Pneumatic actuator “SIRCA” AP Series (หัวขับลมสำหรับติดตั้งวาล์ว)

Technical features Pneumatic Actuator Ap0 – AP12

Series AP : DA Double Acting / SA Single Acting
Size range : AP0 – AP12 (Ø32 mm to Ø330 mm)

Actuator Stroke

– 90° with single travel adjustment ±3° (AP series)
– 90° with double travel adjustment ±5° (APM series)

Pressure range in pneumatic actuator

2 bar to 8 bar for Double Acting
3 bar to 8 bar for Single Acting

Torque range for pneumatic actuator

2.4 – 7500 Nm (21.4 to 66875 lbf.in)

Operating temperature For actuator

-20 °C to +80 °C (-4 °F to +175 °F) standard

Design reference

UNI EN 15714-3, ISO 5211, VDI / VDE 3845

Flange interface

ISO 5211

Stem connection

Square or polygonal shape ISO 5211

Interface for pilot valve

NAMUR type

Accessories flange

VDI / VDE 3845, UNI EN 15714-3

Applications

They find their best application for actuation of quarter turn valves, such as: ball valve, butterfly valve, plug valve

Two type of model: AP and APM series.

AP series, with single adjustment, allows only the adjustment of the stroke of the pistons in opening position 90° ± 3°.

APM series, with double adjustment, allows to adjust the stroke of the pistons in closing and opening of ± 5°.

Dual piston rack and pinion design for compact construction, symmetric mounting piston. One compact design with identical body and end caps for double acting and spring return model.

Extruded aluminium body, available with two types of corrosion protection, gold anodised or hard anodised. All bodies are machined with CNC controlled machines in order to obtain the highest quality and precision.

End caps and pistons are made of die-cast aluminum. End caps are painted.

Pinion is made in nickel plated steel alloy. An anti-blowout system prevents the stem from slipping out of the actuator body.

All moving components, are equipped with special anti-friction rings or bearing.

All springs are made with an encapsulated system that avoids the risk of accidents during the disassembly phases of the actuator.

Internal and external stainless steel fasteners for long term corrosion resistance.

Conform to technical specifications

ISO 5211, DIN3337 and VDI / VDE 3845 NAMUR
for product interchangeability and easy mounting of solenoids valve, limit switches and other accessories.

Pneumatic Actuator (AP0) Only Double Acting (DA)
ITEM	DESCRIPTION	STANDARD MATERIALS	Q.TY
1	BODY	Anodised	1
		Extruded Aluminium
2	PISTON	Die Cast Aluminium	2
3	END CAP	Die Cast Aluminium	2
4	PINION	E.N.P. Carbon Steel	1
5*	PISTON GUIDE	Pom Copolimer	2
7*	LOWER PINION O-RING	Nitrile Rubber Nbr	1
9*	UPPER PINION O-RING	Nitrile Rubber Nbr	1
10	PINION RETAINING RING	Enp Spring Steel	1
11	PINION WASHER	Nylon	1
12*	Plug	Nitrile Rubber Nbr	2
14	TRAVEL STOP BOLT	Stainless Steel	2
15*	O-RING	Nitrile Rubber Nbr	2
16	WASHER	Stainless Steel	2
17	NUT	Stainless Steel	2
18	END CAP SCREW	Stainless Steel	8
19*	CUP O-RING	Nitrile Rubber Nbr	2
20*	PISTON RING	Nylon	2
21*	PISTON O-RING	Nitrile Rubber Nbr	2
* Suggested spare parts for maintenance included in spare parts kit

AP1 to AP10 Pneumatic Actuator Double Acting (DA) and Spring Return (SR)

Double Acting (DA) and Spring Return (SR)
ITEM	DESCRITPION	STANDARD MATERIALS	QUANTITY
			AP	APM
1	BODY	Anodised Extruded Aluminium	1	1
2	PISTON	Die Cast Aluminium	2	1
2B	PISTON	Die Cast Aluminium	0	1
3	END CAP	Die Cast Aluminium	2	1
3B	END CAP	Die Cast Aluminium	0	1
4	PINION	E.N.P. Carbon Steel	1	1
5*	PISTON GUIDE	Pom Copolimer	2	2
6*	LOWER PINION	Ring Nylon	1	1
7*	LOWER PINION O-RING	Nitrile Rubber Nbr	1	1
8*	UPPER PINION RING	Nylon	1	1
9*	UPPER PINION O-RING	Nitrile Rubber Nbr	1	1
10	PINION RETAINING RING	Enp Spring Steel	1	1
11	PINION WASHER	Nylon	1	1
11B	STEEL PINION WASHER (only for AP10 model)	E.N.P. Carbon Steel	1	1
12*	PLUG	Nitrile Rubber Nbr	2	2
13	SPRING (Cartridge)	Spring Steel Coated	4÷12	4÷12
14	TRAVEL STOP BOLT	Stainless Steel	2	1
14B	TRAVEL STOP SCREW	Stainless Steel	0	1
15*	O-RING	Nitrile Rubber Nbr	2	1
16	WASHER	Stainless Steel	2	2
17	NUT	Stainless Steel	2	4
18	END CAP SCREW	Stainless Steel	8	8
19*	CUP O-RING	Nitrile Rubber Nbr	2	2
20	PISTON RING	Nylon	2	2
21*	PISTON O-RING	Nitrile Rubber Nbr	2	2
22	INTERNAL PINION RETAINING RING (on request)	Enp Spring Steel	1	1
23	WASHER SCREW	Stainless Steel	4÷8	4÷8
24	CUP PLUG	Aluminium	0	1
25*	O-RING	Nitrile Rubber Nbr	0	1
*Suggested spare parts for maintenance included in spare parts kit

 

MODEL	U.M.	A	W*	B	C	D	E	F	G	H	K	L	M	N	P	Q	R	☐ S-S	T	U	V*	ISO 5211	ISO 5211
																		H11				std	spec
AP1 DA/SR	mm	142	162	67	60	87	20	42	41	12	8	//	80	30	25	10	2	9/11**	M5/M6	36/50	1/8”	F03/F05	F04
	ins.	5.59	6.38	2.64	2.36	3.43	0.79	1.65	1.61	0.47	0.31	//	3.15	1.18	0.98	0.39	0.08	0.35/0.43**		1.42/1.97
AP2 DA/SR	mm	155	171	83	73	103	20	42	44.5	12	8	//	80	30	30 / 35	12	2	11/14**	M5/M6	42/50	1/4”	***	//
	ins.	6.10	6.73	3.27	2.87	4.06	0.79	1.65	1.75	0.47	0.31	//	3.15	1.18	1.18/1.38	0.47	0.08	0.43/0.55**		1.65/1.97		F04 or F05
AP3 DA/SR	mm	213	240	100	85	120	20	50	49.5	14	10	//	80	30	35	16	2	14/17**	M6/M8	50/70	1/4”	F05/F07	//
	ins.	8.33	9.45	3.94	3.35	4.72	0.79	1.97	1.95	0.55	0.39	//	3.15	1.18	1.38	0.63	0.12	0.43/0.67**		1.97/2.76
AP3,5 DA/SR	mm	236	268	110	98	130	20	50	53	19	14	//	80	30	55	20	3.5	17/22**	M8	70	1/4”	F07	F05
	ins.	9.29	10.55	4.33	3.86	5.12	0.79	1.97	2.09	0.75	0.55	//	3.15	1.18	2.17	0.79	0.14	0.67/0.87**		2.76
AP4 DA/SR	mm	276	304	125	110	145	20	50	58	19	14	//	80	30	55	20	3.5	17/22**	M8/M10	70/102	1/4”	F07/F10	//
	ins.	10.87	11.97	4.92	4.33	5.71	0.79	1.97	2.28	0.75	0.55	//	3.15	1.18	2.17	0.79	0.14	0.67/0.87**		2.76/4.02
AP4,5 DA/SR	mm	310	350	142	128	172	30	58	69	28	20	130	80	30	70	24	3.5	17**/22	M10	102	1/4”	F10	F07
	ins.	12.20	13.78	5.59	5.04	6.77	1.18	2.28	2.72	1.10	0.79	5.12	3.15	1.18	2.76	0.94	0.14	0.67**/0.87		4.02
AP5 DA/SR	mm	366	405	155	140	185	30	//	//	28	20	130	80	30	70	24	3.5	17**/22	M10	102	1/4”	F10	F07/F12
	ins.	14.41	15.94	6.10	5.51	7.28	1.18	//	//	1.10	0.79	5.12	3.15	1.18	2.76	0.94	0.14	0.67**/0.87		4.02
AP5,5 DA/SR	mm	388	442	176	160	206	30	//	//	36	28	130	80	30	85	29	3.5	22**/27	M12	125	1/4”	F12	F10
	ins.	15.27	17.40	6.93	6.30	8.11	1.18	//	//	1.42	1.10	5.12	3.15	1.18	3.35	1.14	0.14	0.87**/1.06		4.92
AP6 DA/SR	mm	468	500	200	175	230	30	//	//	36	28	130	80	30	85	29	3.5	22**/27	M12	125	1/4”	F12	F10
	ins.	18.42	19.68	7.87	6.89	9.06	1.18	//	//	1.42	1.10	5.12	3.15	1.18	3.35	1.14	0.14	0.87**/1.06		4.92
AP8 DA/SR	mm	563	612	250	215	300	50	//	//	48	32	130	//	30	100	38	5	27**/36	M16	140	F14	F14	F12
	ins.	22.16	24.09	9.84	8.46	11.81	1.97	//	//	1.89	1.26	5.12	//	1.18	3.94	1.50	0.20	1.06**/1.42		5.51
AP10 DA/SR	mm	750	838	335	290	385	50	//	//	48	32	130	//	30	130	50	5	36**/46	M20	165	1/4”	F16	F14
	ins.	29.53	32.99	13.19	11.42	15.16	1.97	//	//	1.89	1.26	5.12	//	1.18	5.12	1.97	0.20	1.42**/1.81		6.50
W* dimension only for APM series					** S dimension with (**) only request					V* dimensions threated GAS or NPT					*** To be chosen when ordering

 

Torque ratings

DOUBLE ACTING TORQUE RATINGS (DA)
OPERATING PRESSURE
MODEL	bar	2	3	4	5	6	7	8
	p.s.i.	30	44	58	73	87	102	116
AP0 DA	N m	2.4	3.6	4.8	6	7.3	8.5	9.7
	Ib f.In	21.4	32.1	42.8	53.5	65.1	75.8	86.5
AP1 DA	N m	5.9	8.9	11.8	14.8	17.7	21.7	24.8
	Ib f.In	52.6	79.3	105.2	132	157.8	193.5	221.1
AP2 DA	N m	9.4	14.1	18.8	23.5	28.2	32.9	37.6
	Ib f.In	83.8	125.7	167.7	209.6	251.5	293.5	335.4
AP3 DA	N m	20	30	40	50	60	70	80
	Ib f.In	178.4	267.6	356.8	446	535.2	624.4	713.6
AP3.5 DA	N m	34	51	68	85	102	119	136
	Ib f.In	303.3	454.9	606.5	758.2	909	1061.5	1213.2
AP4 DA	N m	48	71	95	119	142	168	192
	Ib f.In	428.2	633.3	847.4	1061	1266.6	1498.5	1712.6
AP4.5 DA	N m	87.2	130.8	174.4	218	261.6	305.2	348.8
	Ib f.In	777.8	1166.7	1555.6	1944.5	2333.4	2722.3	3111.2
AP5 DA	N m	111	167	222	278	333	388.5	444
	Ib f.In	990.1	1489.6	1980.2	2479.7	2970.4	3465.4	3960.5
AP5.5 DA	N m	157.6	236.4	315.3	394.1	473	551.8	630.6
	Ib f.In	1405.7	2108.6	2812.4	3515.3	4219.1	4922	5624.9
AP6 DA	N m	227	340	454	567	680	794.5	908
	Ib f.In	2024.8	3032.8	4049.6	5057.6	6065.6	7087	8099.4
AP8 DA	N m	426	638	851	1064	1276	1491	1704
	Ib f.In	3800	5691	7591	9491	11382	13299	15200
AP10 DA	N m	1078	1617	2156	2695	3234	3773	4312
	Ib f.In	9615.8	14423.6	19231.5	24039.4	28847.3	33655.2	38463
AP12 DA	N m	1880	2820	3760	4701	5641	6581	7522
	Ib f.In	16770	25155	33539	41933	50318	58703	67096

 

SPRING RETURN TORQUE RATINGS (SR)
MODEL		U.M.	SUPPLY PRESSURE
	OF SPRINGS FOR EACH SIDE OF CAP	bar	3		4		5		6		7		8		SPRING STROKE
		p.s.i.	44		58		73		87		102		118
			0°	90°	0°	90°	0°	90°	0°	90°	0°	90°	0°	90°	90°	0°
AP1 SR	2	N m	6.5	5.4	9.4	8.3	12.4	11.3	15.3	14.2	19.3	18.2	22.4	21.3	3.5	2.4
		lb f.in	58.0	48.2	83.8	74.0	110.6	100.8	136.5	126.7	172.2	162.3	199.8	190.0	31.2	21.4
	3	N m	5.3	3.7	8.2	6.6	11.2	9.6	14.1	12.5	18.1	16.5	21.2	19.6	5.2	3.6
		lb f.in	47.3	33.0	73.1	58.9	99.9	85.6	125.8	111.5	161.5	147.2	189.1	174.8	46.4	32.1
	4	N m	4.1	1.9	7	4.8	10	7.8	12.9	10.7	16.9	14.7	20	17.8	7	4.8
		lb f.in	36.6	16.9	62.4	42.8	89.2	69.6	115.1	95.4	150.7	131.1	178.4	158.8	62.4	42.8
	5	N m	//	//	3.1	2.7	8.8	6.1	11.7	9	15.7	13	18.8	16.1	8.7	6
		lb f.in	//	//	27.7	24.1	78.5	54.4	104.4	80.3	140.0	116.0	167.7	143.6	77.6	53.5
	6	N m	//	//	//	//	7.6	4.3	10.5	7.2	14.5	11.2	17.6	14.3	10.5	7.2
		lb f.in	//	//	//	//	67.8	38.4	93.7	64.2	129.3	99.9	157.0	127.6	93.7	64.2
AP2 SR	2	N m	10.3	8.5	15	13.2	19.7	17.9	24.4	22.6	29.1	27.3	33.8	32	5.6	3.8
		lb f.in	91.9	75.8	133.8	117.7	175.7	159.7	217.6	201.6	259.6	243.5	301.5	285.4	50.0	33.9
	3	N m	8.4	5.7	13.1	10.4	17.8	15.1	22.5	19.8	27.2	24.5	31.9	29.2	8.4	5.7
		lb f.in	74.9	50.8	116.9	92.8	158.8	134.7	200.7	176.6	242.6	218.5	284.5	260.5	74.9	50.8
	4	N m	//	//	11.2	7.6	15.9	12.3	20.6	17	25.3	21.7	30	26.4	11.2	7.6
		lb f.in	//	//	99.9	67.8	141.8	109.7	183.8	151.6	225.7	193.6	267.6	235.5	99.9	67.8
	5	N m	//	//	//	//	14	9.5	18.7	14.2	23.4	18.9	28.1	23.6	14	9.5
		lb f.in	//	//	//	//	124.9	84.7	166.8	126.7	208.7	168.6	250.7	210.5	124.9	84.7
	6	N m	//	//	//	//	12.1	6.7	16.8	11.4	21.5	16.1	26.2	20.8	16.8	11.4
		lb f.in	//	//	//	//	107.9	59.8	149.9	101.7	191.8	143.6	233.7	185.5	149.9	101.7
A3 SR	2	N m	22	18	32	28	42	38	52	48	62	58	72	68	12	8
		lb f.in	196.2	160.6	285.4	249.8	374.6	339.0	463.8	428.2	553.0	517.4	642.2	606.6	107.0	71.4
	3	N m	18	12	28	22	38	32	48	42	58	52	68	62	18	12
		lb f.in	160.6	107.0	249.8	196.2	339.0	285.4	428.2	374.6	517.4	463.8	606.6	553.0	160.6	107.0
	4	N m	//	//	24	16	34	26	44	36	54	46	64	56	24	16
		lb f.in	//	//	214.1	142.7	303.3	231.9	392.5	321.1	481.7	410.3	570.9	499.5	214.1	142.7
	5	N m	//	//	//	//	30	20	40	30	50	40	60	50	30	20
		lb f.in	//	//	//	//	267.6	178.4	356.8	267.6	446.0	356.8	535.2	446.0	267.6	178.4
	6	N m	//	//	//	//	26	14	36	24	46	34	56	44	36	24
		lb f.in	//	//	//	//	231.9	124.9	321.1	214.1	410.3	303.3	499.5	392.5	321.1	214.1
AP3,5 SR	2	N m	41.5	30	58.5	47	75.5	64	92.5	81	109.5	98	126.5	115	21	9.5
		lb f.in	370.2	267.6	521.8	419.2	673.5	570.9	825.1	722.5	976.7	874.2	1128.4	1025.8	187.3	84.7
	3	N m	32	20	49	37	66	54	83	71	100	88	117	105	31	19
		lb f.in	285.4	178.4	437.1	330.0	588.7	481.7	740.4	633.3	892.0	785.0	1043.6	936.6	276.5	169.5
	4	N m	//	//	43	20	60	37	77	54	94	71	111	88	48	25
		lb f.in	//	//	383.6	178.4	535.2	330.0	686.8	481.7	838.5	633.3	990.1	785.0	428.2	223.0
	5	N m	//	//	//	//	53	33	70	50	87	67	104	84	52	32
		lb f.in	//	//	//	//	472.8	294.4	624.4	446.0	776.0	597.6	927.7	749.3	463.8	285.4
	6	N m	//	//	//	//	47	22	64	39	81	56	106.4	73	63	38
		lb f.in	//	//	//	//	419.2	196.2	570.9	347.9	722.5	499.5	949.1	651.2	562.0	339.0
AP4 SR	2	N m	52.7	42.4	76.7	66.4	100.7	90.4	123.7	113.4	149.7	139.4	173.7	175.2	28.6	18.3
		lb f.in	470.1	378.2	684.2	592.3	898.2	806.4	1103.4	1011.5	1335.3	1243.4	1549.4	1562.8	255.1	163.2
	3	N m	43	28	67	52	91	76	114	99	140	125	164	153.6	43	28
		lb f.in	383.6	249.8	597.6	463.8	811.7	677.9	1016.9	883.1	1248.8	1115.0	1462.9	1370.1	383.6	249.8
	4	N m	//	//	58	38	82	62	105	85	131	111	155	132	57	37
		lb f.in	//	//	517.4	339.0	731.4	553.0	936.6	758.2	1168.5	990.1	1382.6	1177.4	508.4	330.0
	5	N m	//	//	//	//	73	47	96	70	122	96	146	110.4	72	46
		lb f.in	//	//	//	//	651.2	419.2	856.3	624.4	1088.2	856.3	1302.3	948.8	642.2	410.3
	6	N m	//	//	//	//	64	33	87	56	113	82	137	88.8	86	55
		lb f.in	//	//	//	//	570.9	294.4	776.0	499.5	1008.0	731.4	1222.0	792.1	767.1	490.6
A4,5 SR	2	N m	96.8	77.5	140.4	121.1	184	164.7	227.6	208.3	271.2	251.9	314.8	295.5	53.3	34
		lb f.in	950.6	761.1	1378.7	1189.2	1806.9	1617.4	2235.0	2045.5	2663.2	2473.7	3091.3	2901.8	475.4	303.2
	3	N m	79.8	50.9	123.4	94.5	167	138.1	210.6	181.7	254.2	225.3	297.8	268.9	79.9	51
		lb f.in	783.6	499.8	1211.8	928.0	1639.9	1356.1	2068.1	1784.3	2496.2	2212.4	2924.4	2640.6	712.7	454.9
	4	N m	//	//	106.4	67.8	150	111.4	193.6	155	237.2	198.6	280.8	242.2	106.6	68
		lb f.in	//	//	1044.8	665.8	1473.0	1093.9	1901.2	1522.1	2329.3	1950.3	2757.5	2378.4	950.8	606.5
	5	N m	//	//	//	//	133	84.7	176.6	128.3	220.2	171.9	263.8	215.5	133.3	85
		lb f.in	//	//	//	//	1306.1	831.8	1734.2	1259.9	2162.4	1688.1	2590.5	2116.2	1189.0	758.2
	6	N m	//	//	//	//	116	58	159.6	101.6	203.2	145.2	246.8	188.8	160	102
		lb f.in	//	//	//	//	1139.1	569.6	1567.3	997.7	1995.4	1425.9	2423.6	1854.0	1427.2	909.8
AP5 SR	2	N m	123.7	99.4	178.7	154.4	234.7	210.4	289.7	265.4	345.2	320.9	400.7	376.4	67.6	43.3
		lb f.in	1103.4	886.6	1594.0	1377.2	2093.5	1876.8	2584.1	2367.4	3079.2	2862.4	3574.2	3357.5	603.0	386.2
	3	N m	103	66	158	121	214	177	269	232	324.5	287.5	380	343	101	64
		lb f.in	918.8	588.7	1409.4	1079.3	1908.9	1578.8	2399.5	2069.4	2894.5	2564.5	3389.6	3059.6	900.9	570.9
	4	N m	//	//	136	87	192	143	247	198	302.5	253.5	358	309	135	86
		lb f.in	//	//	1231.1	776.0	1712.6	1275.6	2203.2	1766.2	2698.3	2261.2	3193.4	2756..3	1204.2	767.1
	5	N m	//	//	//	//	170	109	225	164	280.5	219.5	336	275	169	108
		lb f.in	//	//	//	//	1516.4	972.3	2007.0	1462.9	2502.1	1957.9	2997.1	2453.0	1507.5	963.4
	6	N m	//	//	//	//	148	75	203	130	258.5	185.5	314	241	203	130
		lb f.in	//	//	//	//	1320.2	669.0	1810.8	1159.6	2305.8	1654.7	2800.9	2149.7	1810.8	1159.6
AP5,5 SR	2	N m	179.8	136.4	258.7	215.3	337.5	294.1	416.4	373	495.2	451.8	574	530.6	100	56.6
		lb f.in	1765.6	1339.4	2540.4	2114.2	3314.3	2888.1	4089.0	3662.9	4862.9	4436.7	5636.7	5210.5	892.0	504.8
	3	N m	151.5	86.4	230.4	165.3	309.2	244.1	388.1	323	466.9	401.8	545.7	480.6	150	84.9
		lb f.in	1487.7	848.4	2262.5	1623.2	3036.3	2397.1	3811.1	3171.9	4585.0	3945.7	5358.8	4719.5	1338.0	757.3
	4	N m	//	//	202	115.3	280.8	194.1	359.7	273	438.5	351.8	517.3	430.6	200	113.3
		lb f.in	//	//	1983.6	1132.2	2757.5	1906.1	3532.3	2680.9	4306.1	3454.7	5079.9	4228.5	1784.0	1010.6
	5	N m	//	//	//	//	252.5	144.1	331.4	223	410.2	301.8	489	380.6	250	141.6
		lb f.in	//	//	//	//	2479.6	1415.1	3254.3	2189.9	4028.2	2963.7	4802.0	3737.5	2230.0	1263.0
	6	N m	//	//	//	//	224.1	94.1	303	173	381.8	251.8	460.6	330.6	300	170
		lb f.in	//	//	//	//	2200.7	924.1	2975.5	1698.9	3749.3	2472.7	4523.1	3246.5	2676.0	1516.4
AP6 SR	2	N m	257	200	371	314	484	427	597	540	711.5	654.5	825	768	140	83
		lb f.in	2292.4	1784.0	3309.3	2800.9	4317.3	3808.8	5325.2	4816.8	6346.6	5838.1	7359.0	6850.6	1248.8	740.4
	3	N m	215	130	329	244	442	357	555	470	669.5	584.5	783	698	210	125
		lb f.in	1917.8	1159.6	2934.7	2176.5	3942.6	3184.4	4950.6	4192.4	5971.9	5213.7	6984.4	6226.2	1873.2	1115.0
	4	N m	//	//	287	174	400	287	513	400	627.5	514.5	741	628	280	167
		lb f.in	//	//	2560.0	1552.1	3568.0	2560.0	4576.0	3568.0	5597.3	4589.3	6609.7	5601.8	2497.6	1489.6
	5	N m	//	//	//	//	358	217	471	330	585.5	444.5	699	558	350	209
		lb f.in	//	//	//	//	3193.4	1935.6	4201.3	2943.6	5222.7	3964.9	6235.1	4977.4	3122.0	1864.3
	6	N m	//	//	//	//	316	147	429	260	543.5	374.5	657	488	420	251
		lb f.in	//	//	//	//	2818.7	1311.2	3826.7	2319.2	4848.0	3340.5	5860.4	4353.0	3746.4	2238.9
AP8 SR	2	N m	478	386	691	599	904	812	1116	1024	1331	1239	1704	1452	252	160
		lb f.in	4263.8	3443.1	6163.7	5343.1	8063.7	7243.0	9954.7	9134.1	11872.5	11051.9	15199.7	12951.8	2247.8	1427.2
	3	N m	398	260	611	473	824	686	1036	898	1251	1113	1464	1326	378	240
		lb f.in	3550.2	2319.2	5450.1	4219.2	7350.1	6119.1	9241.1	8010.2	11158.9	9928.0	13058.9	11827.9	3371.8	2140.8
	4	N m	//	//	531	347	744	560	956	772	1171	987	1384	1200	504	320
		lb f.in	//	//	4736.5	3095.2	6636.5	4995.2	8527.5	6886.2	10445.3	8804.0	12345.3	10704.0	4495.7	2854.4
	5	N m	//	//	//	//	664	434	876	646	1091	861	1304	1074	630	400
		lb f.in	//	//	//	//	5922.9	3871.3	7813.9	5762.3	9731.7	7680.1	11631.7	9580.1	5619.6	3568.0
	6	N m	//	//	//	//	584	308	796	520	1011	735	1224	948	756	480
		lb f.in	//	//	//	//	5209.3	2747.4	7100.3	4638.4	9018.1	6556.2	10918.1	8456.2	6743.5	4281.6
AP10 SR	2	N m	1181	957	1720	1496	2259	2035	2798	2574	3337	3113	3876	3652	660	436
		lb f.in	11597.4	9397.7	16890.4	14690.7	22183.4	19983.7	27476.4	25276.7	32769.3	30569.7	38062.3	35862.6	6481.2	4281.5
	3	N m	963	628	1502	1167	2041	1706	2580	2245	3119	2784	3658	3323	989	654
		lb f.in	9456.7	6167.0	14749.6	11459.9	20042.6	16752.9	25335.6	22045.9	30628.6	27338.9	35921.6	32631.9	9712.0	6422.3
	4	N m	//	//	1284	837	1823	1376	2362	1915	2901	2454	3440	2993	1319	872
		lb f.in	//	//	12608.9	8219.3	17901.9	13512.3	23194.8	18805.3	28487.8	24098.3	33780.8	29391.3	12952.6	8563.0
	5	N m	//	//	//	//	1605	1046	2144	1585	2683	2124	3222	2663	1649	1090
		lb f.in	//	//	//	//	15761.1	10271.7	21054.1	15564.7	26347.1	20857.7	31640.0	26150.7	16193.2	10703.8
	6	N m	//	//	//	//	//	//	1909	1254	2448	1793	2987	2332	1980	1325
		lb f.in	//	//	//	//	//	//	18746.4	12314.3	24039.4	17607.3	29332.3	22900.2	19443.6	13011.5
A12 SR	2	N m	2082	1723	3022	2663	3963	3604	4903	4544	5843	5484	6783	6424	1097	738
		lb f.in	20445.2	16919.9	29676.0	26150.7	38916.7	35391.3	48147.5	44622.1	57378.3	53852.9	66609.1	63083.7	10772.5	7247.2
	3	N m	1715	1174	2655	2114	3596	3055	4536	3995	5476	4935	6416	5875	1646	1105
		lb f.in	16841.3	11528.7	26072.1	20759.5	35312.7	30000.1	44543.5	39230.9	53774.3	48461.7	63005.1	57692.5	16163.7	10851.1
	4	N m	//	//	2286	1565	3227	2506	4167	3446	5107	4386	6047	5326	2195	1474
		lb f.in	//	//	22448.5	15368.3	31689.1	24608.9	40919.9	33839.7	50150.7	43070.5	59381.5	52301.3	21554.9	14474.7
	5	N m	//	//	//	//	2859	1958	3799	2898	4739	3838	5679	4778	2743	1842
		lb f.in	//	//	//	//	28075.4	19227.6	37306.2	28458.4	46537.0	37689.2	55767.8	46920.0	26936.3	18088.4
	6	N m	//	//	//	//	//	//	3430	2349	4370	3289	5310	4229	3292	2211
		lb f.in	//	//	//	//	//	//	33682.6	23067.2	42913.4	32298.0	52144.2	41528.8	32327.4	21712.0
NOTE: The output torque of selected actuator mentioned in the table are suitable also for APM series and the value should never be less the required valve torque.