Stocker Geyser E-25 MI 21 V Green 5 bar battery-powered

The Geyser Nebulizer E-25 MI 21 V is the ideal solution for those who want to get rid of unwanted guests such as mosquitoes, pigeons and bad smells.

The nebulizer works automatically and safely: the intuitive display with clock on the front of the machine allows you to set the frequency, power and duration of the cycles. The 30-second acoustic timer signals the start of the machine, thus giving you the opportunity to move away before the ultra-fine nebulization treatment. Compared to other nebulizers, it offers the possibility of also setting the start time of the cycles, thus allowing greater flexibility.

The 25-liter nebulizer is compatible with Stocker power line 21 V batteries. The battery is not included.

Thanks to the battery power supply, it is possible to position the Geyser Nebulizer E-25 MI 21 V easily in the strategic points of your choice, also thanks to the practical aluminum tripod.

The engine allows you to manage the 2 power levels and a high operating pressure. Choosing the level that best suits your needs to obtain battery savings. Autonomy varies depending on the battery used.

The recommended battery for this product is 2.6 Ah / 21.6 V. This battery allows you to work continuously for up to approximately 180 minutes on power level 2.

The three ultra-fine nebulization nozzles allow for a homogeneous 360° distribution of the product, for greater effectiveness of the treatments. The special FPM gaskets also make it suitable for the use of the most aggressive products. The innovative internal nozzle allows optimal mixing of any product used.

The nebulizer can also be used for sanitizing internal environments and for nebulizing other liquids.

-Technical characteristics

-Tank capacity: 25L

-Max. operating pressure: 5 bar

-Water flow: 0.12 liters per minute

-Compatibility with the 21 V line: yes

How much liquid does the Geyser system consume?

Liquid consumption depends on how many nozzles are used. It should be considered that each nozzle consumes 0.04 liters of solution, for 1 minute of nebulization.

Assuming a one-minute cycle and 3 nozzles supplied with the machine, we have a consumption of 0.04x3=0.12 liters of solution.

Considering the 25-liter Geyser, we will have an autonomy of 25/0.12 = 208 cycles considering 2 cycles per day, 3 months of treatment.

Similarly, you can calculate the liquid consumption and therefore the autonomy for each Geyser model and number of nozzles.

Geyser nebulizer installation

1) MEASURE YOUR GARDEN

Measure the perimeter of your garden and define the area to be protected. Find a convenient place to position the geyser and draw a path that covers every side of the space you want to protect from unwanted guests. Remember that you will have to position the nozzles 2.5 m apart from each other along the length and that you can use the connectors to create non-linear path corners. Finally, based on your system project, you can choose the geyser that best suits your needs.

2) CHOOSE THE NEBULIZER

If you have just measured your garden, it is time to choose the best geyser for you. You will have to choose it based on the length of the perimeter to be covered and the number of misting nozzles. For small systems, choose the 2-liter or 4-liter Geyser. For larger areas, you can choose the 12-liter, for systems under 100 meters, or the 25-liter for systems of greater length. In general, consider that you will have to place a misting nozzle every 2.5 m and each nozzle consumes 0.04 liters per minute.

Example of consumption calculation

System with a perimeter of 125 meters created using a 100 m hose kit and a 25 m hose kit.

To calculate the number of nozzles needed, we divide the length of the system in meters by 2.5. In our case 125/2.5 for a total of 50 nozzles.

We multiply the number of nozzles by the consumption per minute of each nozzle (0.04 L). We get 50 x 0.04 = 2 liters per minute.

By nebulizing one minute per day, a 12-liter geyser will run out in 6 days, while a 25-liter geyser will run out in 12 days.

3) CHOOSE MOSQUITO LIQUIDS

Specially designed for nebulization, the line of liquids allows you to implement a strategy to free yourself and keep mosquitoes away from your green space. Depending on your needs, you can choose between a PERFORMANCE strategy, for optimal results, and a GREEN strategy, which is more environmentally friendly.

PERFORMANCE STRATEGY

The combination of larvicide and two liquids designed to fight mosquitoes through ultra-fine nebulization allows for effective treatments at dawn and dusk.

STEP 1: LARVICIDE

With a barrier function, the action of the drops of the plant-based larvicide interrupts the development of larvae in drains, stagnant water, etc.

STEP 2: ETOKRAFT

Residual mosquito killer resistant to sunlight, dilute 8 ml per litre and spray for 1 minute in the morning and 1 minute in the evening for 10 days.

STEP 3: FLORIFENS

Mosquito deterrent with essential oils of natural origin natural, it should be diluted 50 ml per litre and sprayed for 2 minutes in the morning and 2 in the evening to keep the area free from mosquitoes after having cleared it with Etokraft.

NB: Recommended intervals for medium-low mosquito density to be adjusted according to needs. Repeat the step 2 + step 3 cycle in the event of a new mosquito infestation.

GREEN STRATEGY

The combination of these liquids allows for effective mosquito treatments at dawn and dusk using a green strategy.

STEP 1: LARVICIDE

With a barrier function, the action of the plant-based larvicide drops interrupts the development of larvae in drains, stagnant water, etc.

STEP 2: NEBUZAN

Mosquito repellent containing plant-derived geraniol, diluted and sprayed in the evening for 2 minutes for 10 days, to keep mosquitoes away from the desired area.

STEP 2: FLORIFENS

Mosquito repellent with natural essential oils, diluted 50 ml per litre and sprayed nebulized 2 minutes in the morning and 2 in the evening to keep the area free from mosquitoes.

NB: Recommended intervals for medium-low mosquito density to be adjusted according to needs. Repeat the step 2 + step 3 cycle in the event of a new mosquito infestation.