Achievements and trusted in a wide range of ﬁelds
Energy and petroleum industry
Crude oil, Asphalt, Pitch, Surfactants, Emulsion fuel, Biofuel, Nuclear power,
Various storage tanks, etc.

Coal industry
COM, CWM, Surfactants, etc.

Metal industry
Quenching tank, Heat resistant furnace material, Cooling water, Wire manufacturing,Aluminum hydroxide, Molten lead, Plating, etc.

Oil and fat industry
Soap, Animal and vegetable oil, Butter, Lard, Tallow, Margarine, Lubricant,Cooking oil, Various storage tanks, etc.

Synthetic resin industry
Vinyl chloride, Polyester, Adhesive, Cellulose, Plastic, Polypropylene, ABS resin,etc.

Dye industry
Colored powder, Titanium oxide, Viscose, Pigment, etc.

Paint industry
Ink, Paint, Solvent, etc.

Pharmaceutical industry
Dye, Perfume, Emulsion, Various medical products, Cosmetics, Synthetic
medicines, etc.

Livestock agriculture industry
Fertilizer (Phosphoric acid, Potash, Ammonium sulfate, Lime) Feed, Ammonia,
Insect repellent, Pesticide, etc.

Electronic industry
Ceramics, Magnetic iron powder, Iron oxide, Silicone, etc.

Rubber industry
Natural rubber, Synthetic rubber, Latex, Solvent, etc.

Textile industry
Acrylic fiber, Acetate, Nylon, Polyester, Vinylon, Solvent, Adhesive paste, etc.

Paper making industry
Pulp, Casein, Kaolin, Talc, Clay, Size, Aluminum sulfate, PVA, CMC, Black liquor,
Green liquor, Paint, Rosin, Magnesium hydroxide, etc.

Ceramic engineering

SATAKE
M U L T I
MIXERS
S0~S2 Series

Ceramic clay, Insulator, Glaze, etc.

Civil engineering and construction industry
Cement, Mortar, Paint, etc.

Food industry
Cream, Chocolate, Milk, Sauce, Mayonnaise, Dressing, Fruit juice, Ketchup,
Coffee, Seasoner, Salt, Sugar, Flour, Food additives, Sweetener, Perfume,
Colorant, etc.

Brewing industry
Sake, Whiskey, Beer, Shochu, Diatomite, etc.

Fermentation industry
Soy sauce, Vinegar, Miso, Unrefined sake, Bio reactor, etc.

Other plant equipment
Chemical dissolution, Coal, Heat transfer oil, Cutting oil, etc.

Prevention of air pollution
Caustic soda, Calcium carbonate, Flue gas desulfurization, etc.

Water purifying plant
City water, Industrial water, Active carbon, Chlorine, Caustic soda, Chemicals,etc.

Waste water and effluent treatment plant
Polymer coagulant, Diatomite, Aluminum sulfate, Ferric sulfate, Caustic soda,
Sulfuric acid, Sludge tank, Biological reactor, Sodium hypochlorite, Rapid
mixing, Moderate mixing,etc.

ISO 9001 certificate acquisition
Tokyo office・Osaka officehttps://www.satake.co.jp

ISO 14001 certificate acquisition
Tokyo office・Osaka office
Chubu sales service center

info@satake.co.jp

Scope of review:
Development, design, manufacture,
repair, and sales management of
mixing devices

Satake Multi-S Mixer® and Supermix® are registered trademarks of SATAKE MultiMix Corporation.
We are constantly committed to improve the quality of our products, thereby the design and specifications of our products may differ from those shown in the
catalog. Please understand this in advance.
We are dedicated to manufacture products thatsatisfy our customers and are safe to use.
( Overseas associated company )China

Satake (Shanghai) Trading Co., Ltd.

Room 605, Huaihai Zhonghua Building, 885 Renmin Road, Shanghai 200010 China
Phone : 86-21-6437-7101

Dalian Satake Chemical Equipment Co., Ltd.
Tokyo Officeand Plant :66, Niizo, Toda-shi, Saitama 335-0021, Japan
Phone : 81-48-433-8711 Fax : 81-48-433-8541

Osaka Officeand Plant :2-18-8, Toko-cho, Moriguchi-shi, Osaka 570-0035, Japan
Phone : 81-6-6992-0371 Fax : 81-6-6998-4947

Chubu Sales
Service Center :1-21-9, Heiwa, Naka-ku, Nagoya-shi, Aichi 460-0021, Japan
Phone : 81-52-331-6691 Fax : 81-52-331-2162

Mixing Technology
Laboratory :60, Niizo, Toda-shi, Saitama 335-0021, Japan
Phone : 81-48-441-9200 Fax : 81-48-444-1042

No.8 Qingdao Road, Lushun Economic Development Zone, Dalian 116052, China
Phone : 86-411-3936-8689 Fax : 86-411-3936-8690

Korea

Hado Co., Ltd.

TaiwanKwan-Tai Machinery Co., Ltd.

with Supermix Impellers

HR700 & HS400

95, Gajaeul-ro, Seo-Gu, Incheon 22830, KOREA
Phone : 82-32-583-6321
Fax : 82-32-583-6329
25, Ln. 227, Fuxing Rd., Luzhou District, New Taipei City 24744, Taiwan
Phone : 886-2-2281-9166 Fax : 886-2-2282-4946

ʼ21.3.1T(G)19C

Printed in JapanCAT No.撹-15E（001）Consistently on the cutting edge

SATAKE MULTI
S0~S2 Series

YPE

T
NEW

Model variations

Top-mount type

G TypeMIXERS

Top-mount type

Single step
gear reducer

G Type: Single step gear reducer
50Hz

G
Single step
gear reducer

Discover the advanced Multi S Mixers.
The new Multi-S mixers are more compact, yet more powerful body thanthe previous model, as well also it come with a new Supermix® blade for the"impeller blade," the core part of a mixer.
Be sure to check out the new Multi S Mixers.
Compact Body

Top-mount
type

D·V Type

Directconnection-speed
reducer andvariable reducer
Double points
support(

The novel high-performance of " Supermix® " HR700
impeller (for medium speed) and HS400 impeller (forlow speed) are used. Experience the superior
performance of these impellers.

)

Drive
systemTop-mounttype

S TypeDirectconnection-speed
reducerSingle point
support()

D
Directconnection-speed
reducer
Double points
support(By revising the main body structure, it became
possible to achieve the same level of mixing with one
size smaller than the previous model. The highefficiency impeller has a synergy effect to reduce
costs. *D type

Wide variety of seals lineup

G TypeG P R

None: Standard specification
S: Special specification (shaft diameter size-up)
Motor capacity
0.2kW~3.7kW

T: Top-mount type S: Side-mount type1

Satake Multi S Mixer

S1/S1S

Single step
gear reducer

280

4.1(6P)

230

5(6P)

S2/S2S

Impellerspeed(min-1)

Gear
ratio

132

11

112

13

96.7

15

85.3

17

69

21

58

25

50

29

41.4

35

33.7

43

28.4

Motor power (kW)
0.2

0.4

S0

0.75

S1/S1S

1.5

2.2

Drive
system3.7

S2/S2S

D

Impellerspeed(min-1)

Gear
ratio

159

11

135

13

117

15

103

17

83.3

21

70

25

60.3

29

50

35

40.7

43

51

34.3

51

24.6

59

29.7

59

20.4

71

24.6

71

16.7

87

20.1

87

Directconnection-speed
reducer
Double points
support

0.75

1.5

2.2

3.7

S0
S1/S1S

S2/S2S

Impellerspeed(min-1)

Gear
ratio

132

Impellerspeed(min-1)

Gear
ratio

11

159

11

Motor power (kW)
0.2

0.4

0.75

1.5

2.2

Drive
system

3.7

S

17

69

21

83.3

21

Directconnection-speed
reducerSingle point
support

58

25

50

29

41.4

35

33.7

43

To determine motor capacity from mixing volume

28.4

Mixing purpose, mixing time, and liquid viscosity are the most importantfactors in selecting the mixer type and motor capacity from the mixing
volume. Below is a selection graph for the most common case of mild
and uniform mixing of soluble liquid-liquid phase.
In case of inquiry, please specify the details as much as possible.

B TypeBelt reducer(

100

ST14-G

ST14-G

PR-2.2

ST26-G

PR-1.5PR-0.75

5

ST04-G

PR-0.4PR-0.7
5
ST16-G
PR-0.4Single step
gear reducer

PR-0.2

S2

S

70

25

60.3

29

50

35

40.7

43

51

34.3

51

24.6

59

29.7

59

20.4

71

24.6

71

16.7

87

20.1

87

Drive
systemImpellerspeed(min-1)

Gear
ratio

G

350

5

Single step
gear reducer

280

4.1(6P)

230

5(6P)

Impellerspeed(min-1)

Gear
ratio

350

5

280

4.1(6P)

230

5(6P)

Directconnection-speed
reducerSingle point
support

(

50

100

Liquid viscosity [mPa・s]

S1/S1S

S2/S2S)

Motor power (kW)
0.2

0.4

0.75

S1

1.5

2.2

3.7

2.2

3.7

S2

60Hz
Impellerspeed(min-1)

Gear
ratio

350

4.1

280

5

230

4.1(6P)

190

5(6P)

Motor power (kW)
0.2

0.4

0.75

S0

1.5

S1

2.2

3.7

S2

50Hz

10

S0

Motor power (kW)
0.2

0.4

0.75

S0

1.5

S1

S2

B Type: Belt reducer

0.5

5

3.7

G Type: Single step gear reducerG

ST16-G

ST04-G1

2.2

Side-mount type

Drivesystem

ST26-G

PR-2.2PR-1.5

10

)

S1

50Hz

ST24-G

1.5

Previous S2 Type15

PR-3.7

0.75

New S1 Type103

ST24-G

0.4

New S2 Type1750Motor power (kW)0.2

Previous SO Type

85.3

Mixing volume [m3]0.4Previous S1 Type

13

0.1

Motor power (kW)0.2

New SO Type117

4: 4 Poles 6: 6 Poles

Mixer mounting direction

5135Motor pole number

0: S0 1: S1 2: S2

350

15

Shaft sealing system

G: Single step gear reducer
S: Direct connection-speed reducer (Single point support)
D: Direct connection-speed reducer (Double points support)
V: Direct connection-variable reducer (Double points support)
B: Belt reducer

G

13

R: Round flange S: Square flange (Top-mount type only)

Drive system

5(6P)

Gear
ratio

112

Flange type

P: Gland packing seal
M: Mechanical seal
C: Easy replacement type of mechanical seal W: Water seal

190

Impellerspeed(min-1)

3.7

60Hz

Side-mount type

Standard type has a hole for a hook. This makes it
easier to install and remove the unit.

Torque type4.1(6P)

2.2

96.7

0.75 S Ⅰ (Example)

Multi Mixer Series

)

Drive
systemHook hole for hanging

Inverter drive

230

S0

1.5

50Hz

Model coding

S T 1 4

5

0.75

S Type: Direct connection-speed reducer (Single point support)【for Cyclo speed reducer】

Single step
gear reducer

By introducing automatic design programs andrevising our production system, we were able toshorten delivery time and reduce costs.

Suitable for sanitary specifications

280

0.4

* Available in a wide range of model variations, allowing you to select one size smaller model comparedto the previous one.
* Please consult us for V type of direct connection-variable reducer (double points support).

Side-mount typeCost-down

In addition to the mechanical seal, the structure of themain body has been improved, and SUS frame(optional) can be selected for the body.

4.1

0.2

60Hz

One size smaller than the previous
model is possible

A wide variety of seals are available, including open,
gland packing, single, double, and dry mechanicalseals.

350

Drive
systemMotor power (kW)50HzHigh efficiency impeller

A simple detachable structure type has been added
to the single, double, and dry mechanical seals.
Therefore, maintenance for the replacement of
mechanical seal has been improved.

Gear
ratio

D・V Type: Direct connection-speed reducer and variable reducer (Double points support)【for Cyclo speed reducer】

High reliability gear

Easy mechanical seal replacement

Impellerspeed(min-1)* The 2-stage gear reducer and 3-stage gear reducer of the previous model have been replaced by a direct connection to the reducer.

A high reliability Bakelite gear has been used basedon many years of experience. This gear has proven to
be long-lasting and quiet operation.

The overall height of
the S2 gland packing
type has been reducedby 15% compared tothe previous type. It is
suitable for a wide range
of applications.

60Hz

Drive
systemMore powerful and compact than ever before!

Downsize about 15%

S1S, S2S is specification for shaft diameter size up

500 1,000

5,000 10,000* The graph shows the case of with baffles or off-center position.
* The mixing time required is 5 minutes or less for liquid-liquid phase. However, themixing volume may be increased or decreased depending on the mixing purpose.
* Please consult us if the liquid viscosity is more than 1000 mPa·s or the specificgravity is more than 1.2.

* Please refer Satake Multi S Mixer (S3~S9 series) catalog for larger mixer.

DrivesystemB
Belt reducer

60Hz
Impellerspeed(min-1)

Gear
ratio

350

4.1

280

5

230

4.1(6P)

190

5(6P)

Motor power (kW)
0.2

0.4

0.75

1.5

2.2

3.7

Drive
systemB
S1

S2

Belt reducer

Motor power (kW)
0.2

0.4

0.75
S1

1.5

2.2

3.7

S2

2

Bringing dreams to real design with advanced technology
The impeller is selected according to the mixing purpose, mixing volume, physical properties, setting method, andimpeller speed. The propeller and paddle types are often used to operate in low-viscosity liquids, whereas theMulti-S Mixer Series comes standard with the Supermix® HR700 and HS400 impellers (equipped with a single
stage). These novel impellers are dream comes true based on various high-tech measurement and flow analysis
methods such as Laser Doppler Velocimetry, P.T.V. and P.I.V.

Supermix HR700 Impeller

Standard specifications
Standard specification for medium-speed type (Top-mount type)
SeriesNo.
S0

The HR700 impeller features a twisted down curved blade with a moderate advanced blade shape. The shapeof blade surface (blade width), angle of attack (especially at the blade tip), and camber ratio (arrow height) are

S1

the important factors that affect the performance of the blade. To prevent flow separation at the blade tip, weinvestigated the optimum shape of blade surface and camber ratio, as well also the optimum curvature angle
that contributes to the discharge performance. As a result, we succeeded in developing a high discharge typeof HR700 impeller with extremely high discharge performance. This impeller is surely to satisfy the customer’s

S2needs for mixing in different phase systems, solid-liquid mixing, and the combination of the two, as well.
The HR700 impeller also can be used as a corrosion-resistant material against strong acidic and alkaline
liquids by applying various types of rubber lining, FRP lining, or resin coating to the metal body.

Discharge performance of HR700
impeller (at P/V constant)

Performance of HR700 impeller

Bladecenter

Impeller

Blade
tip

3-bladedpropeller
θ=25°

Discharge flow velocity V(m/s)

Blade radius

HR700
impeller

Flow pattern in a stirred tankusing HR700 impeller

SeriesNp〔ー〕

Nqd〔ー〕

Nqd/Np1/3
〔ー〕

No.

0.36

0.51

0.72
S1S

0.88

Performance UP
by approx. 22%

Conventional impeller

50/60(Hz)50/60(Hz)Overhung (Max. length)(mm)

ST04-GPR(S)-0.2

0.2

350

250

1,950

ST04-GPR(S)-0.4

0.4

350

300

1,750

ST14-GPR(S)-0.75

0.75

350

360

2,350

ST14-GPR(S)-1.5

1.5

350

360

2,200

ST16-GPR(S)-0.4

0.4

230

360

2,500

ST16-GPR(S)-0.75

0.75

230

440

2,500

ST24-GPR(S)-2.2

2.2

350

440

2,900

ST24-GPR(S)-3.7

3.7

350

440

2,600

ST26-GPR(S)-1.5

1.5

230

530

3,000

ST26-GPR(S)-2.2

2.2

230

530

2,900

S2S

Motor Power

Model

(kW)

HR700 Impeller

Shaft length (from flange and below)

Impeller speed (min-1)

Impeller diameter (mm)50/60(Hz)50/60(Hz)Overhung (Max. length)(mm)

ST14-GPR(S)-0.75S

0.75

350

360

2,750

ST14-GPR(S)-1.5S

1.5

350

360

2,700

ST16-GPR(S)-0.4S

0.4

230

360

2,750

ST16-GPR(S)-0.75S

0.75

230

440

2,750

ST24-GPR(S)-2.2S

2.2

350

440

3,200

ST24-GPR(S)-3.7S

3.7

350

440

3,050

ST26-GPR(S)-1.5S

1.5

230

530

3,300

ST26-GPR(S)-2.2S

2.2

230

530

3,300

* The dimensions in the table above are for a single stage setting of the standard HR700 impeller.
* The R (S) symbol has the same specifications in all cases.

HR700 impeller* The figure above shows the actual flow condition in a stirredtank captured by a CCD camera and analyzed by image
processing (P.T.V.).
* High axial flow pattern can be well seen. (Flat discharge
flow type shown in the high discharge impeller blade)Supermix HS400 Impeller
The HS400 impeller features a 4-bladed pitched paddle that has been modified to a tapered shape for
maximum efficiency, resulting in low power consumption with improved discharge performance, while

Mounting position and flow pattern
One of the factors that determines mixing efficiency is the mounting position of a mixer. To determine the mounting position of a mixer,
decide the flow pattern that meets the mixing objective by considering the purpose, specific gravity, viscosity, and other properties of theliquid, as well as the mixing ratio, mixing time, etc.

Flow pattern in a stirred tankusing HS400 impeller

maintaining the characteristics of high discharge flow and slanted flow pattern. Additionally, the contact area
between the impeller blade and the liquid surface gradually changes toward the center of the shaft when theh = 1.0~3.5d(Medium-speed type)
h = 1~2d(Low-speed type)
Note: In the case ofsolids suspension
h = 0.25~0.5d
B = 0.1D
C = 0.025D

liquid surface fluctuates, which has the advantage to reduce vibration. This impeller is surely to satisfy not only
liquid-liquid mixing, but also solid-liquid suspension in general, as well also to prevent slurry from settling.
Similar to the HR700 impeller, various types of rubber lining, FRP lining and resin coating are also available.

Performance of HS400 impeller
Impeller

Power Discharge
number flow rate

Discharge flow
per unit power

Np〔ー〕

Nqd〔ー〕

Nqd/Np1/3〔ー〕

4-bladed
pitchedpaddle

1.16

0.63

0.60

HS400
impeller

1.05

0.70

0.69

Performance UP
by approx. 15%
3

Shaft length (from flange and below)

Impeller diameter (mm)Standard specification for medium-speed type (Top-mount and shaft diameter size up type)

Discharge flow
per unit power

0.70

(kW)

HR700 Impeller
Impeller speed (min-1)* The dimensions in the table above are for a single stage setting of the standard HR700 impeller.
* The R (S) symbol has the same specifications in all cases.

Power Discharge
number flow rate

0.50

Motor Power

Model

D
MIN. L. L.

1.5d

B
d

h

h = 1.0~3.5d(Medium-speed type)
h = 1~2d(Low-speed type)
Note: In the case ofsolids suspension
h = 0.25~0.5d
Note:
In the case of d>0.35D
ε=0.5DNote:
In the case of d≦0.35D
ε=0.25D

10°
〜15°
D

ε

MIN. L. L.
MIN. L. L.

1.5d

h

c

* The figure above shows the actual flow condition in a stirredtank captured by a CCD camera and analyzed by image
processing (P.T.V.).

SATAKE MULTIMIXERS

1.5d

dSide-mount type
h = 1.0~1.5ddh●Center mounting with baffles●Off-center mounting●Side-mounting mixer

The swirling flow is controlled by the baffles,
thereby up-and-down flow becomes dominant.
Since the flow becomes turbulent, the mixing
effect is enhanced. Normally, two to four baffles
are installed equally near the inner wall of thetank and perpendicular to the rotating flow ismost suitable.

In the case of mixing in low viscosity liquid
particularly, if the mixer is mounted off-center
without baffles inside the tank, it eliminates theconcentric flow against the tank, resulting ingood turbulent flow.

Generally, similar as to the vertical type, exceptthat the side-mount type is mostly used in deeptanks with medium viscosity or less. For
installation in a tank, it is necessary to maintain
an off-center angle about 10° as shown in the
figure above. This eliminates the need of baffles
and also enables to prevent swirling flow.

SATAKE MULTIMIXERS

4

ShaftShaft sealing
sealing systemsystem according
according toto thethe purpose
purposeofof use,use, operating
operating conditions,conditions, andand application
application
Shaft Sealing Systems - Top-mount type

Shaft Sealing Systems - Side-mount type

coolingwater

lubricantliningcoating

P1 typeP2 typeP3 typeP4 type

Gland packing seal
● Inside tank temperature:
120℃ or less
● Inside tank pressure:
Atmosphere● It is not designed for apressure-tight seal, but it
is ideal as a simple seal.

Gland packing seal
● Inside tank temperature:
120℃ or less
● Inside tank pressure:
3×10-2 MPaG(0.3 kgf/cm2G)
or less● It is used for low pressure
condition in the tank.

Gland packing seal
● Inside tank temperature:
Between 121℃ and 170℃
● Inside tank pressure:
3×10-2 MPaG(0.3 kgf/cm2G)
or less● It is ideal for inside tanktemperature above 121℃.

P1 typeP2 typeP3 type

Gland packing seal
● Inside tank temperature:
120℃ or less
● Inside tank pressure:
0.1 MPaG(1.0 kgf/cm2G)
or less● Inject lubricant periodicallyin the midsection of thegland packing. Seal theleaking fluid with thepacking at the back of thelantern ring and the
lubricant with the packing
at the front.

P6 typeP5 type
Gland packing seal
(Lining and coating of various parts in contact with liquid and gas)
● Inside tank temperature: 120℃ or less
● Inside tank pressure: Atmosphere● Various types of metal lining and coatings (hastelloy,
stellite, colmonoy, hard chrome plating, ceramic) are usedon the sliding parts of the gland packing.
P5 typeP7 type

Gland packing seal (standard)● Inside tank temperature: 120℃ or less
● Inside tank pressure: 0.1 MPaG (1.0 kgf/cm2G) or lessP6 typeM4 type

Gland packing seal (temporary seal system)● Inside tank temperature: 120℃ or less
● Inside tank pressure: 0.1 MPaG (1.0 kgf/cm2G) or less
● Gland packing can be replaced while tank is full.
P7 typedrainSingle mechanical seal + Gland packing● Inside tank temperature: 120℃ or less
● Inside tank pressure: 0.3 MPaG (3.0 kgf/cm2G) or less
● The gland packing seals the liquid in the tank when themechanical seal starts to leak.
M4 type

Easy Replacement Type of Mechanical Seal
Example of Disassembly Procedures (Partial introduction)

P4 typeDry Mechanical Seal with Coupling Outside Tank (C1 Type)Double Mechanical Seal with Coupling Outside Tank (C3 Type)(Support for S0, S1, S2 series)(Support for S2 series only)sealant

・swing structure ispossibledrainsealant

cooling water

・SUS frame ispossiblesealant

cooling water

Disassembly procedures

drain

Disassembly procedures

Dry Mechanical Seal with Coupling Outside Tank (C2 Type)W1 typeM1 type

Water seal
● Inside tank temperature: 100℃ or less
● Inside tank pressure: 100mmAq (water column 100mm)
About (1.0kPaG)● Since there is no contact with the drive shaft, there is nodamage to the shaft, less contamination by dust, and it isodor resistant, thereby making it easy to maintain.
W1 typeM2 typeSingle mechanical seal
(For vacuum type mixing tank)● Inside tank temperature:
100℃ or less
● Inside tank pressure:
F.V.~3×10-2 MPaG
(0.3 kgf/cm2G) or less
● It is generally used for
vacuum type mixing
tanks that are nottolerant of leaks anddemonstrate excellent
sealing performance.

Dry mechanical seal
● Inside tank temperature:
175℃ or less
● Inside tank pressure:
F.V.~0.19 MPaG
(1.9 kgf/cm2G) or less● This type of mechanical seal
does not require sealant. It
is used to prevent sealantfrom entering the tank,thereby prevent sealantfrom reacting with the gas
or liquid in the tank.

M1 typeM2 type

Double mechanical seal
● Inside tank temperature: 300℃ or less
● Inside tank pressure: F.V.~0.99 MPaG (9.9 kgf/cm2G) or
less● Vacuum inside tank: 1.0PaAbs is possible● It is generally used in applications where leakage is nottolerated, and provides excellent sealing performance evenunder high temperature, low temperature, high pressure,and vacuum conditions. The integrated seal case withshaft-sleeve system is easy to install and remove, as wellalso easy maintenance.

・SUS frame is possible
・Sanitary specification

AA

M3 type

SUS frame specification

2 guide stay locations
Disassembly procedures

5(Support for S1, S2 series)

M3 type

SATAKE MULTIMIXERSSATAKE MULTIMIXERS(C3 Type)

6

More
More compact
compact andand powerful
powerfulDimensional drawings for Top-mount type

Standard dimensions
Top-mount type

G Type: Single step gear reducer

D·V Type: Direct connection-speed·variable reducer(Double points support)

E

A

B

S Type: Direct connection-speed reducer(single point support)

SeriesNo.

Drive system

S0E

G Type:Single step
gear reducer

C

H
N-φZ

G
P.D
O.D

P.D
O.D

K

K

N-φZ

G K

N-φZ

G
P.D
O.D

L
φF

(

L

φF
L

(

D
φS

D

Square flange

2.6L Pressure tank205

sealant inlet

P.

D

D
O.

P.S
O.S

N2 gas inlet(Rc 3/8)

sealant
return(Rc 3/8)

sealant outlet(Rc 3/8)

Regarding the operation that the liquid level passes over impeller position and empty operation

In case of increasing or decreasing the liquid while running the mixer, thebottom impeller is from the stable condition without creating steady suction
vortex (at the MIN.L.L. on the drawing) to the fully exposed in air condition(or conversely) within 10 minutes. Failure to do so may cause bending of the
shaft. (Please check shaft runout, looseness of bolts, etc.)

7

1.5

3.7

2.2

S0

-

S1

NS-φZS

G

φF

φS

210

175

8-19

□210

□175

4-19

23

79

20/25

280

240

8-23

□280

□240

4-23

28

109

30/35

J
206
230
260
302
328

K
258
317

H
464
488
577
619
685

L

A

B

C

E

160

95

86

80

216

211

128

124

100

280

D
250

-

35

300

-

39

360

72

360

440

81

440

530

121

440

530

138

330

290

12-23

□330

□290

4-23

33

129

40/45

-

210

175

8-19

□210

□175

4-19

23

79

20/25

-

343

-

160

210

-

26

-

-

280

240

8-23

□280

□240

4-23

28

109

30/35

-

426

-

211

320

-

51

S2

-

-

330

290

12-23

□330

□290

4-23

33

129

40/45

-

492

-

210

330

-

82

S1

-

-

280

240

8-23

□280

□240

4-23

28

109

30/35

-

246

-

211

-

35

S2

-

-

330

290

12-23

□330

□290

4-23

33

129

40/45

-

272

-

210

-

53

368

357

725

210

152

146

125

330

Motor power (kW)G Type:Single step
gear reducer

φ139.8What is the operation that the liquid level passes overimpeller position?

2.2

P.S

(Unit:mm)

255

N-φZ

N-φZ

0.4

O.S

Estimatedweight(kg)

Drive system

O.D

540

D

-

N-φZ

Shaft diameter size-up specification (Top-mount type)

NS-φZS

P.

-

0.4

P.D

(Design pressure: 0.99MPaG)(Option)S2 series

S0,S1 series

)

0.2

O.D

* The dimensions J and H (G type: Single step gear reducer), and estimated weight in the table are calculated based on the totally-enclosed-fan-cooled motor for outdoor use. Therefore, they mayvary slightly depending on the brand and specifications of the motor. Also, the dimensions J and H for D·V type of direct connection-speed·variable reducer and S type of direct connection-speed
reducer vary depending on the brand.
* The dimensions G, K, and H, and estimated weight in the table are for the P1 of gland packing with round flange.
* The dimension D for G type of single step gear reducer is for 4P-350min-1 and 6P-230 min-1. Also, please consult us since the dimension D for D·V type of direct connection-speed·variable reducer
and S type of direct connection-speed reducer varies depending on the mixing purpose, volume and properties.
* The estimated weight in the table do not include the weight of the mixing shaft, impeller, variable speed reducer, and gear reducer.
* The standard paint color is approximately the value of 7.5GY6/3 of Munsell color system. The paint color of the motor is the manufacturer’s standard color.

D

Round flange)

S Type:Directconnection-speed
reducerSingle point
support

φS

φF

φS

D·V Type:
Directconnectionspeed·variablereducer
Double points
support

6P

0.75

H

H

4P

1.5

S2

J

Motor power (kW)

0.75

S1

J
J

(Unit:mm)

Estimatedweight(kg)

What is empty operation?
A condition in which the bottom impeller is completely exposed in air due
to operation through the liquid level. In the case of empty operation, there
is no vibration control effect from the liquid, which can lead to shaft
bending. Please stop the operation within 10 minutes.

SATAKE MULTIMIXERS(

D·V Type:
Directconnectionspeed·variablereducer
Double points
support

Series
No.
S1S

4P

6P

0.75

0.4

1.5

0.75

2.2

1.5

3.7

2.2

S1S

-

) S2S

-

S2S

O.D

P.D

N-φZ

O.S

P.S

NS-φZS

G

φF

φS

280

240

8-23

□280

□240

4-23

39

109

35/40

J
260
302
328

K
328

H
588
630
695

L

A

B

C

E

200

128

102

122

280

D
360

80

360

440

89

440

530

129

440

530

146

330

290

12-23

□330

□290

4-23

43

129

45/50

-

280

240

8-23

□280

□240

4-23

39

109

35/40

-

437

-

200

320

-

59

-

330

290

12-23

□330

□290

4-23

43

129

45/50

-

502

-

200

330

-

90

368

367

735

200

152

126

145

330

* The dimensions J and H (G type: Single step gear reducer) and, estimated weight in the table are calculated based on the totally-enclosed-fan-cooled motor for outdoor use. Therefore, they mayvary slightly depending on the brand and specifications of the motor. Also, the dimensions J and H for D·V type of direct connection-speed·variable reducer vary depending on the brand.
* The dimensions G, K, and H, and estimated weight in the table are for the P1 of gland packing with round flange.
* The dimension D for G type of single step gear reducer is for 4P-350min-1 and 6P-230 min-1. Also, please consult us since the dimension D for D·V type of direct connection-speed·variable reducer
varies depending on the mixing purpose, volume and properties.
* The estimated weight in the table do not include the weight of the mixing shaft, impeller, variable speed reducer, and gear reducer.
* The standard paint color is approximately the value of 7.5GY6/3 of Munsell color system. The paint color of the motor is the manufacturer’s standard color.

The mixer is for use in factory production.
Be sure to connect it to a power supply panel with safety functions (switch and protection device) before use.

SATAKE MULTIMIXERS

8

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FMS production
production
Dimensional drawings for Side-mount type

Standard dimensions
Side-mount type

Side-mount G type: Single step gear reducer

Side-mount B type: Belt reducer

E

J

S0

L

G Type:Single step
gear reducer

K
G

B

C
P.D

B

P.D

O.D
A

φS

N-φZ

O.D

E

N-φZ

S1
S2

D
D

A

Series
No.

φS
G

H

L

S1

B Type:Belt
reducer

S2P.

D

S2 series

D

O.

P.

D

6P

0.2

-

0.4

-

0.75

0.4

1.5

0.75

2.2

1.5

3.7

2.2

0.2

O.D

P.D

N-φZ

G

φS

210

175

8-19

33

25

280

240

8-23

39

35

330

290

12-23

43

45

J
206
230
260

K
268
328

H
474
498
588

A

B

C

E

300

95

86

80

216

400

128

124

100

280

450

152

146

125

330

D
250

-

39

300

-

42

360
440

87

440

530

131

440

530

148

-

250

-

79

0.4

-

300

-

82

0.75

0.4

1.5

0.75

360

440

97

2.2

1.5

440

530

142

3.7

2.2

440

530

166

280

330

240

8-23

290

39

43

12-23

35

45

328
368

367

630
695
735

441

499

170 （340）400

215 （420）

450

412

490

360

89

Nozzle dimensions for side-mount type mixer

O.D

10〜15°

Also, if the mixing tank is thin and insufficient strength, it is required to reinforce it

φFwith support legs or hanger bars.

N-φZ(Unit:mm)

SeriesNo.

Nozzle size

φA

φB

φC

D

E

φF

G

H

J

t

φZ

S0

100A

210

175

114.3

40

6

400

6

100

18

6

19

S1

150A

280

240

165.2

50

7.1

550

9

100

22

9

23

S2

200A

330

290

216.3

50

8.2

650

9

100

22

12

23

15°D

H

J

φC

E

12-φZ

8-φZ

B
φ

B
φφ
A

● FMS: MC machine● Inspection: Water load

S0,S1 series

φA

t

t

● CAD: Computer-aided design

78

360

302

Kindly refer to the table below when installing the side-mount mixer to a steel tank.
N-φZ

L* The dimensions J and H (G type: Single step gear reducer), B (Belt reducer), and estimated weight in the table are calculated based on the totally-enclosed-fan-cooled motor for outdoor use.
Therefore, they may vary slightly depending on the brand and specifications of the motor.
* The dimension D for G type of single step gear reducer is for 4P-350min-1 and 6P-230 min-1.
* The standard paint color is approximately the value of 7.5GY6/3 of Munsell color system.

Round flange
S0,S1 series

4P

Estimatedweight(kg)

G

H

Drive system(Unit:mm)

Motor power (kW)S2 series

For inquiries… Please specify the following items as we will recommend the most suitable mixer type for you.
① Tank geometry: Dimension (Cylindrical tank, Conical tank, etc. )⑦ Mixing purpose: Liquid-liquid mixing, Uniform mixing, Blending, Dissolution,
Solids suspension, Reaction, Emulsification, Solid-liquid② Tank condition: Open, Tightly close, Normal pressure, Internal pressure,mixing, Suspension, Crystallization, Heat transfer, Dilution,
Vacuum, With or without empty operation
Distribution, etc.
③ Liquid property: Name of liquid, Specific gravity, Viscosity, Operating
To what extent and in what condition do you want to achieve?
liquid temperature④ Solid property: Name of solid, True density, Apparent density, Solids ⑧ Mixing time: Mixing time require for the above mixing purpose, number oftimes per day
concentration, Particle size distribution (Mesh)⑤ Liquid volume: Maximum liquid volume, Minimum liquid volume, Liquid ⑨ Material request for the impeller and mixing shaft:
We are ready to meet any material requirements, including acid-resistantvolume changing during mixing (increasing or decreasing)steel, ordinary steel, and even rubber and various synthetic resin lining⑥ Operating condition: Batch type, Continuous flow in/out type, Liquidfinishes.
volume, Flow rate, Time lag

9

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