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Be sure to read the following instructions before selecting and using the PISCO devices. Also read the detailed 
instructions for individual series.

1. Each device has its control direction, so check it is manual and by the mark on the device before use. 

Mistaking the control direction may cause injuries on the operator or damage to the equipment.

2. Do not give tension, twist or bending to the controllers. Also, do not drop or give excessive shocks to 

them. Such careless handling can inflict damage to them.

3. When the controller has a lock nut on it, tighten it by hand without using a tool. Tightening with a tool 

may damage the lock nut or the controller body. Also, incomplete may lead to a loose lock nut, which in 

turn may render the initial setting useless.

4. Use clean air as the pressure source. Dust or sludge may upset the control setting.

2. Notes on removal

(1) Loosen it with a proper tool, using the hexagonal or knurled part.

(2) Remove sealant sticking to the thread on the mated equipment. The sealant left sticking may enter 

the peripheral equipment and cause trouble.

1. Notes on installation

(1) Tighten with a proper tool, using hexagonal or knurled part.

(2)  In  tightening  the  screw, use the tightening torque recommended in the following table. Use of a 

torque  higher  than  the  recommended  level  may  damage  thread  or  deform  gasket,  thus  causing 

leakes. Use of a torque lower than the recommended level may cause loose screw and leakage.

■

Hexagonal part

Thread type

Thread size

Tightening torque

Metric thread

M3×0.5

0.7N·m (0.52lbf·ft)

M5×0.8

1.0 ~ 1.5N·m (0.74 ~ 1.11lbf·ft)

M6×1.0

1.8 ~ 2.3N·m (1.33 ~ 1.70lbf·ft)

Taper pipe thread

R1/8

7 ~ 9N·m (5.16 ~ 6.64lbf·ft)

R1/4

12 ~ 14N·m (8.85 ~ 10.33lbf·ft)

R3/8

22 ~ 24N·m (16.23 ~ 17.70lbf·ft)

R1/2

28 ~ 30N·m (20.65 ~ 22.13lbf·ft)

Unified fine thread

No.10-32UNF

1.5 ~ 1.9N·m (1.11 ~ 1.40lbf·ft)

Pipe thread

general purpose

(inch)

1/16-28NPT

7 ~ 9N·m (5.16 ~ 6.64lbf·ft)

1/8-27NPT

7 ~ 9N·m (5.16 ~ 6.64lbf·ft)

1/4-18NPT

12 ~ 14N·m (8.85 ~ 10.33lbf·ft)

3/8-18NPT

22 ~ 24N·m (16.23 ~ 17.70lbf·ft)

1/2-14NPT

28 ~ 30N·m (20.65 ~ 22.13lbf·ft)

Parallel pipe thread

G3/8

1/2 ~ 1 turn after hand-tightening

G1/2

■

Knurled part

Thread type

Thread size

Tightening torque

Metric thread

M5×0.8

1/6 turn after hand-tightening

M6×1.0

M10×1.0

Parallel pipe thread

G1/8

1/2 ~ 1 turn after hand-tightening

G1/4

Table. Recommended Tightening Torque

Warning:

Caution:

Common Safety Instructions for Controllers

Summary of Contents for T Series

Page 1: ...T Series Tube Fitting Speed Controller No TFTA4 1 04 ...

Page 2: ...ity Not only standard products but also custom made products are flexibly coped with ISO 9001 certified 1994 9 International standards for quality assurance ISO 14001 certified 1998 9 Environmental management systems PISCO s Quality Policy To win customer s trust and satisfaction Environmental Policy Slogan PISCO Doing its best to Help Keep the Earth Health ...

Page 3: ...w Long Elbow Universal Elbow etc Construction Maintaining basic functions this low cost quick fitting joint achieves high cost performance Specification Fluid admitted Air water conditional 1 2 3 Max Service pressure 0 9MPa 9 18kgf cm2 Negative pressure 100kPa 750mmHg Service temperature range 0 60 C 1 When it is used with water please make sure that surge pressure is lower than Max service pressu...

Page 4: ...g the tube push the release ring The lock claws open and the tube can be released Before releasing the tube make certain that the pressure inside the tube is zero pressure 3 Thread size R or Tube dia øD Metric thread Taper pipe thread Code M5 01 02 03 04 Size M5 0 8 R1 8 R1 4 R3 8 R1 2 Unified fine thread American standard taper pipe thread Code U10 N1 N2 N3 N4 Size 10 32UNF NPT1 8 NPT1 4 NPT3 8 N...

Page 5: ...8 12 31 9 25 6 23 3 21 35 7 11 59 3 20 PC12 04T R1 2 15 33 9 25 7 50 1 Unit mm Model øD Tube dia UNF NPT A B L C H Hex Weight g Orifice dia mm Eff sect Area mm2 Cv PC5 32 U10UT 5 32 No 10 32UNF 3 20 17 14 9 7 16 6 2 1 8 1 9 0 10 PC5 32 N1UT NPT1 8 8 21 16 9 8 2 3 5 3 0 29 PC5 32 N2UT NPT1 4 16 5 PC1 4 U10UT 1 4 No 10 32UNF 3 22 1 19 1 17 1 2 9 1 8 1 9 0 10 PC1 4 N1UT NPT1 8 8 22 6 18 4 9 1 4 6 12 ...

Page 6: ... 18 4 14 5 9 3 5 9 25 4 1 38 PU3 8T 3 8 41 4 20 2 17 5 15 5 8 3 36 7 1 99 PU1 2T 1 2 47 8 23 4 21 22 6 9 9 47 4 2 57 Unit mm Model øD1 Tube dia øD2 Tube dia B C1 C2 øP Weight g Orifice dia mm Eff sect Area mm2 Cv PG6 4T 6 4 34 4 17 14 9 12 5 6 6 2 8 4 9 0 27 PG8 6T 8 6 37 9 18 4 17 14 5 8 8 4 3 6 3 0 34 PG10 8T 10 8 41 1 20 2 18 4 17 5 13 9 5 9 28 8 1 56 PG12 10T 12 10 47 6 23 4 20 2 21 21 7 8 3 3...

Page 7: ... 12 R3 8 12 32 5 26 2 29 7 23 4 21 17 41 4 9 43 2 33 PL12 04T R1 2 15 36 5 28 3 21 Unit mm Model øD Tube dia UNF NPT A B L E C øP H Hex Weight g Orifice dia mm Eff sect Area mm2 Cv PL5 32 U10UT 5 32 No 10 32UNF 3 16 13 17 7 14 9 10 5 16 5 7 2 4 3 7 0 20 PL5 32 N1UT NPT1 8 8 22 17 9 18 7 7 16 10 9 2 8 4 5 0 24 PL5 32 N2UT NPT1 4 17 4 17 9 21 2 PL1 4 M5T 1 4 No 10 32UNF 3 19 5 16 6 20 3 17 12 5 7 16...

Page 8: ...0 R1 4 11 48 42 26 20 2 17 5 14 28 8 7 5 27 8 1 51 PLL10 03T R3 8 12 51 5 45 2 27 17 43 8 3 31 8 1 72 PLL12 03T 12 R3 8 12 55 5 49 2 29 7 23 4 21 17 47 1 9 43 5 2 36 PLL12 04T R1 2 15 59 5 51 3 21 Unit mm Model øD Tube dia UNF NPT A B L E C øP H Hex Weight g Orifice dia mm Eff sect Area mm2 Cv PLL5 32 U10UT 5 32 No 10 32UNF 3 28 25 18 7 14 9 10 5 16 6 7 2 4 3 5 0 19 PLL5 32 N1UT NPT1 8 8 34 29 9 7...

Page 9: ...5 16T 5 16 22 9 18 4 14 5 9 5 3 2 10 4 5 9 18 6 1 01 PV3 8T 3 8 26 2 20 2 17 5 11 4 2 17 4 8 3 28 4 1 54 PV1 2T 1 2 30 5 20 4 21 12 5 4 2 24 8 8 9 40 6 2 20 Unit mm Model øD Tube dia E C øP F ød Weight g Orifice dia mm Eff sect Area mm2 Cv PE4T 4 17 2 14 9 10 7 3 2 8 2 8 4 0 22 PE6T 6 20 5 17 12 5 8 3 2 11 2 4 3 11 3 0 61 PE8T 8 22 9 18 4 14 5 9 5 3 2 15 7 6 5 25 5 1 38 PE10T 10 26 2 20 2 17 5 11 ...

Page 10: ... 02T 10 R1 4 11 28 5 22 5 26 20 2 17 5 14 32 6 7 5 37 3 2 02 PB10 03T R3 8 12 32 25 7 27 17 45 8 8 2 46 4 2 51 PB12 03T 12 R3 8 12 32 5 26 2 29 7 23 4 21 17 52 7 9 45 6 2 47 PB12 04T R1 2 15 36 5 28 3 21 Unit mm Model øD Tube dia UNF NPT A B L E C øP H Hex Weight g Orifice dia mm Eff sect Area mm2 Cv PB5 32 U10UT 5 32 No 10 32UNF 3 16 13 17 7 14 9 10 5 16 8 2 2 4 3 6 0 20 PB5 32 N1UT NPT1 8 8 22 1...

Page 11: ...5 PD10 02T 10 R1 4 11 28 5 22 5 26 2 20 2 17 5 14 32 5 7 5 38 2 2 07 PD10 03T R3 8 12 32 25 7 17 45 7 8 3 46 6 2 53 PD12 03T 12 R3 8 12 33 26 7 30 5 23 4 21 17 53 9 45 9 2 49 PD12 04T R1 2 15 37 28 8 21 Unit mm Model øD Tube dia UNF NPT A B L E C øP H Hex Weight g Orifice dia mm Eff sect Area mm2 Cv PD5 32 U10UT 5 32 No 10 32UNF 3 16 5 13 5 17 2 14 9 10 5 16 8 2 2 4 3 4 0 18 PD5 32 N1UT NPT1 8 8 2...

Page 12: ...2 7 14 7 30 9 20 2 17 5 14 33 7 3 10 2 0 55 PH10 03T R3 8 12 34 5 28 2 15 5 31 2 19 61 9 20 3 1 10 PH12 03T 12 R3 8 12 34 5 28 2 17 2 36 9 23 4 21 19 65 9 20 3 1 10 PH12 04T R1 2 15 41 2 33 18 8 36 4 24 122 25 1 36 Unit mm Model øD Tube dia UNF NPT A B L1 L2 E C øP H Hex Weight g Orifice dia mm Eff sect Area mm2 Cv PH5 32 U10UT 5 32 No 10 32UNF 3 17 1 14 1 7 1 19 9 14 9 10 5 16 7 5 2 4 2 6 0 14 PH...

Page 13: ...R1 4 11 56 4 50 4 4 2 20 2 17 5 19 5 18 14 35 7 5 35 9 1 95 PX10 03T R3 8 12 58 4 52 1 17 47 7 8 3 42 5 2 30 PX12 03T 12 R3 8 12 60 6 54 3 4 2 23 4 21 22 2 20 17 55 3 8 9 45 7 2 48 PX12 04T R1 2 15 64 6 56 4 21 Unit mm Model øD Tube dia UNF NPT A B L ød C øP F J H Hex Weight g Orifice dia mm Eff sect Area mm2 Cv PX5 32 U10UT 5 32 No 10 32UNF 3 32 9 29 9 3 2 14 9 10 14 2 11 5 16 8 7 2 1 3 4 0 18 PX...

Page 14: ... 6 3 0 34 PW10 8T 10 8 48 1 20 2 18 4 17 5 4 2 18 19 2 22 2 8 2 22 1 19 PW12 10T 12 10 54 6 23 4 20 2 21 4 2 20 22 34 8 7 9 35 9 1 95 PW Unequal Union Y Unit mm Model øD Tube dia B C øP ød J F Weight g Orifice dia mm Eff sect Area mm2 Cv PY5 32T 5 32 32 8 14 9 10 3 2 11 14 1 7 7 2 1 2 5 0 14 PY1 4T 1 4 37 7 17 12 5 3 2 12 15 8 10 8 4 1 8 7 0 47 PY5 16T 5 16 42 4 18 4 14 5 3 2 14 17 2 15 2 5 3 16 7...

Page 15: ...NBR Diaphragm NBR Marking symbol Speed Controller Maintaining basic functions this low cost Speed Controller achieves high cost performance The Speed Controller controls the operation speed of a driving device The lead out directions are free thanks to rotation of the resin body and joint Specifications Construction Fluid admitted Air Max service pressure 0 9MPa 9 18kgf cm2 Check valve operating p...

Page 16: ...ntrol T h e f l o w r a t e o f a i r entering from the thread side can be controlled whereas air entering from the joint side is not controlled 2 Meter in control T h e f l o w r a t e o f a i r entering from the joint side can be controlled whereas air entering from the joint side is not controlled 3 Thread size R Metric thread Taper pipe thread Code M5 01 02 03 04 Size M5 0 8 R1 8 R1 4 R3 8 R1 ...

Page 17: ...aster Turn the needle counterclockwise from fully closed position and the driving devise will run faster Tighten the Lock nut at desirable speed in order to keep same speed 2 How to run the driving devise slower Turn the needle clockwise and the driving devise will run slower Tighten the Lock nut at desirable speed in order to keep same speed Before using the PISCO device be sure to read the Safet...

Page 18: ...7 5 20 2 30 9 9 2 14 16 8 41 JSC10 03 T R3 8 12 53 7 46 5 47 3 40 1 16 7 31 2 11 19 68 JSC12 03 T 12 R3 8 12 53 7 46 5 47 3 40 1 18 4 21 23 4 36 9 11 19 19 8 71 JSC12 04 T R1 2 15 59 3 52 3 51 1 44 1 19 7 36 4 14 24 108 Unit mm Model øD Tube dia UBF NPT A B L1 L2 øP C E1 E2 H Hex X Weight g max min max min JSC5 32 U10 UT 5 32 No 10 32UNF 2 9 29 7 27 26 8 24 1 7 2 10 14 9 19 9 4 9 5 16 9 9 8 5 JSC5...

Page 19: ... 9 Number of needle rotation Flow rate l min ANR Flow rate l min ANR Pressure MPa Free flow Control flow Pressure MPa JSC 4 01 T 6 01 T 8 01 T 5 32 N1 UT 1 4 N1 UT 5 16 N1 UT 0 0 200 600 1000 1400 1800 1 2 3 4 5 6 7 8 9 10 11 12 13 14 0 7 0 9 0 5 0 3 0 1 1000 1400 600 200 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 Number of needle rotation Flow rate l min ANR Flow rate l min ANR Pressure MPa Free flow Co...

Page 20: ...sified into Danger Warning and Caution categories depending on the degree of danger or damage involved when the safety instructions are not complied with in handling the equipment Danger Warning Caution Failure to heed the warning of apparent danger may result in death or serious injuries Failure to heed the warning of conditionally dangerous situations may result in death or serious injuries Fail...

Page 21: ...ut maintenance and checks of the PISCO devices only after turning power off shutting air off and making certain that the pressure in the piping has dropped to zero 4 Never touch the release ring of the Quick Fitting Joint when there is pressure working on it Touching may release the ring which in turn may cause the tube to fall out 5 Avoid too frequent switching of air pressure Otherwise the devic...

Page 22: ...ing the joint body tighten it with a proper tool using the outside or inside hexagon 2 In tightening the screw use the tightening torque recommended in Table 2 Use of a torque highter than the recommended level may damage thread or deform gasket thus causing leaks Use of a torque lower than the recommended level may cause loose screw and leakage 3 With the joint whose piping direction will not cha...

Page 23: ...ge the joint body 1 When you use tubes of brands other than ours be sure to confirm that the outside diameter of the tubes satisfies the tolerance specified in Table 1 2 Cautions on the fitting of tube 1 Make certain that the end of the tube is cut at right angles the tube surface is free from flaws and the tube is not deformed into an ellipse 2 When fitting a tube refer to the dimensional specifi...

Page 24: ...With the joint whose piping direction will not change after tightening make adjustment within the recommended range of tightening torques Table 2 Tightening Torque Sealock Color and Gasket Material Thread type Thread size Tightening torque Sealock color Gasket material Metric thread M3 0 5 M5 0 8 M6 1 0 M6 0 75 M8 0 75 M5 0 8 0 7N m 0 52lbf ft 1 0 1 5N m 0 74 1 11lbf ft 1 8 2 3N m 1 33 1 70lbf ft ...

Page 25: ...es on installation 1 Tighten with a proper tool using hexagonal or knurled part 2 In tightening the screw use the tightening torque recommended in the following table Use of a torque higher than the recommended level may damage thread or deform gasket thus causing leakes Use of a torque lower than the recommended level may cause loose screw and leakage Hexagonal part Thread type Thread size Tighte...

Page 26: ... purpose inch Code No 10 32UNF U10 Size Code M6 1 0 M8 0 75 M10 1 0 M12 1 0 M5 0 8 M3 0 5 M3 M5 M6 M8 Size Unified thread Metric thread Code ø10 ø12 ø16 mm size inch size ø3 ø1 4 ø1 8 ø5 32 ø1 2 ø5 8 ø4 ø6 ø8 ø3 8 ø5 16 ø3 16 ø1 8 If you do not know exact size of your equipment confirm it by using reference table below Thread and Tube Size Full Scale Chart ...

Page 27: ...26 MEMO ...

Page 28: ...1303 BUCHEON TECHNO PARK 193 YAKDAE DONG WONMI GU BUCHEON CITY GYEONGGI DO KOREA TEL 82 32 327 9795 FAX 82 32 327 0385 Home Page Address www pisco co kr E mail mitsuruseki hotmail com The specifications are subject to change without advance notice A4 2007 7 5 000N OVERSEAS MARKETING DEPT 3884 1 MINAMIMINOWA KAMIINA NAGANO PREF 399 4588 JAPAN TEL 81 0 265 76 7751 FAX 81 0 265 76 3305 Home Page Addr...

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