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SECTION 7 - LEVELLING FEET
WDS
WDS
www.wdsltd.co.uk7-25
&
0845 606 66 77
•
:
www.wdsltd.co.uk•
*
sales@wdsltd.co.ukStainless Steel,
Plastic 40mm
Base Levelling
Foot - White or
Blue
WDS 778
MATERIAL
-
Stem: Stainless steel (304)
Base: Polypropylene with
Rubber Pad (White Base has
Anti-microbial agent)
Supplied complete with nut
D
L
D1
H
H1
P
(g)
WDS No.
White Base
WDS No.
Blue Base
M8
50
40
25
17.5
150
59
778-60140W 778-60140B
M8
100
40
25
17.5
150
75
778-60240W 778-60240B
M10
50
40
25.5
17.5
250
72
778-60340W 778-60340B
M10
100
40
25.5
17.5
250
97
778-60440W 778-60440B
M10
150
40
25.5
17.5
250
121
778-60540W 778-60540B
M12
100
40
25.5
17.5
300
126
778-60640W 778-60640B
M12
150
40
25.5
17.5
300
162
778-60740W 778-60740B
M12
200
40
25.5
17.5
300
198
778-60840W 778-60840B
M16
100
40
25.5
17.5
400
197
778-60940W 778-60940B
M16
150
40
25.5
17.5
400
262
778-61040W 778-61040B
M16
200
40
25.5
17.5
400
329
778-61140W 778-61140B
304
Base Pad
P = Safe working load in kilograms (for static compressive load only)
Note: Increasing the angle will decrease the maximum static compressive load. Beware of using at high angles on low friction surfaces.
Stainless Steel,
Plastic 50mm
Base Levelling
Foot - White or
Blue
WDS 778
MATERIAL
-
Stem: Stainless steel (304)
Base: Polypropylene with
Rubber Pad (White Base has
Anti-microbial agent
Supplied complete with nut
D
L
D1
H
H1
P
(g)
WDS No.
White Base
WDS No.
Blue Base
M8
50
50
29
19.5
700
70
778-60150W 778-60150B
M8
100
50
29
19.5
700
86
778-60250W 778-60250B
M10
50
50
29.5
19.5
700
83
778-60350W 778-60350B
M10
100
50
29.5
19.5
700
108
778-60450W 778-60450B
M10
150
50
29.5
19.5
700
132
778-60550W 778-60550B
M12
100
50
29.5
19.5
700
137
778-60650W 778-60650B
M12
150
50
29.5
19.5
700
173
778-60750W 778-60750B
M12
200
50
29.5
19.5
700
209
778-60850W 778-60850B
M16
100
50
29.5
19.5
700
208
778-60950W 778-60950B
M16
150
50
29.5
19.5
700
273
778-61050W 778-61050B
M16
200
50
29.5
19.5
700
340
778-61150W 778-61150B
304
Base Pad
P = Safe working load in kilograms (for static compressive load only)
Note: Increasing the angle will decrease the maximum static compressive load. Beware of using at high angles on low friction surfaces.
H1
D1
D
L
H
25°
H1
D1
D
L
H
25°