Features and Benefits. Model 507V is the high temperature version of our rotary control valve designed for exclusive use in the regulation of fluids.

Transcription

1 Rotary Control Valve for ow Noise & Anti-cavitation 7V iaphragm Worm Gear neumatic Cylinder Motorized Features and Benefits For various applications such as air conditioning systems, pulp and paper mills, steel mills, chemical plants, food processing and many other process industries, the 7V rotary control valve will support your fluid control requirements. Flexible control over a wide range The 7V allows complete control over the full range from the open to the closed position. The valve can also handle high temperatures of up to 00 degrees C such as in steam lines and it will respond quickly and flexibly to any changes within the operating parameters of the process line. The 7V therefore is the optimum valve for any control system processing multiple products where the operating conditions change from time to time in accordance with process requirements. Cost-effective rotary control valve In spite of its compact size and light weight, the 7V has a large valve capacity that minimises the energy loss of fluid at the fully open position. This compact design reduces the required size of the actuator, installation space and piping supports. It also minimises vibration of control systems and increases the operating life. These features provide the benefit of reducing the total operating cost of your plant. Model 7V is the high temperature version of our rotary control valve designed for exclusive use in the regulation of fluids. General escription The high performance characteristics of this model originate from its unique design with a teeth and gull-wing shaped disc that touches the seat at a certain angle (Fig.). The teeth are arranged on the circumference of the disc towards either direction of flow. The 'touch-at-an-angle' disc assists the reduction of seating and unseating torque and facilitates smooth control of the valve. Other benefits include high rangeability, low noise level and anticavitation. This model covers a wide temperature range in the fluid control of air conditioning systems, pulp and paper mills, chemical plants, steel mills and food processing applications. 7V-0 7V/

2 Standard Specifications Valve nominal size ressure rating Actuator mounting Flange accommodation Service temperature Rangeability Valve opening characteristics eakage rate Stuffing box Standard materials Cast steel Stainless steel Body isc Stem Bearings ackings General With guide-vane-like teeth around the disc edge, and the disc touching the seat at a certain angle, this product is a compact, lightweight and highly cost-effective, high-performance rotary control valve that exhibits outstanding control characteristics. The valve provides steady control over a wide range with higher rangeability, better cavitation resistance, lower dynamic torque, lower noise level, and a better leakage rate than any other rotary control valve. Two models, the 7V and, are available for a range of severe applications. The 7V is the optimum type for fluid control of high pressure, high temperature systems. The is characterized by its rubber seat ring. and eliminates the need for any additional stop valve because of its complete sealing capability. Fundamental Structure This product has two basic design features that are responsible for the outstanding performance. One is the teeth around the disc and the other is the gull-wing-like design of the disc. The teeth on the circumference of the disc break up the fluid energy acting on it with a resultant reduction of pressure recovery. Unlike conventional flat discs, the gull-wing-like disc of the product touches the seat at a certain angle for reduced seating/unseating torque. This results in steady control of the valve. Globe valve lease consult us if the application is in the range of 00 to 00 degrees C. The disc is gull wing shaped and touches the metal seat at an angle. This design minimises leakage to a level less than 0.5% of the rated Cv which is equal to or lower than the leakage permitted on a double-seat globe control valve. The disc is electroless plated with nickel. lease consult us if an SUS stem is required. Recent trend toward rotary type control valves ow-noise valve (for less noise) Anti-cavitation valve (against cavt'n.) Rotary control valve (for less torque) Tight shutoff Rubber seat to 00mm to 00mm: ANSI Class 00lb to 00mm: ANSI Class lb Non-flange joint JIS: 0K/K/0K, ANSI Class lb, ANSI Class 00lb, IN N 0//5 lease contact us when mm/k and over. -0 to 00 degrees C. Following materials are used for 00 degrees C or higher carbon for bearings, exfoliated graphite - to 00 degrees C. Following materials are used for 00 degrees C or higher carbon for bearings, exfoliated graphite : Max. 70 Equal percent FCI 70- Class II Studs and nuts tightening Cast steel SCHA WCB Stainless steel SCSA5 CFM Stainless steel SCSA5 CFM Stainless steel SUS0SUS Reinforced TFE, Carbon graphite00 degrees C and over Exfoliated graphite Exfoliated graphite Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C 5 7V-0

3 Rotary Control Valve with Tight Shut-off and High Grade Rubber Seat ock ever Worm Gear Center Handle neumatic Cylinder Motorized Features and Benefits Except for the rubber seat ring, the has the same design principle as the 7V. Excellent controllability is achieved by having the innovative teethed disc seating at a certain angle. The has a reinforced core rubber seat ring allowing it to be used for high pressure service up to.ma with complete tight shut-off. Rubber seat ring with a "control cosine curve" profile Taking into consideration the cosine curve profile rubber seat ring incorporated into our models 700G and 77Z, we developed a new type of seat ring for exclusive use in the. The has a reinforced core rubber seat ring incorporated with a "control cosine curve" profile for sizes between mm and 00mm. This seat ring design ensures a tight shut-off up to a working pressure of.ma. The available in sizes between mm and mm has a similar seat ring design and profile, but the seat ring is backed up by a precisely formed metal core which is encapsulated inside the rubber. This design enables the control valve to function under severe conditions of high velocity, a large differential pressure or a high vacuum. (The maximum allowable shut-off pressure is.0ma). No additional stop valve, less installation space and less cost Because of its reliable sealing effect against a high differential pressure, the does not require an additional stop valve. You save on installation space and benefit from the excellent cost effective features of our rotary control valve. Satisfies both JIS and ISO standards for extended applications The is available in different flange specifications. Also, its face-to-face dimension meets both JIS and ISO requirements. Therefore this model is applicable for various industrial applications worldwide. mm to 00mm mm and over have different structures. 7V-0 55

4 General With guide-vane-like teeth around the disc edge, and the disc touching the seat at a certain angle, this product is a compact, lightweight and highly cost-effective, high-performance rotary control valve that exhibits outstanding control characteristics. The valve provides steady control over a wide range with higher rangeability, better cavitation resistance, lower dynamic torque, lower noise level, and a better leakage rate than any other rotary control valve. Two models, the 7V and, are available for a range of severe applications. The 7V is the optimum type for fluid control of high pressure, high temperature systems. The is characterized by its rubber seat ring. and eliminates the need for any additional stop valve because of its complete sealing capability. Fundamental Structure This product has two basic design features that are responsible for the outstanding performance. One is the teeth around the disc and the other is the gull-wing-like design of the disc. General escription With a specially designed rubber seat ring, Model ensures tight shut-off and eliminates the need for any additional stop valve required by conventional control valves. The high performance characteristics of this model originate from its unique design with a teeth and gull-wing shaped disc that touches the seat at a certain angle (Fig.). The teeth are arranged on the circumference of the disc towards either direction of flow. The 'touchat-an-angle' disc assists the reduction of seating and unseating torque and facilitates smooth control of the valve. Other benefits include high rangeability, low noise level and anti-cavitation. The face-to-face dimension meets both JIS and ISO standards so the is applicable for various industrial fields including air conditioning systems. The teeth on the circumference of the disc break up the fluid energy acting on it with a resultant reduction of pressure recovery. Unlike conventional flat discs, the gull-wing-like disc of the product touches the seat at a certain angle for reduced seating/unseating torque. This results in steady control of the valve. Globe valve Recent trend toward rotary type control valves ow-noise valve (for less noise) Anti-cavitation valve (against cavt'n.) Rotary control valve (for less torque) Tight shutoff Rubber seat Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C Standard Specifications Valve nominal size Face-to-face dimensions Flange accommodation Service temperature Working temperature in continuous use Max. working pressure Body test pressure Seat leak pressure characteristics Rangeability Standard materials Body isc Stem Seat ring, 0,,, 00mm, 00, mm 00,, 0, 00mm JIS B 00 Series / ISO 575 Basic Series 0 Wafer butterfly valve (short) JIS: 5K/0K/K/0K, ANSI lb, IN N 0/, BS N 0/, BS0 'E', 'F', JIS G 55, 557.Ma (NBR:.0Ma).Ma (NBR:.5Ma).Ma (NBR:.Ma) SCS JIS: 0K/K, ANSI lb, IN N 0/, BS N 0/, BS0 'E', 'F', JIS G 55, to 0 degrees C (NBR: -0 to 0 degrees C) 0 to 70 degrees C (NBR : 0 to 0 degrees C) Nearly equal percent : FC (No fluid exposure) SUS0J (No fluid exposure) *EM core-reinforced (Option NBR core-reinforced) Coating Silicon resin coating (Grey N7) mm only : JIS B 00 Series 7 / ISO Basic Series 5 (Medium) Working temperature in continuous use stands for the temperature continuously kept exceeding on hour. Never use an EM rubber seat ring if the valve is being used for oil or for a fluid containing even a slight amount of oil. 5 JIS: 0K, ANSI lb, IN N 0/, BS N 0/, JIS G 7.5, to 0 degrees C (*EM: -0 to 0 degrees C) 0 to 0 degrees C (*EM : 0 to 70 degrees C).0Ma.5Ma.Ma SCS NBR core-reinforced (Option - *EM core-reinforced) acquer rimer (Munsell N7) 7V-0

5 Multiple merits for multiple applications Controllability Reliability High rangeability ow dynamic torque Excellent cavitation resistance The wide range of controllability permits flexible adjustment to any changes in the process conditions of production lines. This merit is especially beneficial to multifold productions. The conventional "split range control" with twin valves is no longer required. One product is enough to cover the whole range. Valve opening mm 0 Rated Cv 0 / 0 = coefficient Cv Valve opening The steady performance ensures more precise control. The compact actuator saves space and energy. Combined torque Nm mm Conventional butterfly valve mm ow torque butterfly valve mm Valve opening The above graph shows a comparison of the product with other typical valves. The patented disc has remarkably reduces the dynamic torque. The outstanding cavitation resistance increases the operational life of the valve and pipeline, and improves the reliability of the system. This model is works in more severe requirements than ever. Kc F F ressure recovery coefficient Kc Cavitation coefficient % of rated Cv A high coefficient of initial cavitation (KC), and a high pressure recovery coefficient (F), inhibit the occurence of cavitation. With its nearly "equal percent" flow characteristics and its very low leakage rate, the product offers an extremely high rangeability of :. Cv value Size Opening angle mm inch Cv Cv Cv Cv Cv Cv Cv Cv Cv CvFp CvFp CvFp CvFp CvFp CvFp CvFp CvFp CvFp Remarks: CvFp : ipe size=.5valve size EX: 7V " ipe 7V-05 57

6 Noise level (dba) 0 Environmental considerations ow noise level rovides better work environment. Especially in air and gas applications, this product has a lower noise level by 5 to 0dBA and meets and exceeds noise regulations mm Conventional butterfly valve mm The fluid: air /=0.5 TO Valve Cv The teeth on the disc cut the flow into fine jet streams. This is the most effective device for lowering the noise level when the valve is half open Cost merit arger valve capacity Reduces loss of energy at the fully open position. Allows one to two sizes of valve reduction in comparison with a conventional valve. Compact and lightweight design ermits compact piping arrangement. Allows the use of a portable remote controller unit. Eliminates vibration problems of the piping system, and improves operational life. 0 0 Simple design ermits easy control of spare parts. Facilitates easy maintenance. Has a reduced number of parts and improved reliability kg Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C ressure recovery factor (F), coefficient of incipient cavitation (Kc) Opening angle ressure recovery factor (F) Coefficient of incipient cavitation (Kc) V-0

7 7V Actuator selection chart 7V Size ( mm inch ( S GH- GH- 7E,A T5 T00 T0 T7 TGA- 7G,7F T00S T0S TG-S I I- I- I-.5 I- Z 0H 00H 7V Allowable differencial pressure for 7E ouble-action Cylinder (Stem 0ss) 0 mm inch Cylinder 0 T5.9 0 T5.9 T5. T T0.7 0 T T7 0.9 T T Cv%Cv/Rated Cv Valve opening % V-07 59

8 7V Allowable differencial pressure for 7G, 7F Single-action Cylinder (Stem 0ss) Cv%Cv/Rated Cv Valve opening % mm inch Cylinder T00S T00S T0S T0S T0S Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G iaphram Actuator (Stem 0ss) mm inch 0 Model 0H 0H 0H 0H 0H 00H 00H 00H 00H Supply pressure Ma V Allowable differencial pressure for Z Spring range ka 0 to 0 0 to 0 0 to 0 0 to 0 0 to 0 0 to 90 0 to 90 0 to 90 0 to 90 Cv%Cv/Rated Cv Close Valve opening % GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C 0 7V-0

9 7V Allowable differencial pressure on stem SUS0 mm inch Cv%Cv/Rated Cv Valve opening % SUS mm inch Cv%Cv/Rated Cv Valve opening % V-09

10 Worm gear type 7V-S (mm to 00mm) imension (mm) mm inch d H H H E K F W Gear type GH- GH- GH- GH- GH- GH- GH- GH- GH- Approx. Mass (kg) Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q 7V-S T/T d F W H H H K E 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV S Installation direction 7 907H/90H (MKT) 90C SA SB SC S 7V-0

11 ouble-acting neumatic Cylinder Type 7V-Amm, 00mm imension (mm) mm inch d H H H A f f Cylinder type TGA- TGA- Approx. Weight (kg) 95 0 A free angle adjuster comes with the pneumatic cylinder. 7V-A A f f H H H d A Installation irection AA AB AC A 7V-

12 Single hase Electric Motor Type 7V- Imm to 00mm imension (mm) mm inch d H H H A F K 5 5 Motor type I- I- Approx. Weight (kg). 9. Butterfly Valve TRITEC TT A I- 0. 0A/0Q I- 0A/0Q I- I-.5 I- I Y/0Y 0M (HV) 7V/ I- TM T/7T/7Q 7V- I T/T A F K 700Z 700G/70G/705G 700GB d H H H 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C I Installation irection IA IB IC I 7V-

13 7V-Zmm to 00mmwith diaphragm actuator imension (mm) mm inch d H H H A f f f iaphragm type 0H 0H 0H 0H 0H 00H 00H 00H 00H Approx. Mass (kg) Remarks: H shows the dimension when the positioner (TCE000) is installed. The H dimension will change depending on the positioner type. 7V-Z A d f Stem center f f H H H Z Installation direction U U U U ZA ZB ZC Z 7V- 5

14 0,000 Cv value 7V Cv value/pressure loss coefficient 0,000 ressure loss coefficient Butterfly Valve TRITEC Cv value 0, mm mm 00mm mm 00mm mm mm 0mm mm (fully open) Valve opening ressure loss coefficient 0, (fully open) Valve opening 0mm mm mm mm 00mm mm 00mm mm 00mm TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 7V Cv value 700Z mm inch Valve opening G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C 7V ressure loss coefficient mm inch Valve opening V ressure recovery coefficientfand Cavitation coefficientkc Valve opening ressure recovery coefficientf Cavitation coefficientkc V-

15 7V Applicable pipe list in case of mm inch SG STY Sch0 Sch0 Sch0S Sch0S Minimum internal diameters of piping (mm) V Applicable pipe list in case of mm inch SG STY Sch0 Sch0 Sch0S Sch0S Remark: Applicable Not applicable Remark: Butterfly valves are inserted into a pipe that was fitted with the disc when fully open. In cases where you are using a pipe or flange that is less than the minimum inner pipe diameter, use is still possible if means are taken such as inserting a spacer between the valve and flange. For details, please consult us. A B Minimum internal diameter of piping Minimum internal diameter of piping 7V-5 7

16 JIS ANSI BS IN mm inch 0K K 0K b 00b N0 N Can be used without flange drilling. With flange drilling Not applicable mm inch V Applicable flange standard 7V iping bolt and nut sizes JIS 0K JIS 0K ANSI b ANSI 00b ong bolts and nuts ong bolts and nuts -M0 -M0 -U 5/0 -U 5/0 -M0 -M070 -U 5/ -U /75 -M0 -M070 -U 5/ -U /75 -M070 -M90 -U /75 -U /90 -M070 -M0 -U /90 -U 7/0 -M0 -U 7/0 -M0 -U 7/0 -M0 -U 0 -M0 -U 0 Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C Material ong bolt: SNB7 Nut: S5C Example ong bolts - M 5 ong bolts and nuts (full thread) M N M 7V-

17 Expanded view of components mm to mm mm g to 00mm mm to mm V-7 9

18 arts listmm to mm arts list No. escription Q ty Remarks Body isc Stem Bearing Bearing Bottom cover Taper pin O-ring Hexagon bolt Spring washer mm to mm 00mm, mm Only mm, mm Machine screw Seat ring Gasket Ball Hollow bolt ock nut ust seal O-ring O-ring O-ring arts list00mm to 00mm No. escription Q ty Remarks Body isc Stem Bearing g Bearing Bottom cover Taper pin O-ring Hexagon bolt Spring washer Hexagon bolt Spring washer Seat ring O-ring Gasket O-ring Ball Hollow bolt ock nut Key Remark: The indicates recommended spare parts. They are supplied as Seat ring set with a small hexagonal spanner to remove hollow bolt (.). mm to 00mm mm to mm Only mm to 00mm Only mm to 00mm Only mm to 00mm 00mm, 0mm mm, 00mm 00mm mm to 00mm Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C 70 7V-

19 Actuator Selection Chart Model Category 0 00 Size ( mm inch 00 0 ( U Standard U-0 U- U- U- U- U-5 MGH- MGH- 7E,A Standard T5 T5 T00 T0 T7 TGA-5 TGA- 0 TGA- 0 TGA- 00 7G,7F U,K Standard T5S T00S T0S T7S TG- 0S TG-S TG-S TG-0S I ON-OFF Control I-0 I- I-.5 I- I- J, Standard SRJ-00 SRJ- 00 SRJ-00 TK-0 0.kW/ GH- TK-0 0.kW/ MGH- TK kW/ MGH- TK kW/ MGH-5 X,W Standard 0H 00H Remark: In case of mm type with accessories below for control type I- should be selected. Micom unit Servo unit Speed control unit otentiometer ressure-temperature Rating to 00mm to 00mm (ressure).ma (ressure).ma.0ma.0ma 0.Ma 0.Ma 0.Ma 0.Ma degree C (Temperature) degree C (Temperature) 7V-9 7

20 mm 0 00 inch Allowable differencial pressure for X and W Valve opening Allowable differencial pressure on stem Valve opening mm inch The above is based on the result at our test plant. The test was conducted with fresh water at ambient temperature. Therefore, please use the data for reference only. Consult us if you have a question or doubt. Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C Maximum velocity Fresh water Sea water Airambient temp. Short period Continuous Short period Continuous Short period Continuous 0m/s 7m/s 0m/s 5m/s 0m/s 0m/s The maximum velocity shown is estimated as an average in the fully open state. Remark: Short period means a few minutes creating high velocity until the disc angle reaches the designated position. 7 7V-0

21 Bare shaft0mm to mm, 000mm to 00mm -0 (mm to mm) / -0 (00mm) imension (mm) mm inch d H H a a S d b t.5 t 0 Flanges F07 F07 F07 F0 F0 F0 F F F Approx. Mass (kg) Flange dimensions Flanges S C N B.H. F07 F0 F F F (mm to 00mm) Stem design 0Square 0Round with key mm inch d JIS0K JISK imension (mm) H H a a d b t.5.5 t C N B.H. 9 9 Approx. Mass (kg) 9 () mm, 0mm mm to mm S N-B.H. S N-B.H. C C d S d S t d a H H a t d a H H a 7V- 7

22 00mm mm, 0mm Butterfly Valve TRITEC S N-B.H. N-B.H. TT A 0A/0Q C d t t d a b H H a d t C t d a b H H a 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 00mm For JIS0K, BS N0 and IN N0 BS0 Table E N-B.H. 00mm For JISK, ANSI b, BS N and IN N N-B.H. 70G/7F/70F KRV 7 907H/90H (MKT) 90C C d C t t d a b H H a d t t d a b H H a 7 7V-

23 Worm gear type-umm to 00mm/ -Smm to 00mm imension (mm) mm inch d H H H E (70) K F W Gear type U-0 U- U- U- U- U- U- U- U-5 MGH- MGH- MGH- Approx. Mass (kg) () A handle lock is attached for manual gear. shows the data for JIS K 00mm. -U/S F K E d W H H H U/S Installation direction UA/SA UB/SB UC/SC U/S 7V- 75

24 -7E A d ouble-acting pneumatic cylinder type -7Emm to 00mm imension (mm) mm inch d H H H H A free angle adjuster comes with the cylinder. H H H H 7E Installation direction Retainer side f f A Cylinder type T5 T5 T5 T00 T0 T7 T7 Approx. Mass (kg) Retainer side Retainer side Retainer side Air port side f f Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C Air port side Stem side Air port side Air port side Stem side Stem side Stem side 7EA 7EB 7EC 7E 7 7V-

25 ouble-acting pneumatic cylinder type-amm to 00mm imension (mm) mm inch d H H H A (70) f 0 0 f Cylinder type TGA-5 TGA-5 TGA-0 TGA-0 TGA-00 Approx. Mass (kg) (5) Remark: Value in brackets indicates Q (air to close). A free angle adjuster comes with the pneumatic cylinder. -A A f f H H H d A Installation direction AA AB AC A 7V-5 77

26 Single-acting pneumatic cylinder type -7GAir to openmm TO mm/ 0A-7FAir to closemm to mm -7G mm inch 0-7F mm inch 0 A free angle adjuster comes with the cylinder. -7G A imension (mm) d H H H d H H d imension (mm) -7F H 0 9 A 9 0 d H A A H H H H f f f f f f Cylinder type T5S T00S T0S T7S Cylinder type T5S T00S T0S T7S Approx. Mass (kg) Approx. Mass (kg) Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C 7F Installation direction Retainer side Air port side Retainer side Retainer side Retainer side Air port side Air port side Stem side Stem side Stem side Stem side 7FA 7FB 7FC 7F Air port side 7 7V-

27 Single-acting pneumatic cylinder type -UAir to open00mm to 00mm/ -KAir to close00mm to 00mm imension (mm) mm inch d H H H A [70] (55) 0 (70) 0 (70) 95 (5) 95 (5) 0 (095) 0 (095) 0 (095) f f Cylinder type TG-0S TG-S TG-S TG-S TG-S TG-0S TG-0S TG-0S Approx. Mass (kg) [7] Remark: Value in brackets indicates Q (air to close). Brackets indicates the data for JIS K 00mm. A free angle adjuster comes with the pneumatic cylinder. -K -U A A f f d d H H H K Installation direction KA KB KC K U Installation direction UA UB UC U 7V-7 79

28 Single phase electric motor type - Imm to 00mm imension (mm) mm inch d H H H A F K Motor type I-0 I-0 I- I-.5 I-.5 I- I- I- I- I- Approx. Mass (kg) Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q Remark: For mm type with accessories below for control type I- should be selected. Micom unit Servo unit Speed control cnit otentiometer - I A F K T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G d H H H 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C I Installation direction IA IB IC I 0 7V-

29 Three phase motor actuator type -00mm to 00mm imension (mm) mm inch d H H H E (70) K F M Motor type TK-0 0.kW/ GH- TK-0 0.kW/ GH- TK-0 0.kW/ MGH- TK kW/ MGH- TK kW/ MGH- TK kW/ MGH-5 Approx. Mass (kg) 0 5 0(0) - M Installation direction Brackets indicate the data for JIS K 00mm. E K F A B H H H C d 7V-9

30 -XAir to openmm to 00mm/ -WAir to closemm to 00mmwith diaphragm actuator imension (mm) mm inch d H H H A Remarks: H shows the dimension when the positioner (TCE000) is installed. The H dimension will change depending on the positioner type. -X/W f f f Stem center X Installation direction A d H H H 5 5 f f f iaphragm type 0H 0H 0H 00H 00H XA XB XC X Approx. Mass (kg) Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C W Installation direction WA WB WC W 7V-0

31 Cv Value/ressure oss Coefficient Cv Value ressure oss Coefficient,000,000 Cv value 0,000,000 00mm 0mm mm 00mm mm 00mm mm 00mm mm mm 0mm mm ressure loss coefficient 0,000,000 mm 00mm mm 00mm mm 00mm mm 0mm 00mm 0 mm 0 0mm mm Valve opening 0 70 (fully open) Valve opening 0 70 (fully open) Cv Value mm inch Valve opening V-

32 ressure oss Coefficient mm inch Valve opening Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q Y/0Y M (HV) 7V/ TM T/7T/7Q T/T Z 700G/70G/705G ressure Recovery CoefficientFand Cavitation CoefficientKc Valve opening ressure recovery coefficientf Cavitation coefficientkc GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C 7V-

33 Applicable pipe list in case of mm inch SG STY Sch0 Sch0 Sch0S Sch0S Minimum internal diameters of piping (mm) Applicable pipe list in case of mm inch SG STY Sch0 Sch0 Sch0S Sch0S Remark : Applicable Not applicable Remark : Butterfly valves are inserted into a pipe that was fitted with the disc when fully open. In cases where you are using a pipe or flange that is less than the minimum inner pipe diameter, use is still possible if means are taken such as inserting a spacer between the valve and flange. For details, please consult us. A B Minimum internal diameter of piping Minimum internal diameter of piping 7V- 5

34 mm inch 5K 0K T Can be used without flange drilling. With flange drilling T With flange tapping Not applicable mm inch Applicable Flange Standard JIS ANSI BS IN BS0 K 0K b N0 N N0 N Table E T T T T T T T iping Bolt and Nut Sizes JIS5K JIS0K JISK ANSI b ong Bolts and Nuts Setting Bolts ong Bolts and Nuts Setting Bolts ong Bolts and Nuts Setting Bolts ong Bolts and Nuts Setting Bolts -M05 -M0 -M5 -U5/-UNC0 -M0 -M5 -M05 -U5/-UNC0 -M0 -M0 -M0 -U5/-UNC -M0 -M055 -M5 -U/-0UNC5 -M0 -M055 -M70 -U/-0UNC5 -M75 -M90 -U7/- 9UNC95 -M5 -M0 -U7/- 9UNC05 -M95 -M0()5 -U - UNC0 -M0 -U - UNC55 0-M0 -U /- UN0 0-M 0-U /- UN95 0-M090 -M05 -U /- UN0 -U /- UN5 Butterfly Valve TRITEC TT A 0A/0Q 0A/0Q 0Y/0Y 0M (HV) 7V/ TM T/7T/7Q T/T 700Z 700G/70G/705G 700GB 7/7/ 7Q/75W 7G 700E/700K/700S 70G/7F/70F KRV 7 907H/90H (MKT) 90C Remark: Bold and nut material: SS00/SS00 and SUS 0/SUS0. ong bold uses full threaded bolt. Use thin hexagon nut. (Use heavy hexagon nut for ANSIb.) A unified screw should have threads per inch if its nominal diameter exceeds inch. Example ong bolts - M 5 ong bolts and nuts (full thread) M N M Setting bolts - M0 95 (Hexagon bolts) N M Setting bolts (Hexagon bolts ) M Setting bolt holes Setting bolt holes 7V-