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Pulp Bale 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. Extreme Operations: The unit can withstand extreme operations such as uneven ground, high dynamic loading, heavy dirt, aggressive chemicals, salt water etc., high or low temperatures and even combinations of these. 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 pulp bale clamp with articulating left arm can safely transport high volumes of cellulose bales between the thin profile load arms making tight stacking possible. The articulating arm ensures an even distribution of clamping pressure. The integral sideshift positions loads precisely.
  • Additional hydraulics required
    >one
    > two if sideshift required
  • The unit has an integral sideshift with pressure relief valve
  • An adjustable pressure relief valve is included
  • K-LP/N-LP clamps including left articulating arm.
  • Reinforced wire gripping rods on inner arm facing
  • Hydraulic flow:
    3-2211K/K-LP / 14N/N-LP / 18N-LP- 60 Ltr./min.
    3-2220N-LP / 22N-LP- 80 Ltr./min.
  • Other capacities, arm lengths and opening ranges
Additional Cost for:
  • Integral design
    (roller axles, chain anchors and carriage drawings must be supplied)
    - ISO IV
  • Load backrest
    on request
  • Quick disconnect lower hooks
    - ISO IV
  • Chassis bottom wear plate
    Type 3-2211K
    Type 3-2214N/18N/20N/22N
  • Galvanised arm design
  • Terminal west mounting
  • Pin type
    - Truck up to 8 ton
    - Truck from 8 ton
  • Articulating arm both sides
[ Pulp Bale Clamp ]
articulating left arm, with integral sideshift
Technical drawing


r
- 		type
- 		Q
kg 		LSP
mm 		ISO
Kl. 		-
kg 		-
LSP 		A
mm 		F
mm 		F
mm 		K1
mm 		K2
mm 		H
mm 		L
mm 		D
mm 		C
mm 		E
mm 		M
kg 		[R]
-
a 3-2211K 4200 800 4 6000 600 1500 590 2260 60 60 520 1600 60 177 450 1460 » calculate
b 3-2211K 4200 800 4 6000 600 1500 690 2460 60 60 520 1600 60 177 445 1470 » calculate
c 3-2211K 4200 800 4 6000 600 1650 590 2410 60 60 520 1600 60 177 395 1490 » calculate
d 3-2211K 4200 800 4 6000 600 1650 690 2610 60 60 520 1600 60 177 390 1500 » calculate
e 3-2211K-LP 4200 800 4 6000 600 1500 560 2230 60 90 520 1600 70 177 480 1530 » calculate
f 3-2211K-LP 4200 800 4 6000 600 1500 660 2430 60 90 520 1600 70 177 475 1540 » calculate
g 3-2211K-LP 4200 800 4 6000 600 1650 560 2380 60 90 520 1600 70 177 435 1560 » calculate
h 3-2211K-LP 4200 800 4 6000 600 1650 660 2580 60 90 520 1600 70 177 430 1570 » calculate
a 3-2214N 5600 800 4 8000 600 1650 570 2330 70 70 520 1600 60 207 300 1650 » calculate
b 3-2214N 5600 800 4 8000 600 1650 720 2630 70 70 520 1600 60 207 305 1675 » calculate
c 3-2214N 5600 800 4 8000 600 1950 570 2630 70 70 520 1600 60 207 290 1850 » calculate
d 3-2214N 5600 800 4 8000 600 1950 720 2930 70 70 520 1600 60 207 295 1875 » calculate
e 3-2214N-LP 5600 800 4 8000 600 1500 540 2150 70 100 520 1600 70 207 440 1820 » calculate
f 3-2214N-LP 5600 800 4 8000 600 1500 690 2450 70 100 520 1600 70 207 445 1845 » calculate
g 3-2214N-LP 5600 800 4 8000 600 1650 540 2300 70 100 520 1600 70 207 420 1900 » calculate
h 3-2214N-LP 5600 800 4 8000 600 1650 690 2600 70 100 520 1600 70 207 425 1925 » calculate
i 3-2214N-LP 5600 800 4 8000 600 1800 540 2450 70 100 520 1600 70 207 410 1945 » calculate
j 3-2214N-LP 5600 800 4 8000 600 1800 690 2750 70 100 520 1600 70 207 415 1970 » calculate
a 3-2218N-LP 7200 800 4/pin 10000 600 2000 620 2780 85 115 520 1600 70 207 410 2300 » calculate
b 3-2218N-LP 7200 800 4/pin 10000 600 2200 620 2980 85 115 520 1600 70 207 380 2450 » calculate
c 3-2218N-LP 7200 800 4/pin 10000 600 2400 620 3180 85 115 520 1600 70 207 360 2600 » calculate
a 3-2220N-LP 8200 800 4/pin 12000 600 2600 650 3290 85 115 560 1600 70 212 330 3280 » calculate
b 3-2220N-LP 8200 800 4/pin 12000 600 3000 650 3690 85 115 560 1600 70 212 305 3640 » calculate
c 3-2220N-LP 8200 800 4/pin 12000 600 3200 650 3890 85 115 560 1600 70 212 300 3820 » calculate
a 3-2222N-LP 10000 800 4/pin 15000 600 3000 660 3660 90 120 560 1600 70 212 370 3740 » calculate
b 3-2222N-LP 10000 800 4/pin 15000 600 3200 660 3860 90 120 560 1600 70 212 360 3920 » calculate
c 3-2222N-LP 10000 800 4/pin 15000 600 3400 700 4060 90 120 560 1600 70 212 350 4100 » calculate

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