The handheld sprayer can hold up to 1 liter. It has a LED headlight, enabling you to view dark spaces. It comes with a new, more versatile soft-sided worksite storage bag in lieu of a hard case. This upgrade comes with practical, time-saving benefits, including upright, leak-free storage (no disassembly needed) and extra storage space for an additional tank or battery. It is also packed inside a sturdy, three-color box including all product features, benefits, and pertinent information. The handheld sprayer has a 2-3 foot spray range.
This sprayer has a 3-in-1 nozzle. The adjustable nozzle settings allow different spray shapes and particle sizes. The first nozzle setting produces a 40 micron particle size and sprays in the shape of a full cone. Nozzle setting two also sprays in the shape of a full cone, however, the particle size is 80 microns. Lastly, nozzle setting three sprays in the shape of a 120-degree cone, and it has a particle size of 110 microns.
When using a sprayer, spray 4"-6" from the surface. Spray the entire area and let stand until dry. You can also let stand for three minutes, then wipe dry with a cloth. If you spray the carpet, a fan can be used to assist drying. Personal protective equipment (PPE) is normally recommended when using a sprayer.
How to avoid a Static Shock and why Electrostatic Sprayers generate static electricity:
Electrostatic Sprayers work by producing or activating an electrostatic charge to the water ion (ie: the disinfectant solution has water in it). An ion is a charged atom or molecule.
The Electrostatic Sprayer is doing what it is designed to do when it activates water ions with a positive static charge.
If you feel a mild electrostatic shock upon activating your nozzle, this is normal and it is not harmful.
To prevent the user from feeling a mild static discharge (which is normal and harmless, like touching a door knob in winter), wear gloves (rubber, latex, vinyl) when using the sprayer.
The factory engineers have been consulted, and these electrostatic sprayers are operating normally.
The Science: Most electrostatic sprayers generate positively charged particles, because most surfaces are negatively charged. The theory is that the positively charged particles will stick to most surfaces that are negatively charged. (As a side note, the earths surface is negatively charged.) Electrostatic sprayers are designed to generate positively charged ion-mist particles. These particles then repel each other and have a better chance to stick to something else. This is the law of opposite attraction.
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