STANDARD SINGLE ACTING TELESCOPIC CYLINDERS

plano-cilindro-telescopico-estandar-simple-efecto

CODE	H	I	B	ØT1	ØT2	ØT3	ØT4	ØT5	Z Stroke	A	B	C	D	E	F	F’	G	M	Vol(l)	Weight(kg)	Craddle
294	100		283	45	61				390	26	25	98	25	293	30	25	80	16×1.5	1.0	10.4	00
295	100		338	45	61				500	26	25	98	25	348	30	25	80	16×1.5	1.3	12.3	00
296	107		399	45	61				620	26	40	100	40	409	30	25	80	1/2	1.6	15.1	0
297	100		439	45	61				700	26	40	100	40	449	30	25	80	1/2	2.0	16.3	0
298	107		499	45	61				820	26	40	100	40	509	30	25	80	1/2	2.1	18.2	0
201	107		396	61	76				595	31	45	115	45	406	30	25	95	1/2	2.5	23	1
202	107		496	61	76				795	26	45	115	45	506	30	25	95	1/2	3.3	26	1
203	107		589	68	88				950	36	45	128	45	594	40	30	108	1/2	5.1	40	1
204	107		584	88	107				930	36	45	148	45	589	40	30	128	1/2	7.8	41	2
305	110		283	45	61	76			570	26	45	115	45	293	30	25	95	1/2	1.9	15.4	1
306	110		399	45	61	76			910	26	45	115	45	409	30	25	95	1/2	3.1	20.8	1
307	110	200	391	61	76	91			875	31	45	128	45	406	30	25	108	1/2	4.5	26	1
308	110	200	454	61	76	91			1060	36	45	128	45	469	30	30	108	1/2	5.5	30.1	1
310	110		413	68	88	107			895	36	45	148	45	418	40	30	128	1/2	6.2	37	2
311	110	200	502	68	88	107			1160	36	45	148	45	507	40	30	128	1/2	8.0	45	2
312	110	200	548	68	88	107			1300	36	45	148	45	553	40	30	128	1/2	9.0	49	2
313	110	200	540	88	107	126			1260	36	45	170	45	545	40	30	150	1/2	12.6	55	3
313	110	200	540	88	107	126			1260	36	45	170	45	545	40	30	150	1/2	12.6	55	3
314	110	200	494	88	107	126			1125	36	45	170	45	499	40	30	150	1/2	11.2	52	3
315	110	200	579	88	107	126			1380	36	45	170	45	584	40	30	150	1/2	13.8	58	3
316	110	200		88	107	126			1710	45	45	170	45	694	50	35	150	1/2	17.0	72	3
CODE	H	I	B	ØT1	ØT2	ØT3	ØT4	ØT5	Z Stroke	A	B	C	D	E	F	F’	G	M	Vol(l)	Weight(kg)	Craddle
317		200		107	126	147			1670	45	50	198	50	699	50	35	178	1/2	23.2	99	4
445	113	203	394	45	61	76	91		1190	26	45	128	45	409	30	25	108	1/2	5.0	25	1
447	113	209	449	61	76	91	107		1380	36	45	148	45	464	30	30	128	1/2	8.4	40	2
419	113	203	497	68	88	107	126		1520	36	45	170	45	502	40	30	150	1/2	12.9	61	3
420	113	203	543	68	88	107	126		1705	36	45	170	45	548	40	30	150	1/2	14.5	64	3
421	113	203	582	68	88	107	126		1860	36	45	170	45	587	40	35	150	1/2	15.8	71	3
451	113	203		68	88	107	126		2305	36	45	170	45	697	50	35	150	1/2	19.7	81	3
422		203	494	88	107	126	147		1470	45	50	198	50	507	50	35	178	1/2	17.6	77	4
423		203	579	88	107	126	147		1810	45	50	198	50	592	50	35	178	1/2	21.7	88	4
424		203		88	107	126	147		2250	45	50	198	50	702	50	35	178	1/2	27.0	103	4
425		203		107	126	147	170		2200	45	50	238	50	702	50	35	204	1/2	36.0	134	5
426		203		107	126	147	170		1760	45	50	238	50	592	50	35	204	1/2	29.5	116	5
429		203		107	126	147	170		2590	45	50	238	50	802	50	35	204	1/2	48.0	130	5
434		203		107	126	147	170		2780	45	50	238	50	849	50	35	204	1/2	48.5	160	5
525		206		88	107	126	147	170	1805	45	50	238	50	510	50	35	204	1/2	25.8	104	5
526		206		88	107	126	147	170	2230	45	50	238	50	595	50	35	204	1/2	31.9	120	5
527		206		88	107	126	147	170	2780	45	50	238	50	705	50	35	204	1/2	39.9	140	5
528		206		88	107	126	147	170	2035	45	50	238	50	556	50	35	204	1/2	29.0	111	5
540		206		88	107	126	147	170	2470	45	50	238	50	643	50	35	204	1/2	36.0	130	5

*** Option: craddle

WITH SQUARE CAB

plano-cilindro-telescopico-estandar-simple-efecto-placa-oscilante

													Max Force	VOL	Weight
CODE	ØT1	ØT2	ØT3	ØT4	ØT5	Stroke	B	C	D	E	G	Y	on ball-joint	(L)	(kg)	Craddle
3305PN	45	61	76			570	45	115	45	293	95	143	8	2.5	17	1
3395PN	45	61	76			730	40	128	40	348	95	180	8	3.0	19	1
3306PN	45	61	76			912	45	115	45	409	95	143	8	3.6	22	1
3397PN	45	61	76			1030	40	128	40	449	95	180	8	4.0	23	1
3405PN	45	61	76	91		726	40	128	40	293	108	146	8	3.1	19	1
3495PN	45	61	76	91		945	40	128	40	348	108	186	8	5.0	22	1
3445PN	45	61	76	91		1190	45	128	45	409	108	146	8	6.5	26	1
3585PN	45	61	76	91	107	875	45	148	45	288	128	186	8	5.2	26.5	2
3595PN	45	61	76	91	107	1150	45	148	45	343	128	186	8	7.7	30	2
3598PN	45	61	76	91	107	1475	45	148	45	424	128	139	8	9.9	34.5	2

CODE	A	B	C	D	E	F	G	Max Force on Ball-joint	Weight(kg)
123R	44	75	24	45	69	5	14	8	1.5
124R	55	95	34	52	91	5	16	14	3
125R	66	115	34	59	89	5	19	22	4
126R	79	135	71	74	109	50	22	32	7

ACCESORIES

CRADDLE

							Max Force	Weight
CODE	A	B	C	D	E	F	on Ball-joint	(kg)
BER00	154	25	102	25	172	20	3	2.6
BER0	154	40	102	25	172	20	3	2.6
BER1	225	45	130	40	260	40	8	6.7
BER2	230	45	150	40	270	40	10	7.2
BER3	270	45	173	45	310	40	15	13.2
BER4	310	50	200	50	360	50	20	26.7
BER5	392	50	243	50	440	50	25	45

BEARINGS TO BE WELDED

CODE	A	B	C	D	Weight(kg)
125S	25	25	55	27	0.7
145S	45	43	97	47	3.5
150S	50	41	97	52	3.5

BEARINGS TO BE SCREWED

CODE	A	B	C	D	E	F	G	H	K	Weight(kg)
B40	40	105	137	65	5.7	40	14	35	15	1.8
B45	45	105	137	65	5.7	40	14	35	15	1.7
B50	50	105	137	72	5.7	40	14	41	15	2
B65	65	165	220	110	7.5	50	30	65	21	8.7

SWIVEL ATTACHMENT

CODE	A	B	M	Weight(kg)
RAC/T	17	11	1/2	0.18
RAC/T13	13	8	1/2	0.18
RAC/T16	16	11	1/2	0.8
RAC/T21	21	13.5	1/2	0.28
RAC/T27	27	16	3/4	0.55

HOW TO CHOOSE A TELESCOPIC CYLINDER?

Safety procedures when 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.

IT IS STRICTLY PROHIBITED:

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».

TECHNICAL DATA

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, treated and polished Ra<0.4μ - 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

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

The normal operation of a telescopic cylinder consists in the regular lifting of a tipper body to progressively empty its load over its path, while 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.

DOWNLOAD FILE – Standard Single Acting Telescopic Cylinders