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Multi-purpose clamp : Technical drawing

The MEYER multi-purpose clamp offers many application possibilities in palletless handling and is preferred when clamping boxes, crates, containers etc. The integral sideshift ensures safe lateral movement and accurate positioning of the load. The bolt-on exchangeable rubber faced pads ensure safe and damage-free clamping.
  • Additional hydraulics required
    > one
    > two, if sideshift required
  • The unit has an integral sideshift with a pressure relief valve
  • An adjustable pressure relief valve is included
  • Including load bumper plates to protect the load
  • Wear protection under the arms as standard
  • The arms are faced with 10 mm thick rubber
  • Hydraulic flow:
    3-1903K - 25 Ltr./min.
    3-1904K - 30 Ltr./min.
    3-1906K - 40 Ltr./min.
    3-1907K - 40 Ltr./min.
    3-1908K - 40 Ltr./min.
  • Other capacities, arm dimensions and opening ranges
Additional Cost for:
  • Separate, built-on sideshift
    - ISO II, +/- 100 mm
    - ISO III, +/- 100 mm
  • Integral design
    (roller axles, chain anchors and carriage drawings must be supplied)
    - ISO II
    - ISO III
  • Load backrest
    Type 7-05xx
  • Quick disconnect lower hooks
    - ISO II
    - ISO III
[ Multi-purpose clamp ]
with integral sideshift
Technical drawing


r
-
type
-
Q
kg
LSP
mm
ISO
Kl.
-
kg
-
LSP
A
mm
F
mm
F
mm
K
mm
H
mm
L
mm
Ev
mm
C
mm
Eh
mm
M
kg
[R]
-
a 3-1910G 1000 500 2 1500 500 930 550 1780 42 400 750 240 130 160 256 » calculate
c 3-1910G 1000 500 2 1500 500 930 550 1780 42 400 1000 218 130 235 287 » calculate
d 3-1910G 1000 500 2 1500 500 1050 430 1660 42 400 750 240 130 157 261 » calculate
f 3-1910G 1000 500 2 1500 500 1050 430 1660 42 400 1000 218 130 233 292 » calculate
a 3-1914G 1400 500 2 1800 500 930 550 1780 42 400 900 222 133 205 274 » calculate
c 3-1914G 1400 500 2 1800 500 930 550 1780 42 400 1200 213 133 295 315 » calculate
d 3-1914G 1400 500 2 1800 500 1050 430 1660 42 400 900 222 133 203 279 » calculate
f 3-1914G 1400 500 2 1800 500 1050 430 1660 42 400 1200 213 133 292 317 » calculate
a 3-1918G 1800 500 2 2000 500 970 610 1940 47 400 900 222 137 203 295 » calculate
c 3-1918G 1800 500 2 2000 500 970 610 1940 47 400 1200 213 137 295 338 » calculate
d 3-1918G 1800 500 2 2000 500 1100 440 1730 47 400 900 222 137 202 302 » calculate
f 3-1918G 1800 500 2 2000 500 1100 440 1730 47 400 1200 213 137 292 341 » calculate
a 3-1922G 2200 500 2 2500 500 970 610 1940 47 400 900 222 140 200 304 » calculate
c 3-1922G 2200 500 2 2500 500 970 610 1940 47 400 1200 213 140 290 349 » calculate
d 3-1922G 2200 500 2 2500 500 1100 440 1730 47 400 900 222 140 198 311 » calculate
f 3-1922G 2200 500 2 2500 500 1100 440 1730 47 400 1200 213 140 286 352 » calculate
a 3-1928G 2800 500 3 3000 500 970 610 1940 47 400 900 248 150 185 330 » calculate
b 3-1928G 2800 500 3 3000 500 970 610 1940 47 400 1200 239 150 275 370 » calculate
c 3-1928G 2800 500 3 3000 500 1100 440 1770 47 400 900 248 150 182 338 » calculate
d 3-1928G 2800 500 3 3000 500 1100 440 1770 47 400 1200 239 150 270 378 » calculate

Residual capacity calculation: click on the line to start the calculation for this specific type