EN 15372:2016 BIFMA X Sections: 4.3, 5.2, 5.3, 5.4, 5.5, 6, 7

Transkrypt

1 Zał. nr 4 O-TÜV-2 Strona age: 1 Stron ages: 26 Zleceniodawca: Client: HOWE L sp. z o. o., Ul. Wyspiańskiego 26B/5, oznań rzedmiot badania: Test item: SIMLA fold table roducent / Klient zew.: Manufacturer / ext. Customer: HOWE L sp. z o. o., Ul. Wyspiańskiego 26B/5, oznań Oznaczenie: Identification: SIMLA fold table Nr seryjny: Serial no.: rzyjęcie towaru nr: Receipt no.: /17/640 Data przyjęcia: Date of receipt: Miejsce kontroli: Testing location: TÜV Rheinland olska Sp. z o.o. ul. Lutycka 11, oznań odstawa badań: Test specification: EN 15372:2016 BIMA X Sections: 4.3, 5.2, 5.3, 5.4, 5.5, 6, 7 Wynik badania: Test Result: atrz dalsze punkty raportu. See other points of the report. Opracowane / compiled by: M. Strugalski data Date / nazwisko Name podpis Signature Autoryzowane / authorized by data Date W. Sajewicz nazwisko Name podpis Signature Inne / Other Aspects: The table was tested with test severity: 2 orce used in point 5.4 as a Horizontal static load test (Table 2, Test number 1 according to point 6.2 of EN 1730) was 200N. Construction details see Identification of the test item and hoto documentation. Skróty: (ass) (ail) = = = = zgodne z podstawami kontroli niezgodne z podstawami kontroli nie dotyczy nie badano Abbreviations: (ass) (ail) = = = = passed failed not applicable not tested Raport z badań odnosi się wyłącznie do badanych obiektów i nie może być powielany w formie wyciągu bez zezwolenia Laboratorium. Raport nie upoważnia do korzystania ze znaków oraz logo firmy TÜV Rheinland Group. Skrót A metoda akredytowana, metoda podzlecona. This test report relates to the a. m. test samples. Without permission of the test center this test report is not permitted to be duplicated in extracts. This test report does not allow use marks and logo of TÜV Rheinland Group. Abbreviation A accredited method, subcontracted method. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

2 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 2 Stron ages: 26 Stosowane przyrządy/urządzenia pomiarowe Used measuring equipment omiar Measurement Numer urządzenia Equipment no. Data następnej kalibracji Next calibration date Wymiary / masa A/37/W/-H A/79/W/-H A/136/W/-H A/137/W/-H A/166/W/-H Testy statyczne/dynamiczne A/1/W/-H A/2/W/-H A/3/W/-H A/4/W/-H E/5/S/-H E/7/S/-H E/8/S/-H E/9/S/-H E/10/S/-H E/30/S/-H E/32/S/-H E/34/S/-H E/35/S/-H E/53/S/-H A/68/W/-H E/74/S/-H E/99/S/-H E/100/S/-H A/128/W/-H A/159/S/-H A/216/S/-H Warunki środowiskowe A/148/W/-H Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

3 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 3 Stron ages: 26 Identyfikacja przedmiotu badań Identification of test item SIMLA fold table The product is intended for general use (applications: general hotel, cafés, restaurants, public halls, banks, bars, meeting rooms). Construction of main, folding frame is chromed steel. Legs are made of profiles with circular crosssections with outer diameter 38,0 mm. Horizontal folding frame is made of profiles with rectangular cross-sections 16,5 x 35,5 [mm]. irst pair of legs is equipped with adjustable feet, second pair is equipped with rollers feet and rollers are made of hard artificial material. Countertop is not connected to the frame the assembly system consists of installing the worktop/countertop as a structure that fits into the main frame by ten of matching thresholds (ig. 1). Dimensions: 1201 x 726 x 600 [mm] Weight: 19,16 kg ig SIMLA fold table. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

4 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 4 Stron ages: 26 N-EN 15372: Safety, stability, strength and durability 5.1 General requirements The table shall be designed so as to minimize the risk of injury to the user. All parts of the table with which the user comes into contact during intended use, shall be designed so that physical injury and damage are avoided. This requirement is met when: a) edges of table tops which are directly in contact with the user are rounded or chamfered; b) all other edges accessible during intended use are free from burrs and/or sharp edges; c) ends of hollow components with a diameter greater than 7 mm and less than 12 mm where the accessible depth is greater than 10 mm, are closed or capped. Movable and adjustable parts shall be designed so that injuries and inadvertent operation are avoided. It shall not be possible for any load bearing part of the table to come loose unintentionally. All parts which are lubricated to assist sliding shall be designed to protect users from lubricant stains when in normal use. 5.2 Shear and squeeze points Shear and squeeze points when setting up and folding Unless or are applicable, shear and squeeze points that are created only during setting up and folding are acceptable, because the user can be assumed to be in control of his/her movements and to be able to cease applying the force immediately upon experiencing pain. The edges of parts moving relative to each other and creating shear and squeeze points shall be as specified in 5.1. Table fulfilled the general safety requirements. There existed acceptable shear and squeeze points created during setting up and folding the table. The user is able to cease applying the force immediately upon experiencing pain Shear and squeeze points under influence of powered mechanisms There shall be no shear and squeeze points created by parts of the table operated by powered mechanisms, i.e. springs, gas lifts and motorised systems. Not applicable Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

5 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 5 Stron ages: Shear and squeeze points during use There shall be no shear and squeeze points created by forces applied during normal use. The loads used for durability tests within Table 2 are considered representative of normal use. There shall be no shear and squeeze points if a hazard is created by the user during normal movements and actions. 5.3 Stability Stability under vertical load General When assessing the stability of a table, reference shall be made to EN 1730:2012, 7.1. Tables that can be set to heights both above and below 950 mm shall be tested to both and There were no shear and squeeze points created by forces applied during normal use Test for tables that are or can be set to a height of 950 mm or less The table shall be set to the height most likely to cause overturning, but not more than 950 mm. The table shall not overturn when tested according to EN 1730:2012, 7.2.2, using the forces specified within Table Test for tables that are or can be set to a height > 950 mm The table shall be set to the height most likely to cause overturning, but not less than 950 mm. The table shall not overturn when tested according to EN 1730:2012, 7.2.3, using 50 % of the forces specified within Table 2. In accordance with the standard requirements, the force of 150 N was used. During testing the table was not overturned. Not applicable Stability for tables with extension elements Load each extension element with the load specified in Table 1. The table shall not overturn when tested according to EN 1730:2012, 7.3, using the forces specified within Table 2. Not applicable. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

6 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 6 Stron ages: Strength and durability General Tables shall be tested for strength and durability according to, and in the order given in Table 2. The guidance for selecting test severity 1, 2 or 3 with due respect for the end use of the product is given in Annex B. Type 1 tables have a main surface 600 mm or more above the floor surface and a surface area greater than 0,3 m 2. All other tables are considered as Type 2. olding table is intended by manufacturer for general use (Level of test severity 2). The table is considered as Type 2. See further section of the report. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

7 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 7 Stron ages: 26 Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

8 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 8 Stron ages: Requirements The requirements are fulfilled when after testing in accordance with Table 2: a) there are no fractures of any member, joint or component; b) there are no loosening of joints intended to be rigid; c) table fulfils its functions; d) table fulfils the safety requirements contained in 5.1, 5.2 and Information for use Information for use shall be available in the language of the country in which it will be delivered to the end user. It shall contain at least the following details: a) information regarding the intended use, see Annex B; b) assembly instructions, where applicable; c) instructions for the maintenance of the table, if applicable. The table was tested in accordance with the standard. The manufacturer has allocated the table for normal use (test level - 2). There were no fractures of any member, joint or component. The table kept rigidity. The table did not loose its functionality. The table fulfils the safety requirements contained in 5.1, 5.2 and 5.3. Not tested. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

9 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 9 Stron ages: 26 BIMA X Stability Under Vertical Load Test (See igures 4b and 4c) Note: This test applies to table/desks without extendible elements. This test does not apply to Keyboard/Laptop Tables or Benching Systems Test Setup The unit shall be placed on a level platform and leveled in its normal operating position. Any extendable elements shall be closed and unloaded. Adjustable height desk/tables shall be positioned at a height that places the desk/table in its least stable condition Test rocedure a) or tables less than or equal to 72 in. in length: lace a 305 mm (12 in.) diameter disk so that its center is 178 mm (7 in.) from the edge of the top at the least stable location. If the center of the disk is greater than 305 mm (12 in.) from a corner of the top, move the disk such that its center is 305 mm (12 in.) from a corner keeping the edges of the disk equidistant from both sides of the top. If, at least stable position, the top has a depth less than 356 mm (14 in.), center the loading disk across the depth at that position. or tables greater than 72 in. in length: lace two 305 mm (12 in.) diameter disks 36 in. apart (center-to-center) so that their centers are 178 mm (7 in.) from the edge of the top at the least stable location. If the center of a disk is greater than 305 mm (12 in.) from a corner of the top, move the disk such that its center is 305 mm (12 in.) from the corner keeping the edges of the disk equidistant from both sides of the top. If, at the least stable position, the top has a depth less than 356 mm (14 in.), center the loading disks across the depth at that position. (See igures 4b and 4c). b) lace a 57 kg (125 lb.) static load on the disk(s). c) If necessary, repeat steps (a) and (b) to verify the least stable position has been evaluated Acceptance Level The unit shall not tip over. If one of more extendible elements opens during the test and prevents the unit from tipping over due to contact with the test platform, the unit does not meet the acceptance criteria. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII The unit did not tip over. The unit doesn t have extendible elements.

11 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 11 Stron ages: Concentrated unctional Load Test (See igures 5a-d and 4c) Note: This test does not apply to units with a primary surface greater than 965 mm (38 in.) in height. This test applies to adjustable height tables that can be adjusted to 965 mm (38 in.) or less. This test applies to Benching Systems (See also 5.8 and 5.9) Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

12 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Concentrated unctional Load Test (See igures 5a-d and 4c) a) The unit shall be leveled and the base may be secured to the test platform to prevent tipping. The method of securing shall not affect the load application. If the unit requires support from adjacent units, all units shall be tested together as a system. Adjustable height tables shall be adjusted to their highest position but not to exceed 965 mm (38 in.) b) Apply the specified concentrated load to the primary surface per Table 1 through a 305 mm (12 in.) diameter disk so that its center is 178 mm (7 in.) from the unit s edge at its apparent weakest point. (See Section 4 for load application of non-rectangular tables). If at the apparent weakest point. (See Section 4 for load application of non-rectangular tables). If at the apparent weakest point the top has a depth less than 356 mm (14 in.), center the loading disk across the depth at that position. Ganged unit surfaces where ganging device(s) provide structural support to the unit shall be tested as a single surface. (Large ganged surfaces shall be tested in accordance with 5.2.1c) When the weakest point is not obvious, several load applications may be necessary to properly test the product. The following are some typical weakest points (see igure 5b): Example 1) Center point of longest unsupported span. Example 2) Longest distance from cantilevered support to work surface edge. Example edges. 3) Each side of ganged surface Strona age: 12 Stron ages: 26 Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

13 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 13 Stron ages: 26 c) When testing ganged units where the surface size is such that a 2,6 m (102 in.) chord can fit within the area of the tops (See igure 5c), (See Step 5.2.1b (Example 3)), two concentrated loads are required. The concentrated loads, described in Table 1, are applied through 305 mm (12 in.) diameter disks. lace the two 305 mm (12 in.) diameter disks equidistant about the ganged edge while maintaining the centers of these disks 914 mm ± 25 mm (36 in. ± 1,0 in.) apart and 178 mm (7 in.) in from the edge of the ganged unit s top (See igure 5d). If there are more than two ganged surfaces, they shall remain unloaded during the testing. d) When testing units with lengths (or diameters) greater than 1829 mm (72 in.), two concentrated loads are required. The concentrated loads, described in Table 1, are applied through 305 mm (12 in.) diameter disks. The centers of these disks shall be placed 915 mm ± 25 mm (36 in. ± 1,0 in.) apart and 178 mm (7 in.) in from the edge of the primary surface at the apparent weakest point. See Section 5.2.1b for guidelines. e) All remaining surfaces and extendible elements shall be loaded according to the disturbed functional loads per Table 1. The largest two extendible elements shall be fully opened for the duration of the test. OIf the unit contains an interlock that will not allow two extendible elements to be opened simultaneously, open the largest capacity extendible element(s). Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

15 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 15 Stron ages: Test rocedure a) Loads shall be allowed to remain for 60 minutes. b) Remove only the concentrated load(s) from the primary surface. c) Without removing any other loads, perform the ull orce Test in Section Acceptance Level There shall be no loss of serviceability. Upon completion of the test, the extendible member(s) shall meet the pull force requirements of Section 19 as tested in Distrubuted unctional Load Test (See igures 5e through 5h) Test Setup a) The unit shall be leveled and the base may be secured to the test platform to prevent tipping. The method of securing shall not affect the load application. If the unit requires support from adjacent units, all units shall be tested together as a system. Adjustable height tables shall be adjusted to their highest position. Keyboard support surfaces shall be loaded in their worst-case position. b) Depending on the desk/table surface classification, apply the specified distributed loads per Table 1. or primary surfaces, loads shall be evenly distributed and centered over a line 203 mm (8 in.) in from the edge along the entire perimeter. or surfaces that are less than 406 mm (16 in.) deep, evenly distribute the load across the surface. The loads may be secured to the surface if necessary to perform this test. c) The largest two extendible elements shall be fully opened for the duration of the test. If the unit contains an interlock that will not allow two extendible elements to be opened simultaneously, open the largest capacity extendible element(s) Test rocedure a) Loads shall be allowed to remain for 60 minutes. b) Close the extendible elements. c) Without removing any load, perform the ull orce Test in Section 19. The unit did not loose serviceability. The unit does not have extendible elements. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

16 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 16 Stron ages: Acceptance Level There shall be no loss of serviceability. Upon completion of the test, the extendible member(s) shall meet the pull force requirements of Section 19 as tested in Concentrated roof Load Test (See igures 5a-d and 4c) Note: This test does not apply to units with primary surface greater than 965 mm (38 in.) in height. This test applies to adjustable height tables that can be adjusted to 965 mm (38 in.) or less Test Setup The setup shall be performed per Section with the appropriate concentrated proof load per Table 1, except for the extendible elements, which shall remain loaded with the distributed functional loads. The unit did not loose serviceability. The unit does not have extendible elements Test rocedure Loads shall be allowed to remain for 15 minutes and then removed Acceptance Level There shall be no sudden and major change in the structural integrity of the product. Loss of serviceability is acceptable. There were no sudden or major change in the structural integrity of the product. There were no loss of serviceability. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

17 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 17 Stron ages: Distributed roof Load Test (See igures 5e-h) Test Setup erform the setup per Section using the appropriate distributed proof loads per Table 1, except for the extendible elements, which shall remain loaded with the functional loads Test rocedure Loads shall be allowed to remain for 15 minutes and then removed Acceptance Level There shall be no sudden and major change in the structural integrity of the product. Loss of serviceability is acceptable. There were no sudden or major change in the structural integrity of the product. There were no loss of serviceability. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

18 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 18 Stron ages: 26 6 Top Load Ease Cycle Test (See igure 6) 6.1 urpose of Test The purpose of this test is to evaluate the durability of the unit to withstand cyclic loading if the primary surface(s) resulting from a person on the unit. This test does not apply to: Surfaces greater than 965 mm (38 in.) in height, or height adjustable units that cannot be adjusted to 965 mm (38 in.) or below. Shelves or adjustable keyboard surfaces or keyboard tables. (If it is unclear whether the surface is a primary surface or a shelf, this test applies). Units with integral (non-detachable) overhead storage units, hutches, etc. that limit the useable depth of the primary surface to less than 406 mm (16 in.) or with designs that interfere with a person s ability to sit on the surface. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

19 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 19 Stron ages: Test setup a) The unit shall be placed on the test platform, leveled, and testrained to prevent movement. Units with tops that are height adjustable shall be tested at the midpoint of adjustment but not higher than 965 mm (38 in.). b) All extendible elements shall be loaded with the functional load per Table 1 and then closed for the duration of the test. c) or units with a primary surface with a depth greater than or equal to 457 mm (18 in.) deep, a 91 kg (200 lb.) weight applied by means of a 406 ± 13 mm (16 in. ± 0,5 in.) diameter bag (See Appendix A) or force applied through a 406 ± 13 mm (16 in. ± 0,5 in.) disk shall be positioned with the edge of the bag/disk within 25 mm (1 in.) from the edge of the surface at the center of the largest unsupported span. or primary surfaces with a depth less than 457 mm (18 in.), center the bag on the available surface depth. lip top tables shall be tested in the worst case position. If the worst case condition cannot be determined, the weight shall applied to both the front and rear edges of the surface (tests run individually) to adequately test the latching mechanism. d) The cycling device shall be set to operate at a rate of 14 ± 6 cycles per minute. 6.3 Test rocedure a) rior to performing the test procedure, all extendible elements shall be tested to and meet the pull force requirements of Section 19. b) The bag shall be raised until the entire weight is off the primary surface and then eased (without impact) onto the primary surface, so that it takes the entire weight without any support from the cycling device. c) Repeat Step b) for a total of cycles. d) Remove the bag and perform the pull force test in Section Acceptance Level There shall be no loss of serviceability to the unit. Before and after the cycling test, the extendible elements shall meet the pull force test requirements in Section 19. The unit did not loose the serviceability. The unit doesn t have extendible elements. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

20 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 20 Stron ages: 26 7 Desk/Table Unit Drop Test (See igure 7) This test applies to unganged freestanding category I desk or table products which are less than or equal to 1829 mm (72 in.) in length. This test does not apply to desk/table units with casters or to keyboard tables. 7.1 urpose of Test The purpose of this test is to determine the ability of a desk/table unit to withstand an impact force on the legs, column or base. 7.2 Test setup On desk/table units with adjustable features, set the adjustable features at the midpoint of adjustment. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

21 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 21 Stron ages: Test procedure a) Asuure all extendable elements and surfaces are unloaded and determine the weight of the unloaded desk/table unit to be tested. b) The unit shall be placed on a test platform and leveled. If the desk/table unit is equipped with glides, extend them to their midpoint but not to exceed 13 mm (0,5 in.) from the fully retracted position. c) Raise one end of the long axis of the unloaded unit so that bottom of the base is above the test platform at the height given in Table 3 or at the balance point, whichever is lower. d) The end of the unit being tested shall be released and allowed a free fall to the test platform. e) Repeat steps (c) and (d) for the other end of the desk/table unit. f) erform the pull force test in Section Acceptance Level There shall be no loss of serviceability. The extendible elements shall meet the pull force test requirements in Section 19. The unit did not loose serviceability. After the test countertop left the main frame. There was remounting needed, to bring the surface of the countertop for output settings. The unit doesn t have extendible elements. Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

23 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 23 Stron ages: 26 Załącznik nr 1 / Annex No 1 Dokumentacja fotograficzna hoto documentation otografia / hoto 1 Construction details otografia / hoto 2 Construction details otografia / hoto 3 Construction details otografia / hoto 4 Construction details Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

24 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 24 Stron ages: 26 otografia / hoto 5 Construction details otografia / hoto 6 Construction details otografia / hoto 7 Construction details otografia / hoto 8 Construction details otografia / hoto 9 Construction details otografia / hoto 10 Construction details Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

25 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 25 Stron ages: 26 otografia / hoto 11 Mechanical tests otografia / hoto 12 Mechanical tests otografia / hoto 13 Mechanical tests otografia / hoto 14 Mechanical tests otografia / hoto 15 Mechanical tests otografia / hoto 16 Mechanical tests Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII

26 Zał. nr 4 O-TÜV-2 roduct Safety and Quality Strona age: 26 Stron ages: 26 otografia / hoto 17 Mechanical tests otografia / hoto 18 Mechanical tests otografia / hoto 19 Mechanical tests otografia / hoto 20 Mechanical tests otografia / hoto 21 Mechanical tests otografia / hoto 22 Mechanical tests Koniec raportu End Laboratorium Badawcze TÜV Rheinland olska Wieliczka, ark Kingi 1 Laboratorium Badawcze Oddział oznań, Laboratorium Mechaniczne ul. Lutycka 11, OZNAŃ, tel./fax: , Druk O-TÜV-2/4 wyd. XII