Bradford White EFT-18000-2-T-10 Bedienungsanleitung

IF ASSTANCE IS REQUIRED OR ANY QUESTIONS RELATING TO THE

INSTALLATION OR PERFORMANCE OF THIS UNITARISE, CONTACT

TECHNICAL SERVICE TOLLFREE : 1-800-334-3393 .

HAVE THE INFORMATION LISTED BELOW BEFORE CALLING :

SERIAL NO. MODEL NO. INSTALLATION DATE

READ THE GENERAL SAFETY SECTION BEGINNING ON THE INSIDE COVER

AND THEN THIS ENTIRE MANUAL BEFORE INSTALLING OR OPERATING THIS

WATER HEATING UNIT. IF YOU DON’T FOLLOW THE SAFETY RULES, THE UNIT

WILL NOT OPERATE PROPERLYAND COULD CAUSE DEATH, SERIOUS BODILY

INJURYAND/OR PROPERTY DAMAGE. READ ALSO THE ENCLOSED

WARRANTY CARD. WARRANTY OF THIS WATER HEATING UNIT WILL DEPEND

ON PROPER INSTALLATIONAND OPERATION. THE WARRANTY SHALL BE

VOID IF THE DESIGN HAS BEEN ALTERED INANY WAY WHATSOEVER. THE

MANUFACTURER OF THIS UNIT WILL NOT BE LIABLE FOR ANY DAMAGES

BECAUSE OF FAILURE TO COMPLY WITH THE INSTALLATION AND

OPERATING INSTRUCTIONS OUTLINED ON THE FOLLOWING PAGES.

THE INSTALLATION MUST CONFORM WITH THE INSTRUCTIONS IN THIS

MANUAL; ELECTRIC COMPANY RULES; AND THE LOCAL CODES, OR IN

THE ABSENCE OF LOCAL CODES, WITH THE LATEST EDITION OF THE

NATIONAL ELECTRICAL CODE. A COPY OF THE N.E.C IS AVAILABLE FROM

UNDERWRITERS LABORATORIES, 333 PFINGSTEN ROAD

NORTHBROOK, IL, 60062.

WARNING

ELECTRIC INSTANTANEOUS

TANKLESS WATER HEATER

“THREE PHASE THERMOSTATIC”

INSTALLATION GUIDE AND OWNERS MANUAL

MODEL(S) COVERED: EFT-18000-2-T-10

EFT-18000-6-T-10

EFT-24000-2-T-10

EFT-24000-6-T-10

EFT-28000-4-T-10

EFT-32000-6-T-10

GENERAL

This “Three Phase Thermostatic” water heating unit is specifically designed to take in

cold or pre-heated water and heat it to temperatures suitable for commercial washing,

sluicing or processing, up to a maximum temperature of 180° F (82° deg. C). To obtain

optimum performance and energy savings, this unit should be located as near as possible

to the point of use. This unit must only be installed in a vertical position with the inlet

and outlet at the bottom. The power is activated by individual electronic flow switches located

in each of the three heating modules. These will be damaged by excessive heat, do not solder

any pipes that are in contact with the heater. Also ensure pipes are clear of installation debris

before connecting the water heating unit, otherwise the flow switches could jam in the

“on” position. This unit must be connected to its own individual electric circuit protected by

a suitably rated three pole breaker. The maximum voltage which can be applied across any

heating module is 277 volts. It is recommended that a Pressure Relief Valve be installed

as close as possible to the heater outlet of the unit ( per code).

WARNING

Improper installation, adjustment, alteration, service or maintenance can cause DEATH,

SERIOUS BODILY INJURY OR PROPERTY DAMAGE. Refer to this manual for

assistance or consult the local electric utility for further information.

This unit is supplied with compression rings and nuts suitable for direct coupling to

standard 1/2 “ ( 5/8 “ outside diameter ) copper or plastic piping. There is no need for

additional screwed fittings and under no circumstances shall a blow torch be used on pipe

connected to the unit (serious damage to the electronic flow switch will result).

WARNING

Failure to ground the system may result in death or serious injury.

ELECTRICAL SHOCK HAZARD! BEFORE REMOVING THE COVER OR SERVICING THE

WATER HEATER, MAKE SURE THE ELECTRICAL SUPPLY TO THE WATER HEATING

UNIT IS TURNED “OFF”. FAILURE TO DO SO CAN RESULT IN DEATH, SERIOUS

BODILY INJURY, OR PROPERTY DAMAGE.

MOUNTING THE UNIT

1) This unit should be mounted as close to the point of use as possible.

2) This unit must only be mounted in the vertical position with the water fittings located at the

bottom of the unit. Mounting other than in the vertical position WILL cause element burn out.

3) The cold water inlet is on the right hand side and the hot water outlet is on the left hand side.

Under NO circumstances can these be reversed.

4) Leave a minimum of 8” above the unit for easy replacement of the elements.

5) This unit should be fixed to the wall using screws in the four mounting holes at each corner

of the backplate.

6) The unit should be installed in the plumbing system in such a way that there is no tendency

for the unit to be starved of water: for example: by an excessive draw-off of cold water just

before the unit. Also do not fit an unrestricted hot water draw-off point below the heater as

this will tend to empty the heater by siphoning.

NOTE

ALL MOUNTING AND PLUMBING MUST BE COMPLETE BEFORE YOU PROCEED

WITH ELECTRICAL HOOK-UP.

TEST THE INSTALLATION FOR LEAKS BEFORE CONNECTING THE

ELECTRICAL SUPPLY.

7) It is possible that drawing off water at comparatively high rates of flow elsewhere in the

building at the same time that the heater is working, could cause premature element failure.

Care should be taken not to starve the unit of water. To prevent this from happening, open

fully the main valve of the incoming water supply to the building and throttle back the

control valves to the other water outlets.

1) This unit is supplied with compression fittings, USE THESE; DO NOT USE TAPERED

THREADED PIPE FITTINGS AND DO NOT SOLDER PIPE TO THE INLET OR OUTLET.

2) Ensure that the pipes are correctly aligned with the inlet and outlet bosses in

order to avoid excessive stress on the heater body molding of the unit.

NOTE: When soldering pipe joints remove unit from the wall. Serious damage can occur

if any soldering is done while pipes are connected to the unit.

Run water through the supply pipe to remove all debris from the pipe before connecting to

the unit. Failure to do so could cause damage to the flow switch.

3) Install isolating valves (full flow ball valve type) on both inlet and outlet pipes. This allows

the unit to be isolated for maintenance purposes.

4) When all plumbing is complete, inspect the system for water leaks at all plumbing

connections. If a water leak is present take corrective action. If a water leak is at a

compression fitting, slowly tighten the compression nut until the water leak stops. Fully open

both inlet and outlet ball valves. Run all hot water outlets fed by this water heating unit one

at a time until the water flow is continuous and free from ”gulping” and all visible air

pockets.

PLUMBING HOOK-UP

NOTE

ALL MOUNTING AND PLUMBING MUST BE COMPLETE BEFORE PROCEEDING

WITH ELECTRICAL HOOK-UP.

TEST THE INSTALLATION FOR LEAKS BEFORE CONNECTING THE

ELECTRICAL SUPPLY.

7 “

Hot water outlet

compression

fitting

DO NOT

SOLDER

Cold water inlet

compression

fitting

DO NOT

SOLDER

ELECTRICAL HOOK-UP

WARNING

WATER HEATING UNITS EQUIPPED FOR ONE VOLTAGE ONLY: CHECK THE RATING

PLATE ON THE FRONT OF THE UNIT. DO NOT USE THIS WATER HEATER WITHANY

VOLTAGE OTHER THAN THE ONE SHOWN ON THE MODEL RATING PLATE. FAILURE TO

DO SO CAN RESULT IN DEATH, SERIOUS BODILY INJURY, OR PROPERTY DAMAGE. IF

YOU HAVE ANY QUESTIONS OR DOUBTS CONSULT YOUR ELECTRIC COMPANY.

This unit must have its own independent circuit using five wires; three live,one neutral and

one ground of the appropriate rating protected by the correctly rated three pole breaker

IMPORTANT

BEFORE SWITCHING “ON” THE POWER AT THE MAIN CIRCUIT BREAKER PANEL MAKE

SURE THAT THE HOT WATER CIRCUIT IS FREE OF AIR POCKETS OR PREMATURE

FAILURE OF THE ELEMENT WILL OCCUR. TO DO THIS OPEN ALL HOT WATER OUTLETS

ONE AT A TIME FOR A MINUTE OR TWO UNTIL THE WATER FLOW IS CONTINUOUS AND

FREE FROM “GULPING” AND FROM VISIBLE AIR POCKETS.

RATINGS OF “ EFT” THREE PHASE MODELS

CURRENT TEMPERATURE RISE IN DEGREES

MODEL RATING(KW) VOLTAGE(V) PER PHASE 1.5GPM 2.0GPM 2.5GPM 3.0GPM 3.5GPM 4.0GPM 5.0GPM

*EFT-18000-T-10 18 208/120 50A/PHASE 82 61 49 41 35 32 25

*EFT-24000-T-10 24 208/120 67A/PHASE 0 82 65 54 47 43 34

*EFT-18000-T-10 18 277 21.7A/PHASE 82 61 49 41 35 32 25

*EFT-24000-T-10 24 277 28.9A/PHASE 0 82 65 54 47 43 34

*EFT-32000-T-10 32 277 38.5A/PHASE 0 0 87 73 62 58 45

*EFT-28000-T-10 28 240 40A/PHASE 128 90 72 65 55 47 38

IF THE UNIT IS CONNECTED TO 460/265 THREE PHASE SYSTEM THE ABOVE OUTPUTS WILL BE REDUCED BY 8.5%

* UNIT MAY BE CONNECTED TO A 208V POWER SUPPLY, ABOVE OUTPUTS WILL BE REDUCED BY 25%

Operating the water heating

unit

IMPORTANT

Before switching “on” the power at the main circuit breaker panel make sure that the hot

water circuit is free of air pockets or premature failure of the heating element will occur.

To do this open all hot water faucets one at a time for a minute or two until the water flow

is continuous and free from “gulping” and from visible air pockets.

1) With inlet and outlet BALL VALVES fully open, turn on a hot water outlet.

2) Run for 1 minute.

3) Switch on electric supply at circuit breaker panel.

4) The power indicator light should now illuminate (see Fig. 1), pulsing at first.Allow 40

seconds for the indicator lights to remain illuminated, the unit is now operating at full power.

NOTE: At this point water temperature may not be hot.

5) Using the OUTLET BALL VALVE slowly reduce water flow until desired water temperature

is achieved at hot water outlet.

NOTE: The water temperature is regulated by the flow through the heater. The lower the

flow the higher the water temperature and vice versa.

MINIMUM SETTING MAXIMUM SETTING

THE TEMPERATURE CONTROLLING

POTENTIOMETER IS A PRECISION

COMPONENT. ADJUST GENTLY AND

DO NOT TURN BEYOND THE MIN.

AND MAX. STOP POINTS

6) Turn the water temperature adjustment screw on the first module counter clockwise

1/8 of a turn, wait for 10-15 seconds and see if the indicator light begins to pulse. If the

indicator does not, turn another 1/8 of a turn, wait and again see if the lamp begins to pulse.

Repeat until the light is pulsing regularly which indicates that the temperature has stabilized

at the set temperature. Repeat with modules two and three. Check that the outlet temperature

OPERATING THE WATER HEATER

WARNING

HOUSEHOLDS WITH SAMLL CHILDREN OR ELDERLY PERSONS MAY

REQUIRE WATER TEMPERATURES OF 125°F(52°C) OR LOWER TO

PREVENTACCIDENTAL SCALDING FROM CONTACT WITH THE

WATER

1) Completely open both the inlet and outlet valves at the unit.

2) Open all hot water outlets serviced by this unit. If the outlet is a mixer type adjust to the hottest position.

Run flow until flow is continuous at all the outlets. When the flow is continuous at all serviced outlets,

proceed to the next step.

3) Switch on electric supply at the circuit breaker panel. The indicator light on the unit should now

illuminate.

4) Using the outlet BALL VALVE, slowly reduce the water flow until the desired water temperature is

achieved at the hot water outlet. This should be 120°f(49°c) to 140°f(60°c) without mixing with cold water.

5) Turn the temperature adjustment screw counter clockwise about 1/8 of a turn. After 10-15 seconds, the

power indicator light should be pulsing. If it does not, turn the screw counter-clockwise another 1/8 of a turn.

Wait 10-15 seconds for the indicator light to begin pulsing. Repeat process until the indicator light is pulsing

regularly. This indicates that the water temperature has stabilized at the set temperature. Check that the

temperature is what is required. The thermostat is now set and the water temperature will remain constant

when the indicator light is pulsing.

6) Check the performance of the flow switch by opening and closing the faucet a few times.

THE POWER INDICATOR LIGHT SHOULD ONLY ILLUMINATE WHEN WATER IS FLOWING

TROUGH THE UNIT.

NOTE: An EFT-9500-S-10 (9.5 kw) unit at 240v will deliver 1 gallon per minute at 65°F(18°C) rise in

temperature. For example, with an incoming water temperature of 55°F(13°C) the unit will produce 1 gallon

per minute at 120°F(49°C)

A flow rate of 1 gallon per minute will fill a 1 gallon “milk” container in 60 seconds.

7) For accurate water temperature control a mixer type faucet(single spout), the cold water supply to the

faucet should be restricted to give approximately the same flow rate of cold water to the faucet as the hot

water exiting the unit. The simplest method of achieving this is by partially closing the cold water valve

under the sink.

8) It is possible that drawing off cold water at comparatively high rates of flow elsewhere in the building at

the same time that the unit is working, could starve the unit of cold water. Care should be taken to avoid this

from occuring as premature element failure may result. Completely open the main valve on the cold supply

to the building and throttle back the control valvues to the other cold water outlets.

SYMPTOM POSSIBLE CAUSE SOLUTION

NO HEAT -

INDICATOR LIGHT

OFF

A) ELECTICAL SUPPLY OFF

B) NO OR LOW WATER

FLOW

C) WATER CONNECTION

REVERSED

D) ELEMENT BURNED OUT

TURN ON MAIN MAIN CIRCUIT BREAKER

MINIMUM WATER FLOW TO TURN ON UNIT IS 0.7

GALLON PER MINUTE. INCREASE FLOW TO AT

LEAST THIS LEVEL.

COLD WATER INLET-RIGHT SIDE. HOT WATER

OUTLET - LEFT SIDE. REFER TO FIG. 1

1) TURN MAIN BREAKER OFF

2) USING OHMETER TEST RESISTENCE OF THE

HEATING ELEMENT AT TWO TERMINATION

RODS ON THE TOP OF ELEMENT. SEE FIGURE

BELOW.

3) OHMETER SHOULD READAS FOLLOWS:

- 6-7 OHMS

- 7-8 OHMS

-10-11 OHMS

IF RESISTENCE OF THE ELEMENT IS MUCH

GREATER THAN THESE READINGS - CALL

TECHNICAL SUPPORT.

NO HAET OR LOW

TEMERATURE

INDICATOR LIGHT ON

A) WATER FLOW TOO

HIGH REDUCE WATER FLOW BY USING OUTLET BALL

VALVE. SEE ”RATINGS OF UNITS” TABLE P- FOR

TEMPERATURE RISE @ 1 GPM.

B) 110 VOLT POWER

SUPPLY INSTEAD OF 240

VOLTS

UNIT MUST BE CONNECTED TO 240 VOLT

POWER POWER SUPPLY. SEE SECTION III -

ELECTRICAL HOOK-UP.

C) ELEMENT BURNED OUT 1) TURN MAIN BREAKER OFF

2) USING OHMETER TEST RESISTENCE OF

THE

HEATING ELEMENT AT TWO TERMINATION

RODS ON THE TOP OF ELEMENT. SEE

FIGURE

BELOW.

3) OHMETER SHOULD READAS FOLLOWS:

- 6-7 OHMS

- 7-8 OHMS

-10-11 OHMS

IF RESISTENCE OF THE ELEMENT IS MUCH

GREATER THAN THESE READINGS - CALL

TECHNICAL SUPPORT.

N L1 L2 L3

For supply connections use 8 AWG or

larger wires suitable for at least 75 c (167F)

THIS APPLIANCE MUST BE GROUNDED

This heater is only suitable for 4 wire

3 phase connection with a maximum of

277 volts across each element.

REPLACEMENT PARTS DIAGRAM

THERMOSTATIC

PCB

PART# EX100/VOLTAGE

HEATER CORE ASSEMBLY

FOR

TRIAC

PART# EX18

EFT-18000-T-10, 277V EX1280

EFT-18000-T-10 208V EX770

EFT-24000-T-10, 277V EX960

EFT-24000-T-10 208V EX560

EFT-32000-T-10 277V EX720

EFT-28000-T-10 240V EX630

COMPRESSION NUT AND

PLASTIC FARREL

PART # EX16, EX17

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