SSR. Green Now or Never! Taiko Air Blower. The Original SSR 3 Lobe Roots Type Blowers Approved by Suruhanjaya Perkhidmatan Air Negara (SPAN)

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1 Taiko Air Blower Your Enviromental Care Partner Green Now or Never! b l o w e r Nurture the green for better living condition Think of environment, think of our responsibility Your preferred brand makes it different Authorized dealer The Original 3 Lobe Roots Blowers Approved by Suruhanjaya Perkhidmatan Air Negara (SPAN)

TYPES TSS, TSA, ACCESSORIES TSS, TSA, Application Examples Waste Water Aeration Condominiuns Waste Water Aeration for Shops and Livestock Industries Fish Care GV GV GV GV GV25 GV A A A A 25A A L 200

25 200 D H L d dl A P Application B35 B40 B 35 40 26 25 27 24 30 30 M 8 M 8 M0 9 9.5 69 76 93 53 73 ~.

A 3 5 0 B 20 2 2 C 75 D 220 320 3 E 55 F 45 5 5 G 2 320 3 H 220 2 d 2 2.7 5 4.0 5 4.

bore, r.p.m., discharge pressure, air capacity and required power of the blower.. The air capacity in the tables is indicated in the standard suction state.

The reference air capacity (0 C temperature and.0332kgf/cm 2 {0.3kPa} absolute pressure) is generally indicated in Nm 2 /min. 3.

; Pd : discharge pressure, in kgf / cm2 ; ts : suction temperature, in C : and td : discharge temperature, in C. 4.

2 TYPES TSS, TSA, ACCESSORIES TSS, TSA, Application Examples Waste Water Aeration Condominiuns Waste Water Aeration for Shops and Livestock Industries Fish Care GV GV GV GV GV25 GV A A A A 25A A L H A35B A35 A40 A A75 D H L d M8 M8 M8 M0 M2 Application TSA ~ D H L d dl A P Application B35 B40 B M 8 M 8 M ~.25 Foaming in Bath Combustion a Fireplace Stirring in Plated Vessel Transport of Particles 40d Back Washing Vacuum Pack for Foods HOW TO USE PERFORMANCE TABLES Application TSS20~32 TSA40 TSA. A B C 75 D E 55 F G H d Application A B C D E F 3 G H 2 N The performance tables give the model number, bore, r.p.m., discharge pressure, air capacity and required power of the blower.. The air capacity in the tables is indicated in the standard suction state. The standard suction state herein mentioned is defined as the condition at 20 C temperature,.0332kgf/cm 2 {0.3kPa} absolute pressure and 63% relative humidity. The reference air capacity (0 C temperature and.0332kgf/cm 2 {0.3kPa} absolute pressure) is generally indicated in Nm 2 /min. 3. The discharge air capacity can be converted into the standard air capacity by the following equation P d QS = Qd X X where, t s t s Qd : discharge air capacity, in m3/ min.; Pd : discharge pressure, in kgf / cm2 ; ts : suction temperature, in C : and td : discharge temperature, in C. 4. According to the air capacity and discharge pressure as calculated above, the model number, bore, r.p.m. and required power can be found in the performance table. 2. However, it may be converted into the standard air capacity by the following equation, if the suction 5. The motor powers are indicated by color marking, and the motor powers to be used should be that indicated. QS = QN X.0732 where, : standard air capacity ; and QN : reference air capacity. 6. The choice is overlapped depending upon the type of blower. For reference, however, selection should be lower number blowers for the economy and higher number blowers for the sound level. 25 KMB KMB KMB KMB KMB25 KMB A A A A 25A A A B C 0 D E F 20 NOH 4O9 40 4O9 8O9 75 8O9 20 8O O23 weight Pressure Sl Units Convers Table (SI Units in Heavy Lines) Pa bar kgf/ cm 2 atm mmh2 O mmhg (Torr) X X X X X 0 3 X X X X X X X 0 X X X X X X 0 5 X X X X X X X X 0 2

TAIKO is creating the tomorrow with a new concept Introduction A Roots blower, sometimes called a Positive Displacement, or PD blower, is a machine which "pushes" a relatively constant volume of the

The main purpose of the blower is to provide constant flow of gas at different pressures.

3 TAIKO is creating the tomorrow with a new concept Introduction A Roots blower, sometimes called a Positive Displacement, or PD blower, is a machine which "pushes" a relatively constant volume of the gas handled at the inlet through to the discharge. It applies to conditions requiring high vacuum or high pressure especially in the waste water treatment plant. The main purpose of the blower is to provide constant flow of gas at different pressures. The blower consists of a cast iron casing in which two rotors with conjugate shapes rotate and are synchornised by a set of timing gears. During rotation, there is no contact between the lobes or between the lobes and the casing. Features & Benefits. The oil free type blowers TSS, TSA, provides clean air supply without oil mist. 2. Sturdy construction and high durability enables continuous operation. 3. Simple construction, spacesaving, light weight and ease of installation and easy maintenance. 4. The helical port design enables superior noise reduction. 5. Consumes lower power which leads to higher savings. 6. Various air volumes required can be achieved by changing speed. 7. Stable performance even under varying pressure conditions. 8. Various base options makes it easier to replace other blowers models. 9. Steady air flow to reduce vibration, noise and back flow pressure. 0. Adequate clearance to ensure no contact between rotors and casing during operation for superior air flow efficiency.. Dynamically balanced rotors in the fabrication stage for free of vibration. 2. By minimizing discharge pressure pulsation, the load on the bearings and timing gears is significantly reduced for superior longer life. Functioning Principle The conventional roots type rotary blowers, either twolobe or threelobe, have the same compression mechanism that the compression occurs upon reverseflowing of high pressure air instantly when the rotor end is opened in line with the discharge opening. Such reverse flow and a rapid change in the compression as involved in the above compression is the cause of noise. The helical construction of these blowers was designed to eliminate such noise. Helical Port Helical Shield wall Discharge Side Suction Side Discharge Side Suction Side Discharge Side Suction Side [] Rotor A:The suction side is open over [2] Rotor A:The suction side is a little more [3] Rotor A:Both of the suction and the full length thereof, and is about to closed than Case[l], where the shaded discharge sides are closed, and close gradually. While, the discharge side is open halfway by opening gradually. Rotor B:The suction side is almost fully closed by closing gradually. While, the discharge side is not yet opened but is about to open. triangle port is going smaller gradually along with the screen line of casing. While, discharge has already been completed at the discharge side. Rotor B:The suction side is immediately before going on to the screen line of casing. While,the discharge side is under the immediately before opening at the discharge side. Rotor B:The closing process has just been set out, and is now closing gradually. While, the discharge side is immediately before full opening by opening gradually. discharge process, where the triangle The shaded portions show openings of port is opening gradually. suction and discharge ports.

TSS, TSA, Application Examples Waste Water Aeration Condominiuns Waste Water Aeration for Shops and Livestock Industries Fish Care Foaming in Bath Combustion a Fireplace Stirring in Plated Vessel

4 TSS, TSA, Application Examples Waste Water Aeration Condominiuns Waste Water Aeration for Shops and Livestock Industries Fish Care Foaming in Bath Combustion a Fireplace Stirring in Plated Vessel Back Washing Transport of Particles Vacuum Pack for Foods HOW TO USE PERFORMANCE TABLES The performance tables give the model number, bore, r.p.m., discharge pressure, air capacity and required power of the blower.. The air capacity in the tables is indicated in the standard suction state. The standard suction state herein mentioned is defined as the condition at 20 C temperature,.0332kgf/cm 2 {0.3kPa} absolute pressure and 63% relative humidity. The reference air capacity (0 C temperature and.0332kgf/cm 2 {0.3kPa} absolute pressure) is generally indicated in Nm 2 /min. 2. However, it may be converted into the standard air capacity by the following equation, if the suction QS = QN X.0732 where, : standard air capacity ; and QN : reference air capacity. 3. The discharge air capacity can be converted into the standard air capacity by the following equation. QS = Qd X where, P d t s X t s Qd : discharge air capacity, in m3/ min.; Pd : discharge pressure, in kgf / cm2 ; ts : suction temperature, in C : and td : discharge temperature, in C. 4. According to the air capacity and discharge pressure as calculated above, the model number, bore, r.p.m. and required power can be found in the performance table. 5. The motor powers are indicated by color marking, and the motor powers to be used should be that indicated. 6. The choice is overlapped depending upon the type of blower. For reference, however, selection should be lower number blowers for the economy and higher number blowers for the sound level. Sl Units Convers Table (SI Units in Heavy Lines) Pa bar kgf/ cm 2 atm mmh2 O mmhg (Torr) Pressure X X X X X 0 3 X X X X X X X 0 X X X X X X 0 5 X X X X X X X X 0 2

TYPE DESCRIPTIONS [] The performance tables and standardized specifications are made available for all types to allow easy selection of one in need.

5 TYPE DESCRIPTIONS [] The performance tables and standardized specifications are made available for all types to allow easy selection of one in need. [2] The blowers including accessories are standardized and are under mass production control so as to be able to correspond to the orders and needs at any time. SPECIFICATIONS The threelobe helical roots type rotary blower is a new product which has been developed by adopting innovated techniques, based on the manufacturing experience in the roots type rotary blowers for many years. These blowers have improved fulladiabatic, efficiency as well as volumetric efficiency and provide superior air capacity versus pressure characteristic. [3] The operation noise is lowered to the level not ever achieved by adopting, in addition to the helical construction, a silent air cleaner as appropriate to each type of the blowers. [4] The rotor is a precision product machined in its full surface, and since it is dynamically balanced in the shop completely, it will have almost no vibration. [5] The blowers require only a small area for installation due to a compact design. Major Specifications of : to 200A Air Capacity : 0.8 to 56m 3 /min. Pressure : 0. to 0.6kgf/cm 2 Motor Power : 0.75 to 0kw SECTIONAL DRAWING Standard Accessoris Common Base Vbelt Cover Blower Pulley, Motor Pulley, Vbelt Suction Silencer (With Air Filter) Safety Valve Pressure Gauge Lubricating Oil Anchor Bolt The superiority of efficiency leads to reduction of the heat from the blower itself, and therefore, reduction of the temperature elevation, and thus the operation of blower in dry condition has become practical at the discharge pressure as high as 58.8kPa. No. Description Material Q'ty No. Description Material Q'ty No. Description Material Q'ty Casing FC200 0 Stop Ring (Drive Side) NBR 2 9 Collar S45C 2 Impeller FC200 2 Bearing Sleeve S45C 2 20 End Plate SS400 3 Drive Shaft S45C 2 Bearing Cover (Drive Side) FC200 2 Parallel Key S45C 4 Driven Shaft S45C 3 Bearing Cover (Driven Side) FC Drain Plug FCMB 5 Side Cover (Drive Side) FC200 4 Z Seal NBR 23 Oil Gauge SS + Glass 6 Side Cover (Gear Side) FC200 5 Gear SCM Air Breather Plastics 7 Bearing SUJ2 2 6 Gear Lock Washer SS Grease Nipple C Bearing SUJ2 2 7 Gear Lock Nut SS Gear Case Packing Three Sheet 9 Stop Ring (Gear Side) NBR 2 8 Gear Case FC200 3

6 TYPE OUTLINE DIMENSIONS (BELT & PULLEY) Suction Silencer With Air Filter) Grease Nipple For / Motor Belt Cover Blower Air Breather Oil Gauge Drain Plug Safety Valve Pressure Gauge Cock Valve GB.0MPa Anchor Bolt Discharge n o5 x 4 holes For //25//200 Mark Unit mm A B C D E F G H J K A A A A A A A H 200A Mark L M N O P Q n R S A A A A A A A H 200A NoteThe weights given does not include the motor. 4

7 TYPE PERFORMANCE TABLE (BELT & PULLEY) 5 A A A rpm kPa kPa 53.9kPa 49kPa 44.kPa 39.2kPa 34.3kPa 29.4kPa 24.5kPa 9.6kPa 4.7kPa Discherge Pressure Remark: : Suction phase Air Volume (m 3 /min) : Required electric power (kw) KW.KW.5KW 2.2KW 3KW 4KW 5.5KW 7.5KW

8 6 TYPE PERFORMANCE TABLE A 25 25A A 200H 200A 75 75A rpm kPa 58.8kPa 53.9kPa 49kPa 44.kPa 39.2kPa 34.3kPa 29.4kPa 24.5kPa 9.6kPa 4.7kPa Discherge Pressure KW 22KW 30KW 3KW 37KW 4KW 45KW 5.5KW 55KW 7.5KW 75KW KW KW 5KW

9 6 TYPE PERFORMANCE TABLE A 25 25A A 200H 200A 75 75A rpm kPa 58.8kPa 53.9kPa 49kPa 44.kPa 39.2kPa 34.3kPa 29.4kPa 24.5kPa 9.6kPa 4.7kPa Discherge Pressure KW.KW 8.5KW.5KW 22KW 2.2KW 30KW 3KW 37KW 4KW 45KW 5.5KW 55KW 7.5KW 75KW KW KW 5KW

10 PERFORMANCE CURVE 4.0 (m 3 /min) Air Volume (2.2kw).0 (0.75kw) Motor Power (kw) (.5kw) (3.7kw) 220rpm 9rpm 8rpm 7rpm 6rpm 5rpm 4rpm 3rpm 230rpm rpm 4.0 (m 3 /min) Air Volume (.5kw) Motor Power (kw) (3.7kw) (2.2kw) (5.5kw) 2rpm 9rpm 8rpm 7rpm 6rpm 5rpm 4rpm 3rpm 240rpm 0rpm 6.0 (m 3 /min) Air Volume (3.7kw) Motor Power (kw) (5.5kw) (7.5kw) (2.2kw) 930rpm 840rpm 7rpm 6rpm 5rpm 4rpm 3rpm 300rpm 240rpm (3.7kw) 30rpm (m 3 /min) Air Volume Discharge Pressure Motor Power (kw) (5.5kw) (7.5kw) (kw) (5kw) (3.7kw) (5.5kw) rpm 8rpm 7rpm 0rpm 5rpm 4rpm 320rpm 240rpm rpm 0rpm 25 (m 3 /min) Air Volume Discharge Pressure (kw) Motor Power (kw) (5kw) (8.5kw) 8rpm 7rpm 6rpm 5rpm 4rpm 40rpm 30rpm 200rpm (5.5kw) (7.5kw) 5.0 (kw) rpm 9rpm (m 3 /min) Air Volume Discharge Pressure 30.0 Motor Power (kw) (8.5kw) (22kw) (30kw) (37kw) (45kw) 7rpm 6rpm 540rpm 40rpm 2rpm 200rpm 20rpm 9rpm (7.5kw) (kw) (5kw) rpm 80rpm Discharge Pressure 75 Discharge Pressure : m 3 /min 30kw 37kw Motor Power (kw) kw 55kw 75kw 730rpm 200 : m 3 /min.0 Discharge Pressure Motor Motor Power Power (kw) (kw) (55kw) (75kw) (kw) 4rpm rpm 520rpm 400rpm 240rpm rpm 0rpm (m 3 /min) Air Volume Suction phase Air Volume (m 3 /min) (8.5kw) (22kw) (30kw) (37kw) (45kw) 3rpm 30rpm 230rpm rpm 0rpm 9rpm 0rpm 80rpm 5kw kw 22kw 9rpm Discharge Pressure Discharge Pressure

11 TYPE NOISE LEVEL NOISE LEVEL db(a) Machine Side.0m db(a) 220rpm db(a) 9rpm db(a) rpm db(a) 230rpm db(a) 25 8rpm db(a) 200H 4rpm db(a) 0rpm db(a) 730rpm TYPE TSS NOISE LEVEL db(a) TSS20 20rpm 7 55 db(a) TSS25 20rpm 7 55 db(a) TSS32 20rpm TYPE TSA NOISE LEVEL db(a) TSA rpm db(a) TSA 75 7rpm db(a) TSA 75 7rpm

12 REFERENCE DRAWING OF PIPING FOR TYPE (Pulley Transmission Drawing) Note: Make sure that the piping of check valve type DCV is horizontal. REFERENCE DRAWING OF PIPING (Direct Coupled Transmission Drawing) Note: Make sure that the piping of check valve is horizontal. 9

13 TYPE OUTLINE DIMENSIONAL (DIRECT COUPLING) Mark Unit mm A B C D E F G H J A A A A A A A H 200A Mark K L M N O P Q no A o4 72 A o4 84 A o9 32 A o A o9 245 A o A o H 200A o9 0 0

14 TYPE DIRECT COUPLING PERFORMANCE TABLE rpm kgf/cm2 kpa A 4 m 3 /min kw Motor Frame Size KW S4 S L4 L4 L4 L4 L4 L4 L rpm kgf/cm 2 kpa 25A S S4 32M4 32M4 32M4 M4 M m 3 /min kw Motor Frame Size L4 L4 L4 L4 KW rpm kgf/cm 2 kpa A m 3 /min kw Motor Frame Size KW S4 L4 L4 L4 L4 L24 L24 L24 2M4 2M rpm kgf/cm 2 kpa L L4 M4 A M4 L4 L m 3 /min kw Motor Frame Size 200L4 200L4 200L4 225S4 225S4 KW rpm kgf/cm 2 kpa A m 3 /min kw Motor Frame Size KW L L4 L24 L24 2M4 2M4 32S4 32S4 32S4 32S4 32S rpm kgf/cm 2 kpa 200A m 3 /min kw Motor Frame Size KW L M L4 200L4 200L4 225S4 225S4 225S4 225M4 225M4 225M rpm kgf/cm 2 kpa A m 3 /min kw Motor Frame Size KW L L24 2M4 32S4 32S4 32M4 32M4 32M4 M4 M4 M H rpm kgf/cm 2 kpa 200A m 3 /min kw Motor Frame Size KW L L S4 225M4 2M4 2M4 2S4 2S4 2S4 2M4 2M

15 TYPE HIGH PRESSURE SPECIFICATIONS Major Specifications of H : to 2A Air Capacity : 0.8 to 8V0m 3 /min Pressure : 0.0.8kgf/cm 2 Motor Power : 0.75kw Standard Accessories Common Base Vbelt Cover Blower Pulley, Motor Pulley Vbelt Suction Silencer (With Air Filter) Safety Valve Pressure Gauge Lubricating Oil Anchor Bolt. The performance tables and standardized specifications are made available for all types to allow easy selection of one in need. 2. The blowers including accessories are standardized and are under the mass production control so as to be able to correspond to the orders and needs at any time. 3. The operation noise is lowered to the level not ever achieved by adopting, in addition to the helical contruction, a silent air cleaner as appropriate to each type of the blowers. 4. The rotor is a precision product machined in its full surface, and since it is dynamically balanced in the shop completely, it will have almost no vibration. 5. The blowers require only a small area for installation due to a compact design. 2

16 TYPE H OUTLINE DIMENSIONS Mark A B C D E F G H J K H A Ð H A Ð H A Ð H A Ð 25HB 25A HB A HB 200A HB 2A Mark L M N O P Q n R S H A Ð H A Ð H A Ð H A Ð HB 25A HB A HB 200A HB Note: The weights given do not include the motor. 3

17 4 TYPE H PERFORMANCE TABLE Discherge Pressure 29.4kPa kPa kPa kPa kPa kPa kPa kPa H A H A A H A H rpm rpm KW.5KW 2.2KW 3KW 4KW 5.5KW 7.5KW KW 5KW

18 5 Discherge Pressure 29.4kPa kPa kPa kPa kPa kPa kPa kPa HB HB 25A A 200A 200HB 2A 2HB rpm rpm 8.5KW 22KW 32KW KW 30KW 37KW 45KW 55KW 7.5KW 75KW KW KW 5KW 0KW 0 TYPE H PERFORMANCE TABLE

19 TYPE H NOISE LEVEL db(a) H db(a) H 2300rpm rpm db(a) H db(a) 25H 2300rpm rpm db(a) HB db(a) HB 2300rpm rpm db(a) 200HB db(a) 0 2HB 4rpm rpm NOISE LEVEL db(a) Machine Side.0m 6

20 7 REFERENCE DRAWING OF PIPING FOR TYPE H

TYPE TSS & TSA DESCRIPTION The threelobe helical roots type rotary blower TS is an epocmaking displacement blower which has been developed successfully from a completely new concept by utilizing a

These blowers fall under the very small volumeclass of roots type, but are given adequate considerations to details in order to provide high efficiency so that this type has superior properties of

21 TYPE TSS & TSA DESCRIPTION The threelobe helical roots type rotary blower TS is an epocmaking displacement blower which has been developed successfully from a completely new concept by utilizing a combination of the excellent process capability and innovated techniques. These blowers fall under the very small volumeclass of roots type, but are given adequate considerations to details in order to provide high efficiency so that this type has superior properties of constant air capacity and low noise. TYPES TSS, TSA SPECIFICATIONS Major Specifications of TSS : 3/4 to /4B (20 to 32A) Air Capacity : to 0 /min. Pressure : 0. to 0.4kgf/m 2 Motor Power : 0.4 to 0.75kw Standard Accessoris Major Specifications of TSA : /2 to 2/2 B (40 to A) Air Capacity : 0.3 to 2.7m 3 /min. Pressure : 0. to 0.5 kgf/m 2 Motor Power : to 3.7kw Common Base Vbelt Cover Blower Pulley, Motor Pulley, Vbelt Silent Air Cleaner Safety Valve Pressure Gauge (TSA Only) Lubricating Oil Anchor Bolt TYPES TSS, TSA SECTIONAL DRAWING TYPE TSS 8

22 TYPES TSS, TSA SECTIONAL DRAWING No Description Material Q'ty No. Description Material Q'ty No. Description Material Q'ty Casing Impeller Drive Shaft Driven Shaft FC200 FC200 S45C S45C Bearing Bearing Bearing Cover (Drive Side) Bearing Cover (Drive Side) SUJ2 SUJ2 FC200 FC Hexagon Nut Hexagon Nut Air Breather Oil Gauge SS400 SS400 Plastics SSGlass Side Cover (Drive Side) FC200 4 Collar SS Drain Plug FCMB Side Cover (Gear Side) FC200 5 Gear Case FC Parallel Key SC` Bearing Sleeve S45C 2 6 Gear SCM Splasher SS400 Rubber Ring Oil Seal NBR NBR Plain Washer Grease Nipple SPCC C Reducer (Suction Side) 27 Reducer (Suction Side) FC200 FC200 TYPES TSS, TSA OUTLINE DIMENSIONS 9 Note: The weights given do not include the motor. Unit mm Mark A TSS20 Rc 3 /4 9 TSS25 Rc TSS32 Rc /

23 TYPES TSS, TSA OUTLINE DIMENSIONS Unit mm Mark A B C D E F G H J ) TSA40 Rc / TSA Rc TSA Rc 2 / Note : The weights given do not include the motor. TYPES TSS PERFORMANCE TABLE 0.4kW 0.75kW Discherge Pressure : Suctionphase Air Volume ( /min) : Required electric power (kw) rpm kPa 4.7kPa 9.6kPa kPa 29.4kPa 34.3kPa 39.2kPa TSS20 TSS 25 TSS 32 3 /4B (20A) B (25A) /4B (32A)

24 TYPES TSA PERFORMANCE TABLE 0.75KW 2.2KW.5KW 3.7KW Discherge Pressure (kgf/m 2 ) : Suctionphase Air Volume (m 3 /min) : Required electric power (kw) rpm kPa 4.7kPa 9.6kPa 24.5kPa 29.4kPa 34.3kPa 39.2kPa 44.kPa 49.0kPa TSA40 /2B (40A) TSA 2B (A) TSA 2 /2B (A) TSS, Reference Drawing of Piping for TSS TSA, Reference Drawing of Piping for TSA 2

25 PERFORMANCE CURVE TSS TSS20 TSS25 TSS32 3 Motor Power (kw) (0.4kw) Motor Power (kw) (0.75kw) 20rpm 0 0 Motor Power (kw) (0.75kw) 20rpm (m 3 /min) Air Volume 200 (0.4kw) (0.75kw) 20rpm 22rpm 2000rpm 7rpm (m 3 /min) Air Volume 200 (0.4kw) 7rpm 22rpm 2000rpm (m 3 /min) Air Volume (0.4kw) 200 (0.75kw) 22rpm 2000rpm 7rpm TSA TSA Discharge Pressure Discharge Pressure TSA Discharge Pressure.2 Motor Power (kw) 2.4 Motor Power (kw) (m 3 /min) Air Volume (0.75kw) (.5kw) 0rpm 7rpm 0rpm 2rpm (.5kw) (m 3 /min) Air Volume (2.2kw) (.5kw) (3.7kw) 7rpm 0rpm 2rpm 0rpm Discharge Pressure Discharge Pressure TSA (2.2kw) Motor Power (kw) (3.7kw) 7rpm (m 3 /min) Air Volume.6.2 0rpm 2rpm (.5kw) 0rpm Discharge Pressure 22

26 TYPES TSS, TSA, ACCESSORIES Discharge Silencer (KMS) Series Resillent Connect (K x 7) L T Flexible Joint (FJ) NOH od2 od KMS20 KMS25 KMS32 KMS40 KMS KMS R 3 /4 R R /4 R /2 R2 R2 /2 D L Vertical Discharge Silencer (RKM) D D2 L T n OH A O A O A O A O A O A O A O Expansion Joint (EXJ) FJ 20 R 3 /4 L 0.26 FJ 25 R FJ 32 FJ 40 R /4 200 R / FJ R FJ R 2 / Check Value (CV) A B C D E F G n OH RKM A O9 5 RKM A O9 20 RKM A O9 27 RKM A O9 34 RKM25 25A O23 58 RKM A O23 D D2 D3 L T NOH EXJ EXJ EXJ A A A O9 4O9 8O EXJ EXJ25 EXJ A A A O9 8O23 8O EXJ A O CV20 CV25 CV32 CV40 CV CV Rc 3 /4 Rc Rc /4 Rc /2 Rc 2 Rc 2 /2 L H DCV DCV DCV DCV DCV25 DCV A A A A 25A A A JIS 0K use FIange B C J Fixing Bolt Size (Number) M6 x86 (4) M6 x08 (4) M6 x08 (8) M6 x08 (8) M20 x5 (8) M20 x20 (8) 5.0 DCV A M20 x200 (8).0 GVS20 GVS25 GVS32 GVS40 GVS GVS Rc 3 /4 Rc Rc /4 Rc /2 Rc 2 Rc 2 /2 L H D K K K K K25 K A A 0 A 2 A 3 A 56 25A A B JIS 0K use FIange L Fixing Bolt Size (Number) 54 3 M6 x35 (4) M6 x35 (4) M6 x35 (8) M6 x45 (8) M20 x (8) M20 x (8) 23

27 24 TYPES TSS, TSA, ACCESSORIES 40d Application d 2 5 E 55 TSA40 TSS20~32 TSA. A B C 75 D F G H A35B A35 A40 A A75 Application TSA ~ M8 d M0 M8 M8 M2 23 L H D B F G N H D E Application C 0 A A A A 25A A A C 0 D F E KMB KMB KMB KMB25 KMB KMB B A weight NOH 4O9 4O9 8O9 8O9 8O23 8O23 B40 B B M 8 M0 M ~ D d dl P Application A L H H A A A 25A A A L GV GV GV GV GV25 GV

28 TYPES TSS, TSA, ACCESSORIES Application A B C D E F G TSS20, 25, 32 TSA40,, G 40 J 98 K TYPE VACUUM ACCESSORIES 40A A A A B Rc 3 /8 Rc 3 /4 Rc 3 / Application TSA40 TSA TSA /4 /2 2 /2 3 4 d d 22 G 30 G /4 36 G /2 46 G2 G /2 72 G3 G4 D L H H Suction Silencer (KSE) NOH D D2 E L H P A YSS25 40 G YSS25 G YSS32 G /4 5 YSS32 G / YSS25 25 G YSS 25 G E OF O0 A OG A B C D E F G I J n OH XES 40A O5 7.5 KSE A O5 0 KSE A O5 5 XES A O9 20 KES25 A O9 27 KSE 25A O9 38 KSE A O23 B C OJ OI FLANGE JIS 5K Discharge Silencer (KM) B A od B C OE OF FLANGE JIS 0K COH A B C D E F n OH KM A O9 0 KM A O9 4 KM A O9 8 KM A O9 37 KM25 25A O23 44 KM A O23 67 KM A O23 25

RSR-KS ROTARY AIR BLOWERS

www.tsurumi-global.com RSR-KS ROTARY AIR BLOWERS Rotary Air Blowers Tsurumi's RSR-KS series rotary air blowers are equipped with a 3-lobe spur rotor. This rotor, as the most important component of a blower,