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Sideshift : 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.

The MEYER sideshift enables correct positioning of the load. Normal truck forks can be used on the carriage of the sideshift.
  • Synthetic upper and lower guides with grease nipples
  • Simple fitting from the front
  • Includes adjustable lower hooks
  • one additional hydraulics required
  • Hydraulic flow:
    1-9202H/05/07Hmin. 4 / max. 15 ltr./min.
    1-9110H/12H/16Hmin. 6 / max. 20 ltr./min.
  • Other capacities
  • Other Sideshift strokes
  • Drill holes for original load guard
  • Bronze guides
  • Forks
  • Load backrest: (Height above floor)
    Suitable forOverall height
    ISO 2328 2A1070 mm
    ISO 2328 2A1300 mm
    ISO 2328 2A1600 mm
    ISO 2328 3A1070 mm
    ISO 2328 3A1300 mm
    ISO 2328 3A1600 mm
[ Sideshift ]
Technical drawing


r
- 		type
- 		Q
kg 		LSP
mm 		ISO
Kl. 		-
kg 		-
LSP 		A
mm 		S
mm 		U
mm 		I
mm 		C
mm 		E
mm 		M
kg 		[R]
-
a 1-9102H 990 500 1 900 500 745 100 233 700 60 35 44 » calculate
b 1-9102H 990 500 1 900 500 820 100 233 700 60 35 50 » calculate
a 1-9105H 2500 500 2 2500 500 800 100 322 720 60 24 43 » calculate
b 1-9105H 2500 500 2 2500 500 900 100 322 720 60 24 46 » calculate
c 1-9105H 2500 500 2 2500 500 920 100 322 830 60 24 47 » calculate
d 1-9105H 2500 500 2 2500 500 940 100 322 830 60 24 48 » calculate
e 1-9105H 2500 500 2 2500 500 980 100 322 830 60 24 49 » calculate
f 1-9105H 2500 500 2 2500 500 1020 100 322 830 60 24 51 » calculate
g 1-9105H 2500 500 2 2500 500 1040 100 322 910 60 24 52 » calculate
h 1-9105H 2500 500 2 2500 500 1070 100 322 910 60 24 53 » calculate
i 1-9105H 2500 500 2 2500 500 1100 100 322 910 60 24 54 » calculate
j 1-9105H 2500 500 2 2500 500 1150 100 322 960 60 24 56 » calculate
k 1-9105H 2500 500 2 2500 500 1245 100 272 960 66 29 85 » calculate
l 1-9105H 2500 500 2 2500 500 1400 100 272 1050 66 29 94 » calculate
m 1-9105H 2500 500 2 2500 500 1550 100 252 1100 66 30 116 » calculate
a 1-9107H 3500 500 3 3500 500 1100 100 415 890 67 25 68 » calculate
b 1-9107H 3500 500 3 3500 500 1150 100 415 890 67 25 70 » calculate
c 1-9107H 3500 500 3 3500 500 1245 100 415 1090 67 25 75 » calculate
d 1-9107H 3500 500 3 3500 500 1350 100 415 1090 67 25 80 » calculate
a 1-9110H 4900 500 3 5000 500 1100 100 365 900 77 33 111 » calculate
b 1-9110H 4900 500 3 5000 500 1150 100 365 900 77 33 115 » calculate
c 1-9110H 4900 500 3 5000 500 1245 100 365 900 77 33 122 » calculate
d 1-9110H 4900 500 3 5000 500 1350 100 365 970 77 33 130 » calculate
e 1-9110H 4900 500 3 5000 500 1550 100 365 1200 77 33 147 » calculate
f 1-9110H 4900 500 3 5000 500 1660 100 365 1260 77 33 155 » calculate
g 1-9110H 4900 500 3 5000 500 1750 100 345 1550 77 34 182 » calculate
h 1-9110H 4900 500 3 5000 500 1850 100 345 1550 77 34 191 » calculate
i 1-9110H 4900 500 3 5000 500 2000 100 325 1550 77 35 226 » calculate
a 1-9112H 6500 600 4 6500 600 1740 100 390 1200 84 38 235 » calculate
b 1-9112H 6500 600 4 6500 600 1850 100 390 1350 84 38 245 » calculate
c 1-9112H 6500 600 4 6500 600 2400 100 390 1750 84 38 298 » calculate
a 1-9116H 8000 600 4 8000 600 2400 100 380 1800 90 41 381 » calculate

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