Booster Regulator/Air Tank

Transcription

1 Booster Regulator/ir Tank Series /T Increase factory air pressure by up to 4 times! ir-only operation requires no power supply, reduces heat generation, and Boost pressure allows easy installation. Renewed model with pressure increase ratio 2 to 4 times () RoHS Heavy RX MR 0.6 MPa 0.3 MPa RM Factory line RP Booster Regulator + ir Tank 0.3 MPa RJ R MPa Light ompressor 0.3 MPa Light No power supply or wiring needed There is no need to install dedicated electrical wiring. Easy installation Simply install the unit in the air line. Requires far less space than installing the compressor. VHR I Low heat generation Very little heat is generated because no electricity is used, and there is no impact on cylinders, solenoid valves, etc. X ir-only operation Operation is safe because no electricity is used. VE VY T P00 Booster Regulator/Series ir Tank/Series T 92

2 Booster Regulator Series Improved service life Doubled Floating piston structure Grease retaining groove Except 0, that of the conventional model Grease retaining groove Reduced noise Reduced by 3 db () compared with the conventional model Metal noise reduced by a bumper on the impact part of the switch valve Exhaust noise reduced by a highnoise reduction silencer Switching valve Floating structure Bumper Improved reliability nti-condensation Built-in mesh filter at Prevents operation failure due to foreign matter. Mesh filter Integrated air-feeding tube with the main tube Mitigates condensation caused by cooling during exhaust expansion. ylinder tube Tie-rod guide ir-feeding tube Elbow silencer added (Option) Space saving when installed has been realized. Except 2, 4 Elbow silencer /8" gauge ports llows use of standard fittings for remote pressure monitoring, etc. Gauge ports changed from /6" to /8" (, 2) 0 Gauge port ir-operated type Max. operating pressure.6 MPa Fourfold pressure increase type

3 P.924 Pressure increase ratio Body size /4" Operation Set pressure range 0.2 to.0 MPa Handle-operated type (Direct operation) Twice 0.2 to.6 MPa (2.0 MPa) 0-02 (0.2 to 2.0 MPa) ir-operated type (Remote operation) 0.2 to.0 MPa 2 to 4 times Handle-operated type (Direct operation) 0.2 to 2.0 MPa -02 RJ R425 RX MR RM RP " (0.2 to.6 MPa) VHR " I X ir Tank Series T Perfect fit with a booster regulator This is an air tank to which a booster regulator can be connected compactly. It can be used alone as a tank. The pressure vessel law is different from country to country, so as an air tank suitable to a country needs to be confirmed. Extensive product lineup To meet a variety of usage environment and pressure specifications, models are available in two materials, stainless steel 304 and carbon steel (SS400), and in four sizes ranging from 5 liters to 38 liters. P.935 VE VY T P00 Model Tank capacity (L) Max. operating pressure (MPa) Material T05 T0 T20 T arbon steel Model Tank capacity (L) Max. operating pressure (MPa) Material T05S 5 T0S T20S Stainless steel T38S 38 aution When used as a single unit (not connected with a booster regulator) and pressurized at over MPa at normal temperatures, the air tank falls under the scope of the High Pressure Gas Safety ct in Japan. 923

4 Booster Regulator Series How to Order RoHS Made to Order (For details, refer to page 934.) /4", Handle-operated type ", Handle-operated type ", Handle-operated type ", ir-operated type ", ir-operated type ", Max. operating pressure.6 MPa /4", Handle-operated type Symbol Body size Pressure increase ratio: Twice Pressure increase ratio: 2 to 4 times Thread type Note) Symbol Thread type Nil Rc F G N NPT T NPTF Note) Thread types apply to the IN,, and EXH ports of the and to the IN,, EXH, and gauge ports of the 2 and 4. The gauge ports of the are Rc thread type regardless of the thread type indication. Symbol Port size /4 Port size pplicable series 2 4 Semi-standard Symbol Semi-standard Nil Standard product Pressure unit on the product name Z Note) label and pressure gauge: psi Note) Thread type: NPT, NPTF Under the new measurement law, the pressure unit of psi on the pressure gauges cannot be used in Japan. Option Symbol Option Nil None G Pressure gauge N Silencer S High-noise reduction silencer Note) GN Pressure gauge, Silencer GS Pressure gauge, High-noise reduction silencer Note) LN Elbow silencer Note) LS Elbow high-noise reduction silencer Note) GLN Pressure gauge, Elbow silencer Note) GLS Pressure gauge, Elbow high-noise reduction silencer Note) Note) Refer to ombination of Thread Type and Options. Pressure gauge Pressure gauge Silencer Elbow silencer ombination of Thread Type and Options Body size Thread Option type Nil G N S GN GS Nil 0 F N T Nil F N T Nil 40 F 42 N 43 T LN LS GLN Semi-standard GLS Nil -Z ir Tank ompatibility hart Booster regulator 2 ir tank T05 T05S T0 T0S T20 T20S T38 T38S 4 924

5 Booster Regulator Series Standard Specifications Model Fluid Pressure increase ratio Pressure adjustment mechanism Max. flow rate Note 2) (L/min (NR)) Set pressure range (MPa) 0.2 to to to to to 2.0 Supply pressure range (MPa) 0. to.0 Proof pressure (MPa) Port size (Rc) (IN//EXH: 3 locations) /4 /4 Pressure gauge port size (Rc) (IN/: 2 locations) /8 mbient and fluid temperature ( ) 2 to (No freezing) Installation Horizontal Lubrication Grease (Non-lube) Weight (kg) Note ) If the pressure is higher than the set pressure by the handle, excess pressure is exhausted from the back of the handle. Note 2) Flow rate at IN= = 0.5 MPa. The pressure varies depending on the operating conditions. Refer to Flow-rate haracteristics on pages 926 and 927. Options/Part No. Related Products/Part No. Mist Separator, Exhaust leaner Model Description Mist separator Exhaust cleaner For 0-02 For For -02 For M2-02 M30-03 M4-04, 06 M-06 For For For M5-06, 0 M-0 Note) Refer to page 935 for air tanks, page 20 for mist separators and Best Pneumatics No.6 for exhaust cleaners. Refer to the separate operation manual for the connection method ompressed air Twice 2 to 4 times Handle-operated with relief mechanism Note ) ir-operated Pressure Gauge, Silencer (When thread type is Rc or G.) Model Description 0-F02 20-F03 40-F04 Pressure gauge G G G Silencer High-noise reduction silencer Elbow for silencer N S L N20-02 N-02 KT-0-8 N30-03 N-03 N40-04 N F03 KT-22-7 N30-03 N F04 G N40-04 N-04 Note ) In the case of options GN, two pressure gauges and one silencer are included in the same container as accessories. Note 2) KT-22-7 is a pressure gauge with fitting. (Please order two units when using with IN and.) Design Handle-operated with relief mechanism Note ) F04 G N40-04 N F02 G N20-02 N-02 KT-0-8 Pressure Gauge, Silencer (When thread type is NPT or NPTF.) Model 0-N02 20-N03 40-N04 22-N03 42-N04 43-N04 -N02 0-T02 20-T03 40-T04 22-T03 42-T04 43-T04 -T02 Description : when -Z : when -Z : when -Z : when -Z : when -Z : when -Z : when -Z Pressure gauge : when Nil G G36-0-N0 KT-22-7N G36-0-N0 G27-20-N0 G G Pressure gauge : when -Z Note 4) G27-P20-0 G36-P0-N0 KT-22-8N G36-P0-N0 G27-P20-N0 G27-P20-0 Silencer High-noise reduction silencer Elbow for silencer N S L N20-N02 KT-0-8N N30-N03 N-N03 N40-N04 N-N04 N30-N03 N-N03 N40-N04 N-N04 N40-N04 N-N04 N20-N02 KT-0-8N Note ) In the case of options GN, two pressure gauges and one silencer are included in the same container as accessories. Note 2) KT-22-7N, KT-22-8N are pressure gauges with fittings. (Please order two units when using with IN and.) Note 3) Under the new measurement law, the pressure unit of psi on the pressure gauges cannot be used in Japan. Note 4) Pressure unit on the pressure gauge: psi aution. System configuration The of the booster regulator has metallic mesh to prevent dust from entering the booster regulator. However, it cannot remove dust continuously or separate drainage. Make sure to install a mist separator (M series) on the inlet side of the booster regulator. The booster regulator has a sliding part inside, and it generates dust. lso, install an air purification device such as an air filter or a mist separator on the outlet side as necessary. onnect a lubricator to the outlet side, because the accumulated oil in the booster regulator may result in a malfunction. 2. Exhaust air measures Provide a dedicated pipe to release the exhaust air from each booster regulator. If exhaust air is converged into a pipe, the back pressure that is created could cause improper operation. Depending on the necessity, install a silencer or an exhaust cleaner on the exhaust port of the booster regulator to reduce the exhaust noise. 3. Maintenance space llow the sufficient space for maintenance and inspection. 925 RJ R425 RX MR RM RP VHR I X VE VY T P00

6 Series 0 Flow-rate haracteristics 2 20, 22 Flow-rate haracteristics.0 40, 42 Flow-rate haracteristics.0 Outlet pressure (MPa) P =.0 MPa P = 0.75 MPa P = 0.5 MPa P = 0.4 MPa P = 0.3 MPa P = P2 Outlet pressure (MPa) P = 0.3 MPa P = 0.5 MPa P = 0.4 MPa Outlet pressure (MPa) P = 0.5 MPa P = 0.4 MPa P = 0.3 MPa Outlet air flow rate (L/min (NR)) Pressure haracteristics Inlet pressure: 0.7 MPa Outlet pressure:.0 MPa Flow rate: 20 L/min (NR) (Representative value) Outlet air flow rate (L/min (NR)) Pressure haracteristics Inlet pressure: 0.7 MPa Outlet pressure:.0 MPa Flow rate: 20 L/min (NR) (Representative value) Outlet air flow rate (L/min (NR)) Pressure haracteristics Inlet pressure: 0.7 MPa Outlet pressure:.0 MPa Flow rate: 20 L/min (NR) (Representative value).05 Set point.02 Set point.02 Set point Outlet pressure (MPa) Outlet pressure (MPa) Outlet pressure (MPa) Inlet pressure (MPa) Inlet pressure (MPa) Inlet pressure (MPa) harge haracteristics harge time per 0 L t (s) Pressure increase ratio P2/P The time required to charge pressure in the tank from 0.7 MPa to 0.95 MPa at 0.5 MPa supply pressure: P2 P With the pressure increase ratio from.4 to.9, the charge time of 23 6 = 7 sec. (t) is given by the graph. Then, the charge time (T) for a 0 L tank: harge haracteristics harge time per 0 L t (s) Pressure increase ratio P2/P 20, 22 The time required to charge pressure in the tank from 0.8 MPa to.0 MPa at 0.5 MPa supply pressure: = =.4 P =.9 P2 0.8 =.6 P2.0 = = = = 2.0 P 0.5 P 0.5 P 0.5 V 0 T = t x = 7 x = 7 (s). 0 0 With the pressure increase ratio from.6 to 2.0, the charge time of = 7.7 sec. (t) is given by the graph. Then, the charge time (T) for a 00 L tank: V 00 T = t x = 7.7 x = 77 (s). 0 0 harge haracteristics harge time per 0 L t (s) Pressure increase ratio P2/P 40, 42 The time required to charge pressure in the tank from 0.8 MPa to.0 MPa at 0.5 MPa supply pressure: P2 = 0.8 P 0.5 =.6 P2.0 = = 2.0 P 0.5 With the pressure increase ratio from.6 to 2.0, the charge time of 3.5. = 2.4 sec. (t) is given by the graph. Then, the charge time (T) for a 00 L tank: V 00 T = t x = 2.4 x = 24 (s)

7 Booster Regulator Series 43 Flow-rate haracteristics Outlet pressure (MPa) Outlet pressure (MPa) harge time per 0 L t (s) Outlet air flow rate (L/min (NR)) Pressure haracteristics P = 0.8 MPa P = 0.7 MPa P = 0.6 MPa P = 0.5 MPa P = P Inlet pressure (MPa) harge haracteristics 43 Inlet pressure: 0.7 MPa Outlet pressure:.0 MPa Flow rate: 20 L/min (NR) Set point (Representative value) Pressure increase ratio P2/P The time required to charge pressure in the tank from 0.8 MPa to.0 MPa at 0.5 MPa supply pressure: P2 = 0.8 P 0.5 =.6 P2.0 = = 2.0 P 0.5 With the pressure increase ratio from.6 to 2.0, the charge time of = 3.2 sec. (t) is given by the graph. Then, the charge time (T) for a 00 L tank: Flow-rate haracteristics Outlet pressure (MPa) Outlet pressure (MPa) harge time per 0 L t (s) P = 0.5 MPa P = 0.4 MPa P = 0.3 MPa 0 00 Outlet air flow rate (L/min (NR)) Pressure haracteristics Set point P = 0.75 MPa Inlet pressure: 0.6 MPa Outlet pressure: 2.0 MPa Flow rate: 0 L/min (NR) Inlet pressure (MPa) harge haracteristics P =.0 MPa P = P2 (Representative value) Pressure increase ratio P2/P The time required to charge pressure in the tank from.0 MPa to.5 MPa at 0.5 MPa supply pressure: P2.0 P2.5 = = 2.0 = = 3.0 P 0.5 P 0.5 With the pressure increase ratio from 2.0 to 3.0, the charge time of = 89 sec. (t) is given by the graph. Then, the charge time (T) for a 0 L tank: Pulsation/Pulsation is decreased with a tank. If the outlet capacity is undersized, pulsation may occur. T05 Max. pulsation range (MPa) Max. pulsation range (MPa) T apacity (L) T T0, 20, 38 T0 T20 T apacity (L) T 2 4 onditions: Inlet pressure: 0.5 MPa Outlet set pressure: MPa Flow rate: Between 0 and max. flow rate Performance of air tank lleviates the pulsation generated on the outlet side. When air consumption exceeds air supply during intermittent operation, required air will be accumulated in the tank for use. This does not apply for continuous operation. RJ R425 RX MR RM RP VHR I X VE VY T P00 V 00 T = t x = 3.2 x = (s). 0 0 V 0 T = t x = 89 x = 89 (s)

8 Series Sizing can be achieved with the SM Pneumatic System Energy Saving Program Ver Sizing ( which can be downloaded from the SM website: ) Tc Ts STRT Provide requisite conditions for selection. alculate required air flow rate Q. Select booster regulator size from flow-rate characteristics table. P P3 Necessary conditions: D [mm]: ylinder bore size L [mm]: ylinder stroke W [mm/s]: ylinder operating speed [pc.]: Number of cylinders Tc [s]: ylinder operating time Ts [s]: ylinder stop time P [MPa]: Inlet pressure P2 [MPa] Note ) : Necessary supply pressure to cylinder Example Pressure Stroke Upper limit of pressure inside the tank P3 Necessary supply pressure to cylinder P2 Lower limit of pressure inside the tank P2 Inlet pressure P Note ) P2 is the necessary supply pressure to a cylinder, and set the pressure below the lower limit of pressure inside the tank with a regulator. djust the pressure taking the maximum operating pressure of equipment in use into consideration. Note 2) P3 is the output pressure of the booster regulator, which is also the upper limit of charge pressure to the tank. Q [L/min (NR)] = π x D2 x W x (P ) x x 4 x Q = π x 002 x ( ) x x x = 84 [L/min (NR)] 4 x : Qb = 0 [L/min (NR)] 4: Qb = 0 [L/min (NR)] Refer to Flow-rate haracteristics on pages 926 and 927. P2 L ød Time Other conditions: Q [L/min (NR)]: Required air flow rate Qb [L/min (NR)]: Outlet air flow rate of booster regulator Tc [s]: ylinder operating time K: ylinder double-acting: 2, single-acting: P3 [MPa] Note 2) : Tank charge pressure T [s]: Time to charge (Time to charge to P2) T2 [s]: Time to charge (Time to charge to P3) T [s]: Time to charge (Time to charge from P2 to P3) Z: Number of booster regulators aution Set the pressure increase ratio of the (pressure increase ratio 4) to 2 or more. When the is used at a pressure increase ratio of 2 or less, this may cause a malfunction. Since the booster regulator is a compressor powered by the air, it consumes the air. The air consumption is approximately.2 times (pressure increase ratio 2) or 2.7 times (pressure increase ratio 4) larger than the outlet side volume. Therefore, the booster regulator requires a supply capacity of the inlet side volume that is approximately 2.2 times (pressure increase ratio 2) or 3.7 times (pressure increase ratio 4) larger than the outlet side volume. Judgement of flow rate NO: Need no tank The 4 can supply necessary pressure. void pulsation. (Max MPa) NO YES The 2 cannot obtain necessary pressure. YES Obtain the tank capacity V. Select the tank capacity over V. (Q Qb/2) x (Tc x K/) V [L] = (P3 P2) x 9.9 (84 0/2) x (0.5 x 2/) V = = 4.6 [L] (.0 0.8) x 9.9 Select the T0, which can be directly connected to the 2. Tank model T05 T0 T20 T38 Select the tank from table below. Internal capacity pplicable combination model 5 L 0 L 20 L 38 L alculate time T from charge characteristics table. Refer to harge haracteristics on pages 926 and 927. T [s] = ( V T2 ) x T 0 Z T = ( ) x = 3.5 [s] 0 Judgement of charge time T Ts NO Extend stop time Ts up to charge time T or more. NO Increase number of booster regulators (Z) to decrease T. YES YES YES 928 END When running continuously for longer periods of time, confirm the life expectancy. When the life expectancy is shorter than required, select a larger sized booster regulator.

9 Booster Regulator Series Working Principle The IN air passes through the check valve to booster chambers and B. Meanwhile, air is supplied to drive chamber B via the governor and the switching valve. Then, the air pressure from drive chamber B and booster chamber are applied to the piston, boosting the air in booster chamber B. s the piston travels, the boosted air is pushed via the check valve to the side. When the piston reaches to the end, the piston causes the switching valve to switch, so that drive chamber B is in the exhaust state and drive chamber is in the supply state respectively. Then, the piston reverses its movement, this time, the pressures from booster chamber B and drive chamber boosts the air in booster chamber and sends it to the side. The process described above is repeated to continuously supply highly pressurized air from the IN to the side. The governor establishes the outlet pressure by handle operation and pressure adjustment in the drive chamber by feeding back the outlet pressure. 0, 20, 40, 43 Drive Governor chamber Booster chamber Switching valve ircuit Example IN (Inlet) heck valve E (Outlet) General line (low pressure) Drive chamber B Piston rod Piston Booster chamber B Locations requiring high pressure ir-operated type Pilot pressure 22, 42 When only some of the machines in the plant require high-pressure air, booster regulators can be installed for only the equipment that requires it. This allows the overall system to use low-pressure air while accommodating machines requiring high-pressure air. P Plant line (source pressure) (Two-stage pressure boost) When charging a tank or the like from a source at atmospheric pressure, a circuit with a check valve can be used to reduce the charge time by allowing air to pass through the check valve up to the inlet pressure. Initially, inlet pressure (P) passes through the check valve, fills P2, and results in P = P2. P2 Piston rod Booster chamber Piston When the actuator output is insufficient but space limitations prohibit switching to a larger cylinder diameter, a booster regulator can be used to increase the pressure. This makes it possible to boost the output without replacing the actuator. When a certain level of output is required but the cylinder size must be kept small so that the driver remains compact. 0.5 MPa ø00 Operating pressure: 0.5 MPa Bore size: ø00 Output 38 N Booster chamber B IN (Inlet) heck valve (Outlet) E Equivalent output Governor Drive Drive chamber chamber B 0.8 MPa ø80 E IN 0.5 MPa Operating pressure: 0.8 MPa Bore size: ø80 Output 4000 N Switching valve When only one side of the cylinder is used for work, booster regulators can be installed only on the lines that require them to reduce the overall air consumption volume. RJ R425 RX MR RM RP VHR I X VE VY T P00 Outlet pressure (MPa) P2 P Shortening time Without check valve by-pass 0 Time t (S) 929

10 Series Warning Design. Warning concerning abnormal outlet pressure If there is a likelihood of causing an outlet pressure drop due to unforeseen circumstances such as equipment malfunction, thus leading to a major problem, take safety measures on the system side. Because the outlet pressure could exceed its set range if there is a large fluctuation in the inlet pressure, leading to unexpected accidents, take safety measures against abnormal pressures. Operate the equipment within its maximum operating pressure and set pressure range. 2. Residual pressure measures onnect a 3-port valve to the side of the booster regulator if the residual pressure must be released quickly from the outlet pressure side for maintenance, etc. (Refer to the diagram below.) The residual outlet pressure side cannot be released even if the 3-port valve is connected to the IN side because the check valve in the booster regulator will activate. fter operation is finished, release the supply pressure at the inlet. This stops the booster regulator from moving needlessly and prevents operating malfunctions. aution Mounting. Transporting When transporting this product, hold it lengthwise with both hands. Never hold it by the black handle that protrudes from the center because the handle could become detached from the body, causing the body to fall and leading to injury. 2. Installation Install this product so that the silver-colored tie-rods and cover are placed horizontally. If mounted vertically, it may result in a malfunction. Because the piston cycle vibration is transferred, use the following mounting bolts (: M5; 2, 4: M0) and tighten them with the specified torque (: 3 N m; 2, 4: 24 N m). If the transmission of vibration is not preferred, insert an isolating rubber material before installation. Mount the pressure gauge with a torque of 7 to 9 N m. aution Piping. Flushing Use an air blower to flush the piping to thoroughly remove any cutting chips, cutting oil, or debris from the piping inside, before connecting them. If they enter the inside of the booster regulator, they could cause the booster regulator to malfunction or its durability could be affected. 2. Piping size To bring the booster regulator s ability into full play, make sure to match the piping size to the port size. aution Selection. heck the specifications. onsider the operating conditions and operate this product within the specification range that is described in this catalog. 2. Selection Based on the conditions (such as pressure, flow rate and cycle time) required for the outlet side of the booster regulator, check the selection procedures described in this catalog or model selection software for size selection of the booster regulator. Since the booster regulator is a compressor powered by the air, it consumes the air. The air consumption is approximately.2 times (pressure increase ratio 2) or 2.7 times (pressure increase ratio 4) larger than the outlet side volume. Therefore, the booster regulator requires a supply capacity of the inlet side volume that is approximately 2.2 times (pressure increase ratio 2) or 3.7 times (pressure increase ratio 4) larger than the outlet side volume. Set the pressure of the 0, 20, 22, 40, 42 or 43 (pressure increase ratio 2) to a level that is at least 0. MPa higher than the inlet pressure. If the pressure differential is 0. MPa or less, the internal operating pressure becomes the minimum operating pressure or less and the switching valve may remain at the intermediate position, causing a restart failure. Set the pressure increase ratio of the (pressure increase ratio 4) to 2 or more. When the is used at a pressure increase ratio of 2 or less, the internal operating pressure becomes the minimum operating pressure or less and the switching valve may remain at the intermediate position, causing a restart failure. When operating the booster regulator continuously for longer periods of time, particularly confirm its service life. The service life of the booster regulator depends on not the operation hours but the operating cycles (piston sliding distance). The operating cycles (piston sliding distance) depend on the outlet flow of the booster regulator. Thus, when more outlet flow of the booster regulator is used, its service life becomes shorter. 930 aution ir Supply. Quality of air source onnect a mist separator to the inlet side near the booster regulator. If the quality of the compressed air is not thoroughly controlled, the booster regulator could malfunction (without being able to boost) or its durability could be affected. If dry air (atmospheric pressure dew point: 23 or less) is used, the life expectancy may be shortened because dry air will accelerate evaporation of grease inside. aution Operating Environment. Installation location Do not install this product in an area that is exposed to rainwater or direct sunlight. Do not install in locations influenced by vibrations. If it must be used in such an area due to unavoidable circumstances, please contact SM beforehand.

11 Booster Regulator Series aution. Setting the pressure on the handle-operated type If air is supplied to the product in the shipped state, the air will be released. Set the pressure by quickly pulling up on the governor handle, releasing the lock, and rotating the handle in the direction of the arrow (+). There is an upper and lower limit for the handle rotation. If over-rotating the handle even after reaching to the limit, the internal parts may be damaged. If the handle suddenly feels heavy while being turned, stop turning the handle. Once the setting is completed, push the handle down and lock it. To decrease the outlet pressure, after the pressure has been set, rotate the handle in the direction of the arrow ( ). The residual air will be released from the area of the handle, due to the relief construction of the governor. To reset the pressure, first reduce the pressure so that it is lower than the desired pressure; then, set it to the desired pressure. Low SM Outlet pressure MPa (Q = 0) High 2. Setting the pressure on the air-operated type (22, 42) onnect the outlet pipe of the pilot regulator for the remote control to the pilot port (P). (Refer to the diagram below.) Refer to the graph below for the relationship between the pilot pressure and outlet pressure. The R20 and W20 are recommended for the pilot regulator. Pilot regulator The outlet pressure is twice the pilot pressure. When the inlet pressure is 0.4 MPa: Pilot pressure 0.2 MPa to 0.4 MPa Outlet pressure 0.4 MPa to 0.8 MPa IN P E Handling 3. Draining If this product is used with a large amount of drainage accumulated in the filter, mist separator or tank, the drainage could flow out, leading to equipment malfunction. Therefore, drain the system once a day. If it is equipped with an auto drain, check its operation once a day. 4. Exhaust Exhausting time from E port may be longer for a booster regulator which is set to switch in longer hour intervals. This is not an abnormal phenomenon. 5. Maintenance Life expectancy varies depending on the quality of air and the operating conditions. Signs that the unit is reaching the end of its service life include the following: onstant bleed from under the handle. ir exhaust noise can be heard from the booster regulator at 0 to 20 second intervals even when there is no air consumption on the outlet side. onduct maintenance earlier than scheduled in such cases. When maintenance is required, confirm the model and lot number of the booster regulator, and please contact SM for maintenance kit. onduct maintenance according to the specified maintenance procedure by individuals possessing enough knowledge and experiences in maintaining pneumatic equipment. The list of replacement parts and kit number are shown on page 9, and the figure shows the position of the parts. RJ R425 RX MR RM RP VHR I X VE VY T P Pilot pressure MPa 93

12 Series onstruction/replacement Parts 0 q r e w t u r e w t q 20, 22, 40, 42, 43 t q y r w e ir-operated type q 22, 42 Replacement Parts/Kit No. Place an order with the following applicable kit number. Model Kit no. KT-0- KT-20- KT-40- KT-22- KT-42- KT-43- KT--20 The kit includes the parts from q to u and a grease pack. Model No. Description Quantity Piston seal 2 2 large small 2 2 Governor assembly 3 heck valve Gasket Rod seal Mounting screw over assembly Grease pack 2 2 The grease pack has 0 g of grease. Make sure to refer to the procedure for maintenance. 9 each large and small 2

13 Booster Regulator Series Dimensions 0-02 IN side gauge port Rc /8-02 IN side gauge port Rc / IN side gauge port / IN side gauge port / Pressure gauge (Option) side gauge port /8 3.2 Pressure gauge (Option) side gauge port Rc /8 3 3 Pressure gauge (Option) side gauge port / Pressure gauge (Option) side gauge port Rc / /4 port / Silencer (Option) 4 x ø EXH port /4 (When silencer installed: 07) (When high-noise reduction silencer installed: 26) /4 port /4 4 x ø Silencer (Option) EXH port /4 (When silencer installed: 07) (When high-noise reduction silencer installed: 26) port 4 x ø EXH port 8 (When silencer installed: 53.5) (When high-noise reduction silencer installed: 79) 43 With elbow silencer (Option) /4 port /4 4 x ø5.5 /4 port /4 4 x ø5.5 Silencer (Option) 24 Elbow silencer (Option) (97) EXH port /4 With elbow silencer (Option) Elbow silencer (Option) (97) EXH port / RJ R425 RX MR RM RP VHR I X VE VY T P port 22 8 Silencer (Option) x ø2 30 EXH port (When silencer installed: ) (When high-noise reduction silencer installed: 230) 933

14 Series Dimensions IN side gauge port / Pressure gauge (Option) side gauge port / Pilot port / port 2 5 Silencer (Option) IN side gauge port / Pressure gauge (Option) side gauge port /8 4 x ø EXH port (When silencer installed: 53.5) (When high-noise reduction silencer installed: 79) Pilot port / port 22 8 Silencer (Option) IN side gauge port / Pressure gauge (Option) side gauge port /8 4 x ø2 30 EXH port (When silencer installed: ) (When high-noise reduction silencer installed: 230) port 22 8 Silencer (Option) x ø2 30 EXH port (When silencer installed: ) (When high-noise reduction silencer installed: 230) Made to Order For detailed dimensions, specifications and lead times, please contact SM. opper-free/fluorine-free 2 E explosion-proof directive (TEX) compliant 3 Ozone resistant The inner or outer copper parts material has been changed to stainless steel or aluminum. The fluorine resin parts has been changed to general resin. 20 Standard model no. 56 Made to Order opper-free/fluorine-free For booster regulator with pressure gauge, please consult SM. This option cannot be selected for air tank with safety valve. 934 Standard model no. Made to Order E explosion-proof directive (TEX): ategory 3GD Ozone resistance is strengthened through the use of fluororubber (diaphragm) and hydrogenated NBR (valve, rod seal) for the rubber parts of the seal material. 80 Standard model no. Made to Order Ozone resistant Weather resistant NBR (diaphragm) and hydrogenated NBR (valve) are used for the rubber parts of the standard model.

15 ir Tank Series T RoHS ompact connections are possible with booster regulators. It can be used alone as a tank. lso partially compatible with overseas standards T05 T20S T0S T38 aution When used as a single unit (not connected with a booster regulator) and pressurized at over MPa at normal temperatures, the air tank falls under the scope of the High Pressure Gas Safety ct in Japan. How to Order T 0 Material Symbol Material arbon steel (SS400) S Stainless steel 304 T 0 F Tank internal capacity Symbol Internal capacity 05 5 L 0 0 L L L Symbol Standard Product (For Japanese Market) Tank internal capacity Symbol Internal capacity 05 5 L 0 0 L L L E ertified Product Material Material arbon steel (SS400) Product Not pplicable to the SME Standard Tank internal capacity Symbol Internal capacity 05 5 L 0 0 L Material Symbol Material arbon steel (SS400) Thread type Symbol Thread type Nil Rc N NPT Note) S Note) The thread type for each port is Rc. Option Symbol Nil V Option None Drain valve Option Symbol Option pplicable model Nil None Note) ll models R Safety valve T05, T0 (Set pressure: MPa) T20, T38 S Safety valve T05 (Set pressure: 2 MPa) T0 Note) safety valve port is provided only when option R or S is selected. SV Q E certified product (Self-declaration document attached) ccessories Symbol ccessories Safety valve (Set pressure: MPa) RV Drain valve Safety valve (Set pressure: 2 MPa) SV Drain valve Thread type Symbol Nil F T 05 N Thread type Rc G SV Note) Pressure unit of NPT products: psi. This product is for overseas use only according to the new Measurement Law. (The SI unit type is provided for use in Japan.) X Made to Order (For details, refer to page 937.) pplicable model T20 T38 T05 T0 Product not applicable to the SME standard Option Symbol Option Nil None Note ) V Drain valve Note ) S Safety valve (Set pressure: 2 MPa) Note 2) Safety valve (Set pressure: 2 MPa) Note 2) SV Drain valve Note ) ustomers are responsible for preparing a safety valve. Note 2) Safety valve does not meet SME specifications. 935 RJ R425 RX MR RM RP VHR I X VE VY T P00

16 Series T Specifications Standard Product (For Japanese Market) Model T05 T0 T20 T38 Fluid ompressed air Tank capacity (L) Max. operating T pressure (MPa) TS 2.0 size port size 3/4 mbient and fluid temperature ( ) 0 to 75 Weight (kg) T TS Material T arbon steel (SS400) TS Stainless steel 304 Paint T Outside: Silver paint, Inside: Rustproof paint TS None Note) The accessories and options are included in the same container. E ertified Product Model T05 -SV-Q T0 -SV-Q T20 -RV-Q T38 -RV-Q Fluid ompressed air Tank capacity (L) Max. operating pressure (MPa) size port size 3/4 3/4 3/4 mbient and fluid temperature ( ) 0 to 75 Weight (kg) Material Paint arbon steel (SS400) Outside: Silver paint, Inside: Rustproof paint Note) The accessories and options are included in the same container. Product Not pplicable to the SME Standard Model T05--X T0--X Fluid ompressed air Tank capacity (L) 5 0 Max. operating pressure (MPa) 2.0 size port size mbient and fluid temperature ( ) 0 to 75 Weight (kg) 6.6 Material Paint arbon steel (SS400) Outside: Silver paint, Inside: Rustproof paint Note) The accessories and options are included in the same container. List of ir Tank for Overseas ountry/region hina South Korea Thailand, Taiwan No applicable standard 936 Law Simple Pressure Vessels Safety and Technical Regulations High Pressure Gas Safety ontrol ct Occupational Safety and Health ct Exportable models Material: arbon steel Material: Stainless steel T05-U-X04 T0-U-X04 T20-T-X04 T38-T-X04 T05-X0 T05S-X0 T0-X0 T0S-X0 T20-X0 T20S-X0 T38-X0 T38S-X0 Standard product Details Safety valve/ Pressure gauge set and product certificate are included. Exempted product Max. operating pressure: 0.97 MPa Option (Order it separately.) T-K (Safety valve) T-V (Drain valve) Warning. Operating pressure Operate this product below the maximum operating pressure. If it is necessary, take appropriate safety measures to ensure that the maximum operating pressure is not exceeded. When the tank alone is used Use a pressure switch or a safety valve to ensure that the maximum operating pressure is not exceeded. 2. onnection onnect a filter or a mist separator to the side of the tank. Because the inner surface of the tank is untreated, there is a possibility of dust flowing out to the outlet side. booster regulator can be connected directly with the tank accessories as indicated combinations below. ir tank T05 T05S T0 T0S T20 T20S T38 T38S aution Design 2 4 Selection onsider the operating conditions and operate this product within the specification range. When using the air tank with a booster regulator, refer to Sizing on page 928 or SM Pneumatic System Energy Saving Program. Mounting aution. ccessories Refer to the operation manual regarding combining booster regulators with older model air tanks. The accessories are secured by bands to the feet of the air tank. Once removed, make sure not to lose them. 2. Installation Install the tank away from people. It is dangerous if the accumulated air inside the tank were to seep out. Do not mount the air tank on a moving part or a place with vibration. If it must be used in such an area due to unavoidable circumstances, please contact SM beforehand. When connecting a booster regulator with the tank, refer to the operation manual first, which is provided with the air tank before assembling. To mount the air tank on a floor surface, use the four holes to secure the tank with bolts or anchor bolts. Maintenance Warning. Inspection The use of pressure vessels could lead to an unexpected accident due to external damage or internal corrosion caused by drainage. Therefore, make sure to check periodically for external damage, or the extent of internal corrosion through the port hole. n ultrasonic thickness indicator may also be used to check for any reduction in material thickness. 2. Draining If this product is used with a large amount of drainage, the drainage could flow out, leading to equipment malfunction or corrosion inside the tank. Therefore, drain the system once a day.

17 ir Tank Series T Options/ccessories/Part No. <Standard Product> For T (arbon Steel) Model T05- T0- T20- T38- ccessory kit Safety valve (When selecting an option) Note ) 2) Drain valve (When selecting an option) Note ) The set pressure of the safety valve cannot be changed. Note 2) The safety valve is a safety measure that protects the tank from excess pressure. The valve opens automatically when the specified pressure is reached, releasing excess pressure inside the tank. The valve closes again when the pressure drops below a designated value. Select a pressure valve appropriate for the maximum operating pressure specification of the tank. For TS (Stainless Steel) Model T05S- T0S- T20S- T38S- ccessory kit T5S-Y-4 T0S-Y-4 T20S-Y-4 Drain valve (When selecting an option) T-V <E ompliant Product> Model T05-SV-Q T0-SV-Q T20-RV-Q T38-RV-Q ccessory kit Safety valve Drain valve Safety valve Drain valve T5-Y-3 T0-Y-3 T-R (Set pressure: MPa), T-S (Set pressure: 2 MPa) T-V Drain valve T-V 58 (LOSE) to 63 (OPEN) T5-Y-2 T0-Y-2 T-S (Set pressure: 2 MPa) <Product Not pplicable to the SME Standard> Model T05--X T0--X ø30 IN PORT /4 20 Safety valve T-R, T-S 52 T-V ø T20-Y-3 T-R (Set pressure: MPa) T20-Y-2 T-R (Set pressure: MPa) T05N--X T0N--X Thread type Rc NPT ccessory kit T5-Y-3 T0-Y-3 T5-Y-3-X T0-Y-3-X Safety valve (When selecting an option) Drain valve (When selecting an option) T-S (Set pressure: 2 MPa) T-V T-SN (Set pressure: 2 MPa) T-VN The ccessory Kit is a Set of Nos. q to r. (For E ompliant Product: ty) Model T5-Y-3 T0-Y-3 T20-Y-3 T5-Y-2 T5S-Y-4 T0S-Y-4 T20S-Y-4 No. Description q O-ring Hexagon socket head taper screwed plug w e r t y Made to Order (For drain port) Hexagon socket head cap screw nchor bolt/nut Bushing assembly Hexagon socket head taper screwed plug (For safety valve port) opper-free/fluorine-free Made to Order opper-free/ Fluorine-free Symbol T 0 Tank internal capacity Internal capacity 5 L 0 L 20 L 38 L () (2) 4 () 4 (2) V Drain valve/t-v2 Material Symbol Material arbon steel (SS400) S Stainless steel Quantity T-V2 ( set of stainless steel needle valve and fitting) is included with the standard product. 4 T0-Y-2 () (2) 4 () 4 (2) T20-Y-2 Note ) The thread type for each port is Rc. Note 2) stainless steel fitting and a needle valve are included in the same container as accessories. (For detailed dimensions, please contact SM.) It can be ordered separately. Note 3) Since neither copper nor fluorine parts are used for the tank, a standard model can be used when drain valve is not necessary. Note 4) The material of the safety valve is brass only RJ R425 RX MR RM RP VHR I X VE PORT / VY Body material: Brass (Width acrass flats 9) Body material: Brass For detailed dimensions, specifications T and lead times, please contact SM. P00

18 Series T Dimensions: Standard Product (For Japanese Market) T05 Material: arbon steel onnected to 0, Tank port Rc Tank Rc Spare port Rc (370) (307) Rc /4 ø56 EXH: Rc /4 4 x ø Rc /4 00 The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. T0 Material: arbon steel onnected to 0, Tank Rc Spare port Rc Rc /4 EXH: Rc /4 Tank port Rc (39) (8) ø80 4 x ø onnected to 20 Tank Rc Spare port Rc 4 47 Rc Rc / The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. onnected to 22 Rc Tank port Rc (454) (367) ø80 EXH: Rc 4 x ø (47) (367) ø80 EXH: Rc 4 x ø 442 Tank port Rc T20 Material: arbon steel onnected to 20, 40 Tank Rc Rc /4 Spare port Rc () ø EXH: 4 x ø3 () ø The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. onnected to 22, 42 EXH: 4 x ø3 D Rc /4 00 The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. 00 (mm) model B D Note) Rc Rc Rc Rc 493 Note) When option G (pressure gauge) is selected

19 ir Tank Series T Dimensions: Standard Product (For Japanese Market) T38 Material: arbon steel onnected to 20, Tank port Rc 3/ Tank port Rc Tank Rc Rc /4 300 Tank port Rc Tank Rc Rc /4 4 Spare port Rc () Rc /4 Tank Rc Tank Rc 70 ø The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. T05S Material: Stainless steel 304 onnected to 0, T0S Material: Stainless steel 304 onnected to 0, onnected to 20 Rc (370) (307) (39) (8) EXH: 4 x ø3 Rc /4 Rc /4 ø ø80 () model onnected to 22, ø EXH: Rc /4 4 x ø EXH: Rc /4 4 x ø Rc 2 B EXH: 4 x ø3 Rc Rc Rc Rc Note) When option G (pressure gauge) is selected onnected to 22 D (mm) D Note) RJ R425 RX MR RM RP VHR I X VE VY T P00 Tank port Rc (454) (367) ø80 EXH: Rc 4 x ø (47) (367) ø80 EXH: Rc 4 x ø 442 Rc /

20 Series T Dimensions: Standard Product (For Japanese Market) T20S Material: Stainless steel 304 onnected to 20, 40 onnected to 22, 42, 43 Tank port Rc Tank Rc EXH: EXH: () ø206 4 x ø3 () ø206 4 x ø3 D Rc / model B Rc Rc Rc Rc Note) When option G (pressure gauge) is selected (mm) D Note) T38S Material: Stainless steel 304 onnected to 20, 40 onnected to 22, 42, 43 Tank Rc EXH: EXH: Tank port Rc 3/4 () () D ø256 4 x ø3 ø256 4 x ø Rc /4 2 model B Rc Rc Rc Rc Note) When option G (pressure gauge) is selected (mm) D Note) R T - S T - 0 With safety valve 20 R 38 S With safety valve Safety valve port Rc Tank model T05 T0 (mm) 30 2 Safety valve port Rc 940

21 ir Tank Series T Dimensions: E ertified Product T05-Q Material: arbon steel onnected to 0, Tank Safety valve port Spare port 2 x EXH: Tank port Tank port /4 30 Safety valve port Tank Spare port 2 x (454) (367) 278 ø80 (370) (307) (39) (8) /4 ø56 /4 4 x ø 00 The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. The length of G thread type is about 6 mm longer due to plug type differences. T0-Q Material: arbon steel onnected to 0, Tank port /4 The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. The length of G thread type is about 6 mm longer due to plug type differences. onnected to 20 Safety valve port Tank Spare port 2 x ø (47) (367) EXH: /4 4 x ø EXH: /4 4 x ø onnected to 22 ø80 EXH: 4 x ø 442 RJ R425 RX MR RM RP VHR I X VE VY T P / When option G (pressure gauge) is selected The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. The length of G thread type is about 6 mm longer due to plug type differences. 94

22 Series T Dimensions: E ertified Product T20-Q Material: arbon steel onnected to 20, 40 Tank 3/4 Safety valve port onnected to 22, Tank port 2 / Spare port 2 x The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. The length of G thread type is about 6 mm longer due to plug type differences. () ø EXH: 4 x ø3 () model ø B EXH: Note) When option G (pressure gauge) is selected D 4 x ø3 (mm) D Note) T38-Q Material: arbon steel onnected to 20, Tank port 3/4 Tank 3/4 Safety valve port Spare port 2 x 2 / () The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. The length of G thread type is about 6 mm longer due to plug type differences. ø256 2 EXH: 4 x ø3 () model onnected to 22, 42 ø B EXH: Note) When option G (pressure gauge) is selected D 4 x ø3 (mm) D Note)

23 ir Tank Series T Dimensions: Product Not pplicable to the SME Standard T05-X Material: arbon steel onnected to 0, Tank port T0-X Material: arbon steel onnected to 0, Safety valve port onnected to 20 Safety valve port 90 Tank port / Tank Tank port Safety valve port 90 / Tank Spare port 63 Tank Spare port 25 Spare port (364) (30) /4 ø56 ø EXH: /4 4 x ø The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. 25 (370) (427) (307) The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. (340) /4 ø56 00 EXH: /4 4 x ø onnected to 22 EXH: EXH: (390) (340) ø56 4 x ø 4 x ø RJ R425 RX MR RM RP VHR I X VE VY T P00 / The length may be longer than the specification if the plugs mounted on the tank are not fit to the end. 943