Standard For Tipper

References

Reference ØA ØB Z Course
Stroke
Hub
H I B ØT1 ØT2 ØT3 ØT4 ØT5 ØT6 Nombre de sections
Number of sections
Anzahl elemente
A A Poussée
Thrust
Schub
B C D D max E F F' F min G H HT min I J K L M N O P T X X min Y Max* Vol. (Ltr) Vol. (cm3) Pression
Pressure
Druck
(bar)
Vérin
Cylinder
Zylinder
Débit
Flow
Leistung (vol)
Débit
Flow
Leistung (Ltr
min)
Poids
Weight
Gewicht (Kg)
Pression max
Max pressure
Max druck
Débit max
Max flow
Max leistung
Rapport de pilotage
Pilot ratio
Aufsteuerung
OPTION
Berceau
Cradle
Ring N°
Longueur
Length
Länge (m)
pressostat Téléchargement
Download
294 390 100 283 45 61 26 25 98 25 293 30 25 80 M16x1.5 1.0 10.4 00 294
295 500 100 338 45 61 26 25 98 25 348 30 25 80 M16x1.5 1.3 12.3 00 295
296 620 107 399 45 61 26 40 100 40 409 30 25 80 1/2 1.6 15.1 296
297 700 100 439 45 61 26 40 100 40 449 30 25 80 1/2 2.0 16.3 297
298 820 107 499 45 61 26 40 100 40 509 30 25 80 1/2 2.1 18.2 298
305 570 110 283 45 61 76 26 45 115 45 293 30 25 95 1/2 1.9 15.4 1 305
306 910 110 399 45 61 76 26 45 115 45 409 30 25 95 1/2 3.1 20.8 1 306
445 1190 113 203 394 45 61 76 91 26 45 128 45 409 30 25 108 1/2 5.0 25 1 445
201 595 107 396 61 76 31 45 115 45 406 30 25 95 1/2 2.5 23 1 201
202 795 107 496 61 76 26 45 115 45 506 30 25 95 1/2 3.3 26 1 202
307 875 110 200 391 61 76 91 31 45 128 45 406 30 25 108 1/2 4.5 26 1 307
308 1060 110 200 454 61 76 91 36 45 128 45 469 30 30 108 1/2 5.5 30.1 1 308
447 1380 113 209 449 61 76 91 107 36 45 148 45 464 30 30 128 1/2 8.4 40 2 447
203 950 107 589 68 88 36 45 128 45 594 40 30 112 1/2 5.1 40 1 203
310 895 110 413 68 88 107 36 45 148 45 418 40 30 128 1/2 6.2 37 2 310
311 1160 110 200 502 68 88 107 36 45 148 45 507 40 30 128 1/2 8.0 45 2 311
312 1300 110 200 548 68 88 107 36 45 148 45 553 40 30 128 1/2 9.0 49 2 312
419 1520 113 203 497 68 88 107 126 36 45 170 45 502 40 30 150 1/2 12.9 61 3 419
420 1705 113 203 543 68 88 107 126 36 45 170 45 548 40 30 150 1/2 14.5 64 3
421 1860 113 203 582 68 88 107 126 36 45 170 45 587 40 35 150 1/2 15.8 71 3
451 2305 113 203 68 88 107 126 36 45 170 45 697 50 35 150 1/2 19.7 81 3
204 930 107 584 88 107 36 45 148 45 589 40 30 128 1/2 7.8 41 2 204
313 1260 110 200 540 88 107 126 36 45 170 45 545 40 30 150 1/2 12.6 55 3 313
314 1125 110 200 494 88 107 126 36 45 170 45 499 40 30 150 1/2 11.2 52 3 314
315 1380 110 200 579 88 107 126 36 45 170 45 584 40 30 150 1/2 13.8 58 3 315
316 1710 110 200 88 107 126 45 45 170 45 694 50 35 150 1/2 17.0 72 3 316
422 1470 203 494 88 107 126 147 45 50 198 50 507 50 35 178 1/2 17.6 77 4
423 1810 203 579 88 107 126 147 45 50 198 50 592 50 35 178 1/2 21.7 88 4
424 2250 203 88 107 126 147 45 50 198 50 702 50 35 178 1/2 27.0 103 4
525 1805 206 88 107 126 147 170 45 50 238 50 510 50 35 204 1/2 25.8 104 5
526 2230 206 88 107 126 147 170 45 50 238 50 595 50 35 204 1/2 31.9 120 5
527 2780 206 88 107 126 147 170 45 50 238 50 705 50 35 204 1/2 39.9 140 5
528 2035 206 88 107 126 147 170 45 50 238 50 556 50 35 204 1/2 29.0 111 5
529 3250 206 88 107 126 147 170 45 50 238 50 805 50 35 204 1/2 47 151 5
540 2470 206 88 107 126 147 170 45 50 238 50 643 50 35 204 1/2 36.0 130 5
317 1670 200 107 126 147 45 50 198 50 699 50 35 178 1/2 23.2 99 4 317
426 1760 203 107 126 147 170 45 50 238 50 592 50 35 204 1/2 29.5 116 5
425 2200 203 107 126 147 170 45 50 238 50 702 50 35 204 1/2 36.0 134 5
434 2780 203 107 126 147 170 45 50 238 50 849 50 35 204 1/2 48.5 160 5

Features

The study, the conception and the technical specifications are only suitable for tippers

– Max pressure : 200 bars
– Proof pressure : 300 bars
– Maximum speed : 0.2m/s
– Temperature : – 30°C to + 90°C
– Hydraulic mineral oil

• Materials
– Seamless tube NFA 49311/312 tube machined, ground, trated and polished Ra < 0.4µ
– Cold-drawn tube
– Round bar Steel C35R, machined, ground and polished Ra < 0.4µ
– Each component is nitrited (except cylinder
bottom)

• Seals
– Rod: compact polyurethane lip seal + 1 polyurethane
wiper seal
– Cylinder bottom: O RING 80 shore + back up
ring or static seal

• Marking
On the tube or bottom: REFERENCE + CH +
WEEK/YEAR of manufacture

• Testing by “pick up”

Recommendations

– Protect the hydraulic circuit by a relief valve and a filter;
– Check the state of purity of the fluid (foreign bodies);
– Remember to purge the cylinders and the
hydraulic circuit;
– Do not weld onto the cylinder;
– Do not, under any circumstances, use the
tipping system as a mechanical stop;
– Never allow the body to lean against the cylinder
when in stowed position (gap > 20mm).

• Storage:
– The cylinder rod must be greased before being
stored;
– Protect the cylinder shaft and trunnions during
high pressure steam cleaning.

• Spare parts: joint pockets, see price list.

• Instructions: on request.

• Guarantee: please refer to the general sales
conditions.

The normal operation of a CHAPEL telescopic
cylinder consists in the regular lifting of a tipper
body to progressively empty its load over its
path, whilst respecting the operating and safety
conditions.

A tipping system is solely a lifting device, it cannot,
under any circumstances, stabilise or guide
the tipper body.

On choosing a cylinder, the weight C is equal
to the weight of the body added to the weight of
the load.

Additional information

SAFETY PROCEDURES TIPPING
Plan a gap from 20 to 30mm

Ensure that:
– The necessary tipping pressure is less than
the maximum recommended operating pressure;
– The load is compatible with the vehicle;
– The ground is stable and flat;
– There are no people or obstacles in the working
perimeter (at ground level and high up),
– The load has been distributed uniformly;
– The tyre pressure is correct;
– The load is progressively emptied.

PAY ATTENTION to loads sticking in the body
(wet earth, etc…)
Strong adhesion to the body may cause the
vehicle to tip over.

THE FOLLOWING IS STRICTLY PROHIBITED:
– Do not move the vehicle during tipping;
– Rapid operation of the cylinder tipper control;
– Working under a raised tipper body that has
not been secured;
– Tipping if the wind is buffeting the vehicle.

«Not following the above safety procedures
may cause considerable over-pressures and
transverse forces that are not allowed by the
cylinder.
This may therefore cause considerable damage
and place the operator in danger.»

Our website is using cookies to optimize the browser function. Inform you how we use cookies and how you can change your settings. Learn more

Managing your preferences on cookies

Statistic Data

Help the website owners to understand how visitors interact with websites by collecting an reporting information anonymously.

Marketing Data

Allow a better customization of the user experience.

YouTube