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Rotator 360° : 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. 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. Safety: Minimum lost load centre at 0mounting: therefore the mast is vertical when the forks are horizontal so the standard back tilt of the forklift is fully effective to safely secure the load on 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.

The direct worm/ring gear drive and clutch brake system of the MEYER 360° rotator is proven to be the best in arduous applications and as standard is protected against dust and dirt. Options are available for heavy duty and also foundry protection. The unit has continuous rotation in both directions to empty containers with enclosed fork pockets. The forks are manually adjustable and can be locked in position. The built-on sideshift positions loads precisely.
  • Additional hydraulics
    > one for rotation
  • A pressure relief valve is included
  • For use with truck forks (large bottom hooks recommended)
  • For Meyer forks see below
  • Side grease nipple for bearing included
  • Hydraulic flow: 
    5-1502N - 20 l/min
    5-1504N - 20 l/min
    5-1505N - 20 l/min
    5-1506N - 30 l/min
    5-1507N - 30 l/min
    5-1508N - 40 l/min
    5-1510N - 40 l/min
    5-1512N - 50 l/min
    5-1514N - 50 l/min
    5-1518N - 60 l/min
  • Other carriage widths
  • Rotator with bolt-on forks available on request
Additional Cost for:
  • Indication for 0° positioning
  • Top & side support arms up to type 5-xx08
  • Motor and Brake protection
  • Dual drive
  • Built-on sideshift
  • Fisheries Specification
    Cast housing
    External grease facility
    Water release function
    Galvanised bolts with Silicon-sealed drill holes
    - seawater-resistant 3-layers varnish
    - galvanised fork carrier
[ Rotator 360° ]
360° rotating, with carriage for ISO-Forks
Technical drawing


r
- 		type
- 		Q
kg 		LSP
mm 		ISO
Kl. 		-
kg 		-
LSP 		A
mm 		B
mm 		B1
mm 		G
mm 		ISO
Kl. 		F
mm 		F
mm 		N
mm 		-
Nm 		C
mm 		E
mm 		M
kg 		[R]
-
a 5-1502N 1600 500 2 1800 500 900 541 593 790 2 110 560 45 4400 114 50 180 » calculate
b 5-1502N 1600 500 2 1800 500 900 541 593 880 2 110 650 45 4400 114 54 185 » calculate
a 5-1504N 2000 500 2 2500 500 900 541 593 880 2 110 650 45 7000 114 55 180 » calculate
b 5-1504N 2000 500 2 2500 500 900 541 593 970 2 110 740 45 7000 114 60 185 » calculate
c 5-1504N 2000 500 2 2500 500 900 541 593 1060 2 110 830 45 7000 114 60 190 » calculate
a 5-1505N 2500 500 2 2500 600 950 665 730 830 2 420 600 45 8800 119 50 255 » calculate
b 5-1505N 2500 500 2 2500 600 950 665 730 920 2 150 690 45 8800 144 65 290 » calculate
c 5-1505N 2500 500 2 2500 600 950 665 730 920 2 420 690 45 8800 119 53 260 » calculate
d 5-1505N 2500 500 2 2500 600 950 665 730 1010 2 420 780 45 8800 119 55 265 » calculate
e 5-1505N 2500 500 2 2500 600 950 665 730 1100 2 420 870 45 8800 119 55 270 » calculate
f 5-1505N 2500 500 2 2500 600 950 665 730 1190 2 420 960 45 8800 119 57 280 » calculate
g 5-1505N 2500 500 2 2500 600 950 665 730 1280 2 420 1050 45 8800 119 59 290 » calculate
a 5-1506N 2700 500 3 3000 500 950 665 730 970 3 320 720 50 8800 129 60 295 » calculate
b 5-1506N 2700 500 3 3000 500 950 665 730 1070 3 120 820 50 8800 154 75 335 » calculate
c 5-1506N 2700 500 3 3000 500 950 665 730 1070 3 320 820 50 8800 129 62 305 » calculate
d 5-1506N 2700 500 3 3000 500 950 665 730 1170 3 320 920 50 8800 129 63 315 » calculate
e 5-1506N 2700 500 3 3000 500 950 665 730 1270 3 320 1020 50 8800 129 64 325 » calculate
a 5-1507N 3800 500 3 4000 500 950 719 773 970 3 320 720 50 10800 142 60 350 » calculate
b 5-1507N 3800 500 3 4000 500 950 719 773 1070 3 120 820 50 10800 162 75 405 » calculate
c 5-1507N 3800 500 3 4000 500 950 719 773 1070 3 320 820 50 10800 142 63 365 » calculate
d 5-1507N 3800 500 3 4000 500 950 719 773 1170 3 320 920 50 10800 142 66 380 » calculate
e 5-1507N 3800 500 3 4000 500 950 719 773 1270 3 320 1020 50 10800 142 62 390 » calculate
a 5-1508N 4000 600 3 4500 600 1100 786 850 1050 3 500 800 50 13000 149 62 430 » calculate
b 5-1508N 4000 600 3 4500 600 1100 786 850 1150 3 200 900 50 13000 179 90 496 » calculate
c 5-1508N 4000 600 3 4500 600 1100 786 850 1150 3 500 900 50 13000 149 67 455 » calculate
d 5-1508N 4000 600 3 4500 600 1100 786 850 1250 3 500 1000 50 13000 149 73 505 » calculate
a 5-1510N 4500 600 4 5000 600 1000 881 930 1080 4 480 680 50 13100 157 70 490 » calculate
b 5-1510N 4500 600 4 5000 600 1000 881 930 1180 4 480 780 50 13100 157 73 520 » calculate
c 5-1510N 4500 600 4 5000 600 1000 881 930 1280 4 480 880 50 13100 157 80 550 » calculate
d 5-1510N 4500 600 4 5000 600 1000 881 930 1480 4 480 1080 50 13100 157 76 595 » calculate
a 5-1512N 5500 600 4 6000 600 1000 881 930 1280 4 480 880 50 20000 157 70 560 » calculate
b 5-1512N 5500 600 4 6000 600 1000 881 930 1480 4 480 1080 50 20000 157 72 600 » calculate
c 5-1512N 5500 600 4 6000 600 1000 881 930 1680 4 480 1280 50 20000 162 84 640 » calculate
a 5-1514N 7000 600 4 8000 600 1000 881 930 1280 4 580 880 50 22000 162 80 760 » calculate
b 5-1514N 7000 600 4 8000 600 1000 881 930 1480 4 580 1080 50 22000 162 85 780 » calculate
c 5-1514N 7000 600 4 8000 600 1000 881 930 1680 4 580 1280 50 22000 167 80 800 » calculate
a 5-1518N 8000 800 4 8000 900 1200 915 915 1480 4 580 1080 50 24400 198 95 790 » calculate
b 5-1518N 8000 800 4 8000 900 1200 915 915 1680 4 580 1280 50 24400 198 101 870 » calculate
c 5-1518N 8000 800 4 8000 900 1200 915 915 1880 4 580 1480 50 24400 198 107 980 » calculate

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