Aignep | Aignep Vietnam | Bfa1225 Short Stroke Cylinders|Pitesco Viet Nam|

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Short Stroke Cylinders The overall dimensions of the short stroke cylinders are absolutely the smallest, this characteristic identify this line as the most suitable to be used in reduced spaces.

Over the last generation outside profile, on three sides, it has been obtained the guides on whom it is possible to assembly the disappearance switches and elastic bumpers at the stroke end.
The fixing distance between cylinder''s centers for diameter 20 and 25 mm are in conformity with the standard UNITOP, from 32 to 100 mm match the VDMA standards.
Available models:
Functioning: Single and Double-acting magnetic; Single or through piston rod magnetic; Antirotation magnetic.
Bore size: from 12 to 100 mm
Strokes: from 5 to 100 mm

	Component Parts and Materials 1   Chrome steel Piston rod      (AISI303 from 12 to 25) (C40 from 32 to 100) 2   Steel Seeger 3   Polyurethane Rod Seal 4   Sintered bronze Bearing 5   Anodised aluminium Back cover 6   NBR Seal 7   Anodized aluminium Cylinder shape body 8   Anodized aluminium Front cover 9   Polyurethane Piston seal 10 Zinc-plated steel Piston Nut 11 Aluminium Piston 12 Plastoferrite Magnet NB: Front and Back Cover Diam. 12, 16, 20, 25 are made in Brass
Temperatures	Minimum temperature: 0°C  (-20°C with dry air) Maximum temperature:+80°C
Pressures	Minimum pressure: 1 bar Maximum pressure: 10 bar
Fluids	Filtered and lubricated compressed air as well as non lubricated air.

Thrust and traction forces
Ø Cylinder	Ø Rod	Working Surface in mm²	Operating pressure in bar
			1	2	3	4	5	6	7	8	9	10
			Output force in N
Ø12	Ø6	Thrust = 113	10	20	30	40	50	60	70	80	90	100
Ø12	Ø6	Traction = 85	7.5	15	22	30	37	45	52	60	68	75
Ø16	Ø8	Thrust = 200	18	35	53	70	90	105	125	145	160	180
Ø16	Ø8	Traction = 150	13	26	40	53	65	80	95	105	120	130
Ø20	Ø10	Thrust = 314	28	55	85	110	140	170	195	220	250	280
Ø20	Ø10	Traction = 235	21	42	60	85	105	125	150	170	190	210
Ø25	Ø10	Thrust = 490	44	88	132	176	220	264	308	352	396	440
Ø25	Ø10	Traction = 412	36	72	108	144	180	216	252	288	324	360
Ø32	Ø12	Thrust = 804	72	144	216	288	360	432	504	576	648	720
Ø32	Ø12	Traction = 691	62	124	186	248	310	372	434	496	558	620
Ø40	Ø12	Thrust = 1257	110	220	330	440	550	660	770	880	990	1100
Ø40	Ø12	Traction = 1144	100	200	300	400	500	600	700	800	900	1000
Ø50	Ø16	Thrust = 1963	175	350	525	700	875	1050	1225	1400	1575	1750
Ø50	Ø16	Traction = 1762	155	310	465	620	775	930	1085	1240	1395	1550
Ø63	Ø16	Thrust = 3117	280	560	840	1120	1400	1680	1960	2240	2520	2800
Ø63	Ø16	Traction = 2916	260	520	780	1040	1300	1560	1820	2080	2340	2600
Ø80	Ø20	Thrust = 5027	450	900	1350	1800	2250	2700	3150	3600	4050	4500
Ø80	Ø20	Traction = 4712	420	840	1260	1680	2100	2520	2940	3360	3780	4200
Ø100	Ø25	Thrust = 7854	700	1400	2100	2800	3500	4200	4900	5650	6360	7000
Ø100	Ø25	Traction = 7363	660	1320	1980	2640	3300	3960	4620	5280	5940	6600

Spring traction forces
Ø Cylinder	Load Spring	Stroke
		5	10	15	25	25
		Output force in N
Ø12	Load of spring at rest	7.5	6.8	6	5.2	4.5
Ø12	Load of compressed spring	8	8	8	8	8
Ø16	Load of spring at rest	12.3	10.8	9.5	7.8	6.5
Ø16	Load of compressed spring	13.3	13.3	13.3	13.3	13.3
Ø20	Load of spring at rest	15.7	14	12.2	10.4	8.7
Ø20	Load of compressed spring	17.4	17.4	17.4	17.4	17.4
Ø25	Load of spring at rest	19.5	18.5	17.3	16	15
Ø25	Load of compressed spring	22	22	22	22	22
Ø32	Load of spring at rest	27.8	25.3	22.8	20.2	17.7
Ø32	Load of compressed spring	30	30	30	30	30
Ø40	Load of spring at rest	36.4	34	31.7	29.5	27
Ø40	Load of compressed spring	36	36	36	36	36
Ø50	Load of spring at rest	32	30.5	29	27.8	26.5
Ø50	Load of compressed spring	35	35	35	35	35
Ø63	Load of spring at rest	61	58.5	56.3	53.5	51.5
Ø63	Load of compressed spring	64.8	64.8	64.8	64.8	64.8
Ø80	Load of spring at rest	91.3	88	85	82	78.7
Ø80	Load of compressed spring	94	94	94	94	94
Ø100	Load of spring at rest	150	145	140	134	129
Ø100	Load of compressed spring	156	156	156	156	156