Skip to content.

Stellenangebote

Sections
You are here: Home » Products » Bale Clamps » Pulp Bale Clamp, with integral sideshift, both arms rigid
Document Actions
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. 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. 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.

With a MEYER pulp bale clamp high volumes of cellulose bales (also cotton, wool, waste paper, cloth etc.) can be safely transported between the thin, strong profile load-arms making tight stacking easier. 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
  • Wear plates (40 mm) under the arms
  • Reinforced wire gripping rods on inner arm facing
  • Hydraulic flow:
    3-2203K - 25 Ltr./min.
    3-2204K - 30 Ltr./min.
    3-2206K - 40 Ltr./min.
    3-2207K - 40 Ltr./min.
    3-2208K - 40 Ltr./min.
    3-2209K - 40 Ltr./min.
    3-2210K - 50 Ltr./min.
  • Other arm dimensions and openings
Additional Cost for:
  • Separate, built-on sideshift
    - ISO II, +/- 100 mm
    - ISO III, +/- 100 mm
    - ISO IV, +/- 100 mm
  • Integral design
    (roller axles, chain anchors and carriage drawings must be supplied)
    - ISO II
    - ISO III
    - ISO IV
  • Load backrest
    Type 7-05xx
  • Quick disconnect lower hooks
    - ISO II
    - ISO III
    - ISO IV
  • Chassis bottom wear plate
    type 3-2203K
    type 3-2204K/06K/07K
    type 3-2208K/09K
    type 3-2210K
  • Galvanised arm design
  • Terminal west mounting
  • Pin type
    - Truck up to 8 ton
    - Truck from 8 ton
  • Additional valve protection
[ Pulp Bale Clamp ]
with integral sideshift, both arms rigid
Technical drawing


Z
- 		type
- 		Q
kg 		LSP
mm 		ISO
Kl. 		kg
- 		LSP
- 		A
mm 		F
mm 		F
mm 		K
mm 		H
mm 		L
mm 		Ev
mm 		D
mm 		C
mm 		Eh
mm 		M
kg 		[R]
-
a 3-2209K 3800 600 3/4 4500 600 1350 590 2110 60 400 1200 0 60 177 300 1100 » calculate
b 3-2209K 3800 600 3/4 4500 600 1350 590 2110 60 400 1600 0 60 177 430 1270 » calculate
c 3-2209K 3800 600 3/4 4500 600 1500 590 2260 60 400 1200 0 60 177 260 1120 » calculate
d 3-2209K 3800 600 3/4 4500 600 1500 590 2260 60 400 1600 0 60 177 420 1330 » calculate
e 3-2209K 3800 600 3/4 4500 600 1650 590 2410 60 400 1200 0 60 177 240 1150 » calculate
f 3-2209K 3800 600 3/4 4500 600 1650 590 2410 60 400 1600 0 60 177 410 1350 » calculate
a 3-2210K 4200 600 4 5000 600 1500 590 2260 60 400 1600 0 60 177 390 1300 » calculate
b 3-2210K 4200 600 4 5000 600 1650 590 2410 60 400 1600 0 60 177 410 1350 » calculate
a 3-2218G 1800 600 2 2500 500 970 640 1970 30 400 1000 246 0 121 238 381 » calculate
b 3-2218G 1800 600 2 2500 500 970 640 1970 30 400 1200 238 0 121 308 406 » calculate
c 3-2218G 1800 600 2 2500 500 970 640 1970 35 400 1600 228 0 121 349 477 » calculate
d 3-2218G 1800 600 2 2500 500 1100 470 1760 30 400 1000 246 0 121 241 364 » calculate
e 3-2218G 1800 600 2 2500 500 1100 470 1760 30 400 1200 238 0 121 310 389 » calculate
f 3-2218G 1800 600 2 2500 500 1100 470 1760 35 400 1600 228 0 121 350 460 » calculate
a 3-2226G 2600 600 3 3500 500 1080 470 1630 40 450 1000 234 0 144 268 645 » calculate
b 3-2226G 2600 600 3 3500 500 1080 470 1630 40 450 1200 226 0 144 328 675 » calculate
c 3-2226G 2600 600 3 3500 500 1200 480 1830 40 450 1000 234 0 144 268 650 » calculate
d 3-2226G 2600 600 3 3500 500 1200 480 1830 40 450 1200 226 0 144 328 680 » calculate
e 3-2226G 2600 600 3 3500 500 1200 500 1850 40 450 1000 234 0 142 265 650 » calculate
f 3-2226G 2600 600 3 3500 500 1200 500 1850 40 450 1200 226 0 142 325 680 » calculate
g 3-2226G 2600 600 3 3500 500 1280 500 1950 40 450 1000 234 0 142 265 665 » calculate
h 3-2226G 2600 600 3 3500 500 1280 500 1950 40 450 1200 226 0 142 324 695 » calculate
i 3-2226G 2600 600 3 3500 500 1280 610 2150 40 450 1000 234 0 142 263 667 » calculate
j 3-2226G 2600 600 3 3500 500 1280 610 2150 40 450 1200 226 0 142 323 697 » calculate
k 3-2226G 2600 600 3 3500 500 1420 650 2380 40 450 1000 234 0 142 264 680 » calculate
l 3-2226G 2600 600 3 3500 500 1420 650 2380 40 450 1200 226 0 142 324 710 » calculate
a 3-2232G 3200 600 3 3500 500 1080 470 1630 40 450 1000 234 0 144 268 650 » calculate
b 3-2232G 3200 600 3 3500 500 1080 470 1630 40 450 1200 226 0 144 328 680 » calculate
c 3-2232G 3200 600 3 3500 500 1200 480 1830 40 450 1000 234 0 144 268 655 » calculate
d 3-2232G 3200 600 3 3500 500 1200 480 1830 40 450 1200 226 0 144 328 685 » calculate
e 3-2232G 3200 600 3 4000 600 1200 500 1850 40 450 1000 234 0 144 268 655 » calculate
f 3-2232G 3200 600 3 4000 600 1200 500 1850 40 450 1200 226 0 144 328 685 » calculate
g 3-2232G 3200 600 3 4000 600 1280 500 1950 40 450 1000 234 0 144 268 670 » calculate
h 3-2232G 3200 600 3 4000 600 1280 500 1950 40 450 1200 226 0 144 328 700 » calculate
i 3-2232G 3200 600 3 4000 600 1280 610 2150 40 450 1000 234 0 144 268 672 » calculate
j 3-2232G 3200 600 3 4000 600 1280 610 2150 40 450 1200 226 0 144 328 702 » calculate
k 3-2232G 3200 600 3 4000 600 1420 650 2380 40 450 1000 234 0 144 268 685 » calculate
l 3-2232G 3200 600 3 4000 600 1420 650 2380 40 450 1200 226 0 144 328 715 » calculate
a 3-2240G 4000 600 3 4500 600 1250 530 1980 40 450 1000 262 0 150 283 690 » calculate
b 3-2240G 4000 600 3 4500 600 1250 530 1980 40 450 1200 254 0 150 343 745 » calculate
c 3-2240G 4000 600 3 4500 600 1280 590 2130 40 450 1000 262 0 150 283 695 » calculate
d 3-2240G 4000 600 3 4500 600 1280 590 2130 40 450 1200 254 0 150 343 750 » calculate
e 3-2240G 4000 600 3 4500 600 1500 600 2370 40 450 1200 257 0 150 329 785 » calculate
f 3-2240G 4000 600 3 4500 600 1500 600 2370 45 450 1500 246 0 150 462 955 » calculate
g 3-2240G 4000 600 3 4500 600 1590 760 2660 40 450 1200 259 0 150 319 815 » calculate
h 3-2240G 4000 600 3 4500 600 1590 760 2660 45 450 1500 248 0 150 451 985 » calculate

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