AM series -Square Profile Cylinders

Pneumatic cylinders are mechanical devices which use the power of compressed gas to produce a force in a reciprocating linear motion. Like hydraulic cylinders, pneumatic cylinders use the stored potential energy of a fluid, in this case compressed air, and convert it into kinetic energy as the air expands in an attempt to reach atmospheric pressure. This air expansion forces a piston to move in the desired direction. The piston is a disc or cylinder, and the piston rod transfers the force it develops to the object to be moved.Engineers prefer to use pneumatics sometime because they are quieter, cleaner, and do not require large amounts of space for fluid storage. Because the operating fluid is a gas, leakage from a pneumatic cylinder will not drip out and contaminate the surroundings, making pneumatics more desirable where cleanliness is a requirement.

AM / AT Series Piston Cylinder Dimensions
Model No.	Piston Dia (mm)	D	EE	A	ØB	ØC	E	F (BSP)	G	GA	H	J	JJ	KK	L	LL	M	N	O	V	W	ZB
AM 32	32	22	30	12	46	47	G1/8″	32.5	M6	16	27.5	14	4	M10 x 1.25	6	7	–	66	10	16	26	120
AM 40	40	24	35	16	53.7	53	G1/4″	38	M6	16	29	14.5	6	M12 x 1.25	6.5	8.5	–	76	13	18	30	135
AM 50	50	32	40	20	65.8	65	G1/4″	46.5	M8	17	30	15	7	M16 x 1.5	6.5	8.5	75	17	25	37	143
AM 63	63	32	45	20	80	75	G3/8″	56.5	M8	17	31	15.5	9	M16 x 1.5	7	8	4	89	17	24	37	158
AM 80	80	40	45	25	101.8	95	G3/8″	72	M10	18	35	17.5	11.5	M20 x 1.5	9	13.5	93	22	30	46	174
AM 100	100	40	55	25	126	115	G1/2″	89	M10	18	36	18	14	M20 x 1.5	10	14.5	4	102	22	32	51	189
AT 125	125	54	60	32	155.6	140	G1/2″	110	M12	20.5	46	23	14	M27 x 2	14	14	10	114	27	45	65	225
AT 160	160	72	65	40	198	180	G3/4″	140	M16	23	50	25	14	M36 x 2	14	21	10	130	36	58	80	260
AT 200	200	72	75	40	247	220	G3/4″	175	M16	23	50	25	M36 x 2	12	–	130	36	57	95	275