Document Actions
Foam Clamp : Technical drawing
Easy Maintenance: Our highly-developed construction is made of high quality parts and has minimum wear parts. In addition to long life, this construction allows for easy inspection and quick adjustment. Optimum visibility: MEYER attachments are designed to work in heavy duty operations with optimum visibility for easier handling and greater safety. Aluminium Profile N series: The symmetrical pitch of the mounting holes in the aluminium channels allow them to be re-mounted in a 180inverted position for longer life. The internal I-shaped profiling accommodate the steel slide bars to form a guidance system with a high strength to weight ratio. Generation K: The combination of proven and high tensile aluminium channels with the new wear-resistant polyamide inserts leads to reduced maintenance cost and optimum slide characteristics.

The Meyer foam clamp can lift and transport large but light blocks of foam or polystyrene, the tubular arm design allow the blocks to be clamped safely.
  • 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
  • Hydraulic flow:
    3-3803K - 25 Ltr./min.
  • Other capacities, arm dimensions and opening ranges
Additional Cost for:
  • Separate, built-on sideshift
    - ISO II, +/- 100 mm
  • Integral design
    (roller axles, chain anchors and carriage drawings must be supplied)
    - ISO II
  • Load backrest
    Type 7-05xx
  • Quick disconnect lower hooks
    - ISO II
[ Foam 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 3-3810G 1000 500 2 1500 500 1170 800 2250 70 550 1300 236 152 263 355 » calculate
b 3-3810G 1000 500 2 1200 500 1170 800 2250 70 550 1500 236 152 310 370 » calculate
c 3-3810G 1000 500 2 1200 500 1170 800 2250 70 550 1800 233 152 393 395 » calculate
d 3-3810G 1000 500 2 1200 500 1170 800 2250 70 550 2000 233 152 449 410 » calculate
a 3-3814G 1400 500 2 2000 500 1170 800 2250 70 550 1300 236 154 260 363 » calculate
b 3-3814G 1400 500 2 1600 500 1170 800 2250 70 550 1500 236 154 307 378 » calculate
c 3-3814G 1400 500 2 1600 500 1170 800 2250 70 550 1800 233 154 390 403 » calculate
d 3-3814G 1400 500 2 1600 500 1170 800 2250 70 550 2000 233 154 445 418 » calculate
a 3-3818G 1800 500 2 2500 500 1520 720 2450 70 550 1500 241 159 280 410 » calculate
b 3-3818G 1800 500 2 2000 500 1520 720 2450 70 550 1800 238 159 360 435 » calculate
c 3-3818G 1800 500 2 2000 500 1520 720 2450 70 550 2000 238 159 410 450 » calculate

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