Skip to content.

Stellenangebote

Sections
You are here: Home » Products » Clamps » Harbour Clamp
Document Actions
Harbour 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.

The MEYER harbour clamp, distinguished by its special shaped forks, is robust in construction and suitable for the heavy-duty work involved in a wide variety of general cargo handling. 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
  • Equipped with valve guard protection
  • The forks are welded directly to the slide bars
  • Hydraulic flow:
    3-1303K - 25 Ltr./min.
    3-1304K - 30 Ltr./min.
    3-1306K - 40 Ltr./min.
    3-1308K - 40 Ltr./min.
    3-1309K - 40 Ltr./min.
  • Other fork lengths and opening ranges
  • Various slip-on arms available
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
  • Bolt-on forks
    (Increase in C, E and M)
    - ISO II
    - ISO III
    - ISO IV
  • Load backrest
    Type 7-05xx
  • Quick disconnect lower hooks
    - ISO II
    - ISO III
    - ISO IV
[ Harbour Clamp ]
with integral sideshift
Technical drawing


Z
- 		-
type 		Q2
kg 		Q1
kg 		lc
mm 		ISO
cl. 		-
kg 		-
llc 		A
mm 		F
mm 		F
mm 		K
mm 		H
mm 		L
mm 		Ev
mm 		D
mm 		C
mm 		Eh
mm 		M
mm 		[R]
-
a 3-1309K-EU 4200 4200 600 4 5000 600 1350 260 1730 150 60 1150 0 60 177 205 785 » calculate
b 3-1309K 4200 4200 600 4 5000 600 1350 360 1930 150 60 1150 0 60 177 205 800 » calculate
c 3-1309K-EU 4200 4200 600 4 5000 600 1500 260 1880 150 60 1150 0 60 177 200 810 » calculate
d 3-1309K 4200 4200 600 4 5000 600 1500 360 2080 150 60 1150 0 60 177 200 825 » calculate
a 3-1318G 2500 1800 500 2 2000 500 970 490 1820 120 40 1200 162 40 155 220 348 » calculate
b 3-1318G-EU 2500 1800 500 2 2000 500 1100 320 1610 120 40 1200 172 40 155 215 354 » calculate
a 3-1322G 2500 2200 500 2 2500 500 970 490 1820 120 40 1200 162 40 157 226 365 » calculate
b 3-1322G-EU 2500 2200 500 2 2500 500 1100 320 1610 120 40 1200 172 40 157 220 371 » calculate
a 3-1328G 3500 2800 500 3 3500 500 970 490 1820 120 45 1200 228 45 171 234 470 » calculate
b 3-1328G-EU 3500 2800 500 3 3500 500 1100 320 1610 120 45 1200 235 45 171 191 455 » calculate
a 3-1335G 4500 3500 500 3 4000 500 1250 550 2050 150 50 1200 203 50 195 210 626 » calculate
b 3-1335G-EU 4500 3500 500 3 4000 500 1150 260 1510 150 50 1200 210 50 195 216 592 » calculate
a 3-1340G 5000 4000 500 3 4500 500 1250 550 2050 150 60 1200 233 60 197 243 625 » calculate
b 3-1340G-EU 5000 4000 500 3 4500 500 1150 260 1510 150 60 1200 240 60 197 250 660 » calculate

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