TEIKOKU

World‘s Largest Manufacturerof Canned Motor Pumps

CANNED MOTOR PUMPS

ISO 9001 CERTIFIED

pg. 1

NO LEAKAGEHandles toxic, explosive, expensive, hazardous, carcinogenic andcorrosive fluids without leaking.

AIRTIGHTIdeal for vacuum services or for fluids that react to contactwith air.

NO SHAFT SEALNo mechanical seal. No gland packing.

NO EXTERNAL LUBRICATIONPumped fluid provides cooling and lubrication of motor andbearings. No lubrication levels to check or maintain.

FIELD REPAIRABLEAll wear parts are easily changed.

COMPACT DESIGNMotor and pump are a single unit. No alignment is necessary.No grouting or elaborate foundation is needed.

QUIET OPERATIONLow noise level since no fan is used to cool motor. All rotatingparts are within a thick shell container.

EXPLOSION PROOFRated to handle conditions up to 5,000 psi.

API 610 NOZZLE LOADS

A MODERN PUMPFOR A NEW MILLENNIUM

between maintenance (with pre-planned downtime),it has only a few components that need to bemonitored and serviced. It never requires costly alignment procedures or external lubrication. And,because it is sealless, the Teikoku Canned MotorPump eliminates seal maintenance as well as thedemands of complicated seal support systems.

The Teikoku Canned Motor Pump: true secondarycontainment, reliable operation, cost-efficiency...andcontinuing environmental concern.

Safety Meets EfficiencyThe ever-increasing demand for environmental

safety at a reasonable cost presents a unique challengeto the Process Industries: find and utilize equipmentthat, while operating leak-free, performs reliably andefficiently. Teikoku's Canned Motor Pump more thanmeets the challenge.

Besides double containment for total fluid control,the pump offers some remarkable performanceadvantages. Designed to enable long periods of time

ALL PUMPS PERFORMANCE TESTEDEvery component of each pump is manufactured byTeikoku, adhering to strict statistical quality controltolerances, and each pump and motor are 100%performance-tested before shipment.

TEIKOKU CANNED MOTOR PUMPS

ANSI SIZESAVAILABLE

pg. 2

MECHANICAL SEALSCan cause total shutdown when they fail. No secondary con-tainment.

SEPARATE MOTOR AND PUMPMust constantly be kept in proper alignment. Motor is exposed.A foundation is necessary to support the increased weight andreduce the danger of misalignment.

COMPARE TEIKOKU TO:CENTRIFUGAL PUMPS WITH DOUBLE MECHANICAL SEALS

THIN CONTAINMENT SHELLSubject to damage by magnets and subsequent leakage. No sec-ondary containment.

MANY BEARINGSAll must be checked frequently for proper lubrication. Bearingswithin impeller shaft cannot be easily monitored.

MAGNET DRIVE PUMPS

TIME-CONSUMING MAINTENANCEMotor and bearing lubrication levels must be continually moni-tored.

ELEVATED NOISE LEVELSeparate motor cooling fan is required. Rotating parts greatlyadd to the noise.

SEPARATE MOTOR AND PUMPMust constantly be kept in proper alignment. Motor is exposed.A foundation is necessary to support the increased weight andreduce the danger of misalignment.

NOISY FANNeeded to cool motor.

TEIKOKU provides expertise and assistance in selecting the pump best suit-ed to our customer's specific needs. We have experience with horizontalstandard pumps, vertical designs with either pump top or motor top, pumpsand motors jacketed for either cooling or heating, self priming, submerged,slurry design, super-heat resistant pumps and more.

Noncontacting double orifice permitsminimum leakage and improves volu-metric efficiency. Enclosed impellerwith optimum side gap keeps hydrauliclosses at a minimum as well.

TEIKOKU CANNED MOTOR PUMPSDESIGNED FOR ZERO LEAKAGE SERVICES IN THE CPI

TEIKOKU, the world's largest supplier of canned motor pumps presentsa state-of-the-art, sealless pump.

No newcomer to the field, TEIKOKU has provided customers withproven Canned Motor Pumps for 40 years. Over 400,000 units havebeen installed worldwide, covering every application.

TEIKOKU is unique in that we design and manufacture both pumpsand motors, thus insuring our customers total quality control.

The TEIKOKU Canned Motor Pump replaces conventional sealedpumps providing safer, more efficient operation. This is especiallyadvantageous when pumping hazardous or hard to handle materials.

Centered Suction and Discharge for easi-er piping design and installation, witheither ANSI raised face flanges or otherstandards as requested.

Vacuum dried, N2 purged statorwith Class C or F insulation

No coupling alignment is required.No mechanical seal is required.

Side GapDoubleOrifice

Improved terminal plates seal off higherpressure from inside, and a waterproofterminal box assures safe outdoor opera-tion. All motor-pumps are providedwith an explosion proof terminal box.

TEIKOKU THRUSTBALANCE SYSTEM

Each Teikoku Canned Motor Pump comes with the patented Teikoku RotaryGuardian (TRG) — an electrical meter that continuously monitors both axial andradial wear. The TRG indicates any serious malfunction of the pump before a failureoccurs; many users opt to have the TRG connected to an alarming device.

Teikoku's various product lines include zero-leakage canned motorpumps, mixers and accessories. All pumps are available in verticalconfiguration for longer pump life and minimal space usage inplants and other processing facilities.

TEIKOKU ROTARY GUARDIANBEARING WEAR MONITOR

In Teikoku's factory testing lab, all pumps are 100% perform-ance-tested before shipment.

Incorrect rotation isindicated by light atlower left.

Incorrect radial wear isindicated by lights atlower right.

Incorrect rotor position(axial wear) is indicated.Lights at top show thatthe rotor is situated toofar forward.

This photograph demonstrateshow the Rotary Guardiancontinnuously providesaccurate, incremental meteringof unseen axial and radialwear. The computer graphicbelow the TRG illustratescorresponding changes withinthe monitored pump (thesechanges would be concealedwithin an actual cannedmotor pump).

pg. 5

609 / 2000

Meters / Feet

57 76 114 151 227 303 568

379 757 1514 2271 3785 7570 11355 18925

1135 1893 3028 5678 9463 15140

6x8-12

6x8-16

5x6-12

4x5-10

4x5-8

4x5-8

4x5-8

3x4-8

4x5-10

3x4-6

3x4-10

3x4-8

3x4 -12

4x5-12

457 / 1500

305 / 1000

244 / 800

183 / 600152 / 500

91 / 300

61 / 200

46 / 150

30 / 100

15 / 50

9 / 30

6 / 20

21 / 70

15 20

100 200 400 600 1000 2000 3000 5000

30 40 60 80 150 300 500 800 1500 2500 4000

3480/1740rpm

60Hz2 pole multi-stage

2 pole single-stage

4 pole single-stage

1x1 �� -5

1x1 �� -8

1x1 �� -6

1x1 �� -5

2x2 �� -10

2x2 �� -8

2x2 �� -6

2x2 �� -5

1 �� x2-5

1 �� x2-10

1 �� x2-8

1 �� x2-6

1 �� x2-5

2 �� x3-6

2 �� x3-10

2 �� x3-8

2 �� x3-6

2 � � x3-5

CAPACITY

GPM-LPM-

GPM-LPM-

609 / 2000Meters / Feet

1x1 �� -5

1x1 �� -8

1x1 �� -6

1x1 �� -5

2x2 �� -10

2x2 �� -8

2x2 �� -6

2x2 �� -5

3x4-8

3x4-12

3x4 M1

3x4-8

3x4-6

4x5-12

4x5-10

6x8-16

6x8-12

5x6-12

4x5-8

4x5-10

4x5-8

4x5-8

1 �� x2-5

1 �� x2-10

1 �� x2-8

1 �� x2 -6

1 �� x2-5

2 �� x3-5

2 �� x3-10

2 �� x3-8

2 �� x3-6

2 �� x3-5

457 / 1500

305 / 1000

244 / 800183 / 600152 / 500

91 / 300

61 / 200

46 / 150

30 / 100

15 / 50

9 / 30

6 / 2015 20

100 200 400 600 1000 2000 3000 5000

30 40 60 80 150 300 500 800 1500 2500 4000

2900/1450rpm

50Hz2 pole multi-stage

2 pole single-stage

4 pole single-stage

57 76 114 151 227 303 568

379 757 1514 2271 3785 7570 11355 18925

1136 1893 3028 5678 9463 15140

CAPACITY

GPM-LPM-

GPM-LPM-

PUMP PERFORMANCE CURVE

TO

TAL

HE

AD

TO

TAL

HE

AD

pg. 6

CORPORATE OVERVIEW

Teikoku USA, Inc. is a wholly owned subsidiary ofTeikoku Electric Manufacturing Company, which wasfounded in 1939 and is now the largest manufacturer ofsealless canned motor pumps in the world. Teikoku manufactures over 20,000 units per year.

MAIN OFFICEHOUSTON, TEXAS

Located adjacent to our warehouse,our office houses a full staff of techni-cal advisors and service personnel.Authorized service facilities are locatedin Geismar, Louisiana and Burlington,New Jersey.

Teikoku USA’s 2,000 square foot warehouse holds, in stock, a large num-ber of pumps and spare parts within the United States for immediatedelivery. Parts and service are available 24 hours a day, 7 days a week.

Typical installationof a Teikoku cannedmotor pump in ahigh temperatureapplication.

TYPE F X MOTOR (CERAMIC INSULATION)the simplest construction makes it more reliable

HIGH TEMPERATURE service pumps are available in two versions. Type F withceramic insulated motor windings (no motor cooling is required) and Type B with

cooling jacket on motor with class C insulation.

Pump size : 1.5 x 1 x 5 to 4 x 5 x 103,600 RPM motor : 2 HP / 1.5 kw to 75 HP / 55 kw1,800 RPM motor : 5 HP / 3.7 kw to 25 HP / 18.5 kwMaximum allowable liquid temperature, 750˚F / 400˚C. Standard pressure ratingup to 430 psi/30 bar.

Dynamically and hydraulically balanced single rotating elementis FREE-FLOATING in the hot liquid. This allows no thermalstress or impact on either the shaft or the bearings.No degrading of alignment or coupling problems.

Extended motor leads to keep heatfrom reaching terminals and bearingmonitors.

Ceramic insulated motorwindings withstand up to752˚F/400˚C under continu-ous full load operation. Nocooling required.

Bearing Monitor (TRG) isstandard on all pumps.

Sealed terminal plateforms true containment.

ANSI RF flanges arestandard. Otherstandards are alsoavailable.

X-TYPE (HIGH-TEMPERATURE-INSULATION TYPES)In high temperature and frequent heat-cycle applications, a specialtube recirculates the lubrication liquid WITHOUT NEED FOREXTERNAL COOLING.

TYPE B WITH BUILT -IN HEAT EXCHANGER ANDMOTOR COOLING JACKET

• Toughest against temperture changes and all thermal upsets• Wider selection than any other sealless pumps• No mechanical seal, no ball bearings, no coupling -- No leakage• Selections can be made from

Pump size : 1.5 x 1 x 5 to 8 x 10 x 153,600 RPM motor : 1.5 HP / 1.1 kw to 233 HP / 175 kw1,800 RPM motor : 3 HP / 2.2 kw to 160 HP / 120 kwMaximum allowable liquid temperature, 850˚F / 455˚C regardless of the motorsize. Pressure rating up to 5,000 psi/350 bar.

Hot liquid as high as 850˚F comes in and outof pump casing, but heat conduction to motoris kept to a minimum by the adaptor neck -Casing and motor are thermally isolated, buthydraulically connected.

There is no substantial exchangebetween Hot main stream andCooled circulation stream.

Heat exchanger keeps the circu-lating liquid as low as300˚F/150˚C while main streamis 850˚F/455˚C.

Bearing Monitor (TRG) mount-ed on terminal box. Sealed ter-minal plate and true secondarycontainment.

Product is pumped by theauxiliary impeller fixed on theshaft to circulate through bearingsand the heat exchanger.

ANSI RFflanges are stan-dard. Otherstandards arealso available.

No centerline supported casing isrequired. No alignment and no levelingare required. Easy installation - lessmounting space required.

“Free Floating” single rotating ele-ment eliminates problems commonwith sealed and mag drive pumps.

Back-pull-out design foreasier maintenance.

Long lasting and self-lubricatingcarbon graphite bearings are tough-est against heat and thermal impact.

pg. 9

MOTOR RATINGSSTANDARD TEIKOKU CANNED MOTORS

119

216

(215)

217

316

317

416

417

516

518

616

617

716

717

815

816

MotorFrame

#

RatedOutput(kw/hp)

NominalVoltage

(V)

400 – – 2.4 114400.75/1 2.2 10.5 – –400 – – 3 114401.1/1.5 2.7 10.5 – –4401.3/1.7 3 10.5 – –400 – – 4.2 254401.1/1.5 3.8 24 – –400 – – 4.7 254401.5/2 4.2 24 – –400 – – 5.5 254402.2/2.9 5.1 24 – –4402.5/3.3 5.5 24 – –400 – – 7.5 284403/4 6.7 27 – –4403.4/4.5 7.5 27 – –400 – – 10 584403.7/4.9 9 55 – –400 – – 13 584405.5/7.3 11.5 55 – –4406.2/8.3 13 55 – –400 16 614006.6/8.8 15 58 – –4407.4/9.9 16 58 – –400 – – 17 1064407.5/10 16 101 – –400 – – 23 10644011/14.7 21 101 – –44012/16 23 101 – –400 – – 33 13644015/20 30 130 – –44017/23 33 130 – –400 – – 33 15844015/20 31 150 – –400 – – – 15844018.5/25 36 150 33 –44020/27 39 150 – –400 – – 39 21044022/29 44 200 – –400 – – – 21044026/35 51 200 48 –44029/39 55 200 – –400 – – 55 26444030/40 57 251 – –400 – – – 26444037/49 69 251 61 –44040/53 74 251 – –400 – – 74 33144045/60 84 319 – –44050/67 90 319 – –400 102 588 90 69044055/73 102 646 – –400 126 588 – 69044065/87 118 646 110 –400 145 588 – 69044075/100 134 646 126 –44085/113 145 646 – –400 175 774 145 91844090/120 162 850 – –440105/140 185 850 – –400 210 774 175 918440110/147 194 850 – –440120/160 210 850 – –

440/400132/176 262 840 210 884440145/193 284 840 – –

440/400160/213 314 988 340 1040440/400175/233 340 988 422 1280

RatedAmp.(A)

60Hz 50HzStart.Amp.(A)

RatedAmp.(A)

Start.Amp.(A)

326

426

526

626

726

728

825

826

MotorFrame

#

RatedOutput(kw/hp)

NominalVoltage

(V)

400 – – 8 434401.5/2 7 41 – –400 – – 8.5 434402.2/2.9 8 41 – –4003.7/4.9 – – 10.5 43440 10 41 – –4004.2/5.6 – – – –440 10.5 41 – –4405/6.7 12 41 – –400 – – 16 784405.5/7.3 15 75 – –4007.5/10 – – 19 78440 18 75 – –4408.5/11.3 19 75 – –400

11/14.7– – 28 130

440 26 124 – –40015/20 – – 35 130440 32 124 – –44017/23 35 124 – –400

18.5/25– – 43 200

440 40 190 – –400

22/29– – 49 200

44025/33

45 190 – –440 49 190 – –40030/40 – – 71 312440 65 297 – –40037/49 – – 83 312440

40/5277 297 – –

400 83 297 – –44045/60 – – 105 515440

62/83

95 490 – –400 – – 124 51544055/73 115 490 – –440 124 490 – –400 – – 140 50044065/87 130 500 – –400 – – 165 50044071/100 150 500 – –440 165 500 – –400

85/113– – 121 760

44090/120

195 720 – –400 – – 252 760440110/147 232 720 – –400 – – – –440120/160 252 720 – –

RatedAmp.(A)

60Hz 50HzStart.Amp.(A)

RatedAmp.(A)

Start.Amp.(A)

2 Pole Motors 4 Pole Motors

Notes:1. For actual voltage and corresponding amperage, refer to the

Technical Data Sheet issued for each individual order.

2. Motors are available with insulation class R and with orwithout cooling/heating jacket.

pg. 10

Product Range/Limitations on Application

Quality AssuranceAll motors and pumps are designed and manufactured by TEIKOKU under its full quality control program. Every motor-pump isinspected and tested before shipment. The QC program consists of the following tests and inspections.

Applied to all pumps, data furnished to customer if required.

Applied to all pumps, no data available to customer.

Applied to all pumps, data submitted to customer.

Test done only upon customer request, data submitted to customer.

I. MOTOR1-1 Measurement of resistance between terminals (main power coils)....................................................................................................1-2 No load test....................................................................................................................................................................................1-3 Locked rotor test............................................................................................................................................................................1-4 Surge test.......................................................................................................................................................................................1-5 Insulation test................................................................................................................................................................................1-6 Dielectric strength test....................................................................................................................................................................1-7 Temperature rise test......................................................................................................................................................................1-8 Measurement of resistance between terminals (TRG coils).............................................................................................................

II. PUMP PERFORMANCE2-1 Capacity vs head, current, input.....................................................................................................................................................2-2 NPSH test......................................................................................................................................................................................2-3 Capacity vs TRG output measurement...........................................................................................................................................2-4 Thrust force and circulation flow measurement..............................................................................................................................2-5 TRG output check for reverse rotation...........................................................................................................................................

III. OTHERS3-1 Vibration test.................................................................................................................................................................................3-2 Noise test.......................................................................................................................................................................................3-3 Dimensional check.........................................................................................................................................................................3-4 Hydrostatic test..............................................................................................................................................................................3-5 Pneumatic test................................................................................................................................................................................3-6 Vacuum test...................................................................................................................................................................................3-7 Halogen leak test............................................................................................................................................................................3-8 Mechanical seal leak test (slurry design)..........................................................................................................................................3-9 Priming test (for type G only)........................................................................................................................................................3-10 Mill certificate on metallic materials..............................................................................................................................................3-11 ND tests on metals and weldings...................................................................................................................................................

CAPACITY (max)

TDH (max)

TEMPERATURE*

VISCOSITY (max)

DESIGN PRESSURE (max)

MOTOR HORSEPOWER (max)

MAJOR MATERIALS

OF WETTED PARTS

Standard

4,227 GPM 16 m3/min

2,000 ft. 609 m

-112 to 716°F -80 to 380°C

100 cst 100 cst

430 psi 30 bars

230 HP 175 KW

304SS, 316SS

Upon Request10,500 GPM 40 m3/min

2,500 ft. 600 m

-328 to 842°F -200 to 450°C

350 cst 350cst

5,000 psi 350 bars

667 HP 500 KW

304LSS, Hastelloy, Titanium, alloy 20

*temperature of pumped liquid

F-V TYPE (BASIC TYPE WITH HOLLOW SHAFT)Fundamental design of TEIKOKU Motor Pump. Most com-monly used for a wide variety of applications.

BASIC VERSIONSFA-V TYPE (BASIC TYPE WITH HOLLOW SHAFT)Fundamental design of TEIKOKU Motor Pump, but withadapter to increase motor and pump combinations.

RW/RV AND/OR FW/FV (VERTICAL IN-LINE) R TYPE (REVERSE CIRCULATION TYPE)Suitable for handling volatile fluids, such as Ammonia, Freon,and other liquified gases, and for very low NPSH applications.

K-S TYPE (FULL-STEAM-JACKET TYPE)Suitable for handling fluids with high melting points.

RW or RV (Reverse Circulation)• Improves Venting• Improves Bearing Load• Recommended for Low Viscosity and Steep Vapor Pressure Liquids• Minimum Space Required

FW or FW (Hollow Shaft)• Minimum Space Required

K TYPE (FULL-STEAM JACKET TYPE)Similar to K-S type, but for fluids with lower melting point.

B TYPE (HIGH-TEMPERATURE-INSULATION TYPES)Suitable for handling high temperature fluids, such as heattransfer oil.

D TYPE (SLURRY SEAL TYPE)Suitable for handling fluids containing small amounts of finesolids.

XG TYPE(GAS-SEALEDSLURRY TYPE)Handles fluid with con-siderable slurry. BesidesXG-type, SG-type withexternal flushing is alsoavailable.

F-M TYPE (MULTI-STAGE TYPE)Higher head, higher efficiency pump. Besides F-M type, R-M(Reverse Circulation) type and B-M (High Temp-Insulation)type are also available.

X TYPE (HIGH-TEMPERATURE-INSULATION TYPES)Suitable for handling high temperature fluids, such as heat trans-fer oil.

G TYPE (SELF-PRIMING TYPE)Used for pumping fluids from underground tank or rail/tanktruck unloading.

AcetaldehydeAcetic acidAcetic anhydrideAcetoneAcetone cyanhydrinAcetonitrileAcroleinAcrylic acidAcrylonitrileA-Heavy oilAldolAllyl alcoholAllyl chlorideAluminium hydroxideAluminium potassiumAluminium potassium sulfateAluminium sulfate2-AminoethanolAmmonium carbonateAmmonium chlorideAmmonium hydrogensulfideAmmonium sulfateAmmonium tetrachlorozincateAmmonium thiocyanateAnilineAnisoleAnthracene oilAqueous ammonia

Barium sulfideBarium tetrasulfideBarium trisulfideBenzaldehydeBenzeneBenzen chlorideBenzineBenzyl alcoholBenzyl chlorideBoron oxide1,2-Butadiene1,3-ButadieneButane1-Butanoldi-2-ButanolButyl acetateButyl acrylatetert-Butyl alcoholButylaldehydeButylaminedl-sec-Butylaminetert-Butylamine

Cadmium nitrateCalcium chlorateCalcium chlorideCalcium hydroxideCalcium hypochlorateCalcium sulfiteCaprolactamCarbon bisulfideCarbon dioxideCarbon tetrachlorideChloralL-ChlorineChlorine dioxideChloroacetic acidChloracetonem-Chloroanilineo-Chloroanilinep-ChloroalinineChlorobenzeneChoroformChlomium (VI) oxideChlorosulfuric acidCitric acidCoconut oilCopper (II) hydroxideCopper (II) sulfatem-Cresolo-Cresolp-CresolCroasote oilCrotonaldehydeCyanoacetic acidCyclohexaneCyclohexaneCyclohexanone

FLUIDS PUMPED BY TEIKOKUCyclohexylamine

DeveloperDibutyl phthalateDichloroacetic acidm-Dichlorobenzeneo-Dichlorobenzenep-Dichlorobenzene1,1-Dichloroethylenecis-1,2-Dichloroethylenetrans-1,2-Dichloroethylene1,1-Dichloropropane1,2-Dichloropropane1,3-Dichloropropane2,2-Dichloropropane1,1-Dichloropropylene1,2-Dichloropropylene2,3-Dichloropropylene3,3-Dichloropropylenecls-1,3-Dichloropropylenetrans-1,3-DichloropropyleneDiethanolamineDiethylamineDiethylene glycolDiethylene glycol

monoethyle etherDi-2-ethylhexyl phthalateDiketeneDimethylamine2-DimethylaminoethanolN,N-Dimethylformamide2,3-Dimethylphenol2,4-Dimethylphenol2,5-Dimethylphenol2,6-3,4-Dimethylphenol3,5-Dimethylphenol2,3-DimethylpyridineDimethyl sulfateDimethyl sulfite1,3-Dioxane1,4-DioxaneDipropylene glycol

EpichlorohydrinEthanolEhtyl acetateEthyl acrylateEthylbenzeneEthyl chloroformateEthylene chlorideEthylenediamineEthylene glycolEthylene oxideEthyl etherEthyl chlorideEthyl=d=lactateEthyl methyl ketone5-Ethyl-2-methylpyridine

Fatty acidFreon R-11Freon R-12FormaldehydeFormimideFormic acidFuming sulfuric acidFurfuralFurfuryl alcohol

GasolineD-GlucoseGlycerinGlycine

Heavy WaterHydrazineHydrogen chlorideHydrogen cyanideHydrogen fluorideHydrogen peroxideHydrogen sulfideHudroflouric acid

Iron (II) oxideIron (II) sulfateIsobutyl alcoholIsobutyl aldehyde

KeroseneKetene

Lactic acid (d or 1)dl-Lactic acidLactonitrileLanthanum hydroxideLatexLauric acidLead (II) nitrateLigroinLiquified petroleum gasLiquid ammoniaLiquid paraffinLithium chlorideLithium bromide

Maleic acidMaleic anhydride1-Malic acidManganese (II) chlorideMercuryMethacrylic acidMethanolMethyl acetateMethyl acetoacetateMethyl acrylateMethylamineMethyl bromideMethyl chlorideMethylchloroformMethyl chloroformateMethylchlorophenoxyacetic acidMethylene chlorideMethyl etherMethylisobutyl ketoneMethyl methacrylate2-Methylpyridine3-Methylpyridine4-MethylpyridineMethyl sulfideMorpholine

NapthaNaphthaleneNickel (II) chlorideNickel (II) nitrateNitric acidNitrobenzeneNitrogen dioxidem-Nitrotolueneo-Nitrotoluenep-Nitrotoluenew-Nitrotoluene2-Nitro-m-xylene4-Nitro-m-xylene5-Nitro-m-xylene3-Nitro-o-xylene4-Nitro-o-xylene2-Nitro-o-xylene1-OctanolOctyl chlorideOleic acidOrthoboric acidOxalic acid

ParaffinParaldehydePentachloroethanePhenolm-Phenosulfonic acido-Phenosulfonic acidp-Phenosulfonic acidPhosgenePhosphorus trichloridePhosphoryl chloridePhthalic acidPhthalic anhydridePolythylene glycolPotassium carbonatePotassium chloratePotassium cyanidePotassium hydroxidePotassium permanganatePotassium phosphatePotassium sulfatePropane

1,2-Propanedial1,3-Propanediol2-PropanolPropionaldehydePropionic acidPropylenePropylene oxidePyridine

Racemic acid

Sea waterSilicone oilSilicone tetrachlorideSodium acetateSodium carbonateSodium chlorateSodium chlorideSodium cyanideSodium dithionateSodium formateSodium hydrogensulfateSodium hydrogensulfiteSodium hydroxideSodium hypochloriteSodium metaphosphateSodium molybdateSodium nitriteSodium peroxideSodium silicateSodium sulfateSodium sulfideSodium sulfiteSodium thiosulfateSolvent naphthaSoyStearic acidStyreneSulfurSulphur dichlorideSulphur dioxideSulphur trioxideSulfuric acid

TallowTetrahydrofuran2,3,4,5-Tetrahydrophthalic acid3,4,5,6-Tetrahydrophthalic acidThinnerThioureaTin (II) chlorideTitanium (IV) chlorideToluenem-Toluidineo-Toluidinep-Toluidine1,2,3-Trichlorobenzene1,2,4-Trichlorobenzene1,3,5-Trichlorobenzene1,1,2-TrichloroethaneTrichloroethylaneTri-m-cresyl phosphateTri-o-cresyl phosphateTri-p-cresyl phosphateTriethylamineTrethylene glycolTrimethylamine

Urea

VinegarVinyl acetateVinyl chlorideVinylidine chloride

Waterm-Xyleneo-Xylenep-Xylenep-Xylidinesym, m-Xylidineunsym, m-Xylidineunsym, o-Xylidinevic, m-Xylidinevic, 0-Xylidine

Zinc oxide

OPTIONS

NEW COMPACT DIGITAL PUMP LOAD CONTROL

Detect Loss of Load• Dry running• No prime• Cavitation

Detect Overload• Jammed impeller• Bad bearings

2 Adjustable Set PointsLOW TRIP - When load is below theLow Trip, the built-in relay will trip.• Dry running• Loss of prime• Plugged or closed inlet

HIGH TRIP - When the load is above theHigh Trip, the built-in relay will trip.• Jammed impeller• Bearing failure

Filter Out Nuisance Trips• Adjustable Digital On-Delay Timers:

Trip won’t activate until the selected delay time is exceeded.

• Adjustable Digital Start-up Timer: no false trips while motor is starting

THERMOWELL

Certain applications demand extra attention to thermalconditions. Teikoku can provide thermowells on theirpumps to detect extreme temperature operations. Theheavy-duty thermowells are designed to accommodate awide variety of temperature indicating devices.

CONTACT TEIKOKU FOR OTHERAVAILABLE OPTIONS.

TEIKOKU USA INC.

TEIKOKU ELECTRIC MFG. CO., LTD.

Plant Post. Code 679-439560 Hirano, Shingu-ChoIbo-Gun, Hyogo-ken,JapanPhone: 81-791-75-0411Fax: 81-791-75-4190

International Post. Code 110-0015Business Division & Room 206, Kyodo Bldg.Tokyo Sales HQ 2-18-7 Higashi-Ueno,

Taito-ku, TokyoPhone: 81-3-3832-4311Fax: 81-3-3832-9307

Osaka Sales Branch Post. Code 555-00242-11-11 Nozato,Nishiyodogawa-ku,Osaka, JapanPhone: 81-6-6472-0991Fax: 81-6-6475-2881

7010 Empire Central DriveHouston, Texas 77040Phone: 713-983-9901Fax: 713-983-9919E-Mail: teikoku@hypercon.comwww.teikoku-usa.com