Industrial Equipment Division
Headquarters:

20 Oyamazuka, Oiwa-cho, Toyohashi, Aichi 441-3193, Japan
Tel: +81-532-41-2511 (Main) Fax: +81-532-41-2093

Industrial Equipment Division: 20 Oyamazuka, Oiwa-cho, Toyohashi, Aichi 441-3193, Japan
Tel: +81-532-41-2774 (Direct) Fax: +81-532-41-2923
Bangkok Representative Office: Room 11, 2 Jasmine Bldg., 12 Fl., Soi Sukhumvit 23 (Prasanmitr),
Sukhumvit Rd., North Klongtoey, Wattana, Bangkok 10110
Tel: +66-2-612-7311
Fax: +66-2-612-7399

English en.honda-el.co.jp
www.smri.asia/th/honda-el/

Ultrasonics

Cleaners/Processing Tools/Measuring Instruments
General Catalog<Contact information>

Registered company for ISO9001and ISO14001 (except branches and representative office)Important notice for use
If our products are used improperly in a way that deviates from the specifications described in thiscatalog (characteristics, ratings, specification ranges, etc.), it may lead to increased risk of an accident
resulting in injury or death, fire, damage or loss. Please feel free to contact your sales representative withany questions regarding proper methods of use. Honda Electronics assumes no responsibility for any
problems related to the intellectual property rights of any third party resulting from the use of our products,
except when directly related to the structure or manufacturing process for our products.

Notes regarding the catalog• The information described in this catalog is current as of 26 May, 2023.
• The specifications and external appearances of products may be changed for the purpose of improvement without notice.
• The colors of actual products may differ from the images in this catalog due to the printing process.

This catalog is printed with vegetable-based ink.

26 May, 2023 (third edition) Printed in JapanULTRASONIC in INDUSTRIAL FIELD

Ultrasoniccleaners

Ultrasonic cleaners

Contents
Cleaners - Low/Medium Frequency

C O N T E N T S………………………………………………………… 4

Cleaners - Benchtop

Low frequency separate type
WDX Series …………………………………………… 8
WA Series ………………………………………… 10
WSC Series ………………………………………… 12
WSC(M) Series …………………………………… 14
Sonic monitor
HUS-3 ……………………………………………… 16

WDX Series

WA Series▶Page10

WV-231-S1▶Page17

WTC-404▶Page18

Cleaners - High Frequency▶Page8Ultrasonic cleaner
with decompression chamber

Low frequency benchtop typeWV-231-S1 ………………………………………… 17
WTC-600-40 / WTC-1200-40 …………………… 17
WTC-404 / WTC-408 ……………………………… 18
W-113A …………………………………………… 19
W-113MK-Ⅱ ……………………………………… 19
High frequency
Quartz transducer unit type cleaner ……………… 21
Nozzle type cleaner - PULSE JET point type ……… 22
W-357BM-600 / W-357BM-1200 ………………… 23
Nozzle type cleaner - PULSE JET line type ……… 24

Quartz transducer unit type cleaner

Nozzle type cleaner

High frequency ultrasonic cleaner

Sonic monitor▶Page21▶Page22▶Page23▶Page16

W-357-1MQG-SKC

W-357-1MPG

W-357BM-1200

CutterZO-95 ……………………………………………… 30
ZO-91 ……………………………………………… 31
WelderSONAC-37 ………………………………………… 31

HUS-3……………………………………………………… 32

Level meter
HD323 ……………………………………………… 34
HD353-A …………………………………………… 34
HD1200 Series …………………………………… 35

Measuring Instruments

Ultrasonicmeasuring
instruments

Ultrasonic processing tools……………………………………………………… 29

Processing Tools

Ultrasonicprocessing
toolsInterface level meter
HL2000 …………………………………………… 36
Flowmeter
HLF800 Series …………………………………… 38

Ultrasonic cutter

Portable ultrasonic welder▶Page30▶Page31▶Page31

ZO-95

ZO-91

Ultrasonic transducers …………………………………………… 41

SONAC-37

Drawings

Ultrasonic cutter

Optional parts ……………………………………………………………… 44
Company profile ………………………………………………………… 46

Ultrasonic measuring instruments

Ultrasonic transducers
Optional parts

Ultrasonic level meter

Ultrasonic interface level meter

Ultrasonic flowmeter▶Page34▶Page36▶Page38

HD353-A
2

HL2000

HLF800 Series

Transducers▶Page413

Lineup of ultrasonic cleaners

Ultrasonic cleaners
Ultrasonic cleaning technology
removes fine particles of dust
and contamination from

W-357BM Series
Quartz transducer
unit type
Cleaning of industrial
machine parts● The cleaning effects are achieved by combining the "physical effects" of ultrasonic

WDX Series

Effects such as cavitation, vibrational acceleration, and rectilinear flow can remove, disperse, andsubmerged in water or

emulsify the contamination.
● Chemical effects

W-357 point type

The chemical effects of the cleaning liquid, along with the acceleration of chemical reactions by

WTC-1200-40

ultrasonic waves, can dissolve and degrade the contamination.

▼

page16

Installation cost

page17〜■Quartz transducer
unit typepage21

Separate type
Benchtop type

WSC Series

Nozzle type▼▼ ▼■Benchtop typepage8〜

Sonic monitor■Nozzle type
Point typeLine type■Batch type

Frequency (font color)

WV-231-S1

page22Single frequency
Multi-frequency

WTC-600-40

page24
page23

Processing Tools■Separate typeHigh frequency
cleaning

Type (box color)

WA Series▼ ▼ ▼Low frequency
cleaning

Cleaners - High Frequency

ultrasonic waves.

W-357 line typewaves with the "chemical effects" of the cleaning liquid.
● Physical effects

objects (workpieces) that aresolvent, by subjecting them to

Semiconductor
cleaning

High

Cleaners - Benchtop

Ultrasonic cleaning

Cleaners - Low/Medium Frequency

Lineup ofultrasonic cleaners

WTC-408
WTC-404

Measuring Instruments

Generalcleaning
W-113A
W-113MKⅡ

Low

28kHz

Medium frequency

40kHz

75kHz

Drawings

Low frequency

High frequency

160kHz400kHz1MHz

Ultrasonic frequency★Installation costs vary depending on the choice of transducer unit, output, etc.

Types of oscillation modes

Multi-oscillation mode4

Low frequency cleaning

High frequency cleaning

Sonic monitor

Pressure impact by cavitation is effective for cleaning
persistent contamination.
■Separate type
Mainly used for general industrial applications.
Custom, made-to-order transducer units are also available.
■Benchtop type
Suitable for cleaning small quantities of small-sized items.
Can also be used as test cleaning machines in facilities suchas laboratories.

Vibrational acceleration and rectilinear flow enable the removalof submicron size particles without damaging the workpiece,
making this method suitable for precision or ultra-precision
cleaning of silicon wafers (for semiconductors), glass masks,
LCD glass substrate, and HDD.

Useful for checking the oscillation statusof ultrasonic cleaners in daily
inspections, by displaying the relativevalues.

DUAL●The pumping effect makes this modesuitable for cleaning inside fine tubes or
through-hole boards.
●The area of cavitation is not stationary,and ultrasonic waves propagate farther.

Single frequency oscillation mode

SINGLEFM oscillation mode

F.M.

●Ultrasonic frequency modulation makes
it possible to move the position ofstanding waves, resulting in cleaningthat is more uniform.
●The cavitation position changes,
preventing damage to the workpiece.

●Strong cavitation is generated, making
this mode suitable for removing
persistent contamination.

Pulse oscillation mode

PULSE

●The single-frequency intermittent pulse
output enables gentle cleaning, and the
reduced ultrasonic attenuation facilitates
degassing.

MULTI

Optional parts

Adjacent dual-frequency
switching oscillation mode

●The 28 kHz frequency is suitable for cleaning persistentcontamination, 45 kHz is effective at cleaning fine parts, and 100
kHz enables superfine cleaning with minimal damage. To prevent
standing waves that result in uneven cleaning, the oscillations atthese three frequencies are repeated sequentially.

DYNASHOCK modulation

DM●This type of oscillation achieves optimal cleaning power, with
two frequencies simultaneously transmitted at a specificultrasonic power ratio.

FM + AM modulation

FM+AM●Ultrasonic waves are distributed uniformly with low power
consumption.
Unevenness is minimized in this mode, which is effective at
responding to load fluctuations due to the workpieces, liquid
type, and liquid depth.

5,QDGGLWLRQWRXOWUDVRQLFFOHDQLQJWKHUHDUHRWKHULQGXVWULDOFOHDQLQJPHWKRGVDYDLODEOHVXFKDVMHWIORZEXEEOLQJVKRZHUDJLWDWLRQDQGYDSRUFOHDQLQJ&OHDQLQJPHWKRGVDUHVHOHFWHGDFFRUGLQJWRWKHW\SHVRIFRQWDPLQDWLRQWKDWQHHGVWREH
UHPRYHGIURPWKHZRUNSLHFHVDQGWKHFOHDQLQJFKDUDFWHULVWLFVWKDWDUHUHTXLUHG
7KHFKDUDFWHULVWLFVRIXOWUDVRQLFFOHDQLQJDUH
・8QLIRUPFOHDQLQJTXDOLW\
・5HGXFHGFOHDQLQJWLPH
・$ELOLW\WRFOHDQDOOSDUWVRILWHPV SDUWLFXODUO\VXLWDEOHIRUILQHSDUWVRUSDUWVZLWKFRPSOH[VKDSHVExplanation
Cavitation,QLWLDOFOHDQLQJRI/&'JODVVFOHDQLQJSUHFLVLRQPHWDOSDUWV

2IWHQXVHGWRFOHDQSUHFLVLRQSDUWVVLQFHWKHUHLVOHVVGDPDJHWRWKHZRUNSLHFHWKDQDWN+]

〜2YHUμPμP&OHDQLQJ+''&63ERDUGVSUHFLVLRQPHWDOSDUWVRSWLFDOGLVNV+'KHDGV

2IWHQXVHGLIWKHUHLVGDPDJHWRWKHZRUNSLHFHDWN+]7KLVIUHTXHQF\KDVUHFHQWO\JDLQHGDWWHQWLRQGXHWRWKHUHODWLYHO\VWURQJ
FOHDQLQJHQHUJ\DQGOHVVGDPDJHWRWKHZRUNSLHFH

〜

High

%LJ

μPμP&RPSRXQGZDIHUV+''8VHGWRSHUIRUPLQLWLDOFOHDQLQJRIZDIHUV3RVVLEOHWRUHPRYHILQH
FRQWDPLQDWLRQZLWKPLQLPDOGDPDJHWRWKHZRUNSLHFH

400kHzμP〜μP

6LOLFRQZDIHUVJODVVZDIHUVJODVVVXEVWUDWH

0D\EHVXLWDEOHIRUYDULRXVW\SHVRISUHFLVLRQFOHDQLQJGXHWRWKH
DELOLW\WRUHPRYHDZLGHUDQJHRISDUWLFOHVL]HV1MHz

μPμP)LQDOFOHDQLQJRIJODVVVXEVWUDWH
VLOLFRQZDIHUV ZLWKFLUFXLW JODVV
PDVNV

8VHGWRUHPRYHVPDOOSDUWLFOHVWKDWDUHQRWYLVLEOHWRWKHQDNHG
H\H/HVVGDPDJHWRWKHZRUNSLHFH:LGHO\SUHIHUUHGDVWKH
IUHTXHQF\WRXVHIRUZDIHUFOHDQLQJ

3MHz%HORZμP

6LOLFRQZDIHUV ZLWKFLUFXLW JODVV
PDVNV

6PDOO

*Erosion(URVLRQLVDSKHQRPHQRQZKHUHE\WKHVXUIDFHRIVRIWPDWHULDOVXFKDVDOXPLQXPLVZRUQDZD\E\WKHSK\VLFDOSRZHUWKDWLVJHQHUDWHGE\WKHXOWUDVRQLFFDYLWDWLRQSKHQRPHQRQ DWKLJKORFDOWHPSHUDWXUHVRI.RUJUHDWHUDQGKLJKORFDOSUHVVXUHVRIDSSUR[LPDWHO\DWPRVSKHUHVRUJUHDWHU 7KHDPRXQWRIHURVLRQWKDWRFFXUVLVGLUHFWO\SURSRUWLRQDOWRWKH
VWUHQJWKRIWKHXOWUDVRQLFZDYHVDQGLQYHUVHO\SURSRUWLRQDOWRWKHIUHTXHQF\

8VHGWRUHPRYHILQHUSDUWLFOHVWKDQDW0+]

3UHVVXUH
＋

%
$

3

6WDWLF
SUHVVXUH

Measuring Instruments&RQWDPLQDWLRQRYHU
μPGXVW

160kHzCharacteristics
8VHGWRUHPRYHSHUVLVWHQWFRQWDPLQDWLRQVXFKDVJUHDVHGXHWRWKH
VWURQJFOHDQLQJHQHUJ\(QKDQFHVWKHHIIHFWLYHQHVVRIWKHFOHDQLQJOLTXLG

Processing Tools

40kHz

100kHz120kHzDamage&DYLW\EXUVWV

28kHz

75kHz

Applications'HJUHDVLQJPHWDOSDUWVGHJUHDVLQJUHVLQSDUWV

4

Contamination

2LOYLVLEOHFRQWDPLQDWLRQODUJHFRQWDPLQDWLRQ&DYLWDWLRQ&DYLW\LVJHQHUDWHG

Frequency

0RYHPHQWRIQHJDWLYHSUHVVXUH

3

Selecting the frequency&RQWDPLQDWLRQ

Cleaners - High Frequency

%HIRUHVHOHFWLQJWKHXOWUDVRQLFFOHDQHULWLVLPSRUWDQWWRGHWHUPLQHZKLFKSURFHVVHVWRLQFRUSRUDWHLQWR\RXUFOHDQLQJV\VWHP
$WDPLQLPXPWKHRYHUDOOFOHDQLQJV\VWHPPXVWLQFOXGHWKHWKUHH
SURFHVVHVRIFOHDQLQJ→ULQVLQJ→GU\LQJ%HQFKWRSFOHDQHUVDUHRQO\FDSDEOHRISHUIRUPLQJWKHFOHDQLQJSURFHVV
VRLWLVQHFHVVDU\WRFRQVLGHUKRZWKHVXEVHTXHQWSURFHVVHVRIULQVLQJDQGGU\LQJZLOOEHSHUIRUPHG

Cleaners - Benchtop&RQVLGHUWKHSRLQWVOLVWHGEHORZZKHQVHOHFWLQJWKHXOWUDVRQLFFOHDQHU⑴3XUSRVHRIFOHDQLQJ7\SHRIFRQWDPLQDWLRQ………'HJUHDVLQJUHPRYLQJDEUDVLYHPDWHULDORUSDUWLFOHVHWF⑵7\SHRIZRUNSLHFH…………………0DWHULDOVL]H LQFOXGLQJEDVNHWVL]HLIEDVNHWLVXVHG HWF⑶7\SHRIXOWUDVRQLFFOHDQHU…………6HSDUDWHW\SHEHQFKWRSW\SHTXDUW]YLEUDWLRQXQLWW\SHQR]]OHW\SH

2,QXOWUDVRQLFFOHDQLQJLWLVLPSRUWDQWWRVHOHFWWKHDSSURSULDWHFOHDQLQJOLTXLGEDVHGRQWKHW\SHRIFRQWDPLQDWLRQ7KLVHQVXUHVWKDWWKHPD[LPXP
FOHDQLQJHIIHFWVFDQEHDFKLHYHGE\WKHFRPELQDWLRQRIWKHSK\VLFDOHIIHFWVRIWKHXOWUDVRQLFZDYHVDQGWKHFKHPLFDOHIIHFWVRIWKHFOHDQLQJOLTXLG

&RXQWOHVVJDVPROHFXOHVH[LVWLQOLTXLG:KHQSRZHUIXOXOWUDVRQLFZDYHVDUH
HPLWWHGLQOLTXLGDWIUHTXHQFLHVRIN+]WRN+]DOWHUQDWLQJF\FOHVRISRVLWLYH
DQGQHJDWLYHSUHVVXUHDUHDSSOLHGWRWKHJDVPROHFXOHV7KHSRVLWLYHSUHVVXUHFRPSUHVVHVWKHJDVPROHFXOHVDQGWKHLPPHGLDWHO\IROORZLQJQHJDWLYHSUHVVXUH
FDXVHVWKHPWRH[SDQGGUDPDWLFDOO\7KHJDVPROHFXOHVUHDFKDYHU\KLJKSUHVVXUHZKHQWKH\DUHFRPSUHVVHGUHSHDWHGO\WKURXJKWKLVSURFHVVDQGWKH\FROODSVHZKHQWKHOLPLWLVUHDFKHG7KLVSKHQRPHQRQRIJHQHUDWLQJH[WUHPHO\KLJKLPSDFWSUHVVXUHLVFDOOHGFDYLWDWLRQ7KHVKRFNZDYHVWKDWDUHFUHDWHGZKHQEXEEOHVEXUVWDFWWRVHSDUDWHFRQWDPLQDWLRQIURPWKHZRUNSLHFH7KLVLVFDOOHGWKH
FDYLWDWLRQHIIHFW,QDQXOWUDVRQLFFOHDQHUWKHZD\WKDWFDYLWDWLRQLVJHQHUDWHGYDULHVGHSHQGLQJRQWKHGHSWKDQGW\SHRIOLTXLG,WLVWKHUHIRUHHVVHQWLDOWRFRQWUROWKHVHFRQGLWLRQVLQRUGHUWRHQVXUHSURSHUXOWUDVRQLFFOHDQLQJ)RUH[DPSOHLILWDSSHDUVWKDWFDYLWDWLRQLVOLQJHULQJRQWKHYLEUDWLRQVXUIDFHWKHXOWUDVRQLFZDYHVDUHQRWEHLQJJHQHUDWHG
HIIHFWLYHO\LQWKHOLTXLGDQGGDPDJHWRWKHYLEUDWLRQVXUIDFH HURVLRQ ZKLFKFDXVHVGHWHULRUDWLRQRIWKHYLEUDWLRQSODWHLVDFFHOHUDWHG,QWKLVVLWXDWLRQDVOLJKWFKDQJHWRWKHOLTXLGGHSWKFDQLPSURYHWKHHIILFLHQF\RIFDYLWDWLRQHQDEOLQJPRUH
HIIHFWLYHXOWUDVRQLFFOHDQLQJ

1■Selecting the ultrasonic cleaner

Low

Cleaners - Low/Medium Frequency

Low / medium frequency cleaning
7LPHStanding waves (uneven cleaning)■Selecting the type of ultrasonic cleaner●Benchtop type●Separate type
6HSDUDWHW\SHXOWUDVRQLFFOHDQHUVFRQVLVWRIDQRVFLOODWRUDQGWUDQVGXFHUXQLW9DULRXVFRPELQDWLRQVFDQEHVHOHFWHGWRVXLWWKHDSSOLFDWLRQIDFLOLW\DQGSXUSRVH

&RPSDFWDOOLQRQHXQLWLVHDV\WRVHWXS*HQHUDWRU*HQHUDWRU

Standard typeF type&RPELQDWLRQRIJHQHUDWRUDQGWUDQVGXFHUXQLWWKDWLVLPPHUVHGLQWKHWDQN&DQEH
XVHGZLWKWKHFXVWRPHU VH[LVWLQJFOHDQLQJWDQN&RPELQDWLRQRIJHQHUDWRUDQGYLEUDWLRQSODWHW\SHWUDQVGXFHUXQLW&DQEHLQFRUSRUDWHGLQWRH[LVWLQJHTXLSPHQW

●Nozzle type
&OHDQLQJLVSHUIRUPHGXVLQJZDWHUIORZZLWKKLJKIUHTXHQF\XOWUDVRQLFZDYHV

*HQHUDWRU*HQHUDWRU*HQHUDWRU●Quartz transducer unit typeS type&RPELQDWLRQRIJHQHUDWRUDQGVSHFLDOFOHDQLQJWDQN(DV\WRVHWXSDQGVWDUWXVLQJ

6

SH type
6W\SHFOHDQHUZLWKKHDWHU7KHHIIHFWVRI
ZDUPZDWHUDFKLHYHVWURQJHUFOHDQLQJSRZHU

Heater added type

$QWLQRGHRI
VRXQGSUHVVXUH
1RGHRIVRXQGSUHVVXUH$UHDVRI
PD[LPXPVRXQGSUHVVXUH

8OWUDVRQLFZDYHVDUHDSSOLHGWRWKHTXDUW]WUDQVGXFHUXQLWZKLFKLVXVHGWRFOHDQVHPLFRQGXFWRUZDIHUV

λ
─

λ
─


（

）

λ：ZDYHOHQJWK（ｍ）
ｃ
λ＝ ─ ｃ：$FRXVWLFYHORFLW\（PV）
ｆ ｆ：)UHTXHQF\（+]）※&…)RUZDWHU：PV:KHQWKHIUHTXHQF\LVN+]RQHZDYHOHQJWKLVFDOFXODWHGDV PPV ÷ +]   PP
7KHVWDQGLQJZDYHLQWHUYDOLVFDOFXODWHGDVPP÷ DSSUR[PP,QRWKHUZRUGVDQDUHDRIVWURQJFOHDQLQJHIIHFWLVORFDWHGDWHDFK
PPLQWHUYDO

Optional parts

N type*HQHUDWRUZDYHOHQJWK $FRXVWLFYHORFLW\÷)UHTXHQF\

Drawings*HQHUDWRU:KHQXOWUDVRQLFZDYHVDUHHPLWWHGVWDQGLQJZDYHVRFFXULQWKHOLTXLGDFFRUGLQJWRWKHIUHTXHQF\7KHVHVWDQGLQJZDYHVZKLFKUHVXOWLQVSRWVZKHUHWKHFOHDQLQJHIIHFWLVVWURQJDUHORFDWHGDWGLVWDQFHVWKDWDUHDQLQWHJUDOPXOWLSOHRIλ λLV
RQHZDYHOHQJWK$OWKRXJKVWDQGLQJZDYHVKDYHVWURQJFOHDQLQJSRZHUWKH\DOVRKDYHWKHSRWHQWLDO
WRGDPDJHWKHZRUNSLHFH7RPLQLPL]HWKHXQGHVLUDEOHHIIHFWRIVWDQGLQJZDYHVLWLVSRVVLEOHWRWDNHPHDVXUHVVXFKDVDJLWDWLQJWKHZRUNSLHFHRUXVLQJPXOWLSOH
IUHTXHQFLHV
,WLVQHFHVVDU\WRFDUHIXOO\FRQVLGHUWKHEDODQFHEHWZHHQWKHFOHDQLQJHIIHFWDQG
WKHGDPDJHWRWKHZRUNSLHFH
6RXQGSUHVVXUHGLVWULEXWLRQλZDYHOHQJWK/LTXLGVXUIDFH■Comparison using aluminum foil
:N+]VLQJOHIUHTXHQF\:';Ⅰ
:N+]N+]VLPXOWDQHRXVRVFLOODWLRQ'0&OHDQLQJOLTXLG&OHDQLQJWDQN

7KHVSRWVZLWKWKHPD[LPXPλ─ ─ Q Q … IURPWKHOLTXLGVXUIDFH
FOHDQLQJHIIHFWDUHORFDWHGDWGLVWDQFHVRI λ

7UDQVGXFHU

7

Low/medium frequency cleaner

Low/medium frequency separate typeTM

WDX

SeriesPatented

Strike a balance between uniform cleaning andminimal damage, and adjust the cleaning strength,from gentle to powerful, to best suit your application■ Transducer unit

Powerful, high-efficiency ultrasonic cleaner,equipped with our own bolt-clamped Langevin type transducer
The transducer unit uses bolt-clamped Langevin type transducers with high electro-acoustic

Standard specifications that meet various frequencies and output power are available.

In DYNASHOCK® Modulation (DM) mode, two frequencies are simultaneouslytransmitted from a transducer at a specific total output power. The frequency
component ratios of the two frequencies can be controlled by setting the DM
modulation ratio (0 to 100%). This enables you to adjust the cleaning strength, fromgentle to powerful, to achieve the optimum cleaning effect for your application.

Evaluation of DM modulation ratios using aluminum foil
Toward liquid surface(Using WDX-600-I with output at constant 600 W)■ Immersible type
DM 0%

DM 20%DM 40%DM 60%DM 80%

Gentle cleaning

DM 100%Powerful cleaning

Liquidsurface■ Vibration plate type

Optimum cleaning
Optimum frequency control and ultrasonic output
control enable stable ultrasonic cleaning.

600 W
40 kHz、120 kHz
350 x 200
350 x 200 x 75

350 x 200
350 x 200 x 100

420 x 300
420 x 300 x 100
Case: SUS304 (SUS316L is available for custom orders)

14 kg

18 kg

11 kg

TYPE

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x Dmm)
Dimensions (W x Dmm)
(wires not included)
Material
WeightVibration plate type
F12-DX1
WDX-1200-Ⅰ
1200 W

F06-DX2
WDX-600-Ⅱ
600 W
28 kHz、75 kHz
40 kHz、120 kHz
350 x 200420 x 300
350 x 200
390 x 240 x 83
460 x 340 x 83
390 x 240 x 57
t=3 mm
t=3 mm
t=3 mmBoard: SUS304 (SUS316L is available for custom orders) Packing: EPDM, t=3 mm (Viton and other materials are available for custom orders)
10 kg
16 kg
8 kg
F06-DX1
WDX-600-Ⅰ
600 W

Sound pressure distribution with DM mode
(WDX-600-Ⅰ)

S

Abnormality diagnosis function
When an abnormality occurs, an error message isdisplayed to indicate the cause, thereby enabling aquick response.

■ Tank type

Sweep function
The DM frequency sweep function enables
ultrasonic cleaning to be performed more evenly.

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x Dmm)
Dimensions (W x Dmm)External:
Inside tank:Material
Weight

S12-DX1
WDX-1200-Ⅰ
1200 W■ Tank type with heater

TYPE

Tank type with heaterSH06-DX1
WDX-600-Ⅰ
600 W

Optional parts

SH

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
HeaterEffective cleaning area (W x Dmm)
Dimensions (W x Dmm)External:
Inside tank:Material
WeightSH12-DX1
WDX-1200-Ⅰ
1200 W

SH06-DX2
WDX-600-Ⅱ
600 W
40 kHz、120 kHz
28 kHz、75 kHz
200 V AC Single phase 50/60 Hz 2 kW
200 V AC Single phase 50/60 Hz 3 kW
200 V AC Single phase 50/60 Hz 2 kW
370 x 250
500 x 300
370 x 250
580 x 310 x 406 (including rubber feet)
710 x 360 x 405 (including rubber feet)
580 x 310 x 406 (including rubber feet)
370 x 250 x 250 (23 L)
500 x 300 x 250 (35 L)
370 x 250 x 250 (23 L)
Tank: SUS304 (SUS316L is available for custom orders)
28 kg
46 kg
25 kg

Included accessory: Lid• Liquid temperature range: 5 to 100°C • Transducer: Bolt-clamped Langevin type transducer• Transducer cable length: 3.5 m • Outline drawing ●Page27 • Option: Cleaning basket (KG10F / KG11T) ●Page44
■

▲

▲

▲

Remote function: Ultrasonic oscillation ON/OFF (contact input),
Output function: Alarm output when error occurs (Relay contact output: Open when error occurs)• Variable output range: 0 - 100% • Display function: Power output (W), DM modulation ratio (%), error messages• Ambient operating environment: Temperature: 5 to 40°C, Humidity: 5 to 80% (no condensation)• Power cable length: 3.5 m • Outline drawing ●Page25

S06-DX2
WDX-600-Ⅱ
600 W
28 kHz、75 kHz
40 kHz、120 kHz
370 x 250
500 x 300
370 x 250
422 x 302 x 405 (including rubber feet)
550 x 350 x 402 (including rubber feet)
422 x 302 x 405 (including rubber feet)
370 x 250 x 250 (23 L)
500 x 300×250 (35 L)
370 x 250 x 250 (23 L)
Tank: SUS304 (SUS316L is available for custom orders)
39 kg
22 kg
19 kg
S06-DX1
WDX-600-Ⅰ
600 W▲• I/O interface

Tank type■ Included accessory: Lid• Liquid temperature range: 5 to 100°C • Transducer: Bolt-clamped Langevin type transducer• Transducer cable length: 3.5 m • Outline drawing ●Page26 • Option: Cleaning basket (KG10F / KG11T) ●Page44

SH
WDX-600-Ⅰ
WDX-1200-Ⅰ
WDX-600-Ⅱ
DYNASHOCK Modulation (DM) mode (modulation ratio: 0 to 100%) + Sweep function
600 W
600 W
1200 W
28 kHz & 75 kHz
40 kHz、120 kHz
200 V - 240 V AC
200 V - 240 V AC
200 V - 240 V AC
Single phase 50/60 Hz 1450 VA
Single phase 50/60 Hz 1200 VA
Single phase 50/60 Hz 2400 VA
330 x 462 x 148 (including rubber feet)
11 kg
11 kg
12 kg

TYPE

▲

Monitoring function
The front panel display shows the output power,
which is one of the factors to monitor whencontrolling the ultrasonic cleaning unit.

Supports a wide range of power input
Power sources from 200 to 240 V AC are supported.

S

Drawings

Easy maintenance
The auto-tuning function eliminates the need tocalibrate the generator when the transducer unit isreplaced.

81200 W
28 kHz、75 kHz▲

Sound pressure distribution
with conventional mode

●The digital control system enables a variety of functions.

Dimensions (W x D x H mm)
Weight

N06-DX2
WDX-600-Ⅱ• Accessories: 2 types of holding fittings, 2 types of packing (EPDM), nuts
• Liquid temperature range: 5 to 100°C • Transducer: Bolt-clamped Langevin type transducer• Transducer cable length: 3.5 m + Output cable length 3.5 m • option: Oscillator cover • Outline drawing ●Page26

Transducer
unit

Power input

600 W

N12-DX1
WDX-1200-Ⅰ

Measuring Instruments

Sound pressure
distribution
measurement
area

Model No.
Oscillation mode
Rated output
Nominal oscillation frequency

N06-DX1
WDX-600-Ⅰ

Processing Tools

F●By selecting the DM modulation ratio, uniform ultrasonic waves can be generated uniformly
throughout the tank with high sound pressure. This enables cleaning to be performed evenly.

Generator

Immersible type

• Liquid temperature range: 5 to 80°C • Transducer: Bolt-clamped Langevin type transducer• Transducer cable length: 2.5 m (blade part: 2 m) + Output cable length 3.5 m • Outline drawing ●Page26

F
WDX-600-Ⅱ

TYPE

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x Dmm)
Dimensions (W x Dmm)
Material
Weight▲Toward transducer

Transducer units can be manufactured
with custom specifications, such as
decompression, upon request.

Cleaners - High Frequency

NN* DYNASHOCK® is the registered trademark of Honda Electronics Co., Ltd.
In Japan, China and Europe under the EUTM.

WDX-600-Ⅰ
WDX-1200-Ⅰ

Transducer
unit

Cleaners - Benchtop

Generator

conversion efficiency and excellent durability.

DYNASHOCK® Modulation (DM) mode

Cleaners - Low/Medium Frequency[Separate type]* The heater is designed for use with water. Do not use with liquids other than water. A separate power supply is required for the heater.

9

Low frequency cleaner®

WA

Series

New standard model of ultrasonic cleaner
with communication functions that support day-to-day management
RS-485 communication function■ Transducer unit

Powerful, high-efficiency ultrasonic cleaner,equipped with our own bolt-clamped Langevin type transducer
The transducer unit uses bolt-clamped Langevin type transducers with high electro-acoustic

Standard specifications that meet various frequencies and output power are available.
Transducer units can be manufactured
with custom specifications, such as
decompression, upon request.

* MODBUS is the registered trademark of Schneider Electric USA, Inc.

Alarm output

Outputadjustment

Cumulative time ofultrasonic oscillation

Oscillation
mode

N

N

Frequency■ Immersible type

TYPE

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x Dmm)
Dimensions (W x Dmm)
Material
WeightImmersible typeN06-28A
WA-600-28T

N06-40A
WA-600-40T

N12-28A
WA-1200-28T

40 kHz28 kHz600 W

1200 W

28 kHz350 x 200
350 x 200 x 100

N12-40A
WA-1200-40T
40 kHz420 x 300

350 x 200 x 75
420 x 300 x 100
Case: SUS304 (SUS316L is available for custom orders)
11 kg
18 kg

14 kg

Cleaners - High Frequency:$
:$
:$
:$

Ultrasonicoscillation

Transducer
unit

Generator

conversion efficiency and excellent durability.

Cleaners - Benchtop

RS-485 communication (MODBUS® RTU) enables you to configure various settings and check theoperating status.
The frequency and output power settings, as well as the oscillation status, can be read out, which
can be used in preventive maintenance.

Cleaners - Low/Medium Frequency[Separate type]Low frequency separate type420 x 300 x 75
14 kg

▲

• Liquid temperature range: 5 to 80°C • Transducer: Bolt-clamped Langevin type transducer• Transducer cable length: 2.5 m (blade part: 2 m) + Output cable length 3.5 m • Outline drawing ●Page26

F

F

StatusCommunication
enabled/disabled,
Oscillation ON/OFF,
Error messages
Remote ON/OFF■ Vibration plate type

Power output
value graphVibration plate typeF06-28A
WA-600-28T

F06-40A
WA-600-40T

F12-28A
WA-1200-28T

40 kHz28 kHz

600 W
28 kHz1200 W

350 x 200
390 x 240 x 83
t=3 mmMaterial
10 kg

WeightF12-40A
WA-1200-40T
40 kHz420 x 300

390 x 240 x 57
460 x 340 x 83
t=3 mm
t=3 mmBoard: SUS304 (SUS316L is available for custom orders)
Packing: EPDM, t=3 mm (Viton and other materials are available for custom orders)
8 kg
16 kg

460 x 340 x 57
t=3 mm

13 kg

Measuring Instruments

Cumulative time ofultrasonic oscillation

TYPE

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x Dmm)
Dimensions (W x Dmm)
(wires not included)

Processing Tools

Oscillation mode
selection▲• Accessories: 2 types of holding fittings, 2 types of packing (EPDM), nuts
• Liquid temperature range: 5 to 100°C • Transducer: Bolt-clamped Langevin type transducer• Transducer cable length: 3.5 m + Output cable length 3.5 m • option: Oscillator cover • Outline drawing ●Page26

Optimum and stable cleaning
The digital control system enables automatic
frequency tracking and constant power output,
which ensures that ultrasonic wave oscillation is
performed at the optimum frequency with stable andconstant output in response to fluctuations in theload, such as the liquid depth, liquid temperature,liquid type, decompression status, and workpiecestatus. As a result, optimum cleaning is achieved.

Model No.

Oscillation mode

WA-600-40T
WA-1200-28T
WA-1200-40T
Adjacent dual-frequency switching oscillation (DUAL) FM oscillation (FM)Single frequency oscillation (SINGLE) Pulse oscillation (PULSE)
800 W
400 W
1200 W
600 W
1200 W
600 W
28 kHz40 kHz28 kHz40 kHzSelectable (at time of ordering) from 200 V , 220 V, 230 V, 240 V AC
Selectable (at time of ordering) from 200 V , 220 V, 230 V, 240 V AC
Single phase 50/60 Hz 1200 VA
Single phase 50/60 Hz 2400 VA
4 to 20 mA current output
2 contacts Alarm output, Oscillation detection output
Ultrasonic oscillation ON/OFF (contact input)
MODBUS (RTU) protocol *1
336 x 400 x 125 (including rubber feet)
6 kg▲• DUAL/FM frequency modulation width: Central frequency ±1 kHz• Variable output range: 20 - 100% • Output display: LED level indicator (responds to output)• Ambient operating environment: Temperature: 5 to 40°C, Humidity: 5 to 80% (no condensation)• Power cable length: 3.5 m • Outline drawing ●Page25

S06-40A
WA-600-40T
600 W

28 kHzS12-40A
WA-1200-40T

S12-28A
WA-1200-28T
1200 W

40 kHz370 x 250
500 x 300
422 x 302 x 405 (including rubber feet)
550 x 350 x 402 (including rubber feet)
500 x 300 x 250 (deepest section) to 224 (shallowest section) (35 L)*1
366 x 246 x 248 (23 L)
Tank: SUS304 (SUS316L is available for custom orders)
Rc 3/4
Rc 1/2
39 kg
34 kg
22 kg
19 kg
40 kHz28 kHzIncluded accessory: Lid• Liquid temperature range: 5 to 100°C • Transducer: Bolt-clamped Langevin type transducer• Transducer cable length: 3.5 m • Outline drawing ●Page26 • Option: Cleaning basket (KG10F / KG11T) ●Page44
■

SH

SH

■ Tank type with heater

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
HeaterEffective cleaning area (W x Dmm)
Dimensions (W x Dmm)External:
Inside tank:Material
Drain valve
WeightTYPE

Tank type with heaterSH06-28A
WA-600-28T

SH06-40A
WA-600-40T

SH12-28A
WA-1200-28T

SH12-40A
WA-1200-40T

Optional parts

Analog output
Contact output
Interface
External drive input
RS-485 communication
Dimensions (W x D x H mm)
WeightWA-600-28T

Tank typeS06-28A
WA-600-28T▲

Power input■ Tank type

TYPE

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x Dmm)
Dimensions (W x Dmm)External:
Inside tank:Material
Drain valve
Weight▲

DUAL,FMSINGLE
PULSE
Nominal oscillation frequency
Rated output

SS

Drawings

Generator

Easy maintenance
When the transducer unit is replaced by one with thesame specifications, there is no need to calibrate thegenerator. When an abnormality occurs with thegenerator, the cause is diagnosed and thecorresponding error is indicated by one of the six
different LED lamp illumination patterns on the front
panel.

600 W
1200 W
28 kHz40 kHz28 kHz40 kHz200 V AC Single phase 50/60 Hz 2 kW
200 V AC Single phase 50/60 Hz 3 kW
370 x 250
500 x 300
580 x 310 x 406 (including rubber feet)
710 x 360 x 405 (including rubber feet)
500 x 300 x 250 (deepest section) to 224 (shallowest section) (35 L)*1
370 x 250 x 250 (23 L)
Tank: SUS304 (SUS316L is available for custom orders)
Rc 3/4
Rc 1/2
28 kg
25 kg
46 kg
40 kg

Included accessory: Lid• Liquid temperature range: 5 to 100°C • Transducer: Bolt-clamped Langevin type transducer• Transducer cable length: 3.5 m • Outline drawing ●Page27 • Option: Cleaning basket (KG10F / KG11T) ●Page44

■

▲

▲

* The heater is designed for use with water. Do not use with liquids other than water. A separate power supply is required for the heater.
*1 RS-485 communication enables you to configure various settings and check the operating status.
10*1 The bottom surface of the tank is angled to facilitate drainage.
11

Low frequency cleaner

WSC

Combination of FM + AM oscillation achieves more
uniform cleaning and lower power consumption

SeriesFM + AM
Modulation
Amplitude Modulation* reference

N

N

Transducer units can be manufactured
with custom specifications, such as
decompression, upon request.

TYPE

Model No.
Type
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x Dmm)
Dimensions (W x D x H mm)
Material
WeightEnergy-saving, compact design
The power consumption is approximately 1/3 that of conventional products (in our comparison), and thesize of the generator is also approximately 1/3.

No need to perform generator calibration■ Immersible type

Immersible type
NST-28SC
Standard
WSC28 Standard
600 W
28 kHz350 x 200
350 x 200 x 100
8 kg

NST-40SC
NHP-28SC
Standard
High-Power
WSC40 Standard
WSC28 High-Power
600 Ｗ
1200 W
28 kHz40 kHz420 x 300
350 x 200420 x 300 x 100
350 x 200 x 75
Case: SUS304 (SUS316L is available for custom orders)
14 kg
7 kg

NHP-40SC
High-Power
WSC40 High-Power
1200 W
40 kHz420 x 300
420 x 300 x 75
12 kg

• Maximum liquid temperature: 80°C • Transducer: Bolt-clamped Langevin type
• Transducer cable length: 2.5 m (blade part: 2 m) + Output cable length 3.5 m • Outline drawing ●Page26▲

Maintenance is simplified by eliminating the need to calibrate the generator when the transducer unit isreplaced by one with the same specifications.

Transducer
unit

Generator

Cleaners - High Frequency

WSC28 Standard
WSC28 High-Power
WSC40 Standard
WSC40 High-Power

Frequency Modulation

convensional
products

Powerful, high-efficiency ultrasonic cleaner,equipped with our own bolt-clamped Langevin type transducer

Cleaners - Benchtop

FM, which stands for frequency modulation,is the process of varying the frequency
continuously. AM, which stands for
amplitude modulation, is the process ofvarying the output continuously.
FM + AM spreads the ultrasonic waves
evenly throughout the entire tank to achieve
more uniform cleaning, and it provides stable
operation in response to load fluctuations
due to the status of the workpiece, liquid type,and liquid depth.

■ Transducer unit

The transducer unit uses bolt-clamped Langevin type transducers with high electro-acoustic
conversion efficiency and excellent durability.
Standard specifications that meet various frequencies and output power are available.

FM + AM

Cleaners - Low/Medium Frequency[Separate type]Low frequency separate type

Wide variable output range

Generator

Model No.
Type
Oscillation mode
Maximum output (average output)
Nominal oscillation frequency
Power input

600 Ｗ (200 W)

300 VA

WSC28

28 kHzStandard
High-PowerFM + AM modulation
600 Ｗ (200 W)
1200 W (400 W)
200 - 230 V AC
Single phase 50/60 Hz
600 VA
300 VA
210 x 250 x 107 (including rubber feet)
3.6 kg

WSC40

40 kHzF

F
High-Power
1200 W (400 W)

600 VA• I/O interface● Do not place inner tank or beakers or workpieces directly on thevibration surface. Doing so could cause heating problems or
abnormal ultrasonic vibration, resulting in a breakdown.

× ×Transducer unit

Various laws and regulations are established to ensure the proper handling ofcleaning liquid and waste liquid. Always comply with the relevant laws and regulations.

(3) Use of optional items
recommended● Use an optional cleaning
basket or beaker rack.

Transducer unit

(4) Easily damaged items

Use the optional items.

Transducer unit

● Do not perform ultrasonic cleaning on jewelrythat is scratched or cracked. Doing so may
cause the scratches or cracks to grow. Also,
do not perform ultrasonic cleaning on pearls or
tortoise shell.
● Do not perform ultrasoniccleaning on wristwatches.
Liquid may enter even if
the item is consideredwaterproof, resulting indamage.

×Transducer unit

(5) Contamination of vibration
surface● If contamination accumulates on theultrasonic vibration surface, it could
result in a breakdown. Periodicallyclean the vibration surface.

Optional parts(2) Never place directly on surface● Always fill the cleaning tank with the appropriate amountof cleaning liquid before operating the cleaner.
● Make sure that the cleaning liquid fills the tank at least
halfway. In the case of a heated tank, make sure that thetank is at least 80% full.
● Using the cleaner
without any
cleaning liquid(heating an emptytank) or an
insufficient amountof cleaning liquid
could result in a
Transducer unit
breakdown.

• Accessories: 2 types of holding fittings, 2 types of packing (EPDM), nuts
• Maximum liquid temperature: 100°C • Transducer: Bolt-clamped Langevin type
• Transducer cable length: 3.5 m + Output cable length 3.5 m • Option: Oscillator cover • Outline drawing ●Page26

Drawings(1) Depth

Vibration plate type

FST-40SC
FHP-28SC
FHP-40SC
FST-28SC
Standard
High-Power
High-PowerStandard
WSC40 Standard
WSC28 High-Power
WSC40 High-Power
WSC28 Standard
600 Ｗ
1200 W
1200 W
600 W
28 kHz40 kHz28 kHz40 kHz420 x 300
420 x 300
350 x 200
350 x 200
460 x 340 x 83
460 x 340 x 57
390 x 240 x 83
390 x 240 x 57
t=2.5 mm
t=2.5 mm
t=2.5 mm
t=2.5 mmBoard: SUS304 (SUS316L is available for custom orders) Packing: EPDM, t=3 mm (Viton and other materials are available for custom orders)
9 kg
8 kg
5 kg
4 kg

▲

the proper procedures when using an ultrasonic cleaner.Failure to do so may
Ultrasonic cleaners Precautions for use Follow
result in damage to the ultrasonic cleaning equipment or limit the functionality.

Transducer unit

■ Vibration plate type▲▲

Remote function: Ultrasonic oscillation ON/OFF (contact input),
Output function: Alarm output when error occurs (Relay contact output: Open when error occurs)• Variable output range: 0 to 100%, continuously variable • Ambient operating environment: Temperature: 5 to 40°C, Humidity: 5 to 80% (no condensation)• Power cable length: 3.5 m • Outline drawing ●Page25 • Options: I/O remote cable (5 m)(RK01) ●Page44

TYPE

Model No.
Type
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x Dmm)
Dimensions (W x D x H mm)(wires not included)
Material
WeightMeasuring Instruments

Dimensions (W x D x H mm)
WeightStandard

Processing Tools

Wide-ranging power control is available to suit the requirements of your cleaning and processing operations.

×
Transducer unit

* Additional precautions and safety information are provided in the instruction manual. Make sure to thoroughly read and understand the manual before operating the ultrasonic cleaner.
12

13

Sonic monitor

SONIC MONITOR

HUS-3

Essential tool for quality control of cleaning,featuring a portable design and rechargeable battery

Ultrasonic cleaner
with decompression chamber

WV-231-S1

Benchtop type

Cleaners - Low/Medium Frequency

Sonic Monitor - Adjustment and inspection/quality control for cleaners -Benchtop type cleaner

Equipped with decompression function(for water-based solution)

SensorModel No.
Oscillation mode
Rated output
Nominal oscillation frequency
Power input
Dimensions (W x D x H mm) External:
Inside tank:
Drain valve
WeightCleaners - Benchtop• Able to clean micropores and blind holes, which could not be cleaned with conventional ultrasonic cleaners.
• Improved strength of cavitation effect, which is an important aspect of ultrasonic cleaner performance.
• Rapidly removes contamination by automatically and repeatedly applying normal pressure and decompression.
• Two types of decompression cycles are available for selection.
WV-231-S1
Single frequency oscillation
200 W
40 kHz100 V AC Single phase 50/60 Hz 500 VA
382 x 367 x 440 (including rubber feet)
280 x 220 x 254 (12 L)
Rc 1/235 kg

Cleaners - High Frequency• Maximum liquid temperature: 70°C • Transducer: Bolt-clamped Langevin type• Timer: 0 to 60 min (1 min increments) • Decompression function: Max. -75 kPa *May vary depending on liquid depth.
• Switching of decompression/normal pressure: (1) 1 cycle (90 seconds of decompression/15 seconds of normal pressure)〈The display LED lights up〉(2) 1 cycle (45 seconds of decompression/15 seconds of normal pressure)（The display LED flashes in 0.5 second intervals）• Power cable length: 2 m • Materials: Tank: SUS304, Lid: SUS304• Options: Cleaning basket (KG15F), Beaker rack (BR06), Beakers(BK02) ●Page44

The sensor is placed in the ultrasonic cleaning tank (or in flowing water), andthe strength of the ultrasonic waves is indicated in mV.

▲■Cleaning data <Cleaning test of blind holes in glass plates (100 x 100 x 19 t)>
Before cleaning

HUS-3 unit

φ 2.5 x 12 mm
φ 2.0 x 12 mm
φ 1.5 x 10 mm
φ 1.0 x 8 mm
φ 0.5 x 4 mm
(10 mm pitch)

Before cleaning

Carrying case

Quartz glass sensor

Power input
Measurement range
Meter indication values
Dimensions (W x D x H mm)
Weight* Cover for pinpointing the location
to measure.
(for straight type only)* Contact us if you wish to remove
or install the point sensing cover.

Included accessories: AC adapter for charging
Dedicated lithium ion battery• Operating temperature range: 5 to 40°C
• AC adapter for charging: Power input 100 to 240 V AC, 50/60 Hz• Options: Point sensing cover, Charging stand■

Incompatible liquids• Liquid temperature range: 0 to 70°C

The cleaning liquid fills the holes
when air pressure is restored,
enabling cleaning to be performed
uniformly.

Items that are pressed together
Atmospheric pressure

Decompression (evacuation)

Recompression

No decompression
Cleaning liquid cannot easily reach
between flat surfaces that arepressed together. It takes time forultrasonic waves to create
separation between the surfaces, so
the cleaning effect may be limited.

* Water-soluble ink was used as the test contamination.
* The cleaning results may vary depending on the conditions.

When the tank is decompressed
and ultrasonic wave oscillation is
performed, countless high-density
air bubbles form throughout thecleaning liquid, which are able toopen up space between the layers.

The cavitation effect of ultrasonicwaves can reach the space
between workpieces that werepressed together, enabling
powerful cleaning.

HUS-5 SPS
Straight

HUS-5 SPL
L shape

Quartz glass
260（Ｌshape part 80）
80 g
Heated strong alkali, hot phosphoric acid,hydrofluoric acid340

• Cable length: 1.5 m

HUS-5 SUL
L shape

HUS-5 SUS
Straight
340

SUS316L
260（Ｌshape part 80）
140 g
All acids

WTC-600-40
WTC-1200-40

Enables cleaning of large itemswith simple hands-free operation• High-efficiency, energy-saving model that uses FM (frequency modulation) + AM (amplitude modulation) toachieve uniform cleaning.
• In addition to the drain valve, a drain installation hole for overflow makes it easy to expand the circulation system.
Model No.
Oscillation mode
Maximum output (average output)
Nominal oscillation frequency
Power input
Dimensions (W x D x H mm) External:
Inside tank:
Drain valve
Weight

WTC-600-40

WTC-1200-40

Optional parts* Straight or L shape can beselected as the sensor shape.

Model No.
Shape
Material
Length (mm)WeightAfter cleaning

When the tank is decompressed,
the air in the pockets expands andis pulled out.

Recompression

Drawings

HUS-3
10 kHz - 5 MHz
Dedicated lithium ion battery
14.8 V DC 1.5 W
10 mV / 50 mV / 100 mV / 500 mV
Sensor detection voltage (mV) rms
179 x 132 x 55
640 g (including battery)

Model No.
Frequency characteristics

SensorUnder atmospheric pressure,cleaning liquid is not able to reachinside the air pockets.

Decompression (evacuation)

Point sensing cover

Main unit

SUS sensor

Atmospheric pressure

Measuring Instruments• Supports a wide range of frequencies, from 10 kHz (low) to 5 MHz (high).
• Rechargeable battery enables use in a variety of places.
(provides approximately 10 hours of use)
• Readings can be obtained simply by dipping the tip of the sensor into the liquid.

Blind holes

Processing Tools

With decompression

After cleaning■Advantages of ultrasonic cleaning with decompression

FM + AM modulation
600 W

1200 W
40 kHz100 V AC 50/60 Hz 300 VA
600 x 410 x 472 (including rubber feet)
400 x 350 x 272 (40 L) *Rc 3/428 kg

200 - 230 V AC Single phase 50/60 Hz 600 VA
800 x 460 x 472 (including rubber feet)
610 x 400 x 268 (69 L) *
Rc 1
40 kg

▲

• Liquid temperature range: 5 to 80°C • Transducer: Bolt-clamped Langevin type
• Variable output range: 0 to 100%, continuously variable • Timer: 10 min /20 min/ 30 min/ Continuous• Operation switch: ON/OFF via photoelectric sensor (with voice guidance)• Power cable length: 3.5 m • Tank material: SUS304 • Outline drawing ●Page26• Options: Cleaning basket (KG08T / KG09T), Lid (FT05 / FT06), Stand (DA01 / DA02) ●Page44

16▲* Calibration cannot be performed for this equipment.
* This equipment provides relative values, and not absolute values.
* This equipment could fail if it is set up to perform continuous operation.

*1 The bottom surface of the tank is angled to facilitate drainage.

17

Benchtop type cleaner

Equipped with 4 oscillation modes
Achieved powerful washing while suppressing unevenness

W-113A

Washing modes that can be selected by application

Suited for removal of tough stains
through concentrated ultrasonic waves.

MULTI

BURST

WTC-404

Oscillation mode
Rated output
Nominal oscillation frequency
Power input
Dimensions (W x D x H mm) External:
Inside tank:
Drain valve
WeightIncluded accessory: Lid• Maximum liquid temperature: 80°C
• Transducer: Bolt-clamped Langevin type• Timer : Total cleaning time : 1 to 30 min.(1 min increments) , Each frequency set time : 1 to 99 seconds• Power cable length : 2 m• Material: Main unit / lid : Polypropylene (PP), Tank: SUS304• Options: Cleaning basket(KG03F), Beaker rack(BR01), Beakers(BK02) ●Page44■

Enables washing with a focus on energy
saving through intermittent oscillation ofultrasonic waves.

▲

Suited for precision washing that
effectively removes stains in hidden
areas.

W-113A
Single frequency oscillation
Oscillation with switching triple frequencies in order
100 W
28KHz , 45kHz , 100kHz
100 V AC 50/60 Hz 200 VA
290 x 208 x 249 (including rubber feet)
240ｘ140ｘ100 (3L) *1
inner dia. 6, outer dia. 12, peacock type
4.4 kgModel No.

Cleaners - High Frequency

Enables washing with little unevenness.
Evenly balanced with characteristics ofboth POWERFUL and MULTI modes.

Cleaners - Benchtop

POWERFUL

Compact 3-frequency multi-oscillation method type
• Prevents unevenness due to standing waves during washing through the multi-oscillation method.
• Enables arbitrary setting of the oscillation time for the 3 frequencies.
• Enables selection of frequencies based on the work material and stain.

Achieves a stable washing performance by selecting a washing mode suitable for the application.

STANDARD

Cleaners - Low/Medium Frequency

WTC-404
WTC-408*1 Dimensions at top of tank, which is tapered.

Functionality in addition to a simple design
Processing Tools

Because of the smooth design with protrusions of the water drain valve and power cordeliminated, there are no limitations in terms of installation positions. Since the switches andpower cord are positioned on the back, they are protected from getting wet.

WTC-408

Oscillation mode

W-113MK-Ⅱ
Single frequency oscillation/High-speed switching oscillation (BAKUSEN)
110 W
24 kHz、31 kHz
100 V AC 50/60 Hz 200 VA
290 x 208 x 249 (including rubber feet)
240 x 140 x 100 (3 L) *1
4.4 kgModel No.
Oscillation mode
Rated output
Nominal oscillation frequency
Power input
Dimensions (W x D x H mm) External:
Inside tank:
Weight■ Included accessories: Lid• Maximum liquid temperature: 80°C
• Transducer: Bolt - clamped Langevin type• Timer: 1 to 99 min (1 min increments)• Power cable length: 2 m• Material: Main unit/lid: Polypropylene (PP), Tank: SUS304• Options: Cleaning basket (KG03F), Beaker rack (BR01) ●Page44

Optional parts

WTC-408
FM + AM modulation
Selectable from 4 modes ( STANDARD / POWERFUL / MULTI / BURST )
420 W
840 W
140 W
280 W
40 kHz100 V AC 50/60Hz 450VA
100 V AC 50/60Hz 900VA
250 W
500 W
339 x 365 x 327 (including handles and rubber feet)
544 x 425 x 402 (including handles and rubber feet)
300 x 240 x 150 (10.5L) *1
505 x 300 x 200 (29.5L) *1
Rc 3/8 , with hose nipple (outer diameter 14)
9kg
15kg

• BAKUSEN (blast cleaning) mode instantaneously generates powerful energy andhigh-order oscillation, which achieves high cleaning efficiency.
• Able to perform cleaning inside narrow tubes and through-hole boards.

▲

Maximum
AverageNominal oscillation frequency
Power input
HeaterDimensions (W x D x H mm) External:
Inside tank:
Drain valve
WeightOutput

WTC-404

Adjacent dual-frequency BAKUSEN (blast cleaning) mode
effectively cleans persistent contamination

Drawings

Model No.

Measuring Instruments

Easily switch modes through button operations
The timer, output, and temperature adjustment can be easily set
through simple button operations.

W-113 MK-Ⅱ

*1 Dimensions at top of tank, which is tapered.

Included accessories: Drainboard• Liquid temperature range: 5 to 65 °C • Transducer: Bolt-clamped Langevin type • Variable output range: 25 to 100 %• Timer: 0 to 99 min (1 min increments) • Heater control temperature range: 30 to 60°C (10°C units)• Power cable length: 2 m • Tank material: SUS304• Options: Cleaning basket(KG06F,KG07F), Lid(FT03,FT04) *2 , Beaker rack(BR03,BR04), Beakers(BK02) ●Page44

■

▲

*1
*2

18

Dimensions at top of tank, which is tapered.
The basket and lid cannot be used simultaneously

19W-357-1MPG

This point type, nozzle type ultrasonic cleaner is mainly used for cleaning wafers and hard disks. Ultrasonic waves
are applied to the stream of water from the nozzle tip, to ensure effective cleaning. The emitted stream of water
works in conjunction with the propagated ultrasonic waves to remove the contamination from the item that iscleaned, and it also functions as a transport medium to carry the contamination away. As is characteristic of nozzle
type cleaners, this model prevents particles from reattaching to the cleaned object, and it is effective for removing
submicron contamination. A wide selection of variations are available to suit your applications and cleaning liquids.

High frequency cleaner

W-357-04PG●Applied for various precision cleaning in mid-range frequencies (400 kHz) including cleaning after
CMP of wafers and buffing material removal from industrial lenses.
Generator●The digital control system enables a variety of functions.

Generator

W-357-1MPG
Single frequency oscillation
40 W
1 MHz
100 - 240 V AC Single phase 50/60 Hz 300 VA
4 to 20 mA current output
Alarm output
2 contacts Sensor input, Remote input
dedicated protocol
180 x 250 x 100 (including rubber feet)
2.2 kg• Variable output range: 0 W to 40 W
• Ambient operating environment: Temperature: 5 to 40°C, Humidity: 10 to 85%• Ratings of contact points for external drive:
Ultrasonic oscillation control (on control side) contact input: DC12 V AC, 18 mA or more
Alarm output (this equipment) contact capacity: DC 24V 0.5A
• Included cables: Power cable: (select from 100 V AC/2 m, 200 V AC/3 m), Control cables (5 m) x 4

Generator

0.9 L/mindia. 25 x 78 mm
dia. 4 mm
300 g

Flow rate
Dimensions
Nozzle diameter
Weight• Liquid temperature range: 20 to 50°C
• Transducer: PZT• Material: Nozzle: PCTFE, PTFE
Packing: Perfluoro compound
Vibration plate: Special ceramic• Liquid contact surface material:
Nozzle: PCTFE, PTFE
Packing: Perfluoro compound
Vibration plate: Special ceramic• Inlet: Compatible tube (outer diameter: 6)• Cable length: Output cable 5 m

Separate type batch cleaner

W-357BM

Generator

W-357BM-600

Transducer nozzle
Flow rate
Dimensions
Nozzle diameter
Weight

0.9 L/min (straight coupling)
29 x 34 x 92 mm
dia. 4 mm
300 g• Liquid temperature range: 20 to 50°C
• Transducer: PZT• Material: Nozzle: PCTFE, PTFE
Packing: Perfluoro compound
Vibration plate: Tantalum• Liquid contact surface material:
Nozzle: PCTFE, PTFE
Packing: Perfluoro compound
Vibration plate: Tantalum• Inlet: Compatible tube (outer diameter: 6)• Cable length: Output cable 5 m

W-357BM-1200■ Transducer unit

F

0.9 L/min (straight coupling)
29 x 34 x 92 mm
dia. 4 mm
300 g• Liquid temperature range: 20 to 50°C
• Transducer: PZT• Material: Nozzle: Special ceramic, PCTEF
Packing: Viton rubber, Silicone rubber
Vibration plate: Special ceramic• Liquid contact surface material:
Nozzle: Special ceramic, PCTEF
Packing: Silicone rubber
Vibration plate: Special ceramic• Inlet: Compatible tube (outer diameter: 6)• Cable length: Output cable 5 m

S■ Tank type
Upon request, transducer units can be manufactured withcustom specifications.
・Maximum allowable input：600 W / 1200 W / 1800 W /2400 W / 3000 W / 3600 W
・Compatible wafers：6 inch / 8 inch / 12 inch

Vibration plate type

• Liquid contact surface material:Vibration plate:SUS316L• Transducer: PZT • Outline drawing ●Page27

W-357BM-600F
W-357BM-600
600 W

W-357BM-1200F
W-357BM-1200
1200 W

1 MHz
272 x 154
135 x 160
355 x 245 x 68
250 x 220 x 68
Plate: SUS316L, Electropolished surface
7 kg
3.3 kg8 inch6 inch5mx2
5m• Liquid temperature range: 5 to 80 °C

Optional parts

Flow rate
Dimensions
Nozzle diameter
Weight

TYPE

S

TYPE

Tank type

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x D mm)
Dimensions (W x Dmm)External:
Inside tank:Material
Drain valve
WeightCompatible wafers
Transducer cable lengthW-357BM-600S
W-357BM-600
600 W

W-357BM-1200S
W-357BM-1200
1200 W

1 MHz
135 x160 2 locations
135 x 160
302 x 296 x 372
496 x 336 x 372
248 x 236 x 252
442 x 276 x 252
Tank: SUS316L , Packing: Viton and PTFE
Rc 1/2
11.6 kg
18 kg
6 inch6 inch x 2
5m
5mx2• Liquid contact surface material:Vibration plate, Tank: SUS316L Packing: PTFE Drain: SUS304• Liquid temperature range: 5 to 80 °C • Transducer: PZT • Outline drawing ●Page27▲• Variable output range: 0 W to 40 W
• Ambient operating environment: Temperature: 5 to 40°C, Humidity: 10 to 85%• Ratings of contact points for external drive:
Ultrasonic oscillation control (on control side) contact input: DC12 V AC, 18 mA or more
Alarm output (this equipment) contact capacity: DC 24 V 0.5 A• Included cables: Power cable: (select from 100 V AC/2 m, 200 V AC/3 m), Control cables (5 m) x 4■ Vibration plate typeTransducer nozzle

F

Model No.
Generator Model No.
Maximum allowable input
Nominal oscillation frequency
Effective cleaning area (W x D mm)
Dimensions (W x D x H mm) (wiring and tubing not included)
Material
WeightCompatible wafers
Transducer cable length

Drawings

W-357-3MPG
Single frequency oscillation
40 W
3 MHz
100 - 240 V AC Single phase 50/60 Hz 300 VA
4 to 20 mA current output
Alarm output
2 contacts Sensor input, Remote input
dedicated protocol
180 x 250 x 100 (including rubber feet)
2.2 kgModel No.
W-357BM-1200
W-357BM-600
Oscillation mode
Single frequency oscillation
Rated output
1200 W
600 W
Variable output range
200 W to 1200 W
100 W to 600 W
Nominal oscillation frequency
1 MHz
Power input
200 - 240 V AC Single phase 50/60 Hz 1200 VA 200 - 240 V AC Single phase 50/60 Hz 2400 VA
Display
Vacuum fluorescent display (VFD), 16 characters x 2 lines
Analog output
4 to 20 mA current output
3 contacts Alarm output, Oscillation detection output, Power ON output
Interface Contact output
External drive input
2 contacts Sensor input, Remote input
MODBUS® protocol, RTU mode
RS-485 communication
Dimensions (W x D x H mm)
220 x 360 x 143 (including rubber feet)
360 x 360 x 143 (including rubber feet)
Weight5kg
7kg• Ambient operating environment: Temperature: 5 to 40℃, Humidity: 5 to 80% (no condensation)• Power cable length: 3m • Outline drawing ●Page25* MODBUS is the registered trademark of Schneider Electric USA, Inc.

▲

Model No.
Oscillation mode
Rated output
Nominal oscillation frequency
Power input
Analog output
Contact output
Interface
External drive input
RS-422A communication
Dimensions (W x D x H mm)
Weight●Digital control system enables stable oscillation.
●Versatile interface enables control that is compatible with other cleaning equipment.

Series●Higher frequency of 3 MHz enables the removal of finer particles with minimal damage.
Generator

Ultrasonic cleaner for removing submicron particles▲

W-357-1.5MPG
Single frequency oscillation
40 W
1.5 MHz
100 - 240 V AC Single phase 50/60 Hz 300 VA
4 to 20 mA current output
Alarm output
2 contacts Sensor input, Remote input
dedicated protocol
180 x 250 x 100 (including rubber feet)
2.2 kg• Variable output range: 0 W to 40 W
• Ambient operating environment: Temperature: 5 to 40°C, Humidity: 10 to 85%• Ratings of contact points for external drive:
Ultrasonic oscillation control (on control side) contact input: DC12 V AC, 18 mA or more
Alarm output (this equipment) contact capacity: DC 24V 0.5A
• Included cables: Power cable: (select from 100 V AC/2 m, 200 V AC/3 m), Control cables (5 m) x 4

22Transducer standard nozzle●High frequency of 1.5 MHz enables removal of fine particles. RS-422A communication is available.
Model No.
Oscillation mode
Rated output
Nominal oscillation frequency
Power input
Analog output
Contact output
Interface
External drive input
RS-422A communication
Dimensions (W x D x H mm)
Weight

W-357-3MPG

CE compliance is possible.
Contact us separately for details.

Measuring Instruments

W-357-1.5MPG

Model No.
W-357-04PG-TD
Flow rate
4L/minDimensions
60 x 69 x 134 mm
Nozzle diameterdia. 8mm
Weight700g• Liquid temperature range: 20 to 50 °C• Transducer: PZT• Material: Nozzle: Polypropylene (PP) and Special ceramic, Packing: Silicone rubber, Vibration plate: Tantalum• Inlet: Compatible tube (outer diameter: 13)• Cable length: Output cable 5 m

Output monitoring
RS-422A is supported, which enables external
control of output power. Output is available at
4 to 20 mA.

Processing Tools

Model No.
Oscillation mode
Rated output
Nominal oscillation frequency
Power input
Analog output
Contact output
Interface
External drive input
RS-422A communication
Dimensions (W x D x H mm)
WeightTransducer nozzle

Cleaners - High Frequency

Standard nozzle

Constant power oscillation
The transducer drive frequency tracks the oscillator
to ensure a constant voltage and current phase forthe transducer. Control is performed using constant
power, in order to maintain a stable energy supply tothe transducer. This enables the device to provide
stable ultrasonic oscillation in response to changes
in water temperature and ambient temperature.

Error detection function
Alarm output enables monitoring of generator
and nozzle abnormalities.
Disconnected cables, short circuits, power
abnormalities, excessive current, transducer
impedance abnormalities, and insufficientwater flow can be detected.

Cleaners - Benchtop

Model No.
W-357-04PG
Oscillation mode
Single frequency oscillation
Rated output
80 W
Nominal oscillation frequency
400 kHzPower input
100 - 240 V AC Single phase 50/60 Hz 300 VA
4 to 20 mA current output
Analog output
Alarm output
Interface Contact output
2 contacts Sensor input, Remote input
External drive input
dedicated protocol
RS-422A communication
Dimensions (W x D x H mm)
180 x 250 x 100 (including rubber feet)
Weight2.2kg• Variable output range: 0 to 80 W • Ambient operating environment: Temperature: 5 to 40 °C, Humidity: 10 to 85 %• Ratings of contact points for external drive:
Ultrasonic oscillation control (on control side) contact input: 12 V DC, 18 mA or more
Alarm output (this equipment) contact capacity: 24 V DC, 0.5 A■ Included cables: Power cable: (select from 100 V AC/2 m, 200 V AC/3 m) , Control cables (5 m) x 4

Removes fine contamination and prevents particles
from reattaching
No need to perform generator calibration
Maintenance is simplified by eliminating the need tocalibrate the generator when the transducer
standard nozzle is replaced by one with the same
specifications.

Cleaners - Low/Medium Frequency

Nozzle type cleaner - PULSE JET point typeHigh frequency cleaner

23

In these line type, nozzle type ultrasonic cleaners, which are mainly used for cleaning LCD glass, ultrasonic waves
are applied to a streaming curtain of cleaning liquid to remove particles. Like point type cleaners, these models
prevent particles from reattaching to the cleaned object, and they are effective for removing submicron contamination.

■Generator

Series■WDX Series

W-357LM-80

Clearance requiredfor cooling

330

Suitable for cleaning LCD glass up to 80 mm wide

150

150

148

Output power
adjustment between
10 and 110 W.
286

Suitable for cleaning LCD glass up to 180 mm wide

■WA Series

Clearance requiredfor cooling

336

The nozzle is made of polypropylene (PP), which
minimizes the generation of metal ions.

150

Output power
adjustment between
20 and 220 W.
142

W-357LM-380

Suitable for cleaning LCD glass up to 380 mm wide

150

142

170

■WSC Series / WSC(M) Series

Clearance requiredfor cooling

210

170

Clearance requiredfor cable connection

250

80

W-357LM-580

Suitable for cleaning LCD glass up to 580 mm wide
■WW-357BM-600
Clearance requiredfor cooling

Clearance requiredfor cooling

220

360

Clearance requiredfor cooling
150

80

80
W-357

BM-600143

Output power
adjustment between
40 and 440 W.

214

172

Measuring Instruments

The nozzle is made of polypropylene (PP), which
minimizes the generation of metal ions.

150

107

Output power
adjustment between
30 and 330 W.

Processing Tools

The nozzle is made of polypropylene (PP), which
minimizes the generation of metal ions.

Clearance requiredfor cable connection

400

125

W-357LM-80
W-357LM-180
W-357LM-380
W-357LM-580

338

Cleaners - High Frequency

W-357LM-180

Clearance requiredfor cable connection

462

Cleaners - Benchtop

More compact thanconventional model.

[Cleaning]

Cleaners - Low/Medium Frequency

Nozzle type cleaner - PULSE JET line typeW-357LM

Outline drawings

Outlinedrawings

Model No.
Oscillation mode
Rated output
Variable output range
Nominal oscillation frequency

W-357LM-80

300

160

■W-357BM-1200

Clearance requiredfor cooling

360

80

360

80
W-357

Clearance requiredfor cable connection

Drawings

Clearance requiredfor cooling

150

BM-1200▲

W-357LM-180
W-357LM-380
W-357LM-580
Single frequency oscillation
110 W
220 W
330 W
440 W
10 to 110 W
20 to 220 W
30 to 330 W
40 to 440 W
1 MHz
200 - 240 V AC
200 - 240 V AC
200 - 240 V AC
200 - 240 V AC
Power input
Single phase 50/60 Hz
Single phase 50/60 Hz
Single phase 50/60 Hz
Single phase 50/60 Hz
300 VA
600 VA
750 VA
900 VA
4 to 20 mA current output
Analog output
3 contacts Alarm output, Oscillation detection output, Power ON output
Interface Contact output
2 contacts Sensor input, Remote input
External drive input
MODBUS® protocol, RTU mode
RS-485 communication
Dimensions (W x D x H mm)
220 x 360 x 143 (including rubber feet)
Weight5kg• Ambient operating environment: Temperature: 5 to 40°
C, Humidity: 5 to 80% (no condensation)• Power cable length: 3 m • Outline drawing ●Page28* MODBUS is the registered trademark of Schneider Electric USA, Inc.

143

Generator▲

W-357LM-80
8L/min113 x 85 x 40
95 x 280 x 22 kg
Nozzle: SUS304
Material
Packing: Silicone rubber
Vibration plate: Tantalum
Inlet
15A(1/2B) elbow• Liquid temperature range: 20 to 40 °C • Transducer: PZT• Cable length: Output cable 5 m ● Outline drawing ●Page28

W-357LM-580
W-357LM-380
45 to 60L/min
30L/min
682 x 182 x 105
482 x 182 x 105
600 x 2400 x 2580 x 2380 x 26 kg
4.5 kgNozzle: Polypropylene (PP)
Packing: Silicone rubber
Vibration plate: Tantalum
Compatible tube (inner diameter: 11, outer diameter: 13)

W-357LM-180
18L/min
282 x 182 x 105
194 x 2180 x 2
2.7 kg■W-357LM Series
Clearance requiredfor cooling

Clearance requiredfor cooling

220

360

150

80

80

Clearance requiredfor cooling

W-357 ＬＭ

143

Generator Model No.
Flow rate
Dimensions
Nozzle diameter
Effective cleaning area
Weight300

Optional parts

Transducer nozzle

300

160

300

(Unit: mm)* Actual product dimensions may vary slightly from those provided here.

24

25

Outline drawings

Outlinedrawings■Transducer unit

■Transducer unit

■N type Immersible type

■SH TYPE
A

A

B

D

E

G

Transducer Unit Model No.
SH06-DX1
SH12-DX1
SH06-DX2
SH06-28A
SH06-40A
SH12-28A
SH12-40A

F

A

B

C

D

E

F

G

580

310

406

370

250

250

250

710

360

405

500

300

250

250

580

310

406

370

250

250

250

580

310

406

370

250

250

250

580

310

406

370

250

250

250

710

360

405

500

300

224

250

710

360

405

500

300

224

250

* The positions of parts such as drains, cables, and handles may varydepending on the model. Contact us for details.

C

Cleaners - High Frequency

25

E
230
330
230
230
230
330
330
230
330
230
330

D
280
320
280
280
280
320
320
280
320
280
320

C
100
100
75
100
75
100
75
100
100
75
75

B
200
300
200
200
200
300
300
200
300
200
300

A
350
420
350
350
350
420
420
350
420
350
420

Tank type with heater

Cleaners - Benchtop%(

Transducer Unit Model No.
N06-DX1
N12-DX1
N06-DX2
N06-28A
N06-40A
N12-28A
N12-40A
NST-28SC
NHP-28SC
NST-40SC
NHP-40SC

Cleaners - Low/Medium Frequency[Cleaning]

4-φ10
30

SUS304 90° elbow&■W-357BM Series

F TYPE Vibration plate typeW-357BM-600

W-357BM-1200

245

Tank opening205

220

Stud bolt

Effective cleaning
area135
Tank opening210

S TYPE Tank typeW-357BM-600

W-357BM-1200

G
250

550

350

402

500

300

250

250

422

302

405

370

250

250

250

422

302

405

366

246

248

248

422

302

405

366

246

248

248

550

350

402

500

300

224

250

550

350

402

500

300

224

250

* The positions of parts such as drains, cables, and handles may vary dependingon the model. Contact us for details.

296

Effective cleaning
area160

F
250

Effective cleaning
area135

Effective cleaning
area135248

55

Effective cleaning
area135

442

252

E
250

40

D
370

372

C

C
405

Optional parts

G

F

B
302

252

E

A
422

40

D

Transducer Unit Model No.
S06-DX1
S12DX-1
S06DX-2
S06-28A
S06-40A
S12-28A
S12-40A

Drawings■S type Tank type

236

496

Effective cleaning
area160

D

276■W-357BM Series
302

B

Stud bolt

Effective cleaning area272
Tank opening315* Contact us for details when transducer cover is attached.

A

24

3

336

C

D
80
80
57
80
54
80
54
68
68
54
54

65

355

372

B

C（t）
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0

B
240
340
240
240
240
340
340
240
340
240
340

24

Measuring Instruments

A
390
460
390
390
390
460
460
390
460
390
460

Transducer Unit Model No.
F06-DX1
F12-DX1
F06-DX2
F06-28A
F06-40A
F12-28A
F12-40A
FST-28SC
FHP-28SC
FST-40SC
FHP-40SC

Tank opening180

A

Effective cleaning area160■F type Vibration plate type3

65

Processing Tools

250

Effective cleaning area154

D(Unit: mm)* Actual product dimensions may vary slightly from those provided here.
26

27

Outline drawings

Outlinedrawings[Cleaning]

Ultrasonic processing tools■Transducer nozzle■W-357LM-80■W-357LM-180
282
220
160

Using ultrasoundin power tool applications

113

Nozzle

2

25

15
60

Nozzle

132
162
182

60

2

2-φ7

32
4-φ7

● Longitudinal waves are generated in a gas or liquid, while waves such as

longitudinal, transverse, torsional, or surface waves may be generated in a solid● High sound pressure and strong power density are generated with small

vibrational displacement● A higher amplitude increases the transmission distance for ultrasonic waves atthe same frequency

Nozzle194

Nozzle■W-357LM-380

Cutting

Welding

page30

page31

▼

482
420
200

Nozzle

132
162
182

2

▼

95

● Transmits more easily through higher density media (gas < liquid < solid)

65

46

4

105

22

100

Ultrasonic waves can be used in power tool
applications by transmitting the vibrationalenergy through a medium (liquid, solid, orgas). This is called "high-power ultrasound".
Typical application examples include
cleaning, cutting, and welding.

Characteristics of ultrasound

4-φ7

100

100

400

65

46

4

105

22

100

Nozzle■W-357LM-580
682
620
150

150

Nozzle

132
162
182

2

Cutting

Welding

When ultrasonic vibration is applied to a blade, theWhen ultrasonic vibration is repeatedly applied to thefriction between the blade and the cutting surface ismaterials of two surfaces that are touching each other,

reduced, dramatically increasing the cutting ability.

frictional heat is instantly generated between the two
surfaces, causing them to soften and weld together.

6-φ7

100

100

100

100

105

46
65

4

22

100

600

Nozzle(Unit: mm)* Actual product dimensions may vary slightly from those provided here.
28

29

Ultrasonic cutter

Ultrasonic welder■Ultrasonic cutting

Cleaners - Low/Medium Frequency

Cutting with ultrasonic vibration
When ultrasonic vibration is applied to a blade, the friction between the blade and the workpiece is reduced. As aresult, less physical force is reguired when cutting the workpiece.
* If the blade is not capable of cutting the material by itself (without ultrasonic vibration), it will not be able to cut the material when ultrasonic vibration
is applied.

Equipped with a super high mode!
High-end ultrasonic cutter model

Ultrasonic cutter

ZO-91• Application of our newly developed ultrasonic transducers• Enables power switching in 3 levels (S-High/High/Normal)• Work can easily be performed using the foot switch.
• The hand piece can be switched, reducing replaced so that the time to exchange the blade is reduced.*

AC adapter

Power Source

Max. power consumption
Ambient temperature
Main unit:
Handpiece:

Dimensions (W x D x H mm)
Handpiece cable

Main unit(Generator):
Hand-piece:

Weight■AC adapter

Max. power consumption
Ambient temperature

ZO-95
40 kHzINPUT : 100-240 V AC 50/60Hz
OUTPUT： 12 V DC
Max. 110 VA
C (No condensation)
Temperature: 10 to 35 °185 x 169 x 55
φ28 x 150 (including blade)
1.6 m (straight cable)
Approx. 1.2 Kg
Approx. 350g (including hand-piece cable)

Dimensions (W x D x H mm)

Main unit:
Handpiece:

Handpiece cable
Main unit(Generator):
Hand-piece:

Weight■ZO-91
40 kHzINPUT : 100-240 V AC 50/60Hz
OUTPUT： 12 V DC
Max. 85 VA
C (No condensation)
Temperature: 10 to 35 °173 x 89 x 76
φ32 x144 (including blade)
1.6 m (straight cable)
Approx. 300 g
Approx. 70 g (including hand-piece cable)

Included accessories: BDC-200P (1 case of 40 replacement blades *Blades with holes cannot be used), Blade fixture ZH04 (1 pc),
Blade fixing screws HB03 (3 pcs), Hexagon wrench RR02 (1 pc), AC adapter (1 pc)

Main applications and usage examples• Gate cutting and deburring plastic, small objects,
and parts• Cutting plastic models• Cutting films, sheets, cloth, etc.
• Cutting substrate patterns

Included accessories: BDC-200P (1 case of 40 replacement blades *Blades with holes cannot be used), Blade fixture ZH04 (1 pc),
Blade fixing screws HB03 (3 pcs), Hexagon wrench RR02 (1 pc), AC adapter (1 pc),
Torque screwdriver ZH25T(1 pc), Foot switch ZH801(1 pc)

Main applications and use examples• Plastic, accessories, gate cutting of parts, deburring• Cutting plastic models, etc.
• Cutting film, sheets, cloth, etc.
• Cutting substrate patterns

Cleaners - High Frequency

Power Source• Equipped with new TAF™ circuit that adds power when cutting is difficult!
• Able to select Normal mode or High mode.
Model No.
Oscillation frequency*Purchase of an option hand piece is required

Model No.
Oscillation frequency

Standard model ultrasonic cutter
with user-friendly design

Cleaners - Benchtop

ZO-95

Ultrasonic cutter

Resin and plate thickness that can be cut(approximate)• Resin: ABS, PP, PET, acrylic• Board thickness: 3 mm or less(depending on blade and material)

Processing Tools*1 The included power cable complies with regulations and safety standards in Japan (100 V).
If you intend to use this product outside Japan, purchase and use a power cable that complies with the relevant regulations
and safety standards of your country or region.

Resin and plate thickness that can be cut (approximate)• Resin: ABS, PP, PET, acrylic• Board thickness: 3 mm or less (depending on blade and material)■Ultrasonic welder

SONAC-37
Sonic sealer

Standard blade（HA04）
Material: SK-2

Carbide blade（HA07）

30°

30°
7

Model No.
Rated output
Nominal oscillation frequency
Power input
Dimensions (W x D x H mm) Main unit:(excluding protrusions) Handpiece:
Weight

t=0.4

4

30°

4

4

30°
7

18

t=0.4

Zirconium ceramic standard blade（ZH48）

Material: Tungsten carbide

Material: Zirconium ceramic

Included accessories: Welder clasp (YK01)• Transducer: Bolt-clamped Langevin type transducer• Effective welding range: 6 x 3 mm
• Output cable length: 0.5 m (curled cable)

25

t=0.4

Long blade（ZH10）*1
Material: SKH

t=0.4

R15

Round tip blade（ZH09）
Material: SKH

4

4

4
4

Material: SKH

13

t=0.4

45°
25

* A hole is created in the package
when the seal is broken,
making it easy to recognize whether or not
the package has been opened.

• Protective equipment: Thermostat, Empty welding prevention function• Power cable length: 1.5 m• Option: Welder clasp (YK02) ●P45

Optional parts

Square blad（ZH41）*1

For creating a tamper-evident seal (YK02)

▲

11
t=0.4

Standard (YK01)■* Superior wear resistance, used in a wider
range of applications than steel* Not electrically conductive or magnetic

25

SONAC-37
20 W
57 kHz100 V AC 50/60 Hz 30 W
70 x 220 x 165
32 x 125 x 49
920 g

Drawings

30°
7

18

t=0.4
30°

Facilitates packaging operations withsafe, energy-saving, eco-friendly design• Ultrasonic vibration (approx. 60,000 cycles per second) enables safe and easy welding.
• The lightweight, compact handpiece is easy to use, and it fits into the unit for storage.
• No metal staples are used, which removes the risk of product contamination and eliminates the need toseparate the waste materials after use.
• Durability is improved with empty welding prevention function.

Ultrasonic cutter blade selection
18

Measuring Instruments

Portable ultrasonic welder

Using the vibrational energy of ultrasound for welding.
Ultrasonic vibration generates frictional heat on objects at the point of contact, and the heat causes the material
to melt and become welded.
No preheating is required, so the welder can be used as soon as it is turned ON. The lack of a heat source also
makes it very safe to use. In addition, ultrasonic welders are well-suited for use in food packaging applications,because the absence of metal staples and adhesives eliminates the concerns for product contamination.

Main applications and usage examples• Food packaging (OPS, A-PET)• Blister packages• Temporary tacking of synthetic clothing• Industrial film

• Sealing of plastic bags
• Resin tape (tags, garden tape)25

Round tip blade（ZH42）*1• Welding examples

Material: SKH* Popular option for hole cutting processes*1 The effective length of the blade is 11 mm shorter when installed in the handpiece.
Food packaging
30

Non-woven cloth

Plastic bag

Net packaging
31

Cleaners - Low/Medium Frequency

Distance measurement using ultrasonic waves

Ultrasonicmeasuring instruments● The speed of sound is slower than that of radio waves and light, so

measurement results are more accurate. Ultrasound is particularly
useful when performing measurements in a solid or medium with low
light transmittance, or when measuring distance to a transparent

The ultrasonic level meter makes use of the phenomenon in which ultrasonic waves are reflected on liquid surfaces and measures the distance from the ultrasonicsensor to the liquid surface. Using this technology, the liquid quantity within the tank and the amount of remaining raw materials can be managed.
For liquid quantity management, the liquid quantity can be calculated based on the calculation results from the distance (L) from the ultrasonic sensor to the bottom of
the tank provided in advance and the distance (I) to the liquid surface.
The measurement methods include (1) a method that makes use of reflections on the liquid surface from air and (2) a method to use reflections on the border of the gas
by sending ultrasonic waves from the bottom surface. At factories and plants, the method is applied to control inflow and outflow quantities to and from the tank by
calculating the rising and dropping of the liquid surface in real time. (3) As with the liquid surface, reflecting signals of ultrasonic waves can be detected from powder as
well, and can be used to manage the remaining quantity of raw materials, etc. Using the signal output by the level meter, the inflow and outflow of liquids to and fromthe tank can be controlled using a pump, preventing risks of falling when performing manual measurements at high places.

object that does not reflect light.
● Ultrasonic wavelengths are shorter and have better directivity thanthose at audible frequencies.

①

Ultrasonic sensor②③

Ultrasonic sensor

Cleaners - High Frequency

Ultrasonic waves can be used in information processing
applications by transmitting signals from an ultrasonicsensor through a medium (liquid, solid, or gas).
Typical application examples include level meters, andflowmeters.

Characteristics of ultrasoundLevel meter

Cleaners - Benchtop

Using ultrasoundin information processing applications

The distance to an object can be measured by applying ultrasonic waves and measuring how much time it takes to bounce back.

● Attenuation of ultrasonic waves is greater than that of audible

frequencies, so the waves tend to travel shorter distances.

Liquid surface
Liquid surface

Level meter

Ultrasonic sensor

page38▼▼ ▼■Interface level measurement

page34

Bottompage36

Processing Tools■Non-contact level measurement

BottomFlowmeter

Interface level meter

Ultrasonic sensor
Liquid surface
Interface

Measuring Instruments

Since ultrasonic waves reflect on the border surface of mediums, measurements of border surface levels, that may be splitin 2 levels in the tank can be performed.
Ultrasonic waves are output from a sensor set underwater and reflected from the border surface. The height of the bordersurface is calculated by the time the reflected wave is received.
Measurement is possible without disrupting the formed sludge surface since measurements are performed without comingin contact with sediments such as sludge. Also, border surface level measurement in unclear treated water with low lighttransmission is possible.
Slurry discharge pump operation can be controlled using measurement data of the border surface level meter. Also, it isuseful when determining the timing to inject flocculants (pac) since the sludge subsidence state can be confirmed.

BottomMeasurement of liquid flow velocity using ultrasonic waves
Liquid flow velocity is measured using ultrasonic waves, enabling calculation of the flow rate using that flow velocity.
Drawings

Flowmeter

32

Level meter

Flowmeter■Non-contact level measurement
There is no physical contact between the sensor andsurface, enabling continuous measurement of tanklevels even under dusty conditions.
■Interface level measurement
The interface level can be measured in cloudy sewage
water or in deep tanks, without dropping the sensor
down to the sediment layer.

Ultrasonic waves are used to measure the fluid
velocity, which is then used to calculate the flow rate.

Ultrasonic（A to B）

Ultrasonic sensorB

Ultrasonic（B to A）

Optional parts

The ultrasonic flowmeter has the following characteristics
Water current●The ultrasonic sensor does not come in contact with fluids to be measured
Ultrasonic sensorA●No pressure loss since there are no structures in the piping●A wide range of measurements from low flow velocity (several centimeters per
second) to high flow velocity (several tens of meters per second) can be
performed●To increase the measurement precision, straight pipe parts are required before and after
The transmission time difference method is applied as the main measurement method.

Transmission time difference type ultrasonic flowmeters calculate the flow rate by calculating the flow velocity from the time difference achieved by measuring thetransmission time of the ultrasonic wave emitted from the upper stream that is received at the lower stream (route A to B) as well as the transmission time from thelower stream to the upper stream (route B to A) using ultrasonic sensors that are placed on the upper stream (A) and lower stream (B) of the flow.
Since the transmission time difference method uses transmission of ultrasonic waves, it is optimal when measuring clean fluids with a small amount of bubbles andfloating matter as well as minimal ultrasonic wave attenuation.
For example, it is applied to equipment that perform flow rate management of chemical liquids for semiconductor manufacturing equipment and water processing.

33

Ultrasonic level meter / Ultrasonic level meter

Low-cost model with two-wire system, featuring a graphic LCD display• Two-wire system reduces the cost of installation, wiring, and operation• Graphic LCD display shows the A-mode waveform• When performing measurements, masking can be applied to objects positioned between the sensor and target

HD1200Equipped with DSP that achieves stable measurement

Main applications and usage examples• Management of liquid level in tanks• Management of sewage level inside pipes• Measurement of water level in lakes, ponds, and rivers

Accuracy
Data update cycle
Sensor directivity angle
Power source

VoltagePower consumption

Display size
Output4 to 20 mA current output

Ambient operating temperature
Material
Protection standard
Dimensions
Wiring cable length
WeightMounting screws (former JIS)

Main unit (Sensor)-20 to +70 C
PP (Polypropylene)
IP65 equivalent (Without lid: IP20 equivalent)dia. 93 x 110 mm
10 m
350 g
G2 (PF2)

Model No.
Number of channels
Frequency
Measurement target

HD12002
10 to 60 kHz（selected according to sensor specifications）
Liquid/powder
1 mm
Measurement
Resolution
1 mm
Display
Accuracy±0.25% F.S.
Approx. 2 sec (varies depending on sensor specifications)
Data update cycle
100 V - 240 V AC ±10%
VoltagePower source
10 VA
Power consumption
Display
LCD display (with backlight)
4 points per channel
Alarm output
250 V AC, 5 A (relay contact)
OutputResolution: 12bit
4 to 20 mA current output(Max. load resistance 600Ω）
RS485（Transmission distance: Max. 1200 m）
Interface
RS232C（Transmission distance :Max. 10 m）
External memory
microSDTM

What is a two-wire system?
A two-wire system supplies electric power through the dataline, so that the electrical wiring can be performed with only
two lines (the power + data wire, and the ground wire).

■TS40T-5

Use resin nuts, flanges, etc. for installation.
Do not use metal nuts, flanges, etc. Doing so may cause measurement errors.

■TS40-5

Model No.

TS40-5Frequency
Measurement distance range (1/2 for powder)

Low-cost DSP level meter■ Application inlarge capacity weir

HD1200-20 to 70 C
ABS
IP66 equivalent
176 x 84 x 237
1.8 kgModel No.
Ambient operating temperature
Material
Structure
Dimensions (W x D x H mm)
WeightNote: Weir type flowmeter is available for CH1 only.
* microSD™ is the trademark or registered trademark of SD Card Association.

Sensor

TS40T-5

40 kHz0.3 to 15 m°-6 dB）
22（
16（°-3 dB）

0.3 to 20 m°-6 dB）
12（
8（°-3 dB）

Sensor directivity angle
Ambient operating temperature
Material
Structure
Dimensions
Sensor cable length
WeightSensor mounting screws (former JIS)• Graphic LCD display shows the A-mode waveform• Wide measurement range, from 0.3 to 10 m
• When performing measurements, masking can be applied to objects positioned between the sensor and target• Remote operation is enabled with RS-485 (MODBUS® protocol), 4 to 20 mA current output, and alarm output
contact points■ Measurement of
powder level

Measuring Instruments

HD353-A■ Measurement ofliquid level

Processing Tools

DisplayHD323
1
50 kHzLiquid0.25 to 7.5 m
1 mm
1 mm
±0.25% F.S.
（±18.8 mm）
10 sec14（-6 dB）
10（-3 dB）
24 V DC ±10%
0.6 W
Graphic LCD
HD320: LCD（28.1 x 9.1 mm）
HD323: LCD（50 x 25 mm）
Resolution: 12 bits
(Max. load resistance 500Ω, 24 V)■ Management of river water level• Management of liquid/powder levels in tanks• Measurement of water level in lakes, ponds, and rivers• Weir type flow measurement

Cleaners - High Frequency

Model No.
Number of channels
Frequency
Measurement target
Measurement distance range
Measurement
Resolution
Display■ Measurement of liquid level

Main applications and usage examples• A unique level detection algorithm is achieved with
DSP, which enables stable measurement byeliminating the effects of noise and unwanted
reflection• Two sensors can be connected to the main unit at
the same time, so measurement can be
performed at two separate locations with different
measurement ranges• Log data can be stored on a micro SD™ card
• Standard-equipped with a weir type flowmeter
function

Cleaners - Benchtop

HD323

Cleaners - Low/Medium Frequency■Ultrasonic non-contact
level measurement-20 to 70 C
PVDF
IP68 equivalentdia. 98 x 87 mm

Epoxy/silicone/PP
IP68 equivalentdia. 84 x 90mm
5m

860 g
G1（PF1）

500 g
R1（PT1）• The sensors cannot be used in a hydrofluoric acid environment.
* Contact us if sensor cable extension is required.

Main applications and usage examples
Drawings• Management of liquid/powder levels in tanks• Measurement of water level in lakes, ponds, and rivers
Model No.
Number of channels
Frequency
Measurement target
Measurement distance range (1/2 for powder)
Measurement
Resolution
Display

Sensor directivity angle
VoltagePower source
Power consumption
Display
Display size
Alarm output
OutputInterface

4 to 20 mA current output

Use resin nuts, flanges, etc. for installation.
Do not use metal nuts, flanges, etc. Doing so may cause measurement errors.

34■Option●Main unit (Sensor)-20 to +70 C
PP（Polypropylene）
IP65 equivalent (Without lid: IP20 equivalent)dia. 93 x 110 mm
10 m
350 g
G2（PF2）30 m cable (HD-002) ●Ｐ41

Ultrasonic level meter selection guide▲

Data update cycle

Ambient operating temperature
Material
Protection standard
Dimensions
Wiring cable length
WeightMounting screws (former JIS)

Optional parts

Accuracy

HD353-A
1
50 kHzLiquid/powder
0.3 to 10 m
1 mm
1 mm
±0.25% F.S.
（±2.5 cm）
0.5 sec
14（-6 dB）
10（-3 dB）
12 V - 24 V DC ±10%
3W
Graphic LCD
HD350: LCD（28.1 x 9.1 mm）
HD353: LCD（50 x 25 mm）
1 point each for upper/lower
Resolution: 12 bits
(Max. load resistance 500Ω)Transmission distance: Max. 1200 m

Measurement distance
0m
HD320/HD323 0.25

HD350-A/HD353-A 0.3* MODBUS is the registered trademark of Schneider Electric USA, Inc.

2m

5m

10 m

20 m

7.5

10

HD1200（TS40-5） 0.3
HD1200（TS40T-5） 0.3

20
15

30 m

Integrated type

Weir type flow ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・（P34）
measurement

Integrated type

RS485

2CH
Chemicalresistance

Weir type flow
measurement

2CH

Weir type flow ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・（P34）
measurement

RS232C

RS485

microSDTM

Weir type flow
measurement

RS232C

RS485

・・・・・・・・・・・・・・（P35）

microSDTM

・・・
（P35）

* Please select the model that the desired measurement distance is around the middle of covering range.
35Ultrasonic interface level meter[Measuring]

Cleaners - Low/Medium Frequency■Ultrasonic interface
level measurement

Outline drawings

Outlinedrawings■HD320・HD323・HD350-A・HD353-A

Enables stable measurement of sludge interface in sedimentation tanks

Ultrasonic interface level meter

φ93

70
110

• Non-contact measurement is performed with a stationary sensor, which eliminates the risk of the sensor interferingwith the rake. The sensor also does not disturb the interface, enabling long-term stable measurement• Distances of 0.4 to 10 m from the sensor transmission surface can be measured• Two sensors can be connected to the unit at the same time, so interface measurements can be performed at two
locations (The second sensor is optional)

Cleaners - Benchtop

HL2000■Main unit (Sensor)

Main applications and usage examples

Measurement
Display

Data update cycle
Sensor directivity angle(half of full angle of sound pressure)

100 m*
2.2 kgMaterial

Painted steel
IP54 equivalent
280 x 92.5 x 322

Max. sensor cable length

6

Weight* Contact us if sensor cable extension is required.

■Option●

φ56

G2(PF2)■HD1200■Main unit

Cleaning nozzle■TS40-5
60

84

153

30

Processing Tools

176

80

Voltage─

3.6 kgMain unit-10 to 60 C

Structure
Dimensions (W x D x H mm)
Sensor cable length

100 V - 240 V AC ±15%
10 VAPower consumption
LCD display (with backlight)
Display
2 points each for upper/lower channel
Alarm output
250 V AC, 30 V DC, 5 A (relay contact)
OutputResolution: 16 bits, 1 point per channel
4 to 20 mA current output（Max. load resistance 450Ω）
RS232C（Transmission distance: Max. 10 m）
Interface
Power source─sensor
-5 to 60 C
Case: PVC
Cable: PVC
IP68 equivalentdia. 80 x 95
20 m

Ambient operating temperature

φ7 x 5m

Resolution

HL20002
400 kHz
Sludge interface
0.4 to 10 m
1 cm
1 cm
1 sec

φ84

Model No.
Number of channels
Frequency
Measurement target
Measurement distance range

Cleaners - High Frequency

40• Management of interfaces in sedimentation tanks at industrial wastewater treatment facilities• Management of interfaces in sedimentation tanks at sewage treatment facilities

237

237

R1
（PT1）

100

■TS40T-5

Concept
Sensor cleaning procedure

Supernatant
layer(water)Echo fromsludge interface
Echo fromrake

Sediment
layer(sludge)

Rake

●

30

70

φ98
φ84.5

Oscillation line

6-φ4.2

Contamination on the sensor surface interfereswith sludge interface measurement. Use thecleaning nozzle to keep the sensor clean.

●25

φ7 x 5m

57

SensorMeasuring Instruments

Ultrasonic interface level meter concept and application example

G1
（PF1）

Constantly supply water to the cleaning nozzle.
(The recommended flow rate is 20 L/min.)Sensor mounting pipe

Drawings

HL2000 Display screen■HL2000■Main unit

Sedimentation tank

Application example■Sensor
280
260

92.5

65

30

(96)

φ80

φ7 x 20 m

Cleaning nozzle

G1 1/2

322
222

Center of sedimentation tank
(30)

Outer wall of sedimentation tank

Optional parts

Sensor (PVC)

4-φ9

Water surface
●

1m

1m

Make sure that there are no obstacles
within a 1 m radius of the sensor.

Sensor36

37

Ultrasonic flowmeter

HLF800
Series• Stable flow measurement is achieved with our unique signal arithmetic processing method performed by a digital signal processor (DSP)• The ability to use two channels saves space and improves cost effectiveness• Wiring work is simplified with detachable sensors and cables• With no moving parts in the flow path, there is minimal pressure loss
• The use of NEW PFA on all liquid contact surfaces provides high corrosion resistance,
which is suitable for measuring the flow rates of DIW or chemical liquids• Complies with EMC (EN 61326) and RoHS directives• Able to select from models with a display (HLF820) or without a display (HLF810)

Anti-bubble performance comparison of HLF810 (DSP) and conventional model (analog processing)Infusion of bubbles

900

800

700

600

HLF810 (DSP) performs stablemeasurement even when theliquid contains bubbles!

500

400

Main applications and usage examples

HLF810100

Conventional model

0
00:00

00:05

00:10

00:15

00:20

00:25

■Two different sizes of sensors can beconnected to the same converter
space and improves cost performance, by enabling flow rates

Power source

to be measured at multiple locations. The sensors can be

Display

used to measure the flow rates of different fluids, or different

Digital input

sizes of sensors can be connected.

VoltagePower consumption

Case material
Ambient operating temperature
WeightInstallation method

liquid contact surfaces are made of NEW PFA, which provides
excellent chemical resistance. Our self-developed transducers
enable flow measurement at high temperatures of up to 200°C(K type). *The maximum temperature for the 04 size model is 180°C.

Setup is simplified with cables that can be detached from thesensor unit
before installation, and then reattached later.

■RS-485 enables remote monitoring via
computerWith the standard-equipped RS-485 communication function,
the dedicated control software (HLF800 Monitor) can be used
on a computer to set the parameters and monitor the flow rate
data remotely.

* MODBUS is the registered trademark of Schneider Electric USA, Inc.

SensorModel No.
Measurement target
Flow rate measurement range
Connection tube size
Measured flow rate

Accuracy *1
Flow rate accuracy

HLFS01-04

HLFS01-08
HLFS01-12
Ultrapure water/Deionized water/Chemical liquids
0 to 20 L/min
0 to 6 L/min
0 to 50 L/min
1/2"
3/8"
3/4"
2000 to
4.3 to11.8 to
0 to less than
0 to less than
0 to less than
6000mL/min
20L/min
50L/min2000mL/min
4.3L/min
11.8L/min±20mL/min±1% R.D.
±43mL/min±1% R.D.
±118mL/min±1% R.D.
C) / 0.2MPa (90 to 200°
C)
0.5MPa (0 to 90°C
0 to 90 °C
0 to 200 °C
0 to 80 °NEW PFA
130 g
110 g
160 g
0.1146
0.69370.0138
HLFS01-06

0 to 2 L/min
1/4"
800 to0 to less than
2000mL/min
800mL/min±8mL/min±1% R.D.

Max. operating pressureStandard type
Fluid temperature
High-temperature type
Ambient operating temperature
Liquid contact surface material
WeightPressure loss factorC
0 to 180 °90 g
3.7863

HLFS01-16
0 to 80 L/min
1"
20 to
0 to less than
80L/min
20L/min±200mL/min±1% R.D.
*2
―

220 g
0.0033*1 deionized water at 20 °C Repeat accuracy in our testing environment*2 0.5 MPa (0 to 60 °C) / 0.2 Mpa (60 to 200 °C)

Pressure loss

⊿P=AQ2⊿P: Pressure loss[kPa]

A: Pressure loss factor (DIW at 20°C)

Connection cable between converter and sensor
Model No.
Material
LengthWeight

Q: Flow rate[L/min]

HLFS01 cable 5 m

HLFS01 cable 7 m
ETFE
7m
210 g

5m
150 g

Type name and specifications

H L F S 0 1 - ○ ○ △ □ Applicabletemperature

None: Standard, 0 to 90°C
K: High-temperature, 0 to 200°C (or up to 180°C for 04 type)

Shape U: U-shape Z: Z-shape

Connection tube size
38

230 g
Panel mount

Optional parts

Cable lengths of 5 m or 7 m can be selected.

130 g
DIN rail

Drawings■Detachable cables enable easy
installationABS
0 to 50 C（No condensation）

Measuring Instruments

provides excellent visibility. (HLF820 only)

diversity of chemicals at a wide range of temperatures. All

01:00

Open collector output (Max. 35 V/0.1 A), 2 points
Selectable from comparison, integrated pulse, instantaneous frequency, or error output
RS485 (MODBUS® protocol, RTU mode)
Up to 32 converters can be concatenated (Address setting: 1 to 32)
Baud rate: 9600,19200,38400,57600bps

Digital output
Interface

Suitable for use in recent applications that incorporate a

00:55

Open collector input or non-voltage contact input, 2 points
Selectable from integrated value reset or zero-point adjustment
2 points
Resolution: 12 bits （Max. load resistance 600Ω）

4 to 20 mA current output

The vacuum fluorescent display (VFD)■Supports measurement ofhigh-temperature chemical liquids

00:50

HLF820
HLF810Measuring propagation time difference between sending and receiveng ultrasonic wave
±1% F.S. (DIW at 20 C)
0.01 sec
24 V DC ±10%（21.6 to 26.4 V）
5W
4WーVacuum fluorescent display (VFD), 16 characters x 2 lines

Output■Equipped with VFD display

00:45

Processing Tools

The ability to connect two sensors to one converter saves

00:40

Patented

Converter

Model No.
Measurement method
Accuracy
Data update cycle

00:35

Time (min:sec)* The data in the graph has been offset to improve readability.
Converter HLF820

00:30

Cleaners - High Frequency• Measuring the flow of deionized water or ultrapure water for semiconductor manufacturing processes• Managing the flow of highly corrosive chemical liquids used in chemical treatment processes• Measuring the flow of slurry liquids for chemical mechanical polishing (CMP) processes

Cleaners - Benchtop

Converter HLF810

Equipped with a digital signal processor
that enables high-precision, stable flow measurement
Flow rate (mL/min)

Ultrasonic flowmeter

1000

Cleaners - Low/Medium Frequency■Ultrasonic flow
measurement

04: 1/4″
06: 3/8″
08: 1/2″
12: 3/4″
16: 1″* See table above for flow rates
39

Outline drawings[Measuring]Transducers - Piezoelectric ceramics Bolt-clamped Langevin type transducers

＋0.5
45ï

87

107

90
11

At least 150 mm of space is required behind the panel

48

For
processing
equipment

B■Sensor (HLFS01)
U-shape

Element contracts when negative
voltage is applied at top andpositive voltage is applied at bottom

Element expands when positive
voltage is applied at top and negative
voltage is applied at bottom

Pressure is appliedV

Cleaners - High Frequency

26

96

Positive (+) ion

Cleaners - Benchtop

Thickness of mounting panel is 1 to 6 mm
It is necessary to consider the strength of themounting panel material＋

4-R0.5Using piezoelectric
ceramics in ultrasoniccleaners

−

＋0.5
92ï

＋

Dimensional drawing of mounting holes

9＋■Converter (HLF820)

115

Negative (-) ion−■Converter (HLF810)

Ordinary sound is generated by the vibrations that occur
when an object is struck. However, a special method isrequired to generate high frequency sound such as
ultrasound. By attaching electrodes to a vibration element(ceramic) and applying AC voltage, the element expands
and contracts repeatedly to generate vibrations that
produce ultrasound. Conversely, when pressure isapplied to the vibration element, voltage is generated
between the electrodes. This phenomenon is called thepiezoelectric effect, and this type of element is called anelectro-acoustic conversion element or transducer.
Piezoelectric ceramics are polycrystalline ceramics thatconsist of high-purity powders (titanium oxide, bariumoxide, etc.) sintered at high temperatures. Whenpolarization treatment is applied, this type of ceramicacquires the same piezoelectric properties exhibited bysingle-crystal materials such as quartz. These
piezoelectric ceramics have unlimited potential for use inelectronics and ultrasonic sensors.

−■HLF810/820
7Transducers
Cleaners - Low/Medium Frequency

Outlinedrawings

G

Size andshape

Z-shapeB

E

5F

Our strong point
Honda Electronics produces transducers frompiezoelectric ceramic materials. Our unique self-developed
transducers are designed and manufactured to achieve
optimum performance with excellent quality, low cost, andquick delivery, and they are incorporated into our own
ultrasonic products.

D

C

C

4-φ4.5F

A

4-φ4.5Material

Additional
functionsEL

Own design andproduction

Measuring Instruments

L

A

Ultrasonic
power

Processing Tools

D

G

B

G

Transducer design based on FEM analysis
B

G

E

F

D

5

C

4-φ4.5C

D

Drawings

AF

L

4-φ4.5A

E

L

4-φ4.5The shape and performance of ultrasonic transducers are optimized to suit the application* HLFS01-16 only

Model No.

A

B

C

D

E

F

G

HLFS01-04
HLFS01-06
HLFS01-08
HLFS01-12
HLFS01-16

138
145
178
184
192

80
80
110
110
110

80
100
100
100
100

24.5
24.5
24.5
24.5
31.5

32
32
32
32
36

40
40
40
40
44

1/4"
3/8"
1/2"
3/4"
1"

Optional parts

Variety of specially designed ultrasonic transducers* HLFS01-16 only

Ｌ
94.6
101.6
134.6
140.6
148.2
(Unit: mm)

Special material

Special shape

Special processing

HEC-1540P4HFD

HEC-1560P2HFE

HC-2024* Actual product dimensions may vary slightly from those provided here.
40

41

■Using piezoelectric ceramics in ultrasonic cleaners

Using piezoelectric ceramics in ultrasonic cleaners
HEC-45282

Piezoelectric ceramics are mechanically connected in series, which makes them robust and capable of high-amplitude
oscillation without damage. In addition, due to the high electro-acoustic conversion efficiency and low heat generation,
stable operation is achieved even at high temperatures.

WeightDiameter

Length

(g)

(mm)

(mm)

HEC-45282

395

45

80

M10 P1.0

HEC-60282

410

60

68

M10 P1.0

HEC-45402

225

45

54

M10 P1.0

Model No.

HEC-45402

Bolt size

Impedance

28

Measurement
voltage(Vrms)
1.0

28

1.0

40

1.0

Frequency(kHz)

35 or lessElectrostatic
capacity(pF)
3300

Allowable
input power
(W)*1
50

35 or less

3300

50

35 or less

3300

50

£

■HEC-45282■HEC-60282■HEC-45402*1 Reference power value.

(Measurement condition : Room temperature 25±3°C)

Cleaners - High Frequency

brand nameLead-free type

LEAD OFFTM
Impedance

28

Measurement
voltage(Vrms)
1.0

M10 P1.0

28

M10 P1.0

38.5

WeightDiameter

Length

(g)

(mm)

(mm)

HEC-45282Z

395

45

80

M10 P1.0

HEC-45284Z

405

45

85

HEC-45382Z

270

45

60

Model No.

PZT type

Cleaners - Benchtop

PZT type[Transducers]

Cleaners - Low/Medium Frequency

Bolt-clamped Langevin type transducers

HEC-60282

Outline drawings

Outlinedrawings

Bolt size

Frequency
(kHz)

75±25

Electrostatic
capacity(pF)
1300

Allowable
input power
(W)*1
50

1.0

40±20

3300

50

1.0

70±25

1300

50

£

brand name

LEAD OFFTM

Lead-free type

■HEC-45282Z■HEC-45284Z■Using piezoelectric ceramics in processing equipment■HEC-45382Z

HEC-1340P4BF

HEC-1540P2BF

HEC-1560P4B

HEC-2528P2BF

HEC-3028P4B

HEC-3039P4B

HEC-4020P4B

HEC-4027P4B(Measurement conditions: Room temperature 25±3°C)"LEAD OFF" is Honda Electronics' brand name of lead-free piezoelectric ceramics.
◆Installation torque for each vibration plate thickness
Installation torque (N・m)*2

1.0〜1.55

1.6〜2.08

2.1〜3.0

10

Processing Tools

Vibration plate thickness (mm)*2 The installation torque values are for reference only.

HEC-3020P2B

HEC-4028P4BH

HEC-5020P4B

HEC-3028P2BF

Measuring Instruments

HEC-2528P4B

Using piezoelectric ceramics in processing equipment
Our original structural design achieves high-amplitude oscillation with a high electro-acoustic conversion efficiency,
minimal mechanical vibration loss, and low heat generation.

PZT type

Transmission
installation torque(N・m)*2
7

10

850

30

7

40

2000

50

5

10

25

2300

150

15

28

10

40

4300

300

20

20

10

20

2900

200

20

M10 P1.0

28

10

20

3000

200

20

88

M10 P1.0

28

10

45

5750

400

20

30

60

M10 P1.0

39

1

200

7600

300

20

570

40

125

M16 P1.0

20

10

100

8400

500

70

445

40

90

M16 P1.0

27

10

150

10000

500

70

HEC-4028P4BH

435

40

90

M10 P1.0

28

10

150

10000

500

20

HEC-5020P4B

925

50

127

M18 P1.5

20

10

200

15500

700

80

HEC-5020P6B

980

50

124

M18 P1.5

20

10

250

23000

1000

80

HEC-6015P4B

1800

60

161

M20 P1.5

15

10

150

10500

1500

100

HEC-7015P4B

2590

70

164

M24 P1.5

15

10

250

20000

2000

110

Bolt size

Frequency Measurement
voltage(kHz)(Vrms)
5
40

(g)

(mm)

(mm)

HEC-1340P4BF

30

13

65

M6 P0.75

HEC-1540P2BF

40

15

67

M6 P0.75

40

10

HEC-1560P4B

30

15

39

M5 P0.560

5HEC-2528P2BF

165

25

88

M8 P1.028

HEC-2528P4B

180

25

89

M10 P1.0

HEC-3020P2B

310

30

130

M10 P1.0

HEC-3028P2BF

225

30

90

HEC-3028P4B

280

30

HEC-3039P4B

115

HEC-4020P4B
HEC-4027P4B(Measurement conditions: Room temperature 25±3°C)

High-power type
Model No.

Weight Diameter Length

Bolt size

(g)

(mm)

(mm)

HEC-5020P4BW

973

50

127

M18 P1.5

HEC-5020P6BW

1020

50

124

M18 P1.5(Measurement condition : Room temperature 25±3°C)

Admittance(mS)
15*1 Reference power value.

Frequency Measurement
voltage(kHz)(Vrms)
10
20
20

10

Admittance
(mS)
260
360

*1 Reference power value.

HEC-6015P4B

HEC-7015P4B

HEC-5020P4BW

HEC-5020P6BW*2 The installation torque values are for reference only.

Electrostatic
capacity
(pF)
12900

Allowable
input power
(W)*1
900

Transmission
installation torque(N・m)*2
80

19200

1200

80

*2 The installation torque values are for reference only.

* These are made-to-order products. Contact us for details about delivery times.
* Contact us with inquiries about manufacturing products to custom specifications not described in this catalog.

42

HEC-5020P6B

Optional parts

Allowable
input power
(W)*1
20

Weight Diameter Length

Drawings

Electrostatic
capacity(pF)
2000

Model No.

(Unit: mm)

43

Optional parts

Model No.

Cleaning basket
Dimensions (mm)Compatible models

Remarks

KG03F

Model No.

Options for ultrasonic cleaners
Lid
Dimensions (mm)Compatible models

Remarks

FT03
W-113A
W-113MKⅡ

Model No.

Blade
Compatible models

Model No.

WTC-404

SUS304

WTC-600-40

ZO-95
ZO-91

255 x 195 x 101

WTC-1200-40

SUS304793 x 453 x 250

WTC-600-40

SUS304

Pitch: 9 mm

ZO-95

Model No.

I/O remote cable
Dimensions (mm)Compatible models

ZO-95
ZO-91

Remarks

RK01

SUS304650 x 440 x 1.2

370 x 310 x 208

Model No.

KG09T
Mesh: 2.5

Model No.

Dimensions (mm)W-113MKⅡ
245 x 146 2 holes（φ 90.5）

KG10F
Mesh: 4
Pitch: 5.5 mm

WA-600 Series

SUS304

φ 90.3 x 120 500 cc

Model No.

KG11T

PP

SONAC-37

For creating atamper-evident seal

YK02

Remarks

ZO-95
ZO-91

1 pc
Material: SKH
*1

1 pc

Model No.

Material: SKH

SB01

Perfluoro elastomer

HD350-A
HD353-A
30 m

SB02
ZO-95
ZO-91

Set only includes
sandpaperfor SB01

1 pc
Material: SKH*1Round tip blade

Model No.

*1 The effective length of the blade is 11 mm shorter when installed in the

HBP-001

Model No.
HD-002

1 pc
Material: SKH

Round tip blade

Remarks

Remarks

Options for ultrasonic measuring instruments
Cable
Dimensions (mm) Compatible models
Remarks

*1

ZH42
ZO-95
ZO-91

Battery
Compatible models

Maintenance set
Compatible models

GogglesCompatible models

Remarks

Measuring Instruments

WTC-408

ZH13

handpiece.

(Polypropylene)
HUS-3

520 x 315 8 holes（φ 90.5）

KG15F

Packing:

Inner diameter: 7.5 mm

Model No.

SUS304470 x 270 x 163

ZO-95
ZO-91

(Polypropylene)

BR04

Cutting mat
Dimensions (mm) Compatible models

ZO-95
ZO-91

Remarks
Fluorine resin

Pitch: 5.5 mm

Mesh: 4

Point sensing coverDimensions (mm)Compatible models

PP

Model No.

ZH09

HUS-3

315 x 255 4 holes（φ 90.5）

Zirconium ceramicLong blade

WTC-408BR03

355 x 235 x 170

Mesh: 4

ZO-95
ZO-91

PS01

WTC-404

Standard

1 pc
Material:

ZH10

WV-231-S1(Polypropylene)

SONAC-37

150 x 200 x 3

W-113MKⅡ

Remarks

PP

Remarks

Processing Tools

SUS304

ZO-95
ZO-91

Square blade

Remarks

WTC-404
W-113A580 x 360 x 208

BeakerCompatible models
W-113A

BR01

Pitch: 9 mm

WDX-600-Ⅰ

Dimensions (mm)BK02

Beaker rack
Compatible models

Welder clasp
Compatible models

YK01

CM02

ZO-95
ZO-91

5m
WTC-1200-40

Model No.

HA08

WSC(M) Series

FT06

Pitch: 9 mm

Remarks

ZH25T2Tungsten carbide

Zirconium ceramic standard blade
WSC Series

KG08T

SUS304Torque screwdriver set
Compatible models

ZH41

440 x 390 x 1.2

Mesh: 2.5

Material:

Model No.

Cleaners - High Frequency

SUS304

1 pc

Carbide blade

FT05

450 x 250 x 128

ZO-95
ZO-91

527 x 324 x 30

Mesh: 2.5

ZO-95
ZO-91

Lithium ion
polymer battery

Model No.

BR06

Blade fixture
Compatible models

Remarks

ZH04

Pitch: 5.5 mm
WV-231-S1

SUS304260 x 200 x 135

ZO-95
ZO-91

40 pcsMaterial: SK-2

HA07

SUS304

KG07F

WV-231-S1

Remarks

ZH801

Cleaners - Benchtop

WTC-408

Pitch: 5.5 mm
SUS304

WA-1200 Series

Foot switch
Compatible models

Model No.

Standard blade

DA02

Mesh: 4

WDX-1200-Ⅰ

Remarks

RR02

SUS304593 x 403 x 250

FT04

WTC-1200-40

Model No.

Options for ultrasonic processing tools
Hexagon wrench
Compatible models

SUS304

KG06F

WTC-600-40

Remarks

HA04

Mesh: 4320 x 263 x 30

WTC-408

Remarks

DA01

Pitch: 5.5 mm

195 x 105 x 50

WTC-404

Dimensions (mm)Stand
Compatible models

Cleaners - Low/Medium Frequency

Optional
Parts

270 x 215 x 169（φ 90.5）

PP(Polypropylene)

Model No.

Charging standCompatible models

ZO-95
ZO-91

Remarks

Model No.

Model No.

Blade fixing screw
Compatible models

Remarks

ZH804A

JS01

HUS-3

Carrying caseCompatible models

ZO-95

Remarks

ZO-95
ZO-91

Drawings

HB03
ZH46A

ZO-91

Model No.

Handpiece
Compatible models

Remarks

Optional parts

ZH802
ZO-95

44

45

Shaping the future with ultrasonic technology
Honda Electronics Co., Ltd, a pioneer in ultrasound

What is ultrasound?

The company history of Honda Electronics Co., Ltd. began with the development of fish finders.
With ultrasound as our foundation, we have continuously developed new technologies, such as cylindrical transducers and

It is widely known that in the animal world,

precision echo sounders for ultra-shallow water.

dolphins use ultrasound to communicate withAll of the divisions within our company work together to share and combine their technologies to achieve synergy. We areeach other, and bats use it for navigating andactively engaged the development of ultrasound technology that is friendly to people, the Earth and our future.

hunting. Ultrasound is defined as sound that is
inaudible to the human ear, at frequencies lower
than 20 Hz or higher than 20 kHz.
Ultrasound at frequencies higher than 20 kHz isused in a broad array of technologies in a variety
of fields.

Ultrasonic diagnostic scanner

Medical DivisionHigh frequency ultrasonic cleaner

Strategic Development Center Building (Headquarters)

Company profile
Company name : Honda Electronics Co., Ltd.
Address : 20 Oyamazuka, Oiwa-cho, Toyohashi, Aichi 441-3193,
Japan
Founded : 1956 (incorporated in 1960)
President : Yosuke Honda
Capital : 100 million yen
Number of employees : 220 (as of April 2021)
Branches : Tokyo, Osaka,
Representative office : Bangkok Representative Office (Thailand)
Products : Fish finders, GPS plotters,
Ultrasonic diagnostic scanner,
Ultrasonic cleaner
Ultrasonic cutter, Ultrasonic welder,
Ultrasonic atomizer unit
Ultrasonic level meter, Ultrasonic flowmeter,
ultrasonic imaging equipment, ultrasonic microscopes,
piezoelectric ceramics, etc.

Industrial Equipment Division
The Industrial Equipment Division develops products based on our coretechnology of ultrasound, for applications such as cleaning, processing, andmeasurement. The products are used in a wide variety of fields, fromsemiconductor manufacturing and metal processing, to plastic molding and thefood industry.

Ceramics Division
Marine Division
Fish finders

Ultrasonic Science Museum

Ultrasonic cutter

Industrial
Equipment Division

Fundamental principles of ultrasound technology are presented, alongwith our unique products.
Visitors are invited to learn about the history of ultrasound technology andlook forward to future developments.

Ultrasonic interface level meter
Ultrasonic cleaner

46

47