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Fork Positioner : Technical drawing
6-25FI.gif
Optimum visibility: MEYER attachments are designed to work in heavy duty operations with optimum visibility for easier handling and greater safety. Less Maintenance: Because the bushes are protected against dust and dirt there is little need to grease the shaft-type guidance system. 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.

The MEYER fork positioner (bar type) can hydraulically adjust the spacing of the forks within its chassis width. The forks from the lift truck can be attached to the arm carriers. This robust construction has optimum visibility. The unit is not suitable for clamping. The integral sideshift positions the load accurately.
  • Additional hydraulics required
    > one
    > two if sideshift required
  • LLC, COG and Weight
    from front edge of cheek plates
  • Roller axles, chain anchors and carriage drawings must be supplied
  • The unit has an integral sideshift
  • ISO arm carriers are fitted with adjustable fork stops
    for variation in fork widths of up to “K” + 10 mm.
    It is recommended that extra wide forks should be bolted on
  • For use with standard forks (not included in price)
  • Arm carriers are predrilled with 3 and 4 hole pattern
  • Hydraulic flow:
    6-2504F-I - 20 Ltr./min.
    6-2506F-I - 30 Ltr./min.
    6-2509F-I - 40 Ltr./min.
    6-2512F-I - 50 Ltr./min.
  • Other capacities and opening ranges
Additional Cost for:
  • Load backrest
    Type 7-25xx
  • Special drill holes
[ Fork Positioner ]
integral design, bar type, with integral sideshift
Technical drawing
6-25FI.gif


r
- 		type
- 		Q
kg 		lc
mm 		-
- 		-
kg 		-
lc 		A
mm 		F
mm 		F
mm 		K
mm 		C
mm 		E
mm 		M
kg 		[R]
-
a 6-2504F-I 2500 500 integrated 2500 500 730 200 520 120 120 55 163 » calculate
b 6-2504F-I 2500 500 integrated 2500 500 880 200 670 120 120 55 178 » calculate
c 6-2504F-I 2500 500 integrated 2500 500 900 200 690 120 120 55 180 » calculate
d 6-2504F-I 2500 500 integrated 2500 500 950 200 740 120 120 55 185 » calculate
e 6-2504F-I 2500 500 integrated 2500 500 1000 200 790 120 120 55 190 » calculate
f 6-2504F-I 2500 500 integrated 2500 500 1050 200 840 120 120 55 193 » calculate
g 6-2504F-I 2500 500 integrated 2500 500 1100 200 890 120 120 55 195 » calculate
h 6-2504F-I 2500 500 integrated 2500 500 1150 200 940 120 120 56 203 » calculate
i 6-2504F-I 2500 500 integrated 2500 500 1200 200 990 120 120 56 208 » calculate
j 6-2504F-I 2500 500 integrated 2500 500 1300 200 1090 120 120 56 219 » calculate
k 6-2504F-I 2500 500 integrated 2500 500 1400 200 1190 120 120 56 234 » calculate
a 6-2506F-I 3500 500 integrated 3500 500 1100 200 890 120 120 53 208 » calculate
b 6-2506F-I 3500 500 integrated 3500 500 1150 200 940 120 120 53 214 » calculate
c 6-2506F-I 3500 500 integrated 3500 500 1200 200 990 120 120 53 222 » calculate
d 6-2506F-I 3500 500 integrated 3500 500 1250 200 1040 120 120 53 229 » calculate
e 6-2506F-I 3500 500 integrated 3500 500 1300 200 1090 120 120 54 238 » calculate
f 6-2506F-I 3500 500 integrated 3500 500 1350 200 1140 120 120 54 247 » calculate
g 6-2506F-I 3500 500 integrated 3500 500 1400 200 1190 120 120 54 256 » calculate
h 6-2506F-I 3500 500 integrated 3500 500 1500 200 1290 120 120 54 273 » calculate
i 6-2506F-I 3500 500 integrated 3500 500 1600 200 1390 120 120 54 290 » calculate
a 6-2509F-I 4500 600 integrated 4500 600 1100 220 870 140 130 67 245 » calculate
b 6-2509F-I 4500 600 integrated 4500 600 1200 220 970 140 130 67 257 » calculate
c 6-2509F-I 4500 600 integrated 4500 600 1300 220 1070 140 130 67 269 » calculate
d 6-2509F-I 4500 600 integrated 4500 600 1350 220 1120 140 130 68 275 » calculate
e 6-2509F-I 4500 600 integrated 4500 600 1400 220 1170 140 130 68 281 » calculate
f 6-2509F-I 4500 600 integrated 4500 600 1500 220 1270 140 130 68 293 » calculate
g 6-2509F-I 4500 600 integrated 4500 600 1800 220 1570 140 130 69 347 » calculate
a 6-2510F-I 5000 600 integrated 5000 500 1320 220 1070 140 130 67 284 » calculate
b 6-2510F-I 5000 600 integrated 5000 500 1370 220 1120 140 130 68 290 » calculate
c 6-2510F-I 5000 600 integrated 5000 500 1420 220 1170 140 130 68 296 » calculate
d 6-2510F-I 5000 600 integrated 5000 500 1520 220 1270 140 130 68 308 » calculate
e 6-2510F-I 5000 600 integrated 5000 500 1820 220 1570 140 130 69 362 » calculate
a 6-2512F-I 6000 600 integrated 6000 600 1300 230 1050 150 150 70 445 » calculate
b 6-2512F-I 6000 600 integrated 6000 600 1400 230 1150 150 150 70 462 » calculate
c 6-2512F-I 6000 600 integrated 6000 600 1500 230 1250 150 150 70 479 » calculate
d 6-2512F-I 6000 600 integrated 6000 600 1700 230 1450 150 150 70 513 » calculate
e 6-2512F-I 6000 600 integrated 6000 600 1800 230 1550 150 150 71 530 » calculate
f 6-2512F-I 6000 600 integrated 6000 600 2000 230 1750 150 150 71 592 » calculate
g 6-2512F-I 6000 600 integrated 6000 600 2200 230 1950 150 150 71 654 » calculate
a 6-2516F-I 8000 600 integrated 8000 600 1600 280 1270 200 170 91 628 » calculate
b 6-2516F-I 8000 600 integrated 8000 600 1800 280 1470 200 170 89 661 » calculate
c 6-2516F-I 8000 600 integrated 8000 600 2000 280 1670 200 170 87 694 » calculate
d 6-2516F-I 8000 600 integrated 8000 600 2200 280 1870 200 170 85 730 » calculate
e 6-2516F-I 8000 600 integrated 8000 600 2400 280 2070 200 170 83 762 » calculate
a 6-2518F-I 10000 600 integrated 10000 600 1600 280 1270 200 170 88 633 » calculate
b 6-2518F-I 10000 600 integrated 10000 600 1800 280 1470 200 170 86 666 » calculate
c 6-2518F-I 10000 600 integrated 10000 600 2000 280 1670 200 170 84 699 » calculate
d 6-2518F-I 10000 600 integrated 10000 600 2200 280 1870 200 170 82 735 » calculate
e 6-2518F-I 10000 600 integrated 10000 600 2400 280 2070 200 170 80 767 » calculate

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