firmly into Vacuum Head, slide both locks to “Close” position to lock insert securely into place.

FIGURE 3

NYLON UTILITY BRUSH

1.Slide Nylon Utility Brush onto Steam Jet Nozzle as shown (FIGURE 4). Firmly press it on until it fits securely in place.

FIGURE 4

EXTENSION WANDS

1.Slide Open/Close lock on Extension Wand to “Open” position. Align Extension Wand with Vacuum/Steam Nozzles, and firmly press it on. Slide Open/Close lock to “Close” position.

2.Repeat Step 1 for second Extension Wand, connecting it to the end of first Extension Wand.

3.Select desired attachment (Squeegee Head, Steam Jet Nozzle, Vacuum Head or Small Vacuum Head), and connect it to end of second Extension Wand in the same way as you would connect it to Vacuum/Steam Nozzles (refer to Connecting Attachments to Vacuum/Steam Nozzles section on page 7 of this manual).

FIGURE 5

8	Top Innovations, Inc.

USING THE STEAM VACUUM

FILLING WATER RESERVOIR WITH WATER

1.Place Steam Vacuum on a flat, level surface.

2.Make sure Main Control Switch is set to “Off” (0) position and power cord is unplugged from electrical outlet.

3.Press and hold Steam Trigger to ensure that any remaining steam has been emitted from unit.

4.If unit has been in use, allow at least 30 minutes for boiler to cool.

5.Cautiously unscrew and remove Water Reservoir Cap.

6.Water reservoir should always be emptied after each use. If it was not emptied after the last use, empty it now. This will prevent over-filling.

7.Fill Measuring Cup to maximum fill line (10 oz.) with water.

NOTE: To prolong the lifetime of your Steam Vacuum, we recommend using distilled or de-mineralized water.

8.Carefully pour water from Measuring Cup into water reservoir through fill hole, using Water Funnel to prevent spilling water.

WARNING: Extreme caution should be used when pouring water into the water reservoir. Do not look directly down into fill hole when filling. Keep your free hand and any children or pets at a safe distance.

9.Repeat steps 7 & 8 in order to have 20 oz. of water in water reservoir.

10.Replace Water Reservoir Cap, ensuring that it is screwed on tightly to prevent hot steam from escaping and causing injury.

FILLING WATER FILTRATION CHAMBER WITH WATER

1.Place Steam Vacuum on a flat, level surface.

2.Make sure Main Control Switch is set to “Off” (0) position and power cord is unplugged from electrical outlet.

3.Unhook two locks that hold Water Filtration Chamber cover (FIGURE 6), and remove cover.

4.Fill Measuring Cup to maximum fill line (10 oz.) with water.

5.Carefully pour water from Measuring Cup into Water Filtration Chamber. It does not matter which side of the chamber water is poured into.

6.Replace Water Filtration Chamber cover, and re-latch two locks.

FIGURE 6

Top Innovations, Inc.

MODEL MC1860 specifications

The MODEL MC1860 is a cutting-edge piece of equipment that has garnered attention for its innovative design and advanced technologies. As industries continue to evolve, the need for reliable and efficient machinery becomes paramount. The MC1860 meets these demands with a plethora of features tailored to enhance performance and productivity.

One of the primary features of the MODEL MC1860 is its state-of-the-art processing power. Equipped with a high-efficiency engine, it delivers superior performance while optimizing fuel consumption. This not only reduces operational costs but also minimizes environmental impact, making it a green choice for modern businesses.

The MC1860 incorporates advanced automation technologies, allowing for seamless operation and reduced manual intervention. With intelligent control systems, it can dynamically adapt to varying workloads, ensuring that it maintains peak efficiency at all times. This level of automation not only boosts productivity but also enhances safety by reducing the risk of human error.

For users focusing on precision, the MODEL MC1860 includes advanced sensor technology. These sensors provide real-time data monitoring, allowing operators to make informed decisions and adjustments. The integration of these sensors enhances the machine’s ability to maintain optimal performance and can be particularly beneficial in applications requiring high levels of accuracy.

Ergonomics and user-friendly design are also key characteristics of the MC1860. The machine features an intuitive interface that simplifies operation, ensuring that even those with minimal training can operate it effectively. Additionally, the design includes accessibility features that enable easy maintenance, reducing downtime and increasing overall efficiency.

Moreover, the MODEL MC1860 is built with durability in mind. Constructed from high-quality materials, it withstands harsh working conditions and extends its lifespan significantly. The robust design ensures that it remains functional and reliable, even in demanding environments.

In conclusion, the MODEL MC1860 stands out in the market due to its innovative features, including superior processing power, advanced automation, and real-time monitoring capabilities. Its focus on ergonomics, user-friendliness, and durability further solidifies its place as a top choice for industries seeking to enhance efficiency and productivity. As technology advances, the MC1860 represents a significant leap forward, meeting contemporary demands while preparing for future challenges.