Unigreen LASER-FUTURA- EXPO series AT STD/TOP

	This symbol identifies
	the clean water tank on
8 unigreen	the machine used to
8 unigreen	wash your hands

3.2NOISE LEVEL OF THE MACHINE

Use earmuffs to protect your ears when using the machine, below you will find the data on the maximum noise levels during work.

Atomisers with axial fan rotor

ACOUSTIC POWER LEVEL emitted by the machine with axial fan rotor: 113.5 and 118.5 dBA respectively in 1st and 2nd gear

ACOUSTIC POWER LEVEL AT THE OPERATOR’S POSITION emitted by the machine with axial fan rotor: 89.0 and 89.5 dBA respectively in 1st and 2nd gear

Atomisers with centrifugal fan rotor (cannon)

ACOUSTIC POWER LEVEL emitted by the machine with axial fan rotor: 111.5 and 117.5 dBA respectively in 1st and 2nd gear

ACOUSTIC POWER LEVEL AT THE OPERATOR’S POSITION emitted by the machine with axial fan rotor: 94.0 and 97.0 dBA respectively in 1st and 2nd gear

Readings taken in accordance with the following standards: Machines Directive 98/37/CE (89/392 CE Dir. re-codified).

Legislative Decree D.Lgs. n°292 of the 4th of September 2002 concerning the environmental acoustic emission of machines and equipment for use outdoors. Legislative Decree D.Lgs. 277/91 on the subject of the protection of workers against the risks deriving from exposure to chemical, physical and biological agents.

3.3STANDARDS OF REFERENCE:

-MACHINES DIRECTIVE 98/37/CEE (89/392 CE Dir. re-codified).

-Directive 86/188/CEE: risks deriving from exposure to noise (implemented in Italy by Legislative Decree D.L 277/1991)

-DPR 547/1955: Regulations for the prevention of accidents and hygiene at work.

-Legislative Decree D.Lgs. n°292 of the 4th of September 2002 concerning the environmental acoustic emission of machines and equipment for use outdoors. -UNI EN ISO 12100-1/Apr.2005 : Machinery safety - Fundamental concepts, general design principles - Part 1: basic terminology, methodology

-UNI EN ISO 12100-2/Apr.2005 : Machinery safety - Fundamental concepts,

general design principles - Part 2: Technical principles

-UNI EN 294/July 1993: Machinery safety, safe distances to avoid reaching hazardous areas with upper limbs.

-UNI EN 349/June 1994: Machinery safety, minimum spaces to prevent crushing of body parts

-UNI EN 907/Nov.1998: Agricultural and forestry machinery - Sprayers and spreaders of liquid fertilizers - Safety.

-UNI EN 954-1/Dec. 1998 : Machinery safety - Fundamental concepts, general design principles

-UNI EN 982/July 1997: Machinery safety. Safety requisites relevant to systems and their components for hydraulic and pneumatic transmissions. Hydraulics. -UNI EN ISO 4254-1/June 2006: Agricultural machines - Safety - Part 1: General requisites

-ISO 11684/1995: Pictograms - general principles.

4USER’S INSTRUCTIONS

4.1DESCRIPTION OF THE MACHINE

The mistblowers consist of a structural steel frame and a polyester tank reinforced with fibreglass or high-density polyethylene. The frame is hot- galvanised. The tank is easy to empty and this makes it possible to use the machine even on hillsides.

The pumps are generally diaphragm pumps but in some cases they are fitted with pistons.

The accessories for completing the fitting, non-drip jets and ceramic nozzles make the UNIGREEN mistblower a highly qualified and efficient piece of equipment.

4.1.1 HAND WASHING TANKS

The mistblowers are supplied with an auxiliary hand-washing tank with clean water and a hand tap.

This tank must always be supplied with water and the inside must be clean so you can wash any parts of the body that come into contact with the chemical product used.

Never drink the liquid inside.

LASER-FUTURA- EXPO series AT STD/TOP - AT BASE specifications

The Unigreen LASER-FUTURA-EXPO series, specifically the models AT STD/TOP and AT BASE, represents a groundbreaking advancement in the realm of agricultural technology. Designed for precision and efficiency, these laser-guided systems are engineered to meet the demands of modern farming practices. The LASER-FUTURA-EXPO series is synonymous with innovation and high performance, offering a range of features and technologies that enhance productivity.

One of the standout characteristics of the AT STD/TOP model is its advanced laser guidance system. This technology allows for unparalleled accuracy in land leveling and grading, ensuring that the soil is prepared perfectly for planting. The integration of top-grade lasers significantly reduces human error and increases operational efficiency. For farmers, this means that crops can be established in an optimized environment, leading to healthier yields.

The AT BASE variant provides a cost-effective solution while still delivering essential laser-fueled functionalities. This model maintains the fundamental technologies of the series but offers a streamlined approach to achieving precision farming. Both models feature durable construction designed to withstand the rigors of outdoor use while providing operators with a user-friendly experience.

A notable technology incorporated into the LASER-FUTURA-EXPO series is its real-time monitoring capabilities. This allows farmers to track their operations seamlessly, making adjustments on-the-fly based on the live data collected. This feature significantly enhances decision-making processes, enabling proactive management of equipment and resources.

The ergonomic design of both the AT STD/TOP and AT BASE models facilitates ease of use, with intuitive controls that allow operators to focus on their tasks without unnecessary distraction. Additionally, maintenance is simplified, ensuring that downtime is minimized and productivity maximized.

In summary, the Unigreen LASER-FUTURA-EXPO series AT STD/TOP and AT BASE models epitomize modern agricultural innovation. With advanced laser guidance, real-time monitoring, and user-friendly design, these systems empower farmers to optimize their operations while promoting sustainable practices. As agriculture continues to evolve, products like the LA-SER-FUTURA-EXPO are at the forefront, enabling a new era of efficiency and productivity in farming.

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