T~$t P~Cijpt1oll ', je~t# ' ~n~:2{211rtadje.sampje. PREPARED FOR: Comfor Tek Seating Street North Lethbridge, AB

Transcription

1 ... PREPARED FOR: Comfor Tek Seating Street North Lethbridge, AB Systems & Services, Inc. TEST REPORT Test No: T11661 P.O. NO.: Start Date: 7/15/16 End Date: 8/2/16 Report Date: 8/3/2016 Test Objective: Test of durability of furniture under ANSI/BIFMA X standards TestO"'FrJptioo Stability with Extendible Elements Open 4.2 Met Requirements Stability under vertical load 4.3 Met Requirements Force Stability Test for Tall Desk/Table Products 4.5 Met Requirements,~J : Test I#: BFL-4(~ Table Si!mple Unit Static Load Tests 5.5 Met Requirements Desk/Table Unit Drop Test 7.0 Met Requirements Work Surface Vertical Adjustment Test 15 Met Requirements Adjustment Test 16 Met Requirements TestOew-tptiQri 't~nf BfL-4(4111t/ibIeSaniPle Stability with Extendible Elements Open 4.2 Met Requirements Stability under vertical load 4.3 Met Requirements Force Stability Test for Tall Desk/Table Products 4.5 Met Requirements Unit Static Load Tests 5.5 Met Requirements Desk/Table Unit Drop Test 7.0 Met Requirements Work Surface Vertical Adjustment Test 15 Met Requirements Adjustment Test 16 Met Requirements T~$t P~Cijpt1oll ', je~t# ' ~n~:2{211rtadje.sampje Stability with Extendible Elements Open 4.2 Met Requirements Stability under vertical load 4.3 Met Requirements Force Stability Test for Tall Desk/Table Products 4.5 Met Requirements Unit Static Load Tests 5.5 Met Requirements Extendible Member Proof Load Test (for table extension) 5.7 Met Requirements Top Load Ease Cycle Test 6.0 Met Requirements Desk/Table Unit Drop Test 7.0 Met Requirements Extendible Member Cycle Test (for table Extension) 10.2 Met Requirements Work Surface Vertical Adjustment Test 15 Met Requirements Adjustment Test 16 Met Requirements Testing Performed by ~ /1 TouchStone Systems & SelVices, Inc. '-7 f>( 1817 Porter St SW J my HlI'nson, Lab Manager WyomingMI49519 Test Engineer: Pat Mahoney The test specimen identification is as provided by the client and TouchStone Systems & Services accepts no responsibility for any inaccuracies therein, The 1... I :4': ! 0.._...,1!_.1... '._0.,1,1_ : _ -l..."': ~.:_:1.--:.1. _ _--"

2 4.2 Stability with Extendible Elements Open Test TEST SPECIFICATION: ANSI/BIFMA X TEST PROCEDURE: Gradually open the loaded extendible element(s) to the fullest extension the unit will allow. (Open simultaneously if there are two extendible elements). Acceptance Criteria The unit shall not tip over. If open extendible elements prevent the unit from tipping over due to contact with the test platform, the unit does not meet the acceptance criteria. DESCRIPTION OF TEST SPECIMEN: 2 Section Table BFL-2(2/1) Table Sample 4 Section Table BFL-4(2/2) Table Sample 4 Section Table BFL-4(4/1) Table Sample TEST EQUIPMENT USED: Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 Timer #10247 Next cal: 1/27/17 D~ IDitial RH Comme!l.ts 4.2 Stability with Extendible Elements Open Test on 4 Section Table BFL-4(4/1) Table Sample 7/25/2016 Load = 200lbs Extensions were gradually extended and then closed OBSERVATIONS: The unit did not tip - passed

3 Patli!,.lnit1al t;ornm~ 4.2 Stability with Extendible Elements Open Test on 4 Section Table BFL-4(2/2) Table Sample RH 7/25/2016 Load = 200lbs Extensions were gradually extended and then closed OBSERVATIONS: The unit did not tip - passed o~ J~itlal Com.m!!Q~ RH 4.2 Stability with Extendible Elements Open Test on 2 Section Table 7/25/2016 Load = 200lbs Extensions were gradually extended and then closed OBSERVATIONS: The unit did not tip - passed

4 --..--; _ ~ - ~ _.. - Figure 1: 200 lb. weight on elltensions setnp

5 4.3 Stability Under Vertical Load TEST SPECIFICATION: ANSI/BIFMA X DESCRIPTION OF TEST SPECIMEN: TEST PROCEDURE: 2 Section Table BFL-2(2/1) Table Sample 4 Section Table BFL-4(2/2) Table Sample 4 Section Table BFL-4(4/1) Table Sample a) For tables less than or equal to 72 in. in length: Place 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 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 disk across the depth at that position. For tables greater than 72 in. in length: Place 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 Figures 4b and 4c). b) Place 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 CRITERIA: 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.

6 TEST EQUIPMENT USED: Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 ~~~ InitW 7/15/2016 pt$ 4.3 Stability Under Vertical Load of 4 Section Table BFL-4(2/2) Table Sample Extended, Load = 1251bs Right side marked "R1" held up the vertical load of 1251bs lin away from the edge of the Right side marked "R2" held up the vertical load of 1251bs lin away from the edge of the Left side marked "L1" held up the vertical load of 1251bs lin away from the edge of the Left side marked "L2" held up the vertical load of 1251bs lin away from the edge of the Retracted, Load = 1251bs Right side marked "R1" held up the vertical load of 1251bs lin away from the edge of the Right side marked "R2" help up the vertical load of 1251bs lin away from the edge of the Left side marked "Ll" held up the vertical load of 1251bs lin away from the edge of the Left side marked "L2" held up the vertical load of 1251bs lin away from the edge of the OBSERVATION: The unit did not tip - pass

7 ,-- ~ " Date Initial. Commfomt$ 4.3 Stability Under Vertical Load on 4 Section Table BFL-4(4/1) Table sample Extended, Load = 1251bs Right side marked "R1" held up the vertical load of 1251bs lin away from the edge of the table, Right side marked "R2" held up the vertical load of 1251bs lin away from the edge of the table, Left side marked "L1" held up the vertical load of 1251bs lin away from the edge of the table, Left side marked "L2" held up the vertical load of 1251bs lin away from the edge of the 7/15/2016 Retracted, Load = 1251bs Right side marked "R1" held up the vertical load of 1251bs lin away from the edge ofthe Right side marked "R2" help up the vertical load of 1251bs lin away from the edge of the Left side marked "L1" held up the vertical load of 1251bs lin away from the edge of the Left side marked "L2" held up the vertical load of 1251bs lin away from the edge of the OBSERVATION: The unit did not tip - pass Dat& Inill.al. COIllR1e/lts 7/15/ Stabilitv Under Vertical Load On 2 Section Table Extended, Load = l251bs Left side marked "L" held uo the vertical load of l251bs 1 in awav from the ed~e of Rioht side marked "R" held uo the vertical load of l251bs 1 in away from the edae of Retracted, Load = l251bs Left side marked "L" helo uo the vertical load of l251bs 1 in away from the edae of Riaht side marked "R" held uo the vertical load of l251bs lin awavfrom the edge of OBSERVATION: The unit did not tip - pass

8 TEST SPECIFICATION: 4.5 Force Stability Test for Tall Desk /Table Product ANSI/BIFMA X DESCRIPTION OF TEST SPECIMEN: 2 Section Table BFL-2(2/1) Table Sample 4 Section Table BFL-4(2/2) Table Sample 4 Section Table BFL-4(4/1) Table Sample TEST PROCEDURE: a) Apply a 4.5 kg (10 lb.) static load through a 203 mm (8 in.) diameter disk centered 102 mm (4 in.) from the edge of the top of the desk/table at the least stable location. b) The feet/casters that primarily support the load in (a) shall be blocked with an obstruction or other restraining device 13 mm (0.5 in.) in height affixed to the test platform. The device shall prevent sliding but not restrict the unit from tipping. If present, casters shall be oriented in their least stable position. c) Gradually apply a horizontal force to the top surface, perpendicular to the worst case fulcrum ("tipping line") but not more than 13 mm (0.5 in.) below the top surface directly opposite the load. If the geometry of the top surface does not permit a direct application of the load, the geometry of the top surface may be altered to accommodate the 13 mm (0.5 in.) dimension. (See Fig. 4d). The load shall be applied perpendicular to the line formed by the feet/caster obstruction(s) in (b), until 44.5 N (10 Ibf.) is reached, or the product tilts to 10 degrees minimum, whichever occurs first. The force applied shall remain horizontal throughout its application. (Angle measuring device must be accurate to within ± 0.5 degree). A test fixture/adapter shall be used if the edge of the top is not parallel to the line formed by the obstruction(s) in (b). (Fig. 4d) d) If necessary, repeat Steps (a) through (c) to verify the least stable position has been evaluated. ACCEPTANCE CRITERIA The unit shall not tip over. TEST EQUIPMENT USED: Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17

9 Timer #10247 Next Cal: 1/27/17 Da~, Initial Conllnenj:$ 4.5 Force Stability Test for Tall DeskfTable Products 4 Section Table BFL-4(4/1) Table 7/17/2016 Sample Right side marked "R1" held up to vertical load of 101bs 4inches from the edge at the table highest position Right side marked "R2" held up to vertical load of 1 OIbs 4inches from the edge at the table highest position Left side marked ' L 1" held up to vertical load of 101bs 4inches from the edge at the table highest position Left side marked 'L2" held up to vertical load of 101bs 4inches from the edge at the table highest position OBSERVATION: The unit did not tip - pass Date Inittal ~!)ljim!!llt,s 7/17/ Force Stability Test for Tall DeskfTable Products 4 Section Table with Square Sections Right side marked "R1" held up to vertical load of 10lbs 4inches from the edge at the table highest position Right side marked "R2" held up to vertical load of 1 OIbs 4inches from the edge at the table highest position Left side marked "L 1" held up to vertical load of 1 OIbs 4inches from the edge at the table highest position Left side marked "L2" held up to vertical load of 1 OIbs 4inches from the edge at the table highest position OBSERVATION: The unit did not tip - pass highest vertical

10 5.5 Unit Static Load Tests TEST SPECIFICATION: ANSI/BIFMA X DESCRIPTION OF TEST SPECIMEN: 2 Section Table BFL-2(2/1) Table Sample 4 Section Table BFL-4(2/2) Table Sample 4 Section Table BFL-4(4/1) Table Sample TEST PROCEDURE: 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. For primary surfaces, loads shall be evenly distributed and centered over a line 203 mm (8 in.) in from the edge along the entire perimeter. For 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). d) Loads shall be allowed to remain for 15 minutes and then removed. ACCEPTANCE CRITERIA There shall be no sudden and major change in the structural integrity of the product. Loss of serviceability is accep TEST EQUIPMENT USED: Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 Timer #10247 Next Cal: 1/27/17

11 Date InltJal j:qmmt!.l}~ 7/17/ Unit Static Load Test on 4 Section Table BFl-4(4/1) Table Sample All 4 table tops held a combine weight of 300 Ibs (751bs per top) for a time frame on 15 min. OBSERVATION: The unit did not have any structural change or loss of function - pass Date Inltid (;Qmll1mt~ 7/17/ Unit Static Load Test on 4 Section Table BFl-4(2/2) Table Sample All 4 table tops held a combine weight of 300 Ibs (751bs per top) for a time frame on 15 min. OBSERVATION: The unit did not have any structural change or loss of function - pass Date 'Initial Cgroment$ 7/17/ Unit Static Load Test on 2 Section Table Both table tops held a combine weight of 300 Ibs (751bs per top) for a time frame on 15 min. OBSERVATION: The unit did not have any structural change or loss of function - pass

12 5.7 Extendible Member Proof Load Test (for table extension) TEST SPECIFICATION: ANSI/BIFMA X5.S-2014 TEST PROCEDURE: a) Close the extendible element and allow the load to remain for 15 minutes. b) Open the extendible element, allow the load to remain for 15 minutes, and then remove the load. c) Repeat the test as necessary for each element per Section ACCEPTANCE CRITERIA: There shall be no sudden and major change in the structural integrity of the product. Loss of serviceability is accep DESCRIPTION OF TEST SPECIMEN: 2 Section Table BFL-2(2/1) Table Sample TEST EQUIPMENT USED: Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 Timer #10247 Next Cal: 1/27/17 Date lmtial Cq!l1me... ~ 7/17/ Extendible Member Proof Load Test (for table extension) on 2 Section Table Right side marked "R" held up a vertical load of 200lbs for a total of 15 min in the tables extended position Left side marked "L" held up a vertical load of 200lbs for a total of 15 min in the tables extended position OBSERVATIONS: No structural change or loss of serviceability - Pass

13 6.0 Top Load Ease Cycle Test TEST SPECIFICATION: ANSI/BIFMA X TEST PROCEDURE: a) Prior 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 10,000 cycles. d) Remove the bag and perform the pull force test in Section 19. ACCEPTANCE CRITERIA: 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. DESCRIPTION OF TEST SPECIMEN: 2 Section Table BFL-2{2/1) Table Sample TEST EQUIPMENT USED: Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 Timer #10247 Next Cal: 1/27/17 PI.~.. ~...Ini~t Comments 6.0 Top Load Ease Cycle Test on 2 Section Table 7/29/2016 RH Raise and lower a 200 Ib weight on the top surface 10,000 cycles OBSERVATIONS: No loss of serviceability - passed

14 .;",- Flaure 2: Ball raised and lowered onto table setup

15 7.0 Desk/Table Unit Drop Test TEST SPECIFICATION: ANSI/BIFMA X DESCRIPTION OF TEST SPECIMEN: 2 Section Table BFL-2(2/1) Table Sample 4 Section Table BFL-4(2/2) Table Sample 4 Section Table BFL-4(4/1) Table Sample TEST PROCEDURE: a) Assure all extendible 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 the 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. t) Perform the pull force test in Section 19. ACCEPTANCE CRITERIA There shall be no loss of serviceability. The extendible elements shall meet the pull force test requirements in Section 19: open the extendible element or door from its fully closed position to its fully extended position while measuring the maximum force which should not exceed 50 N (11.2Ibf.) TEST EQUIPMENT USED: Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 Timer #10247 Next Cal: 1/27/17

16 D;)te In\r.l.,j C;Qmml!l)~ 7/19/ Desk /Table Unit Drop Test on 4 Section Table BFL-4(4/1) Table Sample Dropped center of table 4.70 inches per leg (4 legs) Right side marked "Rl" Pull Peak Force Reading 5.791bs passed Right side marked "R2" Pull Peak Force Reading 6.871bs passed Left side marked "Ll" Pull Peak Force Reading 6.031bs passed Left side marked "L2" Pull Peak Force Reading 5.971bs passed OBSERVATION: The unit did not lose serviceability and extended units met pull test - pass Date Initial!:Qmments 7/19/ Desk /Table Unit Drop Test on 4 Section Table BFL-4(2/2) Table Sample DroDDed table 4.70inches Der leo (4 leas) Riah! side marked "R1" Pull Peak Force Readina 5.831bs oassed Rich! side marked "R2" Pull Peak Farce Readina 4.541bs oassed Left side marked "L 1" Pull Peak Force Readina 6.831bs oassed Left side marked "L2" Pull Peak Force Readina 6.271bs oassed OBSERVATION: The unit did not lose serviceability and extended units met pull test - pass!!lj~te liiiwiil, C;olPmeJI~ 7/19/ Desk /Table Unit Drop Test on 2 Section Table 7.0 DeskfTable Unit Drco Tes! DrooDed table 7.1 inches oer side ( left and riaht) Riah! side marked "R" Pull Peak Force 8.861bs Dassed. Left side marked "L" Pull Peak Farce 6.941bs Dassed. OBSERVATION: The unit did not lose serviceability and extended units met pull test - pass

17 TEST SPECIFICATION: 10.0 Extendible Member Cycle Test (for table Extension) ANSI/BIFMA X TEST PROCEDURE: a) Prior to performing test procedure, the extendible element shall be tested to and meet the pull force requirements of Section 19. b) The extendible element shall be subjected to 50,000 cycles. c) The suspensions shall not be cleaned or lubricated during the test. Note: When necessary to compensate for ball-bearing cage creep (ball-bearing slides only -- see footnote)l the extendible element should be reset throughout the test by fully opening and closing the element throughout the test. This interval will depend on a number of variables. The best indicator of the need to reset is increasing pull forces (typically when forces exceed 267 N [60 Ibs.]) or decreasing extendible element travel (typically greater than 13 mm [0.5 in.]). The resetting interval shall not be less than 500 cycles. d) Upon completion of the cycles, perform the Pull Force Test in Section 19. e) If the extendible element is equipped with an interlock device, perform the Interlock Test in Section 13. f) Repeat the test as necessary for each extendible element type per Section ACCEPTANCE CRITERIA: There shall be no loss of serviceability. Before and after the cycle test, the extendible element(s) shall meet the pull force requirements of Section 19. If applicable, after the cycle test the extendible elements shall meet the interlock test requirements of Section 13. DESCRIPTION OF TEST SPECIMEN: TEST EQUIPMENT USED: 2 Section Table BFL-2(2/1) Table Sample Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 Timer #10247 Next Cal: 1/27/17

18 Date lnltilal ~mplell~ 7/19/ Extendible Member Cycle Test on 2 Section Table The extendible element of the table is moved to within 0 to 6mm of the closed position This cycle is completed in 10 cycles per minute 50,000 cycles were completed A 45 pound mass was sitting on the top OBSERVATIONS: No loss of serviceability and pull forced requirement met - passed Figure 3: 50,000 Cycles with 45 Ih mass on top setop

19 ls.0 Work Surface Vertical Adjustment Test TEST SPECIFICATION: ANSI/BIFMA X DESCRIPTION OF TEST SPECIMEN: 2 Section Table BFL-2(2/1) Table Sample 4 Section Table BFL-4(2/2) Table Sample 4 Section Table BFL-4(4/1) Table Sample TEST PROCEDURE: a) Apply a test load of 45 kg (100 lb.) through a 305 mm (12 in.) diameter disk with the center of the disk on a line 305 mm (12 in.) in from the working edge of the surface or at the midpoint, whichever is nearer the working edge. b) The unit, Including any latches or activation mechanisms, shall be cycled for a total of 2,000 cycles throughout its range of motion to within 6 mm (0.25 in.) of the upper and lower stops. After 2000 cycles, move the weight to 305 mm (12 in.) in from the opposite working edge of the surface and cycle for an additional 2000 cycles. ACCEPTANCE CRITERIA: TEST EQUIPMENT USED: There shall be no loss of serviceability to the unit. For surfaces with crank-driven height adjustment mechanisms, the operating force on the handle to adjust the table shall not exceed 50 N (11.2 Ibf.) before or after the test. Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 Timer #10247 Next Cal: 1/27/17

20 Date Injtial Commel)tS 7/30/2016 JH 15 Work Surface Vertical Adjustment Test on 2 Section Table BFL-2(2/1) Table Sample JH Table moved up and down for 2500 cycles passed OBSERVATION: The unit did not lose any serviceability - pass D,ate I nli.'lo!l. CpmmepJ$ 7/29/2016 RH 15 Work Surface Vertical Adjustment Test on 4 Section Table BFL-4(2/2) Table Sample RH Table moved up and down for 2500 cycles passed OBSERVATION: The unit did not lose any serviceability - pass Date lniti;al CPmJm!JI.ts 7/29/2016 RH 15 Work Surface Vertical Adjustment Test on 4 Section Table BFL-4(4/1) Table Sample RH Table moved up and down for 2500 cycles passed OBSERVATION: The unit did not lose any serviceability - pass Figure 4: Vertical adjustment test setup

21 16.0 Adjustment Test TEST SPEOFICATION: ANSI/BIFMA X DESCRIPTION OF TEST SPECIMEN: 2 Section Table BFl-2{2/1) Table Sample 4 Section Table BFl-4{2/2) Table Sample 4 Section Table BFl-4{4/1) Table Sample TEST PROCEDURE: The adjustable keyboard support and input device support shall be subjected to 2Soo cycles each as follows: a) Horizontal Motion: within 6 mm (0.25 in.) of the end stops. b) Vertical Motion: within 6 mm (0.25 in.) of the end stops. c) Swivel Motion: minimum of 120 degrees of adjustment, or to within 6 mm (0.25 in.) of the end stops over its full range of motion, whichever is less. Note: Individual adjustment motions may be tested one at a time. The cycling device shall neither add load nor provide vertical support during horizontal or swivel adjustment testing, unless the product design requires load to activate the mechanism in accordance with Section 3.2. ACCEPTANCE CRITERIA: There shall be no loss of serviceability. TEST EQUIPMENT USED: Metal Ruler #10296 Next Cal: 8/7/16 Load cell #10359 Next Cal: 6/15/17 Timer #10247 Next Cal: 1/27/17

22 D ~te Jnit;ial CqlQmlm~ 7/30/2016 JH 16 Adjustment Test on Z Section Move a 4.5kg object within 6mm of the end stops in a horizontal, vertical, and swivel (1 cycle) JH JH Performed 6 cycles per minute for a total of 2,500 cycles. OBSERVATION: There was no loss of serviceability - pass Qlitli' Illlticll ~,mlj!ellts 8/1/2016 RH 16 Adjustment Test on 4 Section Table BFL-4(Z/Z} Table Sample Move a 4.5kg object within 6mm of the end stops in a horizontal, vertical, and swivel (1 RH cycle) RH Performed 6 cycles per minute for a total of 2,500 cycles. OBSERVATION: There was no loss of serviceability - pass!)jam,.rn1ijal (:cimroellj$ 8/1/2016 RH 16 Adjustment Test 4 Section Table BFL-4(4/1) Table Sample RH RH Move a 4.5kg object within 6mm of the end stops in a horizontal, vertical, and swivel (1 cycle) Performed 6 cycles per minute for a total of 2,500 cycles. OBSERVATION: There was no loss of serviceability - pass

23 FIgure S: Horizontal and Vertieal Movement Test Setup