WOODEN STRUCTURE 0010-286i

 

The composite instrument has a total dimension of 820X690 cm and a height of 332 cm and includes:

 

• 1 staircase for loft height 92 cm
• 4 squares with 92 cm height (with cover)
• 1 semicircular bridge
• 1 bridge with ropes
• 1 tunnel bridge
• 1 semicircular lane ramp 92 cm high
• 1 downstairs firefighter with a height of 92 cm.
• 2 loft climbing nets 92 cm high
• 2 slides of corrugated height 92 cm.
• 4 squares cover
• 4 pairs of handles
• ‘smile’ protectors
• plugs for screws
• mounting bases

SQUARE PATRIAR 92 cm (with square cover)

The 92 cm loft has a total dimension of 111,5X111,5X332 cm and consists of:

• 4 wooden pillars 9X9 cm and 272 cm high.
• 4 9x9x93.5cm wood from which 4x4x93.5cm length is removed.
• 1 Wireness Plywood, one side of which features a dark brown, non-slip floor. Its dimensions are 99X99 cm and its thickness is 21mm.
• 1 arch shaped cover that fits on the top of the 4 columns.

The 272 cm vertical wooden columns are pierced at 84.5 cm and 85.5 cm, one on each of the sides connected to the loft, from their base to the loft floor. These holes are fitted with metal beams Ø 15 mm with a length of 75 mm. It has two air-socket nuts at the corresponding height mounted on their wood hole. Fits with two 3 / 8X13 screws. The opening of the wood hole is sealed with a polypropylene (PP) plug.

The floor consists of 4 9x9x93,5 cm woods on which the plywood (loft floor) is based.

STAIR FOR FLAT 92 cm

The 92cm loft staircase measures 93X135cm and the projection length of the 92cm loft consists of:

• 2 wood 4.5,520×135 cm
• 4 wood 4,5x20x84,5 cm
• 4 wood 4,5x6x84,5 cm.

The 92cm staircase handrail consists of:

• 4 wood with curved edges 4,5x9x90 cm.
• 2 wood with curved edges 4,5x9x130 cm.
• 2 specially shaped rectangular birch plywood colored with internal angles of about 45 ° and 135 °, inscribed in a rectangular rectangle of approximately 110×200 cm, 2 cm thick.

Between the 2 x 20×135 cm woods are placed 4 4,5x6x84,5 cm woods per 20 cm. On these 4 4,5x20x84,5 cm woods are applied as presses.

The handrail is constructed as follows: The 2,5,5x9x130 cm 2 woods are facing each other and facing upwards. In these, they are screwed vertically 4,5x9x90 cm 2 by 2 on each side. Between the 20x135cm stairs, the 4.5x9x160cm stairs and the 4.5x9x90cm vertical stairs, the rectangular gap on each side of the staircase is covered with birch plywood.

SEMI-CIRCULAR BRIDGE

The bridge is approximately 200×109 cm and 94 cm high and consists of:

• 4 columns approximately 7×4,5×94 cm in diameter.
• 4 curved timber cross sections approximately 4,5x10x191 cm.
• 2 curved woods approximately 8x10x200 cm.
• 2 woods approximately 9x9x99 cm.
• 2 colored birch plywood approximately 191x75x2 cm.
• 10 woods approximately 4x20x99 cm.

The floor of the semicircular bridge consists of two 8x10x200 woods and two 9x9x99 woods that form the frame of the bridge floor. In this frame are fixed the 10 4X20X99 woods that form the floor of the bridge.

The two side handrails consist of a frame consisting of two 4,5x10x191 curved wood and 2 7×4,5×94 2 columns each and the intermediate gap is filled by the colored birch plywood. Various representations or themes can be etched on the birch plywood.

BRIDGE WITH ROPES

The activity is 160 cm long, 82 cm high and consists of:

• 1 pc. 160x14x8 cm wood (base) with adjusting lever
• 2 pcs wood 170x12x4,5 cm.
• 4 pcs cylindrical wood Ø90 mm x 70 mm height
• 4 pcs 8 mm X 240 mm screws
• 5 pcs Ø 16 mm 192 cm polypropylene (PP) coated ropes with 10 pcs 3 / 8X90 mm screws fitted at their ends.
• 4 pcs Ø 16 mm cable of 82 cm polypropylene (PP) coated with 8 pcs. screws 3 / 8X90 mm
• 4 pcs Ø 16 mm 152 cm polypropylene (PP) coated ropes.
• 8 pcs T-shaped polypropylene (PP) fasteners Ø 32 mm 62X65 mm
• 20 pcs polypropylene (PP) clips 38 mm x 50 mm
• 8 pcs polypropylene safety plugs
• 18 pcs electro galvanized safety nuts 3/8
• 4 pcs electro galvanized safety nuts

This activity joins the two bases of the lamps through the wood (bridge base) in dimensions 160x14x8 cm with a morse 3 cm with holes along the beam per 25.3 cm. The ropes Ø 16 length 192 cm pass through base (the center of the length of the ropes is on the base) and are applied to the two handrails 170x12x4.5 cm with 10 adjustable screws 3 / 8X90mm with 10 pcs safety nuts and covered with 10 pcs polypropylene (PP) fasteners. .

The ends of the beams (170x12x4,5cm) are applied to the vertical beams with 4 pcs μεσα 90 mm x 70 mm in height with 4 pcs of 8 mm x 2440 mm electro-galvanized screws at both ends. 8 pcs polypropylene (PP) safety caps.

The 4 pcs. 152 cm long polypropylene (PP) coated rope (PP) ονται 16 are connected to the 5 ropes και 16 and 192 cm long with 8 pcs of polypropylene “T” Ø 32 mm 62 mm x 65 mm at their ends and 20 pcs. . polypropylene fasteners 38 mm x 50 mm

The 4 pcs. 82 16 cm 82 cm coated polypropylene cable with 4 pcs 3 / 8X90 mm screws with 4 safety nuts on both ends and covered with polypropylene safety plugs.

POLYETHYLENE TUNNEL

The tunnel is 100 cm long and has an internal opening Ø770 mm. It has two panels used to connect it to the 88 cm wide and 104 cm high lamps.

It is manufactured by the rotary extraction method molded. It is formed of linear low density polyethylene with UV stabilizers and provides antistatic (static electricity) protection. Each color, which is non-toxic, is applied by rotary extraction of the mold. It is one-piece and also has one-piece protective cover of the same material, to prevent falls. These materials by:

• ASTM – D – 790 (Flex Modulus – Flexible elements)
• ASTM – D – 638 (Tensile Strength)
• ASTM – D – 648 (Heat Distortion Temperature – Heated Distortion)
• ARM – STD (Low Temperature Impact – low temperature impact effect)

The wall diameter should be at least 6 mm in thickness. Exceptions should be mentioned.

ASTM = the American Society for Testing and Materials, the American Materials Testing and Testing Service

SEMI-CIRCULAR ROPE CLIMB (92 CM HIGH LOFT)

The rope curve is 93 cm wide and 150 cm wide and consists of

• 2 curved woods of 15×2 cm cross section and 150 cm crossbow.
• 10 x 5x20x82 cm wood
• 3 woods 9X9X82 cm
• 1 wire rope coated with non-combustible material approximately 2 meters.

The two curved woods are interconnected through the 10 wood-fired woods. At the base of the construction and in the middle of the stumps, 9X9 cm wood is placed as auxiliary to the climb. The third 9X9 wood is positioned between the pillars of the attic and at such a height that the rope applied to it is stretched.

DOWN – FIREPOLL (for loft height 92 cm)

The downhill – fire extinguisher activity consists of a galvanized metal laminate with a cross section of 0 32 mm and a height of 270 cm.

Top section with galvanized hot-rolled metal plate Ø 32 mm cross section and 3 mm thick 93.5 cm elliptical “P” shape with attachment awaiting the loft columns and height specified by EN 1176. Below and on the loft floor are 2 pcs of safety handles.

CLIMBING NET (for loft 92 cm high)

The climbing net consists of:

• 3 polypropylene (PP) coated ropes, 16 mm wide and 135 cm long.
• 3 polypropylene (PP) tubular arms with 27 mm cross-sectional lengths of 42.5 cm.
• 3 thermally galvanized M8 joints.
• 3 thermally galvanized M6 safety nautical keys.
• 1 metallic electrostatic paint holder with 3 fastening nuts on top and used for underground installation. It is made of “P” shape with a width of 42.5 cm and a height of 65 cm.

The three polypropylene coated ropes are connected to the 3 polypropylene tubular arms (steps) through their anvils and are positioned at intervals. The first step at a height of 40 cm from the ground surface and the rest with a gap of 23 cm between them. The upper ends of the three ropes are connected to the loft by the M10 connectors.

At their lower ends are the ropes with the metal base “P” through the nautical keys, which base is mounted in the ground with a hook. The climbing net is applied to the side of the loft with two metal safety handles.

STRAIGHT CORRUGATED SLIDE HEIGHT 92 cm.

The straight corrugated slide has a height of 92 cm and a projection length of 198 cm. It is manufactured by the molding rotary extraction method. It is formed of linear low density polyethylene with UV stabilizers and provides antistatic (static electricity) protection.

Each color, which is non-toxic, is applied by rotary extraction of the mold. It is one-piece and also has a one-piece protective cover to prevent falls. These materials are disciplined by:

• ASTM – D – 790 (Flex Modulus – Flexible elements)
• ASTM – D – 638 (Tensile Strength)
• ASTM – D – 648 (Heat Distortion Temperature – Heated Distortion)
• ARM – STD (Low Temperature Impact – low temperature impact effect)

The wall diameter should be at least 6 mm in thickness. Exceptions should be mentioned.

ASTM = the American Society for Testing and Materials, the American Materials Testing and Testing Service

HOODS

The slide guard protects children from sitting in the seat to avoid accidents. It is 105 cm high, 87 cm wide and approximately 10 cm wide.

They are manufactured by the method of rotary extraction into molds. It consists of linear low density polyethylene and with the addition of materials that provide protection from UV radiation and against static electricity.

Each color, which is non-toxic, is applied by rotary extraction of the mold.

These materials are disciplined by:

• ASTM – D – 790 (Flex Modulus – Flexible elements)
• ASTM – D – 638 (Tensile Strength)
• ASTM – D – 648 (Heat Distortion Temperature – Heated Distortion)
• ARM – STD (Low Temperature Impact – low temperature impact effect)

ASTM = the American Society for Testing and Materials, the American Materials Testing and Testing Service.

 

SQUARE SHEEP

The square cover is approximately 122x122x70cm and has a hole-to-center dimension of 102.5cm on each side.

The cover is manufactured by the rotary extraction method molded. It is formed of linear low density polyethylene and with the addition of materials that provide protection from UV radiation and against static electricity.

Each color, which is non-toxic, is applied by rotary extraction of the mold. These materials are disciplined by:

• ASTM – D – 790 (Flex Modulus – Flexible elements)
• ASTM – D – 638 (Tensile Strength)
• ASTM – D – 648 (Heat Distortion Temperature – Heated Distortion)
• ARM – STD (Low Temperature Impact – low temperature impact effect)

ASTM = the American Society for Testing and Materials, the American Materials Testing and Testing Service.

PROTECTIVE FRAMEWORK-PANEL

The protective frame measures approximately 85X97X6 cm. It consists of:

• 2 wooden columns approximately 4x6x97 cm.
• 1 plywood of colored birch approximately 85,5X90x2 cm.

Between the pillars is placed the birch plywood, approximately 85,5X90x2 cm, in which reliefs or themes can be carved. Place the protective frame flat above the loft floor and secure to the loft pillars.

 

SAFETY HANDLES

The safety handles are metallic electrostatic paint with vertical alignment in two, with the inner wrapped at the top. It has a metal mounting blade at its bottom and a mounting point at the top. They are made of a tube Ø 32 mm approximately 80 cm high and spaced apart according to EN 1176. After being degreased, they are coated with polyzinc (zinc) and then electrostatic powder coating.

The safety handles are mounted on points of the entry-exit lamps without panels (panels, railings, etc.).

BACKPACK BASES

For fixing the instrument to the ground, each pair has a pair of mounting bases.

The mounting bases are made of two galvanized metal plates and then painted with electrostatic paint, of a shape “P” and approximately 100x12x4 cm thick and 0.5 cm thick, which “hug” the column and are joined together by passing screws 5 / 8 ″ X15. At the bottom there is a metal flange to hold them in the concrete pit.

Only grounding irons, which hold the column at least 5 cm above the ground, are prevented to the ground in order to prevent the wood from being corroded by soil moisture.

TIMBER

The wood used is composite non-stick Swedish pine timber, in accordance with EN 351. It is manufactured with special compound (welding of wood) in different sections depending on the intended use.

COMPOSITE wood is 40% stronger than whole wood. It has a strength of 360 kp / m2 and a specific weight of about 480 kg / m3.

• Contains about 15% moisture
• Contains minimal juices (resin) compared to other pine family trees in other countries (weather in Northern Sweden up to -25 ° C)
• Has thermal conductivity s = 0.10 Kcal / Mho and sound insulation 3.5 times greater than concrete or brick of equal thickness.
• It has antimagnetic properties and is a poor conductor of electricity
• Resistant to fire and classified in categories F30 and F60 (by DIN 4120) according to its cross-section.
• When the outer part of the cross-section burns, its interior protects and retains its durability.
• It is processed just like commercial wood
• Maintains its shape and distorts or creates minimal fractures
• Annual wood rings are usually perpendicular to the long side of the cross-section with a significant increase in the mechanical strength of this surface, if applied to floors.All corners of the wood are planed with a radius of about 5 mm.

COLORED PLYWOOD BIRCH

The plywood elements required for our constructions are about 20 mm thick and are made of 1.5 mm thick timber sheets bonded to each other by pressure-sealing using non-toxic phenolic base resins. They are painted with water-soluble paints to which no seals, thinners or paints containing lead, chromium, cadmium or other heavy metals have been attached. The colors are also very resistant to adverse weather conditions.

The above plywood sheets are in accordance with EN 314-2. The quality of the plywood is such that no further processing is required before painting, such as, for example, stocking, and reliefs and themes can be engraved.

PLASTIC ELEMENTS

The plastic components required to manufacture the equipment are highly resistant to UV radiation and adverse weather conditions. Preferred are recyclable materials such as polyethylene (PE) or polypropylene (PP). Specifically all screws protruding from the equipment over 5 mm are covered with polypropylene (PP) plastic plugs. They are also safe for the safety and health of children.

METALIC ELEMENTS

The metallic elements used in the manufacture of the equipment (screws, joints, etc.) are made of metals either thermo-galvanized or electro-galvanized, where the surface preparation has been preceded by sandblasting or stainless steel. The dimensions and cross-sections of the metallic elements are sufficient to accommodate (with an appropriate safety factor) the loads for which they have been designed to withstand corrosion and adverse weather conditions.

PAINTS

The varnishes and colors that protect the wooden parts are specially designed for the climate of our country (temperature changes, open or closed areas etc.) are completely harmless to the users (they do not contain lead, chromium, cadmium and other heavy metals) ) and give great strength to our constructions.

For their anticorrosive protection, the metal parts are processed for polishing, followed by a coating of polyzinc (zinc) and then electrostatic, two-layer polyester powder coating.

PACKING

The following procedure is used for fixing the equipment:

At this point where the column is to be placed, an 80 cm deep pit is opened. about 60cm in diameter. Then, after the column is inserted, the pit is filled with frusto-concreted concrete until it reaches 10 cm. from the ground surface, where it is covered with soil.

Only ground irons, which hold each column at a distance of about 10 cm from the ground, are prevented on the ground in order to prevent the wood from being corroded by soil moisture.

 

All production work processes for the processing of raw materials are carried out according to:

• EN 1176 standards 1-6,
• ISO 9001: 2015 quality system
• The ISO 14001: 2015 environmental managemen