Catalogue Micro-moteurs Namiki - TSA

Namiki Precision Jewel Co.,Ltd

Applications

Selection Guide

Figure 1 Figure 3

Figure 4

Figure 2

ISO Certification

Unit conversion table

Certicate NumberJQA-0700 Registration Date December 9, 1994Organization Namiki Precision Jewel Co., Ltd.Associated OrganizationAkita Yuzawa Plant Aomori Kuroishi Plant

Certicate Number JQA-EM2005 Registration Date December 21, 2001Organization Namiki Precision Jewel Co., Ltd.Associated Organization Creation Center Akita Yuzawa Plant Akita Yuzawa 2nd Plant Aomori Kuroishi Plant

Management Standard ISO140012004Management Standard ISO90012008

Management Standard ISO90012008


Certicate Number TUV100 11 2152 Registration Date April 18, 1996Attestation Changed Day March 22 ,2012Organization Namiki Precision(Thailand) Co., Ltd.

Certicate Number TUV104 11 2152 Registration Date January 30, 2001Attestation Changed Day March 12 ,2012Organization Namiki Precision(Thailand) Co., Ltd.

Management Standard ISO140012004Certicate Number CN09 / 21600Registration Date March 26, 2008Organization Namiki Precision(Shanghai)Co., Ltd.


Certicate Number S 951 12 6000Registration Date Jun 05, 2009Organization Namiki Precision(Thailand) Co., Ltd.


Certicate NumberCN09 / 23915Registration Date October 18, 2007OrganizationNamiki Precision(Shanghai)Co., Ltd.

Management Standard TL9000 / ISO9001 : 2008Certicate NumberUS09 / 0781Registration Date Jun 05, 2009OrganizationNamiki Precision(Shanghai)Co., Ltd.

14 Namiki had achieved low inertia by adopting special coil. The new line-up had researched mechanical time constant.

Namiki had achieved high torque constant by researching magnetic circuit from original high accurate processing technology.

Namiki had developed new line-up for suitable applications as 3 grades of Blue, Green, and Silver.

Arranging to customize motor from your demand characteristics including unit assembly. Please feel free to consult us.

Researched stable quality by bonding-less structure and original assembly technology.

It can meet various requests from possible combination of gear-heads and encoders for all products.

2

5

3

6

3 grades3 grades For ServoFor Servo

CustomizedHigh qualityQuick responseQuick response High quality Customized

High torque constantHigh torque constant

New

Environment Modelment Model

Quick response Low costHigh powerHigh heat resistanceLong life

Standard ModelModel Economic Modelc ModelS d d MM d E i ME i

Namiki had researched various functions of 3 grades in new line-up.

Coreless Motors

Brushless Motors

1.5mm-22mm,

Namiki had successfully commercialized DC motors since 1973.

DC Motors

DC CORELESS MOTOR SERIES

Precious metal commutation

For combination with gearhead: SPG07

SCL07

Ordering number -1708 -1714 -1726

1 Nominal voltage 2.5 3.5 4.5 V

2 Terminal resistance 8.1 14 26

3 Output power 0.17 0.19 0.17 W

4 Max. efficiency 54 55 53 %

5 No-load speed 15010 16500 16390 rpm

6 No-load current 22 17 13 mA

7 Stall torque 0.42 0.44 0.39 mNm

SCL07-17

Weight 3.5 gDimension in mm

q

8 Friction torque 0.032 0.032 0.032 mNm

9 Back-EMF constant 0.16 0.20 0.25 mV/rpm

10 Torque constant 1.5 1.9 2.4 mNm/A

11 Slope of N-T curve 35370 37510 41950 rpm/mNm

12 Coil inductance 0.080 0.13 0.21 mH

13 Mechanical time constant 11 11 12 ms

14 Rotor inertia 0.030 0.029 0.027 gcm2

Continuous operation

15 Max. torque 0.31 0.30 0.28 mNm

General specifications

C erutarepmet gnitarepO61

Cerutarepmet lioc .xaM71

W/Ksecnatsiser lamrehT81

19 Bearings type

Ndaol laidar tfahs .xaM02

Ndaol laixa tfahs .xaM12

Nllitsdnats ta daol laixa .xaM22

mmyalp laidar tfahS32

mmyalp laixa tfahS42

Options:

V01

Specifications subject to change without notice

commutator with capacitors.

Sintered sleeves

0.3 (5 mm)

0.1

4.9

0.05

0.030.2

+80Rth1 = 20, Rth2 = 84

Lead wires length, shaft length, special coils,

-20+60

2 Channel optical incremental encoder

Output circuit

For combination with motors SBL07, SCL07 Series

Specifications at 251 Sensor2 Encoder Type3 Output Signal4 Number of Channels channel5 Resolution Max. speed 50,000 rpm pulse/rev6 M F R

CMOS/TTL Compatible

642

55

OpticalIncremental

ETD07-2B

ETD07-2B

Preliminary Special Specification

Weight 0.6 gDimension mm

View Arrow A

6 Max. Frequency Response kHz7 Supply Voltage, Vcc V8 Supply Current, typical mA9 Output Voltage "H" V10 V11 Output current per channel mA12 Rise and fall time RL = 2.7 k and CL = 25 pF ,typical ns13 Inertia gmm2

14 Operating Temperature15 Storage Temperature

Wave form (for motor shaft clockwise rotation)360 e180 e

9045 e9045 e

VCh.BCh.A

GND

V011Specifications subject to change without notice

15 2.4 Max. Vcc

0.4

554.5 5.5

Tr = 100 Tf = 100

5

Cycle CPulse P

Logic state width, SA to B channel phase shift,

12

6 NC

Maximal error ( e) indicated abov

DC5VCMOS/TTL Compatible

Output Voltage "L"

-20 +85

CMOS/TTL CompatibleNC

TBD

-20 +85

43

1.5

S S S S

PC

Tr Tf

Channel A

Channel B



For combination with gearhead: SSG10

SCL10

Ordering number -1207 -1212 -1222

1 Nominal voltage 2.5 3.5 4.5 V

2 Terminal resistance 7.1 12 22

3 Max.output power 0.19 0.23 0.20 W

4 Max. efficiency 55 56 54 %

5 No-load speed 17500 19840 19350 rpm

6 No-load current 23 19 14 mA

7 Stall torque 0.42 0.44 0.39 mNm

SCL10-12


q

8 Friction torque 0.029 0.029 0.029 mNm

9 Back-EMF constant 0.13 0.17 0.22 mV/rpm

10 Torque constant 1.3 1.6 2.1 mNm/A

11 Slope of N-T curve 41700 45580 50000 rpm/mNm

12 Coil inductance 0.035 0.054 0.092 mH

13 Mechanical time constant 23 23 24 ms

14 Rotor inertia 0.052 0.049 0.046 gcm2


15 Max. torque 0.32 0.31 0.29 mNm





19 Bearings type






Options:



0.1

4.9


0.05

0.030.2

Sintered sleeves

0.3 (5 mm)

-20+60

+80Rth1 = 21, Rth2 = 61


q

oils,


SCL10-18 Precious metal commutation

For combination with gearheads: SSG10, SPG10

SCL10

Ordering number -1806 -1810 -1818 -1836

1 Nominal voltage 3 4 6 9 V

2 Terminal resistance 5.7 10 18 36

3 Max.output power 0.36 0.36 0.47 0.52 W

4 Max. efficiency 62 59 62 63 %

5 No-load speed 12000 12800 15380 16440 rpm

6 No-load current 24 22 15 11 mA

7 Stall torque 1.1 1.1 1.2 1.2 mNm

8 Friction torque 0.055 0.062 0.055 0.055 mNm

9 Back-EMF constant 0.24 0.30 0.37 0.52 mV/rpm

10 Torque constant 2.3 2.8 3.6 5.0 mNm/A

11 Slope of N- uT c rve 10480 12010 13320 13600 rpm/mNm

12 Coil induct eanc 0.066 0.090 0.16 0.32 mH

13 Mechanical ime onstant t c 12 11 13 13 ms

14 Rotor inertia 0.11 0.090 0.090 0.091 gcm2


15 Max. torque 0.72 0.66 0.63 0.62 mNm


16 Operating temperature -20+60 C

17 Max. coil temperature +80 C

18 Thermal resistances Rth1 = 11, Rth2 K/W = 57

seveels deretniSepyt sgniraeB91

20 Max. shaft radial load 1.2 (5 mm N)

N2.0daol laixa tfahs .xaM12

22 Max. axial load at standstill 9.8 N

mm50.0yalp laidar tfahS32

24 Shaft axial play 0.030.2 mm

Options: Lead wires length, shaft length, special c commutator with capacitors.

V01





SCL10

Ordering number -3004 -3014 -3008 -3012 -3032 -3060

V21965.45.43egatlov lanimoN1

0623218.7416.3ecnatsiser lanimreT2

W75.006.037.026.043.006.0rewop tuptuO3

%071737272727ycneiciffE4

mpr04211069010031106101008803001deeps daol-oN5

Am571131791tnerruc daol-oN6

7 Stall torq mNm9.11.25.23.25.13.2eu

SCL10-30


q

mNm450.0450.0450.0450.0330.0450.0euqrot noitcirF8

mpr/Vm0.108.025.034.005.092.0tnatsnoc FME-kcaB9

A/mNm9.96.70.52.48.48.2tnatsnoc euqroT01

Nm/mpr028505250854063409950934evruc T-N fo epolS11 m

Hm56.093.061.011.051.0250.0ecnatcudni lioC21

sm988888tnatsnoc emit lacinahceM31

mcg41.051.061.071.031.071.0aitreni rotoR41 2


mNm2.12.13.13.12.13.1euqrot .xaM51





19 Bearings type






Options:

V01


Rth1 = 11, Rth2 = 39+80

7.8

0.15

0.5 (5 mm)

Sintered sleeves



-20+60

0.030.2

0.05




SCL12

Ordering number -2003 -2005 -2026 -2038 -20H3

V5121953egatlov lanimoN1


W93.078.057.03.197.0rewop tuptuO3

4 Efficiency 62 75 69 62 55 %

mpr0061100951033510027100151deeps daol-oN5


7 Stall torque 2.0 2.8 1.9 2.1 1.3 mNm

SCL12-20


q

mNm290.0690.0450.0450.0690.0euqrot noitcirF8

mpr/Vm2.127.075.092.091.0tnatsnoc FME-kcaB9

A/mNm5.119.64.57.28.1tnatsnoc euqroT01


Hm1.193.042.0060.0520.0ecnatcudni lioC21


mcg81.091.081.032.091.0aitreni rotoR41 2


15 Max. torque 1.1 1.2 1.1 1.1 0.96 mNm





19 Bearings type






Options:

V01


-20+60

Lead wires length, terminals instead of lead wires,

0.030.2

0.05

9.8

0.2

shaft length, special coils, commutator with capacitors.

1.2 (5 mm)

Sintered sleeves

Rth1 = 9, Rth2 = 33+80




SCL12

Ordering number -2202 -2204 -2212 -2222 -22H6



W48.06.16.13.21.1rewop tuptuO3

4 Efficiency 67 72 75 75 67 %

mpr0032100041043410086107711deeps daol-oN5


7 Stall torque 3.5 5.1 4.2 4.3 2.6 mNm

SCL12-22


q







mcg02.092.072.043.033.0aitreni rotoR41 2


15 Max. torque 1.6 1.6 1.6 1.6 1.3 mNm





19 Bearings type






Options:

V01


0.05

-20+60

Rth1 = 10, Rth2 = 35+80

1.2 (5 mm)

Sintered sleeves



9.8

0.2

0.030.2




SCL12

Ordering number -3002 -3005 -3003 -3010 -3020 -3043

V51219665.4egatlov lanimoN1

34026.99.26.45.2ecnatsiser lanimreT2

W3.18.11.20.39.10.2rewop tuptuO3


mpr048210051102421057310461104611deeps daol-oN5


7 Stall torq mNm7.30.64.64.83.65.6eu

SCL12-30


q









mNm5.11.21.23.21.22.2euqrot .xaM51





19 Bearings type






Options:

V01


1.2 (5 mm)

-20+60

Rth1 = 10, Rth2 = 37+80

Sintered sleeves

0.030.2

0.2



9.8

0.05




SCL16

Ordering number -1507 -1525 -1559 -15H2

1 Nominal voltage 3 6 9 12 V

2 Terminal resistance 6.5 25 59 117

3 Output power 0.34 0.35 0.33 0.30 W

4 Efficiency 76 76 75 74 %

5 No-load speed 7330 7630 7840 7850 rpm

6 No-load current 7 4 3 2 mA

7 Stall torque 1.8 1.7 1.6 1.4 mNm

SCL16-15


q

8 Friction torque 0.029 0.029 0.029 0.029 mNm

9 Back-EMF constant 0.40 0.77 1.1 1.5 mV/rpm

10 Torque constant 3.8 7.4 10.8 14.3 mNm/A

11 Slope of N-T curve 4170 4380 4850 5450 rpm/mNm

12 Coil inductance 0.11 0.41 0.88 1.6 mH


14 Rotor inertia 0.52 0.50 0.46 0.42 gcm2


15 Max. torque 1.4 1.3 1.3 1.2 mNm





19 Bearings type






Options:

V01


Rth1 = 12, Rth2 = 40

Sintered sleeves

9.8

0.2

1.2 (5 mm)

0.030.2

0.05



+80

-20+60




SCL16

Ordering number -2502 -2506 -2510 -2555 -2515 -2526


6261558.92.60.2ecnatsiser lanimreT2

W1.23.236.00.24.11.1rewop tuptuO3


mpr010110061107750460100190467deeps daol-oN5


7 Stall torq mNm4.75.72.43.70.66.5eu

SCL16-25

Weight 28 gDimension in mm

q









mpr7.27.28.27.27.28.2euqrot .xaM51





19 Bearings type






Options:

V01



Rth1 = 6, Rth2 = 31+80

-20+60

0.030.2

0.2

1.2 (5 mm)

Sintered sleeves


0.05

9.8




SCL16

Ordering number -2902 -2906 -2909 -2915 -2929 -2940



W0.29.13.22.25.12.1rewop tuptuO3


mpr0731100311004110821103490397deeps daol-oN5


7 Stall torq mNm5.64.67.73.79.56.5eu

SCL16-29


q









mNm4.24.26.26.25.27.2euqrot .xaM51





19 Bearings type






Options:

V01


9.8



0.030.2

0.05

0.2

1.2 (5 mm)

Sintered sleeves

Rth1 = 5, Rth2 = 33+80

-20+60




SCL16

Ordering number -3003 -3006 -3010 -3016 -3024




4 Efficiency 87 88 87 87 87 %

mpr01190398000902190487deeps daol-oN5


7 Stall torque 13.8 15.4 14.4 14.7 13.9 mNm

SCL16-30


q







14 Rotor inertia 1.2 1.2 1.1 1.1 1.1 gcm2


15 Max. torque 4.8 4.7 4.5 4.6 4.4 mNm





19 Bearings type






Options:

V01


Rth1 = 4, Rth2 = 28+80

-20+60



1.2 (5 mm)

Sintered sleeves

0.030.2

0.05

9.8

0.2




SCL16

Ordering number -3403 -3405 -3410 -3416 -3424




4 Efficiency 94 94 94 94 94 %

mpr00090398000909880957deeps daol-oN5


7 Stall torque 14.3 16.0 15.0 15.2 14.4 mNm

SCL16-34


q









15 Max. torque 4.8 4.7 4.5 4.6 4.5 mNm





19 Bearings type






Options:

V01


1.2 (5 mm)

Sintered sleeves

-20+60

Rth1 = 4, Rth2 = 30+80

0.030.2

0.05

9.8

0.2



MOTOR-TACHOGENERATOR SERIES



SCL16

Ordering number -4428T -4464T

Nominal voltage 6 12 V

Terminal resistance 27.6 64

Output power 0.31 0.54 W

No-load speed 4400 5900 rpm

No-load current 5 4 mA

Stall torque 2.7 3.49 mNm

Friction torque 0.06 0.08 mNm

SCL16-44


q

Back-EMF constant 1.33 1.99 mV/rpm

Torque constant 12.7 19 mNm/A

Motor coil inductance 0.13 1 mH

Rotor inertia 0.8 0.87 gcm2


Max. recommended torque 1.35 1.74 mNm

Tachogenerator

EMF constant mV/rpm

Recommended min. load resistance k

Terminal resistance

Max. ripple peak to peak %


Operating temperature C

Max. coil temperature C

Shaft bearing

Max. shaft radial load N

Max. shaft axial load N

Max. axial load at standstill N

Shaft radial play mm

Shaft axial play mm

V01


80

Sleeve bearings

0.5 (5 mm)

0.15

7.8

0.05

0.030.2

2

-2060

1.2

10

130




SCL17

Ordering number -3003 -3005 -3006 -3011 -3017 -3026



W0.34.33.33.34.34.3rewop tuptuO3


mpr049805290009060900090388deeps daol-oN5


7 Stall torq mNm0.319.318.318.315.416.41eu

SCL17-30


q









mNm5.46.47.47.48.48.4euqrot .xaM51





19 Bearings type






Options:

V01


1.2 (5 mm)

Sintered sleeves

0.030.2

0.05

9.8

0.2

Rth1 = 4, Rth2 = 25+80

-20+60






SCL17

Ordering number -4409T

Nominal voltage 6 V

Terminal resistance 9.4

Output power 0.94 W

No-load speed 6460 rpm

No-load current 8 mA

Stall torque 5.57 mNm

Friction torque 0.07 mNm

SCL17-44


q

Back-EMF constant 0.92 mV/rpm

Torque constant 8.84 mNm/A

Motor coil inductance 0.11 mH

Rotor inertia 1.12 gcm2


Max. recommended torque 2.78 mNm

Tachogenerator

EMF constant mV/rpm


Terminal resistance





Shaft bearing





Shaft axial play mm

V01


80

Sleeve bearings

0.5 (5 mm)

0.15

7.8

0.05

0.030.2

0.7

10

48

3

-2060




SCL18

Ordering number -2503 -2504 -2509 -2514 -2521 -2534



W3.26.26.23.25.228.0rewop tuptuO3


mpr0599092010589065906590045deeps daol-oN5


7 Stall torq mNm0.98.99.91.91.018.5eu

SCL18-25


q









mNm3.34.35.34.36.36.3euqrot .xaM51





19 Bearings type






Options:

V01


1.2 (5 mm)

Sintered sleeves

-20+60

Rth1 = 6, Rth2 = 28+80

0.030.2

0.05

9.8

0.2






SCL18

Ordering number -3303 -3306 -3310 -3318 -3328




4 Efficiency 84 85 83 85 84 %

mpr07970508024908970518deeps daol-oN5


7 Stall torque 13.8 15.4 14.1 14.6 13.9 mNm

SCL18-33


q









15 Max. torque 5.3 5.6 4.9 5.5 5.3 mNm





19 Bearings type






Options:

V01




1.2 (5 mm)

Sintered sleeves

0.030.2

0.05

9.8

0.2

Rth1 = 5, Rth2 = 20+80

-20+60




SCL18

Ordering number -4405T

Nominal voltage 8 V

Terminal resistance 5.1

Output power 3.1 W

No-load speed 9450 rpm

No-load current 13 mA

Stall torque 12.5 mNm

Friction torque 0.1 mNm

SCL18-44


q

Back-EMF constant 0.84 mV/rpm

Torque constant 8.01 mNm/A

Motor coil inductance 0.083 mH

Rotor inertia 1.73 gcm2


Max. recommended torque 3.9 mNm

Tachogenerator

EMF constant mV/rpm


Terminal resistance





Shaft bearing





Shaft axial play mm

V01


0.030.2

0.7

10

48.8

5

-2060

9.8

0.05

80

Sleeve bearings

1.2 (5 mm)

0.2

Namiki developed a 1.5mm diameter micro geared motor that is the smallest diameter electro-magnetic motor in the world. This is expected to be used in various fields such as advanced medical equipment (catheters and endoscopes) and Micro-robots. The Namiki miniature motor will satisfy the demand to provide a motion control actuator in small spaces.

Specification

Prototype Conventional TypeSize

Gearhead ratioModel name

Nominal VoltageNo-load speedNo-load currentStall torqueStall torque / Volume

1.5 L 9.4 mm 1.5 L 10 mm 1.5 L 10.5 mm 2.4 L 10 mm

40 : 1 ( 2 stages )SBL015-06XXPG40

254 : 1 ( 3 stages )SBL015-06XXPG254

1609 : 1 ( 4 stages )SBL015-06XXPG1609

79 : 1 ( 3 stages )DC 3 V DC 3 V DC 3 V DC 3 V

3800 rpm 600 rpm 95 rpm 650 rpm18 mA 18 mA 18 mA 12 mA

100 Nm 450Nm 2070Nm 200Nm6.0Nm / mm3 25.5Nm / mm3 111.6Nm / mm3 5.2 Nm / mm3

Micro-factoryMicro-lathe

SBL02-06H1PG79

ApplicationsAdvanced medical equipment

EndoscopeCatheter

AerospaceManipulatorPosition control for image sensor

for Micro-industriesMicro robotsMeasurements & Analytic Equipments (Bio)

1.5mm Micro Geared Motor The Worlds Smallest Metalic Glass Micro Gearhead

Output shaft carrier

Planetary gear

Sun carrier

1.5mm geared motors

High torqueHigh durabilityLong life

MICRO DC BRUSHLESS MOTOR SERIES

Electronically commutated sensorless motor, slotless stator design

Sensorless drive circuit SSD04

SBL02-06H1 SBL02-06H1 SBL02-06H1 SBL02-06H1

Ordering number PG02-4.3 PG02-18 PG02-79 PG02-337


501501501501ecnatsiser lanimreT2

1:73397813.4oitar noitcuder daehraeG3

4321egats fo rebmun daehraeG4

W6300.05400.00500.05700.0tuptuo daehraeg ,rewop tuptuo .xaM5

%5.510.616.617.71ylno rotom ,ycneiciffe .xaM6

7 No-load speed, gearhead output 16700 3600 900 200 rpm

SBL02-06

p , g p p

Am6.012.018.94.9tnerruc daol-oN8

9 Stall torque (2-points measurement), gearhead output 0.017 0.052 0.19 0.66 mNm

mNm93.011.0030.06800.0euqrot noitcirF01

mpr/Vm3.91.235.021.0tnatsnoc FME-kcaB11

A/mNm4.634.011.329.0tnatsnoc euqroT21

011011011011ecnatcudni lioC31 H

sm2.62.62.62.6ylno rotom ,tnatsnoc emit lacinahceM41

mm8.553.45.31L ,htgnel daehraeG51

mm8.01013.95.82L ,htgnel latoT61

01 x 3.4ylno rotom ,aitreni rotoR71 -5 4.3 x 10-5 4.3 x 10-5 4.3 x 10-5 gcm2

gm542032012091thgiew latoT81

General data

19 Operating temperature range C

20 Max. temperature raise at stall C

21 Bearing type

22 Max. permissible press fit force, gearhead output N

23 Max. radial play, gearhead output mm

24 Max. axial play, gearhead output mm

V01


-10 +50

20

Sintered sleeves

2.9

0.06

0.1

Ordering exampleSBL02-06H1PG18 corresponds to:Motor SBL02-06H1 +Planetary gearhead SPG02-18

MICRO DC BRUSHLESS MOTOR SERIES



SBL04-0829 SBL04-0829 SBL04-0829 SBL04-0829

Ordering number PG04-4.3 PG04-18 PG04-79 PG04-337


92929292ecnatsiser lanimreT2

1:73397813.4oitar noitcuder daehraeG3

4321egats fo rebmun daehraeG4

W10.010.020.020.0tuptuo daehraeg ,rewop tuptuo .xaM5

%9111121ylno rotom ,ycneiciffe .xaM6

7 No-load speed, gearhead output 7000 1500 350 85 rpm

SBL04-08

p , g p p


mNm7.55.134.031.0tuptuo daehraeg ,)tnemerusaem stniop-2( euqrot llatS9

mNm6.53.153.001.0euqrot noitcirF01

mpr/Vm8.717.41.142.0tnatsnoc FME-kcaB11

A/mNm8.1113.727.73.2tnatsnoc euqroT21

47474747ecnatcudni lioC31 H

sm5555ylno rotom ,tnatsnoc emit lacinahceM41

mm4.92.878.51L ,htgnel daehraeG51

mm4.712.61518.312L ,htgnel latoT61

01 x 9ylno rotom ,aitreni rotoR71 -4 9 x 10-4 9 x 10-4 9 x 10-4 gcm2

gm03010101099018thgiew latoT81

General data

19 Operating temperature range C

20 Max. temperature raise at stall C

21 Bearing type

22 Max. permissible press fit force, gearhead output N

23 Max. radial play, gearhead output mm

24 Max. axial play, gearhead output mm


-20 +70

55

Sintered sleeves

5

0.044

0.15

Ordering exampleSBL04-0829PG18 corresponds to:Motor SBL04-0829 +Planetary gearhead SPG04-18

DC BRUSHLESS MOTOR SERIES


Sensorless drive circuit SSD06 Planetary gearhead SPG07

SBL07

Ordering number -1218

1 Nominal voltage 3 V

2 Terminal resistance 18

3 Output power 0.07 W

4 Efficiency 25 %

5 No-load speed 10650 rpm

6 No-load current 41 mA

7 Stall torque 0.25 mNm

SBL07-12


q

8 Friction torque 0.083 mNm

9 Back-EMF constant 0.21 mV/rpm

10 Torque constant 2.03 mNm/A

11 Slope of N-T curve 41977 rpm/mNm

12 Coil inductance 0.13 mH

sm2.5)detcelgen emit gnitallicso gnitrats( tnatsnoc emit lacinahceM31

14 Rotor inertia 0.012 gcm2


15 Speed range 3500...22000 rpm

16 Max. torque 0.49 mNm





20 Bearings type






Options:

V01


Sintered sleeves

0.27 (3.7 mm)

-20+80

+90Rth1 = 4.4, Rth2 = 32

Shaft length, special coils.

0.1

20

0.015

0.23

DC BRUSHLESS MOTOR SERIES



SBL22

Ordering number -3727

1 Nominal voltage 24 V

2 Terminal resistance 27

3 Output power 4.4 W

4 Efficiency 51 %

5 No-load speed 4685 rpm

6 No-load current 73 mA

7 Stall torque 36 mNm

SBL22-37


q

8 Friction torque 3.2 mNm

9 Back-EMF constant 4.7 mV/rpm

10 Torque constant 44.1 mNm/A

11 Slope of N-T curve 130 rpm/mNm

12 Coil inductance 2.4 mH

sm6.4)detcelgen emit gnitallicso gnitrats( tnatsnoc emit lacinahceM31

14 Rotor inertia 3.31 gcm2


15 Speed range 130010000 rpm

16 Max. torque 24.3 mNm





20 Bearings type






Options:


Preloaded ball bearings

16 (9 mm)

-20+80

+90Rth1 = 0.6, Rth2 = 4.3

Lead wires length, shaft length, special coils.

4

250

0.032

0

PRECISION GEARHEAD SERIES

Planetary gearhead

For combination with motors: SCL07-17, SBL07-12


Housing material

Geartrain material

Recommended max. input speed rpm

Operating temperature range C

Backlash at no-load per stage

Bearings on output shaft

Max. shaft radial load (4.5 mm from flange) N

Sintered sleeve bearings

1

SPG07

SPG07

12000

-10+60

Metal

Steel

1

Dimension in mm

( g )


Max. shaft press fit force N


Shaft axial play mm

Continuous Intermittent

SCL07-17 SBL07-12

584.919.42020124.711 : 7.4

276.121.7202015.26.921 : 22

168.323.92020138.1131 : 501

251.626.1302015.31.4141 : 494

V01


10

0.03

Gearheadweight

[g]

Gearheadlength, L1

[mm]

Length with motor[mm]Stage

Max. allowabletorque [mNm] Direction of

rotationEfficiency

[%]

0.5

Ratio(nominal

)

0.3


Planetary gearhead

For combination with motors: SCL10-18, SCL10-30


Housing material

Geartrain material





Max. shaft radial load (6 mm from flange) N

Steel

10000

-10+60

1


Metal

SPG10

SPG10

3

Dimension in mm

( g )




Shaft axial play mm


SCL10-18 SCL10-30

587.046.82001058.55.0111 : 6.3

587.046.82001058.55.0111 : 7.4

277.346.13001051.75.3121 : 31

277.346.13001051.75.3121 : 22

167.646.43001054.85.6131 : 16

167.646.43001054.85.6131 : 501

258.947.73001057.96.9141 : 882

258.947.73001057.96.9141 : 494

V01


Direction ofrotation

0.03

0.3

Efficiency[%]

Max. allowabletorque [mNm]

Length with motor[mm]

Ratio(nominal

)Stage

Gearheadlength, L1

[mm]

Gearheadweight

[g]

1

20


Planetary gearhead

For combination with motors: SCL12-20, SCL12-22, SCL12-30


Housing material

Geartrain material






SPG12

1


4 (25)

SPG12

Metal

Steel

8000

-10+60

Dimension in mm

( g )




Shaft axial play mm

In parenthesis the max. radial load with ball bearing option.


SCL12-20 SCL12-22 SCL12-30

582.642.732.530020016.112.4111 : 5.3

582.642.732.530020016.112.4111 : 8.4

270514930020011.418121 : 21

270514930020011.418121 : 32

168.358.448.240020016.618.1231 : 85

168.358.448.240020016.618.1231 : 701

257.757.847.640020011.917.5241 : 905

V01


Ratio(nominal

)

0.3

Gearheadweight

[g]

Gearheadlength, L1

[mm]Stage



0.03

( )

2


Efficiency[%]

30


Planetary gearhead

For combination with motors: SCL16-25, SCL16-30, SCL17-30, SCL18-25, SCL18-33


Housing material

Geartrain material






1


4 (25)

SPG16

SPG16

Metal

Steel

6000

-10+60

Dimension in mm

( g )




Shaft axial play mm

In parenthesis the max. radial load with ball bearing option.


SCL16-25 SCL16-30 SCL17-30 SCL18-25 SCL18-33

3.6 : 1 1 15.3 20 200 400 40.3 46.7 46.7 40.8 50.3 85

4.7 : 1 1 15.3 20 200 400 40.3 46.7 46.7 40.8 50.3 85

13 : 1 2 19.5 24.5 200 400 44.5 50.9 50.9 45 54.5 72

22 : 1 2 19.5 24.5 200 400 44.5 50.9 50.9 45 54.5 72

61 : 1 3 23.7 29 200 400 48.7 55.1 55.1 49.2 58.7 61

105 : 1 3 23.7 29 200 400 48.7 55.1 55.1 49.2 58.7 61


Gearheadlength, L1

[mm]Stage



( )

2

30

0.03

Ratio(nominal

)

0.2

Gearheadweight

[g]


Efficiency[%]


Spur gearhead



Housing material

Geartrain material



Max. backlash at no-load with 6 stages



Metal

Metal

SSG10

SSG10

-10+60

7


3

10000

Dimension in mm

( g )




Shaft axial play mm


SCL10-12 SCL10-18 SCL10-30

372.441.237203214.54131 : 51

662.641.439203212.66141 : 92

952.841.6313032178151 : 94

952.841.6313032178151 : 27

952.841.6313032178151 : 39

352.051.833303219.70261 : 262

V01


Ratio(nominal

)Stage

1

20

0.03

0.2


Gearheadlength, L1

[mm]

Gearheadweight

[g]

Length with motor[mm] Efficiency

[%]Direction of

rotation


Spur gearhead



Housing material

Geartrain material



Max. backlash at no-load, 5 stages



-10+60

5


3

SSG12

Metal

Metal

8000

SSG12

Dimension in mm

( g )




Shaft axial play mm


SCL12-20 SCL12-22 SCL12-30

3764735303213.84131 : 61

3764735303213.84131 : 52

6684937303512.96141 : 74

6684937303512.96141 : 47

6684937303512.96141 : 49

9505149303512.018151 : 571

9505149303512.018151 : 282

V01


Ratio(nominal

)

0.2

Gearheadweight

[g]

Gearheadlength, L1

[mm]Stage



20

0.03


Efficiency[%]

1


Spur gearhead

For combination with motors: SCL16-15, SCL16-25, SCL16-30, SCL17-30For combination with motor-tachogenerators: SCL16-44, SCL17-44


Housing material

Geartrain material






SSG15

SSG15

Metal

Metal

6000

-10+60

5


4

Dimension in mm

( g )




Shaft axial play mm


SCL16-15 SCL16-25 SCL16-30 SCL17-30 SCL16-44 SCL17-44

29 : 1 3 9.6 8.9 15 30 27.1 34.6 41 41 54.1 54.2 73

49 : 1 4 11.6 10.3 24 60 29.1 36.6 43 43 56.1 56.2 66

71 : 1 4 11.6 10.3 24 60 29.1 36.6 43 43 56.1 56.2 66

94 : 1 4 11.6 10.3 24 60 29.1 36.6 43 43 56.1 56.2 66

198 : 1 5 13.6 11.5 24 60 31.1 38.6 45 45 58.1 58.2 59

V01



Length with motor[mm] Efficiency

[%]

2


30

0.03

0.2

Ratio(nominal

)Stage

Gearheadlength, L1

[mm]

Gearheadweight

[g]


Spur gearhead

For combination with motors: SCL18-25, SCL18-33For combination with motor-tachogenerator: SCL18-44


Housing material

Geartrain material






Metal

Metal

SSG18

SSG18

4000

-10+60

4


4

Dimension in mm

( g )




Shaft axial play mm


SCL18-25 SCL18-33 SCL18-44

377.655.748308044.615.2131 : 51

377.655.748308044.615.2131 : 72

661.959.944.0408042.919.4141 : 74

661.959.944.0408042.919.4141 : 57

661.959.944.0408042.919.4141 : 59

V01



2

30

0.03

0.2

Ratio(nominal

)Stage

Gearheadlength, L1

[mm]

Gearheadweight

[g]

Efficiency[%]



Servo Motor System

Applications

SHD12

SSP12

SSP - 12Tough & Smart Servo-Driver for Position, Speed, Torque Control

No trip even when servo-lockedduring over 30 secondsFeedforward torque control

Free from torque fluctuationSpeed control parameters auto-tuning

Position / Speed / Torque control mode

Internal pulse train command including ( 7 pts. )I / O Type : RS422 ( 16-axes daisy chain )PC editing4ch oscilo-function

Electrical gear

Resonant restraint control ( 5-notch filters )

For suppressing machine resonance 4ch oscilo-waveforms observable

Model No. SSP-12

Input power supply

Output current

Main circuit method

Speed fluctuation

Speed control range

Dimensions W 102 H 125 D 39.8 (mm)

Continuous : 0.8 A (rms), Max. :1.6 A (rms)

FET full bridge (Sinusoidal PWM control)

Load : 0.1 %, Voltage : 0.02%, Temperature : 0.3 %

Over 1 : 2000

Voltage : DC 12 V 5% (Torque guaranteed), Current : 2.5 A

Features

Specification

Appearance


Features

Applications

Diaphragm Pump

Compact & Light designVariety of DC MotorGood Chemical ResistanceMaintenance Free & long life operation

Ink Jet Printer systemFuel CellOxygen / Nitrogen GeneratorPick & Place for IC WafersFood Packaging equipment

Industrial Equipment

Medical EquipmentMedical Suction equipment

Incubation systemAir Quality Sampling MonitorsGas Chromatography

Laboratory, Research Equipment

Oil & Contamination FreeQuiet operationNamiki's patented Non-return valvesSelf priming

8 0 1 8 G t S D

Size : [5] 20mm[7] 32mm [8] 35mm

Model Version

Pump type : [ ] Liquid pump [G] Air pump

Head numbers : [ ] Single [ t ] Twin

sensor for stepping motor : [ ] Without [S] With

Wetted material : See detailed pump data

Motor type : [3] [4] Corless [8] Brashless [9] Stepping [0] others

elbaT emuloVelbaT erusserPto to

From From

1 0.00987 0.101972 4.01463 0.145 271462.03530.0420.160001110.0

101.3 1 760.002 10.3323 406.782 14.696 1.013 0.001 1 0.061 3.5E-05 0.00026

0.1333 0.001316 1 0.013595 0.53524 0.0193 0.001 0.0164 16.387 1 0.0006 0.004329

9.806 0.09678 73.5561 1 39.3701 1.4223 0.098 28.317 28317 1728 1 7.48051

0.2491 0.002458 1.86833 0.345316 1 0.0361 0.002 3.7854 3785.4 231 0.1337 1

6.8948 0.068046 51.7151 0.70307 27.6799 1 0.069

100 0.986923 750.064 10.1972 401.463 14.504 1

elbaT htgneLelbaT etar nwolFto to

From From

1 0.001 0.0001 61000 0.00003 0.0003 1 0.1 0.001 0.0033 0.0394

1000 1 0.1 61.0236 0.03532 0.2642 10 1 0.01 0.0328 0.394

10000 10 1 0.061 0.3532 2.6417 1000 100 1 3.281 39.4

16.4 0.0164 16.3871 1 0.00058 0.0043 304.8 30.48 0.3048 1 12

28320 28.32 2.832 1727.99 1 7.4805 25.4 2.54 0.0254 0.0833 1

3785.4 3.78541 0.37854 230.999 0.1337 1

m

ni ch3/mi

mL/min

L/min

cm3/min

mL/min

gal

L ( liter )

m ftL/min cm3/min inch3/min

inch3

ft3

gal

inch3 ft3

ft

inch

inch

mm

cm

mm cm

mH2O in H2O psi bar

cm3

L ( liter ) cm3kPa

ft3/min gal/min

atm mmHg

kPa

atm

mmHg

mH2O

in H2O

psi

bar

ft3/min

ingal/m

PUMP SERIES


Order

Unit Conversion Table

ing Information

7.50064

Driver for stepping motor : [ ] Without [D] With

PUMP SERIES


Basic Design

PUMP SERIES


Chemical Resistance Chart

No Corrosion Strong Corrosion

5013/5014 5033/5034 5043/5044 7038/7039 7048

Acetic Acid (5%)

Glacial Acetic Acid + Ethanol

Sodium Hypochlorite (5%)

Sodium Chloride (10%)

Hydrogen Peroxide (10%)

Methanol

Toluene

Industrial Ink

Acetone

Chemical

Methyl Ethyl Ketone

Please contact us for other chemical applications.Data figures in this catalogue are measured by Namiki standard test equipments.Please perform necessary testing at user side as catalogue figures & indications are reference only.

PUMP SERIES


Products Overview

Adjustable Flow Rate Liquid Pumps

Air Pumps

Model Nominalvoltage

Nominalcurrent

Flow rangeSuctionrange

Pressurerange

SizeW H L

[ VDC ] [ A/2-phase] [ ml/min ] [ kPa ] [ kPa ] [ mm ]

7039(D) 10.8 0.3 0.32100 -500 0+100 3-Phase Stepping FKM* FKM* FKM*,PFA,PTFE 35 64.5 82.5

7039S(D) 10.8 0.3 0.32100 -500 0+100 3-Phase Stepping FKM* FKM* FKM*,PFA,PTFE 35 64.5 102.7

7049(D) 10.8 0.3 0.36100 -500 0+100 3-Phase Stepping PTFE FFKM FFKM,PFA,PTFE 35 64.5 82.5

7049S(D) 10.8 0.3 0.36100 -500 0+100 3-Phase Stepping PTFE FFKM FFKM,PFA,PTFE 35 64.5 102.7

Motortype

Diaphragm Valve Other wetted materials


Nominalcurrent

Flow rangeVaccumrange

Pressurerange

SizeW H L

[ VDC ] [ mA] [ ml/min ] [ kPa ] [ kPa ] [ mm ]

8018Gt 24 200 2000 -500 0+100 Brushless FKM FKM FKM,POM,SUS,Urethane,Ni 35 90 116

Motortype

Diaphragm Valve Other wetted materials

Liquid pump


Nominalcurrent

Maximumflow rate

Suctionrange

Pressurerange

Motortype

Diaphragm Valve Other wetted materialsSize

W H L[ VDC ] [ mA ] [ ml/min ] [ kPa ] [ kPa ] [ mm ]

5013 12 190 180 -300 0+70 Coreless FKM FKM FKM,PFA,PTFE 20 39 56

5033 12 190 130 -300 0+70 Coreless FKM* FKM* FKM*,PFA,PTFE 20 39 56

5043 12 160 180 -300 0+70 Coreless PTFE FFKM FFKM,PFA,PTFE 20 39 56

5014 24 110 190 -300 0+70 Coreless FKM FKM FKM,PFA,PTFE 20 39 56

5034 24 110 140 -300 0+70 Coreless FKM* FKM* FKM*,PFA,PTFE 20 39 56

5044 24 90 210 -300 0+70 Coreless PTFE FFKM FFKM,PFA,PTFE 20 39 56

7038 24 370 630 -500 0+100 Brushless FKM* FKM* FKM*,PFA,PTFE 32 65 102

7048 24 230 600 -500 0+100 Brushless PTFE FFKM FFKM,PFA,PTFE 32 65 102

7038t 24 370 1000 -500 0+100 Brushless PTFE FKM* FKM*,PFA,PTFE 32 79 102

7048t 24 370 1000 -500 0+100 Brushless PTFE FFKM FFKM,PFA,PTFE 32 79 102

7120 24 150 600 -500 0+80 Brush PTFE EPDM PPS 39 57.6 87.7

7140 24 150 600 -500 0+80 Brush PTFE FFKM PPS 39 57.6 87.7

: Good chemical resistance grade*

: Good chemical resistance grade*

Micro Diaphragm Liquid Pump

Ordering numberNominal voltage VMotor typeMaximum flow rate ml/minNominal current consumption mAPressure range kPaSuction range kPa

General SpecificationsCC

Options: Conditions:Change of wetted material. Data displayed in this datasheet are measured with Ordering number 5013 5033 5043 using a Toalon-G tube of 4 mm

FKM FKM* PTFE internal (6 mm external) diameter and 160 cm length FKM FKM* FFKM

*Good chemical resistance grade

Please contact our sales division.

DiaphragmMKFevlaV

FKM

5013

501312

DC Coreless Motor

0+70

180

Ambient temperature rangeFluid temperature

DiaphragmRubber materials

FKM,PFA,PTFEOther wetted materials

190

-300

+5+50+10+50

0

50

100

150

200

250

-80 -60 -40 -20 0 20 40 60 80 100 120

Flow

rat

e [

ml/m

in ]

PressureSuction kPa ]

Vin = 12 VAmbient : 235

Perfomance characteristicsMODEL:5013

Weight 77gDimension in mm

PUMP SERIES


purified water at 20

using Namiki standard test equipment.




Options: Conditions:Change of wetted material. Data displayed in this datasheet are measured with Ordering number 5014 5034 5044 using a Toalon-G tube of 4 mm

FKM FKM* PTFE internal (6 mm external) diameter and 160 cm length FKM FKM* FFKM

*Good chemical resistance grade

Please contact our sales division.

5014

501424

DC Coreless Motor

0+70

FKM

190

Valve

Rubber materials

Other wetted materials

FKMDiaphragm

FKM,PFA,PTFE

110

Diaphragm

-300

Ambient temperature rangeFluid temperature

+5+50+10+50

Perfomance characteristics

0

50

100

150

200

250

-80 -60 -40 -20 0 20 40 60 80 100 120

Flow

rat

e [

ml/m

in ]



MODEL:5014


PUMP SERIES


purified water at 20

using Namiki standard test equipment.


Ordering numberV

ml/minmAkPakPa


Electrical connectionsRedBlack

Conditions:

Frequency 50Hz max.

Low level 0.01.0V

Hi level 2.05.0 V

703824

DC Brushless MotorDrive circuit built-in

Data displayed in this datasheet are measured withpurified water at 20 using a Toalon-G tube of 4mminternal (6mm external) diameter and 160 cm lengthusing Namiki standard test equipment.

White 3pulse/rev (Vp-p=5V)

Blue

FG pulseoutput

PWM pulseinput

28.026 VVcc

GND

Other wetted materials FKM,PFA,PTFE

GND1

Motor type

FKMFKM

-500

Valve

7038

+5+50+5+50

630370

0+100

4Option

3

Suction range

Nominal voltage : Vcc

Maximum flow rateNominal current consumptionPressure range

Ambient temperture rangeFluid tempertureDiaphragm

Options:Change of wetted material.

Variable flow rate by the PWM pulse input.Please contact our sales division.

PTFEFFKM

Ordering numberDiaphragm

Rubber materials

7048


0

100

200

300

400

500

600

700

-100 -50 0 50 100 150 200 250

Flow

rat

e [

ml/m

in ]



MODEL:7038Perfomance characteristics

PUMP SERIES



Ordering numberNominal voltage : Vcc V

Maximum flow rate ml/minNominal current consumption mAPressure range kPaSuction range kPa

General SpecificationsCegnar erutrepmet tneibmA

C


Conditions:

Frequency 50Hz max.

Low level 0.01.0V

Hi level 2.05.0 V

7038t

Fluid temperture+5+50+5+50

1000370

0+100

GND12

8.026 VVccGND


3 White 3pulse/rev (Vp-p=5V)

4Option

Blue

FG pulseoutput

PWM pulseinput

Other wetted materials FKM,PFA,PTFE

-500

7038t24

DC Brushless MotorDrive circuit built-in

FKMFKM

Motor type

DiaphragmValve

Options:Change of wetted material.

Variable flow rate by the PWM pulse input.Please contact our sales division.

7048tPTFEFFKM

Ordering numberDiaphragm

Rubber materials


0

200

400

600

800

1000

1200

-100 -50 0 50 100 150 200 250

Flow

rat

e [

ml/m

in ]



MODEL:7038tPerfomance characteristics

PUMP SERIES




FeaturesFlow rate fine adjustable by stepping drive circuit Diaghragm position control by optional sensors

Ordering numberNominal voltage : Vcc VMotor typeStep Angle deg./stepFlow range ml/minNominal current consumption A/2-phaseNominal motor speed rpmPressure range kPaSuction range kPa

General SpecificationsConditions:

CC

7039

0.32100

3-Phase Stepping Motor1.2

703910.8

0.3100

0+100-500

FKM,PFA,PTFE


Ambient temperture rangeFluid tempertureDiaphragmValve

+5+50+5+50

FKMFKM


0

5

10

15

20

25

30

35

40

-80 -60 -40 -20 0 20 40 60 80 100 120 140

Flow

rat

e [

ml/m

in ]


Ambient : 235Liquid : 203

100 rpm50 rpm

MODEL:7039Perfomance characteristics


PUMP SERIES


Connection Diagram:

Excitation Sequence

Phase+ +

+ +

+ +

Options:Change of wetted material.Photomicrosensor : EE-SX672A (OMRON)Stepping motor driver : FTD3S2P24 (NIDEC SERVO CORP.)

Ordering number

Photmicrosensor: EE-SX672XMain Specification

Electrical connections

Important: For detailed information please refer OMRON specification.

Stepping motor driver: FTD3S2P24

Min = 4.0 V Max = 5.3 V

Min = -3.0 V Max = 0.8 V

Important: For detailed information please refer NIDEC SERVO CORP. specification.

C1

GND

H

H L H

L

L

9 Signal GND

High input signal voltage

Low input signal voltage

CN2

1

2

3

4

5

100 50~80

H

COM

The CW direction drive pulse or the serial pulse signal input

The CCW direction drive pulse or the serial pulse signal input

120~150

5VDC

GND

CW

6

7

8

Function

0

L

Motor power supply 12-24DC

Motor power supply GND

Logic circuit power supply +5V

Logic circuit GND

CCW

Current consumptionMax.load currentMax.frequency

Name

VM

To Motor phase - V

To Motor phase - U

7049SPTFEFFKM

VSupply voltage 524mAmA

W phase

Diaphragm

Name

ConnectorNo.

7049SDPTFEFFKM

1 2

U PhaseV Phase

Step

7039SFKMFKM

7039DFKMFKM

ConnectorNo.

Rubber materials

Function

TerminalNo.

PhotomicrosensorStepping motor driver

Motor U

Motor W

Motor V

1

2

3

GND

Pin 1Pin 2Pin 3Pin 4

CN1

C0

Current %

TerminalNo.

To Motor phase - W

1

3 4 5

LOutput

kHz

Vcc

7049DPTFEFFKM

7039SD

35100

6

FKMFKM

7049PTFEFFKM

Speed Characteristics

0

10

20

30

40

50

60

70

80

0 20 40 60 80 100 120 140 160 180 200 220

Flow

rat

e [

ml/m

in ]

Speed [ rpm ]

Pressuer Head = 0 kPa

Ambient : 235

PUMP SERIES



Conditions:Data displayed in this datasheet are measured with purified water at 20 using a Toalon-G tube of 4 mminternal (6 mm external) diameter and 160 cm length using Namiki standard test equipment.

7140


0+80

600150

-500

714024

DC Brush Motor


PTFE


+5+60+10+70

EPDMPPS

Ambient temperature rangeFluid temperatureDiaphragmValve


0

100

200

300

400

500

600

700

-100 -80 -60 -40 -20 0 20 40 60 80 100 120 140

Flow

rat

e [

ml/m

in ]



MODEL:7140


Exhaust Nozzle

Suction Nozzle

PUMP SERIES


Micro Diaphragm Air Pump

Ordering numberNominal voltage : Vcc V

Maximum flow rate ml/minNominal current consumption mAPressure range kPaVaccum range kPa


Options:Change of wetted material.Variable flow rate by the PWM pulse input.Please contact our sales division.


Conditions:

Frequency 50Hz max.

Low level 0.01.0V

Hi level 2.05.0 V


3pulse/rev (Vp-p=5V)FG pulseoutput

PWM pulseinput

4Option

Blue

3 White

2


VccGND

1

-750

GND

FKM, POM, SUS,Urethane, Ni

8.026 V

FKMFKM

+5+50+5+50

24DC Brushless Motor

200

Drive circuit built-in 2,000

8018Gt

8018Gt

Ambient temperture rangeFluid tempertureDiaphragmValve

0+170

Motor type


0.0

0.5

1.0

1.5

2.0

2.5

-100 -80 -60 -40 -20 0 20 40 60 80 100 120 140 160 180 200

Flow

rat

e [

ml/m

in ]

PressureVacuum kPa ]


MODEL:8018Gt


PUMP SERIES


PUMP SERIES


Thank you for selecting Namiki's product, please carefully read the following instructions before handling the proudct.

Unpacking :tnemecalpeR straP :Handle pump with care when unpacking.

Shocks:

Operating Environment:Fluid Temperature:

Load:

Operating Voltag arotS:e ge Conditions:

nitarepO:erutarepmeT rotoM g & Cleaning:

Pump Installation:Warranty:

Tube Connection:

Warning:

Operation temperature for purified water is from 5to 50. For operation with different type of liquid,please consult us.

Operation under excessive load may reduceoperation life of motor and pump. In event of motorstall immediately turn off power supply to avoiddamages.

Parts and/or materials replacement made byunauthorized operator may damage pump andreduce its quality. Bearings are lubricated for lifeand additional lubrication is not required.This product is not shockproof resistance. Drops or

excessive shocks may damage sensible parts likeeccentric cam.

Pump should be operated within the specificationsdisplayed in the datasheet. Pump is not water andexplosion proofed and for no reasons should beoperated in such environments. Especially do notuse in corrosive and chemically aggressiveenvironments such as chlorine, sulfur,cyanoacrylate, silicon gas, etc. Do not load pumphousing with heavy materials.

Motor housing temperature may reach hightemperature whie loaded operation. Do not touchmotor during operation or soon after stop.

Correctly connect tubing to suction and exhaustnozzles as displayed on the pump head (arrowmark). Make sure that tubing is inserted competelyto the nozzles. Tubing size from ID3 to 4 mm isrecommended. In case of tube removal, turn offpump and remove tubing from suction nozzle first.Turn on the power to expel the liquid insidecompletely and then turn off again and removetubing from exhaust nozzle.

Each single unit is thoroughly inspected before ship.In event of unconformity claim is necessary, contactNamiki immediately after unpacking. Namiki willaccept no claim for the products used, abusivelyhandled and manipulated by user side unless thecause of failure is clearly imputable to Namiki'sdefects in material or workmanship. For details referto "Warranty notice" separte document.

Operating voltage range is different on model.Please refer each model manual. ElectricalConnection: Please correctly connect the motor topower supply, red lead wire to positive and blacklead wire to ground.Please refer driver manual forconnection between 7039 and its driver. In case ofmodel using brushless motor, white lead wire is FG(Frequency Generator) output provides three pulseper motor revolution.

Do not operate pump or immediately turn off inevent of unordinary noise or smell and if water hasbeen dropped on the motor housing.

Pump is designed to operate in any position. Setpump on hard and fat base using the designedmounting holes. Please refer manual for each modelfor suitabe screws and limit torque. Adhesivemouting is not suggested. Please contact us fordetailed instruction if need to.

This product should be stored at 205 RH of60%. Do not store in corrosive and chemicallyaggressive environments. If stored long period,brake-in is required before operation until flow ratestabilized. In case of pumping problem clean thevalves by injecting purified water into nozzles beforeoperation. During cleaning avoid ropping water tothe motor housing.

After short operation period clean the pump byinjecting purified water into nozzles. During cleaningavoid dropping water to the motor housing.

Handling Instructions

California, USACalifornia, USA

Namiki Precision of California, Inc.

Namiki Precision (Thailand) Co., Ltd.

Chiang Mai, ThailandChiang Mai, Thailand

Dusseldorf, Germany

Namiki Precision of Europe SADsseldorf Ofce

Dusseldorf, GermanyDsseldorf, Germany

Namiki Precision of Europe SA

Lausanne, SwitzerlandLausanne, Switzerland

SingaporeSingapore

Namiki Precision Singapore Pte. Ltd.

Global Operations

HistoryHistory

1939 Namiki founded in Tokyo, Japan. Started production of synthetic sapphire jewel bearings for wattmeters.

1949 Started production of watch jewel bearings and sapphire phonograph stylus.

1953 Namiki is reorganized Namiki Precision Jewel Co. Ltd.

1972 Started production of rare-earth magnet by selective laser sintering developed.

1973 Developed the world's smallest coreless motor with diameter of 10mm.

Shanghai, ChinaShanghai, China

Namiki Precision (Shanghai) Co., Ltd.

Namiki Precision JewelCo.,Ltd (Headquarters)

Namiki Aomori Factory

Namiki Akita Factory

JapanJapanMotor Sales ContactMotor Sales Contact


Parc Scientifique de I EPFL, PSE-DCH-1015 Lausanne, Switzerland T E L : +41-21-693-8615F A X : +41-21-693-4675 E-mail: [email protected]

Namiki Precision of Europe SA Dsseldorf Office

Namiki Precision Jewel Co.,Ltd.(Headquarters)

Schadowstrae 8440212 DsseldorfT E L : +49-211-367776-85F A X : +49-211-367776-86 E-mail: [email protected]

3-8-22, Shinden, Adachi-ku, Tokyo, 123-8511T E L : +81-3-5390-7620F A X : +81-3-5390-8082E-mail: [email protected]

1983 Established NJC Technological Research Institute to integrate company s R & D forces.

1985 Started production the world's first of vibration motor for pagers.

2004 Developed the world's smallest Metallic Glass micro-geared motor with diameter of 1.5mm. (Later, Namiki won the 2006 Prime Minister's Prize.)

2010 Opened Namiki Precision of Europe SA (business and R&D division)in Lausanne, Switzerland.

2011 Opened Namiki Precision of Europe SA Dusseldorf Office (business division)in Dsseldorf, Germany.

w w w . n a m i k i . n e twww.namikieu.de

Namiki Precision Jewel Co.,Ltd.(Headquarters)

3-8-22, Shinden, Adachi-ku, Tokyo 123-8511, Japan T E L : +81-3-5390-7620F A X : +81-3-5390-8082E-mail : [email protected]

Namiki Precision of Europe SA Dsseldorf Office

Schadowstrae 8440212 DsseldorfT E L : +49-211-367776-85F A X : +49-211-367776-86 E-mail : [email protected]


Parc Scientifique de I EPFL, PSE-DCH-1015 Lausanne, Switzerland T E L : +41-21-693-8615F A X : +41-21-693-4675 E-mail : [email protected]

Documents

Catalogue Micro-moteurs Namiki - TSA