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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. 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. Rotate Gears: Compact direct drive with hydraulic clutch brake and multiple overlap of the worm and ring gear ensure sensitive and safe manoeuvrability of loads. Minimal parts allow for fast and easy maintenance. Rotator Housing: Corrosion resistant cast housing hermetically seals the worm drive gears and bearing to meet operational requirements of a hostile environment so that grinding dust, aggressive chemicals, salt water etc. cannot penetrate. Especially suitable for moulding operations, cold store operations and chemical factories.

The MEYER rotating pulp bale clamp can safely transport various bales of cellulose pulp, cotton, wool, and paper etc. between the thin profile load arms (tight stacking possible). The unit can be rotated 360° continuously in both directions to allow for variable lifting and placement of bales.
  • Additional hydraulics required
    > two
  • An adjustable pressure relief valve is included
  • Wear-plates under the arms included
  • Reinforced wire gripping rods on inner arm facing
  • Hydraulic flow:
    5-4503K - 25 Ltr./min.
    5-4504K - 30 Ltr./min.
    5-4505K - 30 Ltr./min.
    5-4506K - 40 Ltr./min.
    5-4507K - 40 Ltr./min.
    5-4508K - 40 Ltr./min.
  • Other arm dimensions and opening ranges
  • Various facings of inner arms
Additional Cost for:
  • Separate, built-on sideshift
    (Further additional hydraulic or solenoid required)
    - ISO II, +/- 100 mm
    - ISO III, +/- 100 mm
    - ISO IV, +/- 100 mm
  • Solenoid valve
  • Solenoid valve control kit
    (cable drum, push button, relay)
  • Quick disconnect lower hooks
    - ISO II
    - ISO III
  • Motor and brake protection
  • Chassis bottom sweeper plate
[ Pulp Bale Clamp ]
360° rotating
Technical drawing


Z
- 		-
type 		kg
Q 		LSP
mm 		ISO
Kl. 		-
kg 		-
lc 		A
mm 		F
mm 		F
mm 		K
mm 		H
mm 		L
mm 		Ev
mm 		C
mm 		Eh
mm 		M
kg 		[R]
-
a 5-4508K 4000 600 4 5000 600 1500 440 2060 60 400 1200 0 280 390 1480 » calculate
b 5-4508K 4000 600 4 5000 600 1500 440 2060 60 400 1500 0 280 250 1650 » calculate
a 5-4510G 1000 500 2 1500 500 930 580 1810 25 400 700 267 228 193 466 » calculate
c 5-4510G 1000 500 2 1500 500 930 580 1810 30 400 1200 258 228 214 511 » calculate
a 5-4514G 1400 500 2 1800 500 930 580 1810 25 400 700 267 228 188 468 » calculate
c 5-4514G 1400 500 2 1800 500 930 580 1810 30 400 1200 255 238 234 540 » calculate
a 5-4518G 1800 500 2 2200 500 970 640 1970 30 400 1000 254 238 251 555 » calculate
b 5-4518G 1800 500 2 2200 500 970 640 1970 30 400 1200 251 238 284 577 » calculate
a 5-4522G 2200 500 2 2500 500 970 640 1970 30 400 1000 254 238 251 561 » calculate
b 5-4522G 2200 500 2 2500 500 970 640 1970 30 400 1200 251 238 284 584 » calculate
a 5-4525G 2500 500 3 3000 500 1370 640 2370 30 400 1000 319 263 304 722 » calculate
b 5-4525G 2500 500 3 3000 500 1370 640 2370 30 400 1200 316 263 364 748 » calculate
a 5-4532G 3200 500 2/3 3500 500 1200 500 1850 40 450 1000 244 278 308 905 » calculate
b 5-4532G 3200 500 2/3 3500 500 1200 500 1850 40 450 1200 237 278 359 935 » calculate
c 5-4532G 3200 500 2/3 3500 500 1280 520 1970 40 450 1000 244 278 308 920 » calculate
d 5-4532G 3200 500 2/3 3500 500 1280 520 1970 40 450 1200 237 278 359 950 » calculate
g 5-4532G 3200 500 2/3 3500 500 1370 650 2380 40 450 1000 244 278 308 935 » calculate
h 5-4532G 3200 500 2/3 3500 500 1370 650 2380 40 450 1200 237 278 359 965 » calculate
a 5-4540G 4000 500 3 4000 500 1250 520 1970 40 450 1000 265 288 331 940 » calculate
b 5-4540G 4000 500 3 4000 500 1250 520 1970 40 450 1200 258 288 382 995 » calculate
c 5-4540G 4000 500 3 4000 500 1280 590 2130 40 450 1000 265 288 331 945 » calculate
d 5-4540G 4000 500 3 4000 500 1280 590 2130 40 450 1200 258 288 382 1000 » calculate
e 5-4540G 4000 500 3 4000 500 1620 750 2650 40 450 1000 268 288 322 1010 » calculate
f 5-4540G 4000 500 3 4000 500 1620 750 2650 40 450 1200 262 288 370 1065 » calculate

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