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Pneumatic valve actuator series

HYC氣動執(zhí)行器

Design Features
The QH series pneumatic actuators are developed, developed, and designed based on the application of new technologies, materials, processes, and innovative concepts. They have the following characteristics:
1. Fully comply with new international standards such as IS05211, DIN3337, VD/NDE3845, and NAMIJR.
2. The extruded high-strength aluminum cylinder body has undergone fine grinding and hard anodizing treatment on the inner surface. Long service life, low friction coefficient, and quick action.
3. The beautiful, compact, and modern design, as well as the multi specification series of products, make the selection more cost-effective.
4. All active surfaces are made of high-quality bearings with low friction, long lifespan, and no noise.
5. Two independent stroke adjustment mechanisms are installed externally to facilitate adjustment of the ± 5 ° fully open or fully closed position.
6. The actuators with the same external structure are available in double acting and single acting (spring return) options, making it easy to install all accessories for output.
7. The multifunctional position indicator of the NAMLJR standard can be used as a visual indicator.
8. Pre compressed load spring, safe and convenient installation and disassembly.
9. The piston and end cover are made of die-cast aluminum alloy, with high strength and light weight.
10. Changing the sealing material can be applied to high or low temperature situations.
11. Multiple angular strokes (such as 120 °, 135 °, 180 °, etc.) and three position pneumatic actuators can be provided as needed.
12. No connecting plate is required. The solenoid valve can be installed directly.

model	A	B	C	D	E	F	G	H	I	J	K	L	M	N	O	A120	A180	Airconnection
QH052	143	72	55	92	30	41	14	80	30	F05?50	F03?36	M6x8	M5X8	11	?40	158	200	G1/8”
QH063	190	88	69	108	35	45	18	80	30	F07?70	F05?50	M8X13	M6X10	14	?40	184	233	G1/4”
QH075	207	99.5	100.5	119.5	38.5	52.5	20.5	80	30	F07?70	F05?50	M8X10	M6x8	14	?40	103	243	G1/4”
QH083	213	109	88	129	46	52.5	21	80	30	F07?70	F05?50	M8X13	M6x10	17	?40	221	280	G1/4”
QH092	258	117	98.5	137	50	61	21	80	30	F07?70	F05?50	M8X12	M6x10	17	?40	280	274	G1/4”
QH105	267	133	109	153	57	64	26	80	30	F10?102	F07?70	M10X13	M8X10	22	?40	304	388	G1/4”
QH125	340	155	120.5	175	67.5	70	27.5	80	30	F10?102	F07?70	M10X16	M8x13	22	?65	365	470	G1/4”
QH140	414	171.5	132	191.5	75	76	32	80	30	F12?125	F10?102	M12X20	M10x15	27	?65	442	568	G1/4”

HYC double acting actuator output torque

model	Input air source pressure (in units：bar）
model	2	3	4	5	6	7	8
QH 032DA	2.78	4.20	6.00	7.50	9.00	10.00	11.5
QH 052DA	8.32	12.48	16.64	20.8	24.96	29.12	33.28
QH 063DA	14.64	21.96	29.28	36.6	43.92	51.24	58.76
QH 075DA	23.5	35.3	47	58.5	70.5	82.3	94
QH 083DA	29.7	44.5	59.4	74.2	89.1	103.9	118.9
QH 092DA	45.5	68.2	91.1	113.7	136.4	159.2	1189
QH 105DA	67.88	101.82	136.76	169.7	203.64	237.58	371.52
QH 125DA	116.6	174.9	233.2	291.5	349.8	408.1	466.4
QH 140DA	175.48	263.22	350.96	438.7	526.44	614.18	701.92
QH 160DA	267.4	401.1	534.8	668.5	802.2	935.9	1069.6
QH 190DA	430.96	646.44	861.9	1077.4	1292.9	1508.4	1723.8
QH 210DA	592.2	888.4	1184.5	1480.6	1776.7	2072.8	2369
QH 240DA	928.3	1392.5	1156.6	2320.8	2785	3249.1	3713.3

HYC single acting actuator output torque

Output torque of air to springs												Spring output torque
Mpa		3		4		5		6		7		Spring output torque
model	Number of springs	0°	90°	0°	90°	0°	90°	0°	90°	0°	90°	0°	90°
model	Number of springs	starting point	End	starting point	End	starting point	End	starting point	End	starting point	End	starting point	End
QH052SA	5	8.48	6.28	12.64	10.44							4	6.2
	6	7.68	4.98	11.84	9.14							4.8	7.5
	7	6.98		11.14	7.94							5.5	8.7
	8		3.78	10.34	6.74	14.5	10.9					6.3	9.9
	9			9.54	5.44	13.7	9.6					7.1	11.2
	10			8.74	4.24	12.9	8.4	17.6	12.56			7.9	12.4
	11					12.1	7.1	16.26	11.26	20.42	15.42	8.7	13.7
	12					11.3	5.9	15.46	10.06	19.62	14.22	9.5	14.9
QH063SA	5	15	11.2	22.3	18.5	29.6	25.8					7	10.8
	6	13.5	9	20.8	16.3	28.1	23.7					8.5	12.95
	7	12	6.9	19.4	14.2	26.7	21.5					9.9	15.1
	8			18	12	25.3	19.3	32.6	26.6			11.3	17.3
	9			16.5	9.9	23.9	17.2	31.2	24.52			12.7	19.4
	10			15.3	7.7	22.6	15	29.9	22.3	37.2	29.6	14	21.6
	11			13.8	5.6	21.1	12.9	28.4	20.2	35.7	27.5	15.5	23.7
	12					19.7	10.7	27	18	34.3	25.3	16.9	25.9
QH075SA	5	23.4	17.8	35.1	29.5							11.9	17.5
	6	21.1	14.3	32.8	26							14.2	21
	7	18.7	10.8	30.4	22.5							16.6	24.5
	8			28	19	39.8	30.8					19	27
	9			25.7	15.5	37.5	27.3					21.3	31.5
	10			23.3	12	35.1	23.8	46.8	35.5	58.6	47.3	23.7	35
	11					32.7	20.3	44.4	32	56.2	43.8	26.1	38.5
	12					30.4	16.8	42.1	28.5	53.9	40.3	28.4	42
QH083SA	5	30.9	23.8	46.1	38.9							14.5	21.7
	6	28.1	19.5	43.3	34.6							17.39	26
	7	25.2	15.1	40.3	30.2							20.3	30.4
	8			37.4	25.9	52.6	41.1					23.2	34.7
	9			34.5	21.5	49.7	36.7					26.1	39.1
	10			36.1	17.2	46.8	32.4	62	47.6	77.1	62.7	29	43.4
	11					43.9	28.1	59.1	43.3	74.2	58.4	31.9	47.7
	12					41	23.7	56.2	38.8	71.3	54	34.78	52.08
QH0925A	5	50.28	37.78	75.54	63.03							25.5	38
	6	45.18	30.18	70.44	55.44							30.6	45.6
	7	40.08	22.58	65.35	47.84							35.7	53.2
	8			60.24	40.24	85.5	65.5					40.8	60.8
	9			55.14	32.69	80.4	57.9					45.9	68.4
	10			50.04	25.04	75.3	50.3	100.56	75.56	125.82	100.82	51	76
	11					70.2	42.7	95.46	67.96	12.72	93.22	26.1	83.6
	12					65.1	35.1	90.36	60.36	115.6	85.6	61.2	91.2
QH105SA	5	68.6	52	103.6	87							33.2	49.8
	6	61.9	42	96.9	77							39.9	59.8
	7	55.3	32.1	90.3	67.1							46.5	69.7
	8			83.7	57.1	116.6	90					53.1	79.7
	9			77	47.1	109.9	80.3					59.8	89.4
	10			70.4	37.2	103.3	70.1	137.3	104	171.2	138	66.4	99.6
	11					96.7	60.1	130.6	94	164.6	128	73	109.6
	12					90	50.2	123.9	64.1	157.9	118.1	79.7	119.5
QH125SA	5	115.5	88	173.8	146.3							59.4	86.9
	6	103.6	70.6	161.9	128.9							71.3	104.3
	7	91.8	53.5	150.1	111.6							83.1	121.6
	8			138.2	94.2	196.5	152.5					95	139
	9			126.3	76.8	184.6	135.1					106.9	156.4
	10			114.4	49.4	172.7	117.7	231	176			118.8	173.8
	11					160.9	100.4	219.2	158.7	277.5	217	130.6	191.1
	12					149	83	207.3	141.3	265.6	199.6	142.5	208.5
QH140SA	5	174.7	131.2	262.5	219							88.5	132
	6	157	104.8	244.8	192.6							106.2	158.4
	7	133.9	78.4	227.1	166.2							123.9	184.8
	8			209.4	139.8	297.1	227.5					141.6	211.2
	9			191.7	113.4	279.4	201.1					159.3	237.6
	10			174	87	261.7	174.7	349.4	262.4	437.8	350.1	177	264
	11					244	148.3	331.7	236	419.5	323.8	194.7	290.4
	12					226.3	121.9	314	209.6	401.8	297.4	212.4	316.8
QH160SA	5	264.6	197.1	398.3	330.8							136.5	204
	6	237.3	156.2	371	289.9							163.8	244.9
	7	210	115.4	343.7	249.1							191.1	285.7
	8	182.7	74.6	316.4	208.3	450.1	341.9					218.4	326.5
	9			289.1	167.5	422.8	301.2					245.7	367.3
	10			261.8	126.7	395.5	260.4	529.2	394.1			273	408.1
	11					368.2	219.6	501.9	523.3	635.6	487	300.3	488.9
	12					340.9	178.8	474.6	312.5	608.3	446.2	327.6	489.7
QH190SA	5	429	320.4	644.5	535.9							217.4	326
	6	385.5	255.5	601	470.7							260.9	391.2
	7	342	190	557.5	405.5							304.4	456.4
	8			514	340.3	729.5	555.8					347.9	521.6
	9			470.6	275.1	686.1	490.6					391.3	586.8
	10			427.1	209.9	642.6	425.4	858.1	640.9	1073.6	856.4	434.8	652
	11					599.1	360.2	814.6	575.7	1030.1	791.2	478.3	717.2
	12					555.6	295	771.1	510.5	986.6	726	521.3	782.4

Working principle (standard action)

The above schematic diagram indicates that the torque value of the dual action actuator remains constant throughout the entire stroke. Users can select the appropriate actuator model based on their specific requirements and refer to the following content:
1. Clarify the larger torque value of the operated valve;
2. Increase the torque value by 25% to 50% with a set coefficient (depending on the valve type and process conditions);
3. According to the provided torque value, refer to the torque table and the corresponding air pressure value. The obtained torque value should be equal to or exceed the provided torque value;
After the torque value is determined, move horizontally to the "Model" column and find the desired actuator model.

The schematic above shows that the torque of the spring return actuator is not constant but gradually decreasing. The main reason is that the spring is compressed during the air stroke stage due to the movement of the piston, while accumulating energy obtained in a continuously decreasing manner during the motion conversion process. The torque of the actuator is defined according to the following four basic values:;
Air stroke: Start: actuator torque in spring released state End: actuator torque in spring compression state
Spring stroke: Start: Torque during spring compression End: Torque when the spring is released
Users can select the appropriate actuator model based on their specific requirements and refer to the following content:
1. Clarify the larger torque value of the operated valve;
2. Increase the torque value by 25% to 50% and set a safety factor (depending on the valve type and process conditions);
3. Based on the provided torque values, refer to the torque table and the corresponding air pressure values. The obtained torque value should be equal to or exceed the provided torque value, and in addition, the minimum value between the end of the air stroke and the end of the spring stroke should be taken into account;
After the torque value is determined, move horizontally to the "Model" column and find the desired actuator model.

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