NXVS4 NXVE4002)/Monteringsanvisningar... · 2018. 5. 15. · no part of this manual or document may...
Transcript of NXVS4 NXVE4002)/Monteringsanvisningar... · 2018. 5. 15. · no part of this manual or document may...
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NO PART OF THIS MANUAL OR DOCUMENT MAY BE COPIED OR RE-PRODUCED IN ANY FORM OR BY ANY MEANS WITH OUT THE EXPRESS WRITTEN PERMISSION OF SMP (PLAYGROUNDS) LTD.
E: [email protected] - W: smp.co.uk - T: +44(0)845 260 1655
INSTALLATION INSTRUCTIONS
NEXUS
VELOCITY 4NXVS4 NXVE4
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NEXUS VELOCITY 4 NXV*4
Page 2 ISSUE D 01-09-2010
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NEXUS VELOCITY 4 NXV*4
Page 3
NXV*4 10.62 x 6.50 x 3.00 643 4.36 15.00 x 8.00 2.5m T=60h
x 3= T
R3000
4167
5846
10186
7582
2236
14686
151
1766
2070
1767
3953 7
422
R2294
R2100
R2250
R1520
R2294
R2100
R2250
R1520
74.72m2
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Page 4
NXVE4
REF L x W x D
‘A’ m 0.80 x 0.60 x 1.13
‘B’ m 1.00 x 0.80 x 1.13
‘C’ m 0.40 x 0.60 x 0.90
‘D’ m 0.35 x 0.60 x 0.90
‘E’ m 0.30 x 0.30 x 0.73
‘F’ m 0.70 x 0.60 x 1.065
400
1130
0.0
730
21
2.5m
1
101/144TYPE 1/2
1030
B
A
B
C DE
E
E
E38.6°
B
4333
1842
2200
217
F
B
F
2600
700
4100
5188
10652
2600
14
37
20°
34°
19°
1802 1756
5°
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Page 5
NXVS4
REF L x W x D
‘A’ m 0.80 x 0.60 x 0.83
‘B’ m 1.00 x 0.80 x 0.83
‘C’ m 0.40 x 0.60 x 0.60
‘D’ m 0.35 x 0.60 x 0.60
‘E’ m 0.30 x 0.30 x 0.43
‘F’ m 0.70 x 0.60 x 1.065
730 83
0
0.0
2.5m
1
101/144TYPE 3
730
B
A
B
C DE
E
E
E38.6°
B
4500
1842
2200
216
2300
F
B
F
2260
800
3950
5383
10652
2700
14
92
20°
34°
19°
1801 1576
5°
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Page 6
ITEM REF. NXVS4 NXVE4 kg
1 38000001 5 66.000
2 38003010 1 26.000
3 38003311 1 22.000
4 38003050 1 15.000
5 38003350 1 19.000
6 38008510 2 8.000
3730
28
60
2870
22
90
1840
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Page 7
ITEM REF. NXVS4 NXVE4 kg
7 38007010 2 38.000
8 38007050 1 32.600
9 38007030 1 43.500
10 38007070 2 41.000
11 15715000 15 19 0.100
12 10121040 16 0.037
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Page 8
ITEM REF. NXVS4 NXVE4 kg
13 10121030 24 0.032
14 10120620 2 0.009
15 38001019 16 0.002
16 15711010 6 0.105
17 19024501 88 0.001
18 SSGIL 2 2.200
19 38008027 4 1.500
20
21 38000002 5 26.000
22 10291000 24 0.002
ITEM REF. NXVS4 NXVE4 kg
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23 10301000 40 0.001
24 19023801 8 0.080
25 10120600 2 -
26 10121000 5 -
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Page 10
2395
0.0
1
1
2
0.0
1215
1
3
23
24
STEP 1STEP 1
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Page 11
R3000
5000
1342
113°
STEP 2
0.0
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Page 12
4
0.0
2
14
4
2
STEP 3
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Page 13
0.0
5
3
14
5
3
STEP 4
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Page 14
2423 1512
7
1
7
STEP 5
0.0
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Page 15
STEP 6
13
22
13
22
10
8
0.0
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Page 16
STEP 728
90
90o
15o
0.0
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Page 17
STEP 8
122315 724
7
1
0.0
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Page 18
STEP 9
22
13
13
2210
9
0.0
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Page 19
STEP 10
2890
90o
15o
0.0
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Page 20
2200
700
1900
2600
800
19
330
y31
0
0.0
x 4
STEP 11A TYPE 1 & 2
36.7° 38.6°
101/144
400
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Page 21
19
100
700
2260
800
1650
2300
36.7°
38.6°
0.0
x 4
STEP 11B TYPE 3 101/144
330
y31
0
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Page 22
STEP 12
4&5
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Page 23
11
6
STEP 13A
3 2
6
1110
16
11
1975
6
11
STEP 13B
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Page 24
32
6
6
11
19
6
STEP 13C
0.0
6
11
16
x6x6
STEP 13D
�
�
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Page 25
STEP 14
x76
17
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Appendix A Page 27
Appendix A:
REF 38003010
ITEM REF. QTY. kg
A1 38003011 1 15.000
A2 38003017 2 5.000
A3 38003019 2 0.500
A4 15032620 4 0.050
A5 10310640 4 0.001
A6 10292000 2 0.005
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Appendix A Page 28
.
A2 A4A4
A2
A5
A6
A1
A3
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Appendix B Page 29
Appendix B:
REF 38007030
ITEM REF QTY. kg
B1 38007031 1 5.000
B2 38007034 1 35.000
B3 38007039 3 1.000
B4 38007054 1 0.080
B5 10931000 9 0.006
B6 10121030 1 0.028
B7 10121035 3 0.032
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Appendix B Page 30
ITEM REF QTY. kg
B8 10121020 6 0.020
B9 10301000 10 0.002
B10 10301200 9 0.002
B1
B6
B2
B9B4
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Appendix B Page 31
B3
B10B5
B9
B8
B2
B7
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Appendix B Page 32 ISSUE D 01-09-2010
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Appendix C Page 33
Appendix C:
REF 38007050
ITEM REF QTY. kg
C1 38007031 1 5.000
C2 38007051 1 35.000
C3 38007053 1 1.200
C4 38007054 1 0.080
C5 10931000 7 0.006
C6 10121030 1 0.028
C7 10121020 7 0.020
C8 10301000 8 0.002
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Appendix C Page 34
ITEM REF QTY. kg
C9 10301200 7 0.002
C10 38007055 1 1.200
C1
C6
C2
C4
C8
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Appendix C Page 35
C9 C5C3
C8
C2
C7
C9 C5C10
C8
C7
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Appendix C Page 36 ISSUE D 01-09-2010
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Appendix D Page 37
Appendix D:
REF 38007031
ITEM REF QTY. kg
D1 38007032 1 4.500
D2 38007033 1 0.510
D3 10060072 1 0.001
D2
D3
D1
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Appendix D Page 38 ISSUE D 01-09-2010
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Appendix E Page 39
Appendix E:
REF 38007070
ITEM REF. QTY kg
E1 38007071 1 32.000
E2 38007074 1 7.000
E3 38007073 1 0.100
E4 10121030 1 0.028
E5 10291000 1 0.002
E6 10301000 1 0.002
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Appendix E Page 40
E2
E1
E4
E6
E5
E3
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Appendix F Page 41
Appendix F:
REF 38007074
ITEM REF. QTY kg
F1 38007082 1 7.000
*F2 71022208 1 0.520
F3 38007076 1 0.015
F4 10060032
I
1 0.010
*F2 38007075 1 0.520
F1
F2
F4
F3
F1
F2
F4F3
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Appendix F Page 42 ISSUE D 01-09-2010
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Appendix G Page 43
Appendix G:
NXV*4 NXC**1605
R3000
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Appendix G Page 44
NXV*4 NXQ*21028
70
R3000
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Appendix H Page 45
Appendix H:
R3000
15000
9000
LOOSEFILL 144TYPE1/ 2
GRASSMATT 144TYPE 5
1000
R3000
4500
500
500
7000
6000
13500
5256
2099
12074
66884006
40907596102811182714722
2045
86
1334
1456
1872
1323
1341
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Appendix H Page 46
TILES 144TYPE 3
WETPOUR 144TYPE 3
R3000
120746688
4006
40907596
102811182714722
2045
86
1334
1456
1872
1323
1341
2000
2000
1500
1000
15500
2000150010001000
1500150015001500 20002000
1500
1500
2000
1500
1000
337
246
R3000
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Appendix H Page 47
INSTALLATION & ASSY PROCEDURES
SMP Playgrounds Ltd recommends an effective Impact Absorbing Surface tested to EN1177 & BS7188 beneath thisplay equipment. Refer to manufacturers instructions for details of installation. The surface should have a Critical FallHeight greater than the Maximum Freefall Height of the equipment.
For the safe operation of this equipment it must be installed on horizontal ground with the required minimum space.
Constructional Space (shown on page 3) is the approximate working area required to layout and assemble theequipment.
If a loose fill surface is selected for this item it will require a very high level of maintenance to ensure a sufficientthickness is in place at all times to provide ‘critical fall height’ protection.
The concrete foundations indicated are for average ground. Care should be taken concerning abnormal conditions.
1 SAFE WORKING PRACTICE:
A full risk assessment should be carried out prior to commencing the installation, which will be specific to the siteselected. The major risks associated with purely the assembly of this product are highlighted below, which can formpart of this overall assessment.
2 RISKS:
i) Large parts which could be difficult to lift or handle.
ii) Lifting and fixing parts at a height of 2.4m from finished surface level.
iii) Structure unstable until all fixings are tightened and concrete foundations have completely cured. (Structurewill require support until concrete has cured).
3 CONTROL MEASURES:
i) All staff working on installation to wear suitable PPE including Hard Hat, Toe Protective Shoes and Gloves.
ii) Any staff or other persons on site, not working directly on the installation, to be kept away from the installation.
iii) Erect a low level scaffold tower to allow safe access to fixing positions at a height of 2.4m above finishedsurface level.
iv) Mechanical help to be utilised for any awkward lifting that may be required.
v) Ensure adequate personal and/or equipment are on site to support the structure whilst it is being assembled.This will need to include some device for holding the legs in position during assembly of the unit, until theconcrete foundations have cured.
4 PRE - INSTALLATION INSPECTION:
i) Inspect all parts for damage (that may have occurred during transportation & storage). Finish Coatings, iffound to be damaged these should be made good before erection (Refer to maintenance instructions). Anydamaged or missing parts must be replaced.
ii) Warn the public of the risk of injury, by placing signs and fencing the surrounding area, before commencinginstallation.
5 INSTALLATION:
i) Refer to site layout for position and orientation of product, then, mark the outline of the position of the footingswith eg. spray or chalk etc. Excavate the holes. See Pages 4 & 5
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Appendix H Page 48
NOTE: If loosefill surface is specified SMP will supply extensions to all the equipment to allow for the loose fillthickness of 400mm, ensuring that all the steelwork has adequate penetration into the concrete footings.With certain loose fill materials, a greater thickness than 400mm may be required. This will need to bedetermined by allowing 100mm for dispersal in addition to the thickness required for the freefall height of theparticular Nexus layout. All component extensions for loose fill type surfaces are itemised in the previoussections and should be bolted in place where applicable before the general assembly proceeds.
i) Position a post (item 1) into the excavation in the centre foundation ‘A’ position. Referring to the site layout,shim as required and check its position and orientation. Ensure the post is plumb and square.See Pages 4 & 5. Use suitable props to hold leg safely in position.
ii) Position a second post (item 1) into foundation ‘B’ on the left hand side of centre and suspend between theposts the Velocity LHS Assembly (item 2) using 2 off Gasket (item 24), 4 off M10 x 40 Resistorx bolts (item12), Saddle washers (item 15) and Shockproof washers (item 23). Fixing point on both posts is top set ofholes. Shim as required and check its position and orientation. Ensure the post is plumb and square (STEP 1). Do not tighten fasteners. Use suitable props to hold leg safely in position.
iii) Position a third post (item 1) into foundation ‘B’ on the right hand side of centre and suspend between theposts the Velocity RHS Assembly (item 3) using 2 off Gasket (item 24), 4 off M10 x 40 Resistorx bolts (item12), Saddle washers (item 15) and Shockproof washers (item 23). Fixing point on both posts is top set ofholes. Shim as required and check its position and orientation. Ensure the post is plumb and square (STEP1). Do not tighten fasteners. Use suitable props to hold leg safely in position.
iv) Ensure that the completed frame is plumb and square and in correct position, shim as required and fullytighten all fixing bolts to a maximum torque setting of 20-25Nm. (STEP 2). Ensure that the structure is safelypropped up in the correct position to allow for rest of the assembly.
NOTE: It is important to check that the legs are in correct relative position to ensure the correct assembly.Measure from the centre of the leg main tube at ground level to check correct alignment. See Step 2for dimensions.
v) Position Elongated Spiral Pole (item 4) in foundation ‘C’ and socket on the underside of the Velocity LHSAssembly (item 2). Shim at base as require to ensure section of the Elongated Spiral Pole fitting into socket isset in the vertical plane and retain in position using 1 off M6 x 20 Resistorx bolt (item 14) which is screwedthrough the retaining socket into the clearance hole at the top of the Elongated Spiral Pole vertical section.(Step 3).
NOTE: The Elongated Spiral Pole is set at a rotated angle of approx. 36.7° from the datum (See STEP 8A & B) Thisis to ensure that EN1176 free space requirement of 500mm is maintained from the post. This dimensionshould be double checked on site.
vi) Position Sphere & Pole (item 5) in foundation ‘D’ and socket on the underside of the Velocity RHS Assembly(item 3). Shim at base as require to ensure section of the Sphere & Pole fitting into socket is set in the correctplane and retain in position using 1 off M6 x 20 Resistorx bolt (item 14) which is screwed through the retainingsocket into the clearance hole at the top of the Sphere & Pole top section. (STEP 4).
vii) Attach to top of post (item 1) and existing left hand side post, Spinner Support Beam (item 7) using 2 offGaskets (item 24), 4 off M10 x 40 Resistorx bolts (item 12), Saddle washers (item 15) and Shockproofwashers (item 23). Tighten all fixings to a maximum torque setting of 20-25Nm. (STEP 5)
viii) Attach base of spinner (item 8) to the bearing housing on the Spinner Ground Mounting Assembly (item 10)using 6 off M10 x 30 Resistorx bolts (item 13) M10 Washers (item 22) and M10 Shockproof Washer (item 23).Tighten the fixing bolts to a maximum torque setting of 20-25Nm. (STEP 6).
ix) Place the above assembly into the excavation and align at the correct angle and height and shim in place asrequired. Assemble the top bearing housing to the flange on the Spinner Support Beam using 6 off M10 x 30Resistorx bolts (item 13) M10 Washers (item 22) and M10 Shockproof Washer (item 23). Tighten the fixingbolts to a maximum torque setting of 20-25Nm. (STEP 7).
x) Attach to top of post (item 1) and existing right hand side post, Spinner Support Beam (item 7) using 2 offGaskets (item 24), 4 off M10 x 40 Resistorx bolts (item 12), Saddle washers (item 15) and Shockproofwashers (item 23). Tighten all fixings to a maximum torque setting of 20-25Nm. (STEP 8)
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Appendix H Page 49
xi) Attach base of spinner (item 9) to the bearing housing on the Spinner Ground Mounting Assembly (item 10)using 6 off M10 x 30 Resistorx bolts (item 13) M10 Washers (item 22) and M10 Shockproof Washer (item 23).Tighten the fixing bolts to a maximum torque setting of 20-25Nm. (STEP 9).
xii) Place the above assembly into the excavation and align at the correct angle and height and shim in place asrequired. Assemble the top bearing housing to the flange on the Spinner Support Beam using 6 off M10 x 30Resistorx bolts (item 13) M10 Washers (item 22) and M10 Shockproof Washer (item 23). Tighten the fixingbolts to a maximum torque setting of 20-25Nm. (STEP 10).
NOTE: It is ESSENTIAL that the Spinner Ground Mounting Assembly and the Spinner are in the correctalignment when attached to the Spinner Support Beam, so that when rotated the bearings arerunning concentric. Any misalignment or eccentric running of this unit will cause damage to thebearings. (see STEP 7 & 10)
xiii) Ensure that all parts are firmly held in place so that no disturbance will occur during pouring of the concrete.
xiv) Check that the completed structure has been positioned in the correct place, that it is plumb and square, thatall fasteners are fully tightened to the correct torque settings.
xv) Suspend the Ground Fixing Chain (item 19) 4 off vertically over the foundation holes ‘E’. Ensure that at least13 chain links are encased in the concrete to provide a secure fixing, with the Hex Bolt at the bottom of thehole. See (STEP 11A or 11B) for position relative to the main structure.
NOTE: For Loose Fill surface positions see (STEP 11A).For synthetic surface positions see (STEP 11B).
NOTE: Check that the completed structure has been positioned in the correct place, that it is plumb andsquare and all the fasteners are fully tightened to the correct torque settings. Also ensure that thestructure is propped safely so that it maybe left for the concrete foundations to cure.
NOTE: It is important that the relevant leg positions are correct before the concrete is poured to ensurecorrect assembly of the Velocity Net. Re-check dimensions on legs, see STEP 2.
xvi) Fill the holes with concrete to the required level, taking into account any Impact Absorbing Surfacingrequirements. Ensure that a full volume of concrete is used. The top of the concrete should gradually (1:100)slope down & outwards locally from the equipment upstand to the required level to form a watershed. SeePages 4 & 5.
Concrete mix is recommended at:1 part cement;2 parts sand;
4 parts aggregate; by volume with 20mm aggregate
(20 N/mm2 min compressive strength )
xvii) Keep installation off limits to the public until the concrete has completely cured. (Recommended initial curingtime is 48 hours).(STEP 12)
xviii)Before attaching the Velocity Net the two sections of the net must be joined together using 1 off Coupling Link(item 11). The net is joined at the ends of the bottom cross member. (STEP 13A). When assembling the net,lay the two halves out flat and check orientation so that the net is not assembled twisted.
xix) Attatch the completed Velocity Net to the eye fixings located on the underside of the Velocity LHS & RHSAssembly (items 2 & 3) using 4 off Coupling Links (item 11). (STEP 13B).
xx) Screw 6 off Eyebolts (item 11) into fixing holes on sides of centre post. Use the 3 fixings on each side of thepost that align with the horizontal Velocity Net fixings and attach using Coupling Links (item 11).(STEP 13C).
xxi) Tension the net by connecting to the Ground Fixing Chain Assembly using 4 off Coupling Links (item 11).Remove all excess links before connecting. (STEP 13D).
xxii) In all fixing positions on the steel work that have not been utilised, the protective plug should be removed andthe permanent black protective plug (item 17) inserted & knocked home with a soft hammer. This alsoincludes holes in top of Tee post smaller tubes. (STEP 14).
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Appendix H Page 50
6 POST INSTALLATION INSPECTION
CHECK CHECK
1 All fixings are tightened to a maximum torque setting of 20-25Nm and have no protrudingsharp edges.
2 Paint work and polyethelene panels are not damaged (Any making good should be carried outusing the procedure in the Inspection and Maintenance instructions).
3 Ensure all unused fixing holes in steel work have correct black plastic plug fitted.
4 Concrete foundations are secure.
5 Concrete has a water shed away from legs.
6 Adequate provision of Impact Absorbing Surfacing & no trip points in the equipments fallingspace.
7 Site is clear of tools & rubbish
8 Remove any warning signs.
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