Elisator Running and Maintenance

The future of water treatment

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2 - Running & Maintenance - Elysator

SERTIFICATIONS ................................................................................................................. 3-4

NEW BUILDINGS - SHIPYARD .......................................................................................6

COOLING WATER SYSTEMS ........................................................................................... 7

BOILER INSTALLATIONS ................................................................................................... 8

RUNNING ..................................................................................................................................... 9

RUNNING AND MAINTENANCE PRACTICE ......................................................... 10

REPLACING THE ANODE ................................................................................................ 11

ANODE MOUNTING .............................................................................................................. 12

FLOW METER ........................................................................................................................... 13

BOILER EQUIPMENT .......................................................................................................... 14

SERVICE AND MOUNTLY REPORTS ........................................................................ 15

ACCESORIES/SPAREPARTS ......................................................................................... 16

LABORATORIES ...................................................................................................................... 17

SPAREPART LIST ORDER CODE ................................................................................ 18

Index


Sertifi cation


Sertifi cations


RUNNING & MAINTENANCE OF

RUNNING & MAINTENANCE


New buildings - Shipyard

New buildings shipyard We must strongly underline that the Elysator does not replace any traditional conservation liquid, antifreeze or and flushing liquid during the building period and start up of the machinery prior to delivery. It is entirely the shipyard / shipbuilders property and responsibility to perform this procedure.When all machinery is prepared to be taken over, the Elysator can then be taken into use with “ non” chemical water, and the maintenance to be followed

Warranty.The anodes are designed to last a number of years, and are therefore dependent on the conductivity and volume of the water, which is to be treated. It will be to the benefit of the user/owner that the water should be drained down, and renewed with new fresh water without chemicals at the start up of Elysator. If this is done, the producer then guaranties the living time (functioning) of the anodes to minimum 3 years. If the anodes are consummated before in spite of renewal of the water, new anodes will be delivered free of charge.

Functioning.The function of the Elysator is based on the anodic/cathodic principle i.e. by letting a less noble metal (magnesium) to be sacrificed (corroded) instead of the system itself. During the corrosion process of the anodes, oxygen will be consummated creating H2O, and magnesium hydroxide. The Elysator tank is built up as a cyclone filter & magnet which will sediment impurities .

THE ELYSATOR IS NOT AND SHALL NOT BE SUPPLIED WITH EXTERNAL VOLTAGE. When installing the Elysator, the entire system will be protected against corrosion. Even aluminium and aluminium alloys are protected.

The following is achieved: Increased pH value (aprox. 8,5-10) Magnesium hydroxide Precipitation of sludge Cyclonfilter, magnet De-aeration (oxygen consumption) New water H2O Protective layer Oxide incrustation Low conductivity (50-200 uS/cm) Sulphate & chloride sedimentation The purpose of the Elysator system is to protect against corrosion and precipitation of sediments, which in turn gives a better, economic, safer and more environmental protection of the plant. And absolute no chemicals is longer necessary.

Installation / Components. The Elysator delivery consists of the following:

1 PC Airvent 1 PC Water counter 1 PC Regulating valve 2 PC Plugs 3 PC Ball valves 1 PC Milliampere indicator (analogue) 1 PC Circulation pump (boiler systems) 1 PC Mounting package (pipe, fittings, non-return valves etc.) optional1 PC Digital indicator with connections for alarm Hi-Lo optionalSpare parts on request: One milliampere meter, water counter, one set anodes optional


Flussrichtung

Service

Cooling water systems

Cooling water systems (closed systems reheat & preheat. etc.)The Elysator to be mounted as shown on the illustration (fig. 1) in a by-pass position preferably over the main pumps, discharge line to be connected to the lower half (inlet) and suction line to upper half outlet. The inlet/outlet not in use are to be plugged (only on type15,25,,25, 50, 75 and 100). The water flow to be adjusted with the regulating valve after the water counter, while the ball valve on the inlet remains full open. Pipes to be of mild steel(galvanized pipes Is not permited) and with diameter not less than 1” Elysator to be installed as close as possible to the connection point, and as low as possible in the system.

For high range medium speed engines with attached HT and LT pumps and separately driven St-By pre-heat pump, 2-two separate Elysators to be mounted 1-one for each system. The pipe connection to be such as preheat pump gives flow through the Elysator when working / operating.

Principle closed systems (fw. Cooling, aircon. Systems etc.)

Elysator type 15 25 50 75 100 260 500 800 1000 Height in mm 750 825 880 1141 1141 1233 2135 2005 2405 Diam. in mm 285 355 422 495 495 700 700 900 900


Boiler installations

Service

Circulation pump

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Drain

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ater

pum

p

Regulating valve

Airvent

Feed

pum

p su

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n va

lve

Feed water

Condensate Filter FilterBoiler water treatmentThe Elysator should be located preferably as shown on

the illustration (fi g. 14-1). Both suction and discharge

line to be joined in below of «low level» alarm in the hot

well. A separate circulation pump to be mounted low

as possible (normally from drain valve).

The water fl ow to be adjusted with the regulating valve

after the water counter, while the ball valve on the inlet

remains fully open. We underline the importance

that the Elysator should be located as low

as possible in above system (preferably deck The suction to elysator should preferably be from the lowest part of the hot well. The return should be connected to the tank, near the feed pump suction line

Installation principle for hot well

Baseplate for Type 260

fi g 14-1

below hot well) or use by meens of goose

neck for compensation of deck below. in order

that no air pocket will be built up inside in the Elysa-

tor, avoid cavitation in circulation pump and that the

existing sludge in the system will enter more easily /

faster into the Elysator. Some boiler plant might have

been fi tted with the anodes built-in in the hot well (feed

w.tank). PS ! If it`s not possible to install the Elysator

below hotwell, there should be made a “goose neck”

(above hight of hot well) to avoid any air inside the

Elysator. Notice that hot well temperature to be kept

from 90 to 95ºc. When boiler is idle the boiler should be

topped up and if possible a circulation should be es-

tablished between hot well and boiler(s). If the boiler is

not under pressure then the Elysator circulating pump

can be fi tted with a recirculating line to the Boiler fi lling

line with a valve.


Running

Digital indicator

Running.

Before start. A water sample to be taken on a clean distilled bottle and sent to a laboratory or IWTM A/S for physical analysis. Make sure the Elysator is correctly installed and that the Elysator is correct calculated for the water volume.

Start up.Open the inlet valve (lower half) slowly while outlet remain closed in order to permit all air to enter out through the de-aerator. When there is no more whistling from the de-aerator, open the outlet valve and adjust for correct flow according to fig.3. 1-one step on the counter (0,001) gives 1-one litre. Correct direction is clockwise on the counter. If not, water counter is opposite mounted, or the water flow through the Elysator is wrong. Check out that the indicator gives a reading (to the right), if not the cables are opposite or broken.

When using the digital indicator, this can either replace the analogue or be mounted in serial with the analogue. (When mounting in parallel only half the current will be read out). The indicator can either be installed in the control room or nearby the Elysator.

West 8010

-2 + 1

-1+ 4

-10

13 14 19 20 21

AlarmN/C C N/O

90-264 V ACPower supply

Digital indicator (west 8010)

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-10

+12

+4

-1

13 14 19 20 21

( mA

) Signal

Supply

N /C C N /O90-264 V ACAlarmPower supply

DIGITAL REMOTE INDICATORWEST INSTRUMENTSMODEL N8010

Analog indicator

2-wire programmabletransmitterPretop 5331A

Version: Sept. 2, 2004

Retrofit Wiring SchemeTransmitter for remote signal output

8 mm


Running and maintenance practice

Running and Maintenance practice.Draining for sludge is to be done frequently after experience obtained. Normally 1-once a day in the beginning. Depending on the condition of the system the anodes might have to be taken out several times in the beginning for «cleaning off» the insulating glazed layer, which might occur as a result of remaining chemicals in the system.

Renewal / cleaning of the anode.When the indicator is more or less on the zero point (to left), the anode might been corroded away or an insulating layer is covering the anode (or the entire water system has been COMPLETELY passivated), so the galvanic current is minimal.

Step by step 1.0 Inlet and outlet valves to be closed. Attention to warm parts & water!!!1.1 Drain valve to be opened, (for faster emptying unscrew the de-aerator) 1.2 Remove insulating cover for access to manhole / flange. 1.3 Release cables gently. 1.4 Lift out flange and release anode from flange. (Not valid for type 25-50 and 100) 1.5 Clean the anode(s) by means of using a sharp steel edge, knife etc. 1.6 CAUTION!! DO NEVER USE A ROTATING BRUSH OR EXPOSE THE ANODES FOR

WELDING. 1.7 When mounting back new or cleaned anode, use always-correct 10 mm and 15 mm

wrench, and keep attention to the insulated bolt through the flange. 1.8 Clean the Elysator internally with cold water (no chemicals). 1.9 The Elysator to be reassembled and adjusted to correct flow (one step on 0,001 counter= 1 litre.)

The anodes when opened for cleaning, should not be dismantled from the anode stack, but instead cleaned with the sharp edge of a knife while still in the stack. If dismantled from the stack,the washers and nuts can be spoiled and may need replacement. The stack is designed so that the anodes should not be dismantled for the life of the anodes, so that the tefl on washers and nuts etc last the lifetime of the anodes.We recommend that the Elysator is opened up and cleaned once every 4-week.However, this is up to the general condition of the system. But, Ignore of maintenance will lead to Non functioning.


Replacing the anode

Replacing the Anode

If the indicator of the instrument is completely in the red area, showing "service", fill the ELYSATOR with fresh water to check if the display is changing. This way it is possible to test the function of the anode without opening the ELYSATOR. If the indicator stays in the red area, the ELYSATOR should be opened to check or replace the anode.

1. Close inlet and outlet, empty the ELYSATOR through the drain cock.

2. Open the lid to the flange and unplug the electrical contacts softly

3. Open the flange and pull out the anode together with the flange. Check as follows:

a) The anode is all used up; only the steel core is left

= Replace anode

b) The anode is not used up but covered with a protection layer of oxides, stopping the anode from functioning

= The anode must be cleaned with a sharp tool

c) If the anode has more than one centimetre in diameter left

= The anode can be used for further time after cleaning

4. The isolation screw going through the flange has two special washers on both sides of the flange. Once opened, they cannot be reused. These washers are not part of the replacement kit. So do not open the isolation screw.When replacing the anode hold the isolation screw going through the flange and unscrew only the small inner screw at the end oft the steel core of the anode. After having mounted a new anode make sure, that all screws are tight and that the electrical wiring is properly reinstalled. If there is no indication on the meter, the ELYSATOR is not working.

If you have no indication after changing the anodes, check if: - The ELYSATOR has been refilled with water - The white isolation washers are both in place (no shortcut between anode and cathode) - The electrical wiring has been reinstalled properly - The instrument is not working (use an external mA-meter for testing)

Airvent If the de-aerator is leaking, close both the inlet and outlet valves. Open drain for release pressure. Dismantle the de-aerator and clean all parts. Reassemble, mount back and adjust for correct flow.


Montage-Anleitung Anodenbaum Maritime

Principle for Anode mounting for Elysator T260, 500, 800, 1000

Anode mounting

Caution!Do not tightened the bolt to hard after maintenance. When tightening to hard, risk of cracking the tefl on washer will occure


Flow meter

Water measurements. Since the Elysator work without chemicals (inhibitors) the following parameters to be measured, pH, conductivity, chlorides and sulphates. For boilers also hardness dH. It is advised that water-samples should be sent for laboratory analysis 3-4 times a year For complete analysis i.e. e. Iron and copper. (IWTM A/S, Norway does this on request)

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0 2 3 3 0 9 9 30 2 3 3 0 9 9 3

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x0,01

0 123

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x0,001

0 123

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x0,0001 SWISSMADE

GWF

0 0 0 0 0

0 0 0 0 0

m3

m3x 0,0001

x 0,1

one full turn= 10 x 0,0001= 0,001= 1 litre

one full turn= 10 x 0,01= 1,0= 1 m3

all digits represent m3,no fractions.00001 = 1 m3

fraction counteron the left

fraction counteron the right

Reading the ELYSATOR Watermeter

The fraction counter on the left (x 0.0001) is one litre at a full turn It is also important to know, that the fraction counters and the full coun-ter are on the same clockwork, they cannot have different (indi-vidual) readings. It is possible that the daily total on the counter is not equivalent to the calculated total if the fl ow is not constantly the same. The instrument is very precise. It is sure that the total of the full counter does represent the exact amount of treated water in m3 (unless it is broken).

Flow meter. The running wheel is not running. Is the valves (inlet/outlet) opened? Close the inlet and outlet valves, open drain for to release pressure. Release the counter from the Elysator and clean the inlet filter. Reassemble and adjust for correct flow.

Galvanometer /indicator AnalogueThe instrument is not giving any reading on the scale Are the cables correctly mounted to the flange under the cover or cables broken? If cables are OK. The entire system might have been totally passivated. At start up the galvanic current might be up to 100mA, but while Elysator is increasing pH and scavenging oxygen the water gets less aggressive and the current wil decrease and stabilize. (normally from 4-15 mA). If some chlorides or sulphates should interfere resulting a higher conductivity or oxygen increasment (feed water), the ampere & output will increase again.

Property Average pH 8-10,5 Conductivity S/cm 50-800 ( normally below 400) Total hardness (boiler system) <10Chlorides (Cl) < 40 mg/l Sulphates (SO4) <100 mg/l Iron (Fe) mg/l < 1 mg/l Copper (Cu) mg/l < 1 mg/l

The current stands for the aggres-sivity of the water as well as for the oxygen molecules combined in the ELYSATOR.with an analog meter it is the only way to measure in full short cut. If you had a by-pass, you would measure less than the full produc-tion of electrons and interpretation would be diffi cult.We have digital indicators that measure with a shunt and have no resistance, but the analog indicator is most common and very reliable.• Low resistance of the meter gives

a better function of the electrode.• Our analog mA meters have an in-

ternal resistance of 1.5 ohm which is neglectable at the current range we are working in.

• The red switch does not brake the circuit, it only makes a short cut. This is for safety reasons. If the switch could brake the circuit, it could lead to a permanent brake not only of the instrument but of the whole function. The purpose of the switch is only to check if the the analog mA meter is mechani-cally o.k. (it could be blocked and lead to misinterpretation). Since the resistance of our mA-meters is so low, it can happen, that while pressing the button the indica-tor does not fall totally to zero (although the contacts ar gold plated, they resistance may grow with time). But knowing what the switch is for, this is no problem as long as the needle of the indicator moves a bit. All you need to know is that it is not blocked.

Raw water qualities Property Limit pH Minimum 6 Conductivity µS/cm 50 - 600 Total hardness Maximum 10 dH Chlorides (Cl) Maximum 80 mg/l Sulphates (SO4) Maximum 150 mg/l

Normal water properties when use of Elysator Property Average pH 8-10,5 Conductivity S/cm 50-800 ( normally below 400) Total hardness (boiler system) <10Chlorides (Cl) < 40 mg/l Sulphates (SO4) <100 mg/l Iron (Fe) mg/l < 1 mg/l Copper (Cu) mg/l < 1 mg/l


Boiler equipment

1L1

3L25L3

T3

92706

Elysator type 75 100 260 500 800 1000

Order no. 10 00 03 10 01 52 10 00 14 10 00 09 10 00 15 10 00 19

Height mm. 1141 1141 1233 2135 2005 2405

Diam.mm 495 495 700 700 900 900

Pump type 3x440V - 60Hz 3x440V - 60Hz 3x440V - 60Hz 3x440V - 60Hz 3x440V - 60Hz 3x440V - 60Hz

Control panel 0,65A 0,65A 0,65 1,6A 1,6A 1,6A

System volume m3 20 30 70 120 220 300

Flow l/min (norm) 10 15 20 40 60 80

Flow l/min start up 15 20 50 100 150 200

Pumps for boiler watertreatment

IWTM Start panel pump3x440V - 60Hz, Connection diagram


Service and monthly reports

The Elysator requires minimum of following up, however some service is required, to ease the monitoring and routines we have an internet based monthly report system which makes it easy to share information & results between owner, superintendent ship and supplier.

• IWTM will provide a login name & password to be used on iwtm.no / customers.

• Here you will fi nd information regarding type of Elysators mounted on witch systems.

• You will be able to fi ll in your own comments re-garding maintenance etc.

• Here you will also fi nd comments on result from water analyses of samples received by us from you.

• Here you will download your own personalized monthly report form feed.

• End of each month an excel spreadsheet to be sent to iwtm for evaluation

• PH & conductivity to be measured together with readings from indicator and fl ow meter.

• (Flow l/min. will be calculated by spreadsheet).• Also fi ll in remarks for repair work done and when

Elysator was last opened up and cleaned. • An excellent tool for information and communication

between us as supplier and you as Customer.• If photos of boilers, engines etc are sent to us after

any inspection, they can be downloaded to the vessels web page, thus keeping a paperless record and condition of water treatment.

Water measurementsAs the Elysator works without chemicals (inhibitors) the following parameters to be measured, pH, conductivity. It is advised that water-samples should be sent for laboratory analysis 3-4 times a year for complete analysis i.e. e. Iron and copper. (IWTM A/S, Norway does this on request). Free of cost the fi rst year after installation.

Raw water qualitiesProperty LimitpH Minimum 6Conductivity µS/cm 50 - 600Total hardness Maximum 10 dHChlorides (Cl) Maximum 80 mg/lSulphates (SO4) Maximum 150 mg/l

Normal water properties when use of ElysatorProperty AveragepH 8-10,5Conductivity µS/cm 50-800 ( normally below 400)Total hardness <10Chlorides (Cl) < 50 mg/lSulphates (SO4) <100 mg/lIron (Fe) mg/l < 1 mg/lCopper (Cu) mg/l < 1 mg/l

RemarkThe reports must be sent without fail at the end of every month to ensure effective and correct usage of Elysator. IWTM will not be responsible if timely reports are not received and reserves the right to cancel warranty under these conditions.

Radiance of The Seas2


Accesories/Spareparts

Digital indicator order no.100080

Options & spare partsThe Elysator can be connected to comput-ers or digital indicators; this will give the option to have an alarm for certain anode levels (high / low) or reading of history.When using the digital indicator, this can either replace the analogue or be mounted in serial with the analogue indicator (gal-vanometer). The indicator can either be installed in the control room or nearby the Elysator. The transmitter is premounted in the Elysator

Transmitter o.no.100180

Carnival Conquest

-10

+12

+4 -1

13 14 19 20 21

1 ( mA ) Signal

2

Supply

1

N /C C N /O

90-264 V ACAlarm

Power supply

Plug, goes into socket on Elysator

Version: Sept. 11, 2003

External Wiring Schemesignal output to remote indicator

Connection diagram for built in transmitter

(Elysators type 15-100)

External Wiring Sceme Signal Output to remote indicator

Startpanel (complete) with digital

indicator

Automatic drain

valve with timer

Select fi lters


Laboratories

Handheld devicesPH order:100045Conduct.HR 0 -19,90mS: 100047Conduct.LR 0 - 1990uS : 100046The new CHECKIT®micro WP series is a range of waterproof and dust-tight (IP67) units for determination of pH value, redox, conductivity, TDS, salinity and temperature. The compact, robust housing and the electrode re-placement option meet the high standards required of state-of-the-art technology.All units are equipped with an automatic switch-off and a “Hold” function which “freezes” the result in the display with a single key-press. The range includes several versions with different measuring ranges and levels of accuracy for different applications.

PC MultidirectOrder Code:100210The PC MultiDirect (replacing PC22) is a modern, microprocessor-controlled photometer with a user friendly keyboard and large graphic display. It features a broad selection of pre-programmed methods based on the proven range of Lovibond® reagent tablets, liquid reagents, vial tests and powder reagents (VARIO Powder Packs). Moreover, you can also store your own methods. The calibration option, including software-supported adjustment, means that the PC MultiDirect photometer can be used as a testing instrument. The 7 standard rechargeable batteries (supplied) allow portable use. These standard batteries are available all over the world and are easy to change. An intelligent, integrated charge controller allows battery charging (using the supplied power pack) whilst the instrument is in operation. The PC MultiDirect can also be operated without power pack using alkaline manganese batteries.

• Alkalinity-m• Alkalinity-p• Aluminium• Ammonia• Bromine• Calcium Hardness• Chloride• Chlorine• Chlorine Dioxide• COD• Copper• Cyanuric Acid• DEHA• Fluoride• Hydrogen Peroxide• Iron

• Manganese• Molybdate• Nitrate• Nitrite• Ozone• pH• Phosphate• Potassium• Silica• Sulphate• Sulphide• Sulphite• Total Hardness• Total Nitrogen• Urea• Zinc

ParametersThe PC MultiDirect can be used for the following tests:

Batteries

Parameters in bold letters: this detailed tests are recommended every 3 months


Sparepart list order code

Art.no. Art.no.Type TRIOElysator Trio (complete) 10 02 17Flowmeter 10 00 77Airvent 10 00 00Indicator (analog) 10 00 78Anodes set 10 02 24

Type15Elysator T 15 (complete) 10 01 64Flowmeter 10 00 77TACOSETTER 10 02 20Airvent 10 00 00Indicator (analog) 10 00 78Anodes set (3 pcs) 10 02 02Ballvalves (inlet / outlet) 10 00 71Regulating valve R15 ¾” 10 00 74

Type 25 Elysator T 25 (complete) 10 00 01Flowmeter 10 00 77Airvent 10 00 00Indicator (analog) 10 00 78Anodes set 10 01 75Ballvalves (inlet / outlet) 10 00 71Regulating valve R15 ¾” 10 00 74

Type 50Elysator T 50 (complete) 10 00 02Flowmeter 10 00 77Airvent 10 00 00Indicator 10 00 78Anodes set 10 01 60Ballvalves (inlet / outlet) 10 00 71Regulating valve 10 00 74

Type 75 –100Elysator T 75 (complete) 10 00 03Elysator T 75 Boiler with pump etc. 10 02 32Elysator T 100 (complete) 10 00 05Elysator t100 boiler , with pum etc. 10 01 52Flowmeter 10 00 77Airvent 10 00 00Indicator 10 00 78Anodes set typ 75 10 01 76Anodes set typ 100 10 01 57Ballvalves (inlet /outlet) 10 01 71Regulating valve 10 00 74

Type 260Elysator T 260 (complete) Hot water – rockwool insulation 10 00 04Elysator T 260 (complete) Chilled water- armafl ex insulation 10 00 12Elysator T 260 Boiler with pump etc. 10 00 14Flowmeter 1 ½” 10 01 09Airvent 10 00 00Indicator 10 00 78Anodes 10 01 78Ballvalves 10 01 03Regulating valve 10 01 18

Type 500Elysator T 500 (complete) Hot water (rockwool insulation) 10 01 54

Elysator T 500 (complete) Chilled water (armafl ex insulation) 10 01 53Elysator T 500 Boiler, with pump etc. 10 00 09Flowmeter 1 ½” 10 01 09Airvent 10 00 00Indicator 10 00 78Anodes (1 set) 10 01 59Ballvalves (inlet / outlet) 10 01 24Regulating valve 10 01 25

Type 800Elysator T 800 (complete)Hot water (rockwool insulation 10 00 07Elysator T 800 (complete)Chilled water (armafl ex insulation) 10 00 16Elysator T 800 Boiler, with pump etc 10 00 15Flowmeter 1 ½” 10 01 09Airvent 3/8” 10 00 00Indicator 10 00 78Anodes hot water 1 set 10 01 61Anodes chilled water 1 set 10 01 62Ballvalves (inlet / outlet) 10 01 24Regulating valve 10 01 25

Type 1000Elysator T 1000 (complete)Hot water (rockwool insulation) 10 02 04Elysator T 1000 (complete)Chilled water (armafl ex insulation) 10 02 05Elysator T 1000 boiler with pump etc. 10 00 19Flowmeter 1 ½” 10 01 09Airvent 3/8” 10 00 00Indicator 10 00 78Anodes hot water 1 set 10 02 25Anodes chilled water 1 set 10 02 26Ballvalves (inlet / outlet) 10 01 24Regulating valve 10 01 25

Spare parts for boiler systemsElysator type 75-100 Pump 340V - 60 Hz 10 00 49Start panel 10 01 15Gasket for pump 10 01 36Mechanical seal 10 02 27

Elysator type 260 Pump 340V - 60 Hz 10 01 37Start panel 10 01 15Gasket for pump 10 01 36Mechanical seal 10 02 28Elysator type 500 Pump 340V - 60 Hz 10 02 36 Start panel 10 00 68Gasket for pump 10 01 38Mechanical seal 10 02 30Elysator type 800 Pump 340V - 60 Hz 10 02 37Start panel 10 00 68Gasket for pump 10 01 39Mechanical seal 10 02 31Elysator type 1000 Pump 340V - 60 Hz 10 02 37Start panel 10 00 68Gasket for pump 10 01 39Mechanical seal 10 02 31

Water analysing equipmentPC Multidirect colorometric laboratory (and old PC 22)PC Multidirect Photometer in case with tablets, charger etc. 10 02 10PC Multidirect charger 10 00 42PC rechargeable battery 9 V 10 00 44Measuring Beaker (100 ml) 10 01 51Moulded cell (pack of 5) 10 00 41Battery for PC Multidirect 10 00 44Printer for PC Multidirect 10 00 39Paper for printer 10 01 79Glas stiring rod (crussing pin) 10 01 92(100 tablets) 10 00 28ALKA M (100 tablets) 10 02 14ALKA P (100 tablets) 10 02 15Aluminium No.1. (100 tablets) 10 01 98Aluminium No.2. (100 tablets) 10 01 99Ph 5,2-6,8 bromocresol purple (100 tablets) 10 00 28pH 6,8-8,4 phenol red (100 tablets) 10 00 29pH 8,0-9,6 thymol blue (100 tablets) 10 00 30Iron LR (100 tablets) 10 00 98Coppere zinc / declor (100 tablets) 10 01 83Copper LR (100 tablets) 10 00 32Copper no. 1 (100 tablets) 10 02 38Copper no. 2 (100 tablets) 10 02 39Sulphate (100 tablets) 10 00 31Sulfi te (100 tablets) 10 00 36Hardcheck P (100 tablets) 10 01 44Chlorides T1 (100 tablets) 10 00 34Chlorides T2 (100 tablets) 10 00 35EDTA (100 tablets) 10 00 33Sulphate (100 tablets) 10 00 31Oxygen set of vials inc. accessories 10 00 26Oxygen adapter for ampoules 10 00 27Watertest bottles 1pc 10 01 67

Micro checkit series handheld seriesMicro checkit pH ++ 10 00 45Micro checkit LR 0-1990 S/cm 10 00 46Micro checkit HR 0-19,9 mS 10 00 47ET260 Oxygen meter 10 01 93Batteries for micro checkit 10 01 78Buffer solution 100 ml pH 4 10 01 29Buffer solution 100 ml pH 7 10 01 30Buffer solution 100 ml pH 10 10 01 31Buffer pH 10 tablets 10 00 94Buffer pH 4 tablets 10 00 95Buffer pH 7 tablets 10 00 96Calibration solution 1442 S/cm 10 00 97

OptionalsDigital indicator 10 00 80Transmitter 10 01 80Filter for Elysator outlet 1” 10 01 13Filter for Elysator outlet 2” 10 01 14Timer & automatic drain for fi lter 10 02 08Timer & aut. drain for elysator 1” 10 02 29

Elysator & optionals Standard Elysators

Art.no.


Carnival Conquest

Radiance of The Seas2

Explorer of the seas

Norwegian sky

Asir

Adventure of the seas

Nord Jahre Target


Laboratories

Your partner for Safe maintenance

All rights for world-wide maritime distributionInternational Water Treatment Maritime ASEternittveien 1, N-3470 Slemmestad, NORWAYPhone:+47 31 28 71 71, Telefax: +47 31 28 91 30E-mail: [email protected] • Homepage: http//:www.iwtm.no

Asia offi ceIWTM PTE.LTD101 B, Telok Ayer Street068574 SingaporeTel.: +65 6535 6804 - Fax: +65 6535 6804E-mail: [email protected]

Manufacturer: Elysator Engineering AG, Wollerau, Switzerland

North America offi ceInternational Water Treatment NA7406 27th St. W., Ste 207University Place, WA 98466USATel.: +001 253-566-1438Fax: +001 253-566-1512www.iwtna.com

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Elisator Running and Maintenance

Documents

Transcript of Elisator Running and Maintenance