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7

THERMOSTAT

HANDY BOX

WATER SUPPLY HOSE

BRASS PIVOT SHAFT

LOCATION OF INLINE
WATER FILTER

BRASS SHUT-OFF VALVE

CROSS BEAM

WATER SPOUT TUBE

CONTROL VALVE 
ADJUSTMENT SCREW

COUNTER WEIGHT

HEATING ELEMENT
(LOCATED UNDER CROSS BEAM)

PIVOT BEAM

STRAIN RELEIF 
CONNECTOR

HEAT SHEILD
(BOTTOM PART OF 
HEATER ASSEMBLY)

HEATER ASSEMBLY SCREWS

Waterer Components - Top Cover & Bowl Removed

WATERER COMPONENTS

Pivot Beam

is similar to the long board of a

teeter totter.  Attached to one end of the pivot
beam is the drinking bowl cage and on the other
end of the pivot beam is the counter weight.
The pivot beam pivots on the brass pivot shaft.
The weight of the water in the drinking bowl
causes the pivot beam to pivot and activate the
control valve.  The control valve regulates water
coming into the drinking bowl.

Control Valve Adjustment Screw

is located

in the pivot beam directly above the control
valve.  The control valve adjustment screw
opens and closes the control valve.  The
control valve regulates water coming into the
drinking bowl.

Control Valve

–The control valve regulates

the water refilling the drinking bowl.  It is
located directly below the control valve
adjustment screw. The control valve will
operate on water pressure from 20 to 80 psi.
Optimal pressure range is 40-60 psi.  Consult
a qualified plumber if your water pressure falls
outside of this range.  The inlet and outlet
ports of the control valve are imprinted on the
control valve just below the port holes.  “IN” is
the port hole the water supply hose feeds and
“OUT” is the port hole that feeds the copper
water spout tube.

Brass Pivot Shaft

– The pivot beam pivots

on the brass pivot shaft.  The brass pivot shaft
connects the pivot beam and drinking bowl
cage to the cross beam.   

Counter Weight 

– The counter weight is

attached to the pivot beam on the opposite
end from the drinking bowl. Stamped on the
counter weight is the word “TOP”, which is to
face up when installed.   

Beam Lock Lever. 

Locking the pivot beam

with the beam lock lever prevents water from
coming out the water spout tube while the
drinking bowl is removed for cleaning or other
maintenance.

Brass Shut-off Valve

regulates the rate of

water flow.  Turn the shut-off valve clockwise
to close and counter clockwise to open.
There are several important reasons to locate
the brass shut-off valve and water supply hose
in the correct location:  1) freeze protection 2)
easy access to the shut-off valve and 3) easy
access to the inline water filter.     

Water Supply Hose

fastens to the brass

shut-off valve on one end and to the “IN” port
of the control valve on the other end.  Proper
location of the water supply hose and brass
shut-off valve are important for several
reasons:  1) freeze protection 2) easy access
to the shut-off valve and 3) easy access to the
inline water filter.  

Inline Water Filter

- is shaped like a pencil

and located inside the water supply hose
where hose fastens to the brass shut-off
valve.  The filter’s purpose is to trap sediment
in the water before the sediment travels
downstream to the control valve.  A slow
down in rate of water flow into the drinking
bowl is an indication that the filter is filling with
sediment and may need to be cleaned

Copper Water Spout Tube

fastens to the

“OUT” port of the control valve and refills the
drinking bowl with water from above.

Heater

is located under the cross beam.

The heater heats the air that surrounds the
drinking bowl.  The heater is activated by the
thermostat, turning on and off as necessary.
The heater will get very hot (red hot).  

Thermostat

is cylinder shaped metal tube

located on the outside of the electrical junction
box.  The thermostat acts as a switch, turning
the heater on and off depending on
temperature.

Strain Relief Connector

is located in

electrical junction box and prevents the heater
cord from being pulled out of the electrical
junction box.

Summary of Contents for 700 Series

Page 1: ......

Page 2: ...he water spout tube and breaks up into drops about 3 below tube outlet Then turn control valve adjustment screw counter clockwise which will cause water to stop flowing Then turn the screw an addition...

Page 3: ...of the brass pivot shaft and slide the brass pivot shaft out C The pivot beam and cage may then be removed as a unit 4 Remove the cover to the junction box and disconnect all wires in the junction bo...

Page 4: ...k the beam lock lever and turn the control valve adjustment screw another 1 4 turn counter clockwise Continue this process at 1 4 turn intervals until water shuts off completely after refilling C INSP...

Page 5: ...cal power OFF to the circuit will eliminate risk of electrocution B Freeze up may be the result of not having the electrical power switched on to the waterer This is common during the first cold weath...

Page 6: ...ld Conversely heat tapes often come with thermostats If the heat tapes thermostat is located too close to the waterers heater the heat tape my not be activated when necessary Waterline freeze up can r...

Page 7: ...from the drinking bowl Stamped on the counter weight is the word TOP which is to face up when installed Beam Lock Lever Locking the pivot beam with the beam lock lever prevents water from coming out...

Page 8: ...HOLE SHOULD EXTEND DOWN 4 6 FEET BELOW THE FROST LINE WATER AND ELECTRIC LINES DRAIN PIPE MODEL 730 24 8 ID DRAIN PIPE MODEL 760 24 10 ID DRAIN PIPE PVC OR ADS CORRUGATED NON PERFORATED PIPE TO KEEP H...

Page 9: ...flushed of debris filter may clog and control valve may not function properly resulting in dripping and overflow Install a large cold water filter in a non freeze location if your water contains a lo...

Page 10: ...ation WARNING ELECTRICAL INSTALLATION MAINTENANCE HEATER 755 785 A LICENSED ELECTRICIAN WILL DETERMINE A Type and size of service wire B grounding procedure and C proper fusing of heater GROUND WIRE T...

Page 11: ...o the IN port Connect the copper water 14 Reassemble parts see note 15 With beam lock lever still locking pivot beam off valve open brass shut off valve 16 Adjust control valve at valve adjustment scr...

Page 12: ......

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