Enertech WS Series Instruction manual

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BTU/hr'
Heating'or'cooling'capacity'
GPM'
Gallons'Per'Minute''
CAP'
Capacity'
HE'
Heat'Extracted'
COP'
Coefficient'of'performance'(BTU/hr'out'':''BTU/hr'in)'
HR'
Heat'Rejected'
CFM'
Cubic'feet'per'minute'
HYD'
Hydronic'
DB'
DryJbulb'entering'air'temperature'
kW'
Kilowatt''
DEWT'
Demand'Entering'Water'Temperature'
LLTC'
Liquid'Line'Temperature'Cooling'
DHW'
Demand'Hot'Water'
LLTH'
Liquid'Line'Temperature'Heating'
DLWT'
Demand'Leaving'Water'Temperature'
LRA'
LockedJrotor'amperage'
dP'
Pressure'drop'across'heat'pump''
LWT'
Leaving'water'temperature''
DSH'
Desuperheater'
MBTU/hr'
Btu/hr'x'1000'
EER'
Energy'efficient'ratio'(BTU/hr'CAP'':''watts'in)'
RLA'
RatedJload'amperage'
EWT'
Entering'water'temperature''
SLT'
Suction'Line'Temperature'
FLA'
FullJload'amperage'
VA'
VoltJamperes'
GND'
Ground'
WB'
WetJbulb'entering'air'temperature'

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--. /012-234&5&)06!-724&
Note – Always refer to the inside of the front
cover for the correct wiring diagram, and always
refer to the nameplate on the exterior of the cabinet
for the correct electrical specifications.
WARNING – Service of refrigerant-based
equipment can be hazardous due to elevated
system pressures and hazardous voltages. Only
trained and qualified personnel should install,
repair or service. Installer is responsible to ensure
that all local electrical, plumbing, heating and air
conditioning codes are followed.
WARNING – ELECTRICAL SHOCK CAN
CAUSE PERSONAL INJURY OR DEATH.
Disconnect all power supplies before installing or
servicing electrical devices. Only trained and
qualified personnel should install, repair or service
this equipment.
WARNING –THE UNIT MUST BE PROPERLY
GROUNDED!
The main electrical service must be protected by a
fuse or circuit breaker and be capable of providing
the amperes required by the unit at nameplate
voltage. All wiring must comply with the national
electrical code and/or any local codes that may
apply.Access to the line voltage contactor is
through the knockouts provided on the side of the
heat pump as labeled. Route EMT or flexible
conduit with appropriate size and type of wire.
Ensure adequate supply wiring to minimize the
level of dimming lights during compressor startup
on single-phase installations. Some dimming is
normal upon compressor start-up.
CAUTION – Route field electrical wiring to
avoid contact with electrically live bare metal parts
inside the electrical box.
CAUTION – Three-phase units must be wired
properly to ensure proper compressor rotation.
Improper rotation may result in compressor
damage. An electronic phase sequence indicator
must be used to check supply-wiring phases.
Also, the “Wild” leg of the three-phase power must
be connected to the middle leg on the contactor.
WARNING –Verify refrigerant type before
servicing. The nameplate on the heat pump
identifies the type and the amount of refrigerant.
All refrigerant removed from these units must be
reclaimed by following accepted industry and
agency procedures.
CAUTION – Ground and hydronic loops must
be freeze protected. Insufficient amounts of
antifreeze may cause severe damage and may void
warranty. Hydronic loop antifreeze must be non-
flammable. Never operate with ground or hydronic
loop flow rates less than specified. Continuous
operation at low flow or no flow may cause severe
damage and may void warranty. !!
Note – These units feature braze-plate heat
exchangers. Enertech requires that a strainer be
installed on the water inlet of the source side
circuit. A strainer with a size of 16-20 mesh
minimum should be used. For your convenience a
strainer and connection hardware have been
included with the unit.!
---.&&3828109&-2:71;0!-72&
#2BCQ=9#\2!
Equipment should be inspected on receipt to assure
that damage has not occurred during shipment of
the unit. Carefully check the shipping company bill
of lading against the packing slip to verify that all
units and accessory packages have been received.
Inspect each package for physical damage and
ensure that the carrier makes notation of any
damage or missing packages on bill of lading
records. Pictures of the damage are
recommended. Concealed damage should be
reported to the shipping company immediately.
!B9\XU?Q
Unit should be stored in a clean, dry location in the
original shipping packaging. Units shall be stored
in an upright position and should not be stacked
unless noted on the shipping packaging.
CX\9Q=9#\2!
Units should be protected when on the building
site from damage and contamination. Keep units

E!
covered or in original shipping packaging during
job site construction. All physical connections (air
supply and return, piping, electrical) should be
protected and covered/capped prior to installation.
CXQD#2B9U))U9#\2!CXQCUXU9#\2!
Locate the unit where there is adequate ventilation
and room for servicing; minimum 12” clearance on
all sides is recommended. Units should be placed
on a level surface on a vibration–absorbing pad
slightly larger than the base of the unit. Care
should be taken to use the proper duct size, piping
is not hard-plumbed to the unit, and any sound or
vibration is not transmitted into the surroundings.
Units are designed for indoor installation only
where the ambient temperature remains above
45°F. Do not use the heat pump for initial heating
of the building during construction.Operating the
heat pump during construction or renovation will
subject the unit to contamination, potentially
resulting in failure of the unit. Starting the heat
pump in a cold environment may flush lubricant
from the compressor resulting in compressor damage
and ultimately, unit failure.
•Review the electrical data on the nameplate to
assure that the correct unit has been shipped
•Carefully remove any packing material from
the outside and inside of the unit and inspect
for any concealed damage
•Inspect electrical connections for cleanliness
and attachment
•Inspect liquid connections to assure that any
debris has been removed and caps are removed
as appropriate.
-<.=84!&>10)!-)84&
BbB9Q0!B#c#2?!
Selecting the unit capacity of a hydronic
geothermal heat pump requires four things:
•Building Heat Loss / Heat Gain.
•Ground Sources and Design Water Temperatures.
•Temperature Limitations.
•Hydronic-Side Operating Temperatures.
=6-9?-23&@80!&9744A@80!&30-2&
!The space load must be estimated accurately for
any successful HVAC installation. There are many
guides or computer programs available for
estimating heat loss and gain, including the Manual
J, and others. After the heat loss and gain analysis
is completed, Entering Water Temperatures
(EWT’s) are established, and hydronic-side heating
conditions are determined. The heat pump can now
be selected using the hydronic heat pump data
found in the Engineering Specifications (Section
XI). Choose the capacity of the heat pump based on
both heating and cooling loads.
31762?&4761)84&02?&?84-32&/0!81&
!8;>810!6184&
Ground sources include the Ground Water
(typically a well) and the Ground Loop varieties.
Water flow-rate requirements vary based on
configuration. The Engineering Specifications
section providescapacities at different loop
entering water temperatures and hydronic entering
water temperatures. !
?X\V2K!)\\C!BbB9Q0B!
See figure 2
Loop systems use high-density polyethylene pipe
buried underground to supply a tempered water
solution back to the heat pump. Ground loops
operate at higher flow rates than ground water
systems because the loop Entering Water
Temperature (EWT) is lower. EWT affects the
capacity of the unit in both heating and cooling
modes, and loops in cold climates are normally
sized to supply wintertime EWT to the heat pump
down to 25°F.
!?X\V2K!;U9QX!BbB9Q0B
See Figure 3
Note – If a heat pump is installed with ground
water, it should have a Cupro-Nickel water coil.

L!
Cupro-Nickel water coils withstand well water
much better than standard water coils.
!8;>810!618&9-;-!0!-724
Be aware of the operating range of the geothermal
system when sizing the particular heat pump to
avoid premature equipment failure. Operating
outside of these limitations may cause severe
damage to the equipment and may void warranty.
CAUTIONS: Reference tables in section XI for
acceptable operating conditions.
@B?172-)&4-?8&4B4!8;&?84-32&
This section deals with some common practices
used when coupling the Enertech hydronic heat
pumps to the space conditioning heat exchanger.
There are so many possible applications for
hydronic systems that they cannot all be covered in
this text.
Note – Systems must be constructed to
appropriate codes and according to accepted
plumbing practices.
Caution – Always use piping rated for the
application.Check local codes for compliance.
Important – Pressure/Temperature port fittings
are highly recommended for installation in the
entering &leaving hydronic lines of the heat pump.
<. 4B4!8;&?84-32&
?X\V2K!B\VX=Q!KQB#?2!
31762?&977>&-24!0990!-72&
A Ground Loop system circulates the same
antifreeze solution through a closed system of
high-density underground polyethylene pipe. As
the solution passes through the pipe, it collects
energy (in the heating mode) from the relatively
warm surrounding soil through the pipe and into
the relatively cold solution. The solution circulates
to the heat pump, which transfers energy with the
solution, and then the solution circulates back
through the ground to extract more energy.
CAUTION – Ground Loops must be properly
freeze protected. Insufficient amounts of antifreeze
may result in a freeze rupture of the unit or can
cause unit shutdown problems during cold
weather operation. Propylene glycol is a common
antifreeze solution. Proprietary Geothermal
Transfer Fluid (GTF) is methanol-based antifreeze
and should be mixed 50% with water to achieve
freeze protection of 12°F. Propylene glycol
antifreeze solution should be mixed 25% with
water to obtain a 15°F freeze protection.
Important – Do not mix more than 25%
propylene glycol with water in an attempt to
achieve lower than 15°F freeze protection, since
more concentrated mixtures of propylene glycol
become too viscous at low temperatures and will
become more difficult to pump through the earth
loop. Horizontal loops typically use GTF, and
vertical loops typically use propylene glycol.
Note – Always check State and Local codes for any
special requirements on antifreeze solutions.
CAUTION – Never operate with flow rates less
than specified. Low flow rates, or no flow, may
cause the unit to shut down on a pressure lockout
or may cause a freeze rupture of the heat
exchanger.
Important– Pressure/Temperature (P/T) ports
are highly recommended for installation in the
entering and leaving water lines of the heat pump
(see figure 2). A thermometer can be inserted into
the P/T ports to check entering and leaving water
temperatures. A pressure gauge can also be
inserted into these P/T ports to determine the
pressure differential between the entering and
leaving water. This pressure differential can then
be compared to the specification data on each
particular heat pump to confirm the proper flow
rate of the system.
Filling and purging a loop system are very
important steps to ensure proper heat pump
operation. Each loop must be purged with enough
flow to ensure two feet per second flow rate in each
circuit in the loop. This normally requires a 1½to 3

M!
HP high-head pump to circulate fluid through the
loop to remove all the air out of the loop. Allow the
pump to run 10 to 15 minutes after the last air
bubbles have been removed. After purging is
completed, add the calculated proper amount of
antifreeze to give a 12°F to 15°F freeze
protection. After antifreeze has been installed and
thoroughly circulated, it should be measured with
a hydrometer, refractometer, or any other device to
determine the actual freezing point of the solution.
The purge pump can be used to pressurize the
system for a final static pressure of 30-40 psig after
the loop pipe has had enough time to stretch. In
order to achieve the 30 to 40 psig final pressure, the
loop may need to be initially pressurized to 60-65
psig. This static pressure may vary 10 psig from
heating to cooling season, but the pressure should
always remain above 20 psig, to ensure circulation
pumps do not cavitate or pull air into the system.
Contact your local installer, distributor or factory
representative for more information.
31762?&/0!81&-24!0990!-72&
Since water is the source of energy in the winter
and the energy sink in the summer, a good water
supply is possibly the most important requirement
of a geothermal heat pump system installation.
A Ground Water system gets its name from the
open discharge of water after it has been used by
the heat pump. A well must be available that can
supply all of the water requirements of the heat
pump for up to 24 hours/day on the coldest winter
day plus any other water requirements drawing
off of that same well.
A bladder type pressure tank with a “draw down”
of at least 1 ½times the well pump capacity must
be installed on the supply side of the heat pump.
Important – A screen strainer must be placed on
the supply line with a mesh size of 40 or 60 and
enough surface area to allow for particle buildup
between cleanings.
Important – Pressure/Temperature (P/T) ports
are highly recommended to be placed in the supply
and discharge lines so that thermometers or
pressure gauges can be inserted into the water
stream.
Important – A visual flow meter is highly
recommended for installation to allow visual
inspection of the flow to determine when
maintenance is required.
A solenoid control valve must be installed on the
water discharge side of the heat pump to regulate
the flow through the unit. Wire the solenoid to the
“Plug, Accessory” connector on the controller. This
valve opens when the unit is running and closes
when the unit stops.
Schedule 40 PVC piping, copper tubing,
polyethylene or rubber hose can be used for supply
and discharge water lines. Make sure line sizes are
large enough to supply the required flow with a
reasonable pressure drop (generally 1” diameter
minimum). Consult local plumbing codes to ensure
compliance.
CAUTION – Never operate with flow rates less
than specified. Low flow rates, or no flow, may
cause the unit to shut down on a pressure lockout
or may cause a freeze rupture of the heat exchanger
and void warranty.
?X\V2K!;U9QX!PXQQcQ!CX\9Q=9#\2!
CAUTION – Only equipment ordered with a
CuNi coil shall be used on ground water
applications. These units are provided with freeze
protection.
B9\XU?Q!9U2%B!
Important – The heat pump must be coupled to
the space conditioning system through a water
storage tank.
Important – For units up to 8 ton capacity, the
guideline for the active amount of fluid circulating
between the heat pump and the storage tank is 10
gallons of fluid for each ton of hydronic heat pump
capacity (Example, 50 gallons minimum for a 5-ton
unit.)If the fluid only circulates through half of the
storage tank, then that half of the storage tank must
contain the minimum 10 gallons per ton. A
properly sized storage tank eliminates many

O!
problems with multiple zone hydronic systems.
The only instance where a storage tanks is not
required is when the heat pump is coupled to a
large heat exchanger containing the recommended
amount of fluid capable of absorbing the entire
capacity of the heat pump.
Important –The hydronic flow into the storage
tank (particularly a water heater) must not be
restricted. If the water heater has an internal
diffuser “dip tube,” cut it off at approximately 12
inches into the tank.
Tank temperature can be controlled with a simple
set point controller such as an Aquastat.
IbKX\2#=!B#KQ!=#X=V)U9\XB!
Hydronic circulator pumps transfer the energy
supplied by Enertech hydronic heat pumps to the
water storage tank. Select a quiet operating pump
with the ability to supply the required flow rate at
the system pressure drop. The circulator supplying
the heat pump must be placed in the water supply
line into the unit to provide the best pump
performance. Individual zone circulators must also
be placed in the supply lines of the heat exchangers
they serve. These pumps are often used as the
on/off control mechanism for the zone they supply
as shown in Figure 4. Zone valves are also
commonly used for this purpose using a common
pump as shown in Figure 5.
!CAUTION – Never operate with hydronic flow
rates less than specified. Low flow rates, or no flow,
may cause the unit to shut down on a pressure
lockout or may cause a freeze rupture of the heat
exchanger in cooling mode.
Circulator pumps must be sized to provide the
required flow to a heat pump heat exchanger at its
corresponding system pressure drop calculated
from the pressure drop through the piping, plus
the pressure drop of the water storage tank, and
plus the pressure drop through the heat pump heat
exchanger. See the Engineering Specification
section for water flow requirements and pressure
drop. Use these tables for sizing the circulating
pump between the hydronic side of the heat pump
and a storage tank.
A common problem with circulator pumps is
trapped air in the system. This air accumulates in
the suction port of the circulator causing
cavitations in the pump, which leads to premature
pump failure and noisy operation. The air can be
eliminated by completely purging the system or
by placing an air separator in the plumbing lines.
The entire system must be purged of air during
initial installation and pressurized to a 10-25 psig
static pressure to avoid air entering the system.
This static pressure may fluctuate when going from
the heating to cooling modes but should always
remain above zero. If a leak in the system causes
the static pressure to drop, the leak must be
repaired and the system repurged to assure proper
system operation.
The hydronic side circulator supplying the heat
pump should be controlled to run only when the
compressor runs. If the pump is allowed to
circulate cold water through the system during off
cycles, the refrigerant in the heat pump will
migrate to the hydronic side heat exchanger. This
can cause heat pump starting problems (especially
when this refrigerant migrates into the condenser).
=#X=V)U9#\2!P)V#K!
The fluid circulating through the hydronic side of
the geothermal heat pump system is the transfer
medium for the heating and cooling being supplied
to the conditioned space. Selection of this fluid is
very important. Water is the most readily available
fluid but has the drawback of expansion during
freezing which can damage the system. System
operation in the cooling mode, extended power
interruption to a structure, or disabling of an
outside zone (such as a garage floor) provides the
opportunity for freezing the circulating fluid.
CAUTION – the hydronic side of the system
must be freeze protected to reduce the risk of a
freeze rupture of the unit. A propylene glycol
based antifreeze (readily available through HVAC
wholesalers) and water solution is recommended.
A non-flammable antifreeze solution is
recommended for use on any hydronic system
where heat is being added to the system for
structural heating purposes. Freeze protection for
the hydronic side fluid down to 18
°F (20%
propylene glycol by volume in water) is

ST!
recommended for most indoor applications. Forty
percent (40%) propylene glycol in water (-5°F freeze
protection) is recommended by radiant tube
manufactures for snow melt applications to protect
the tubing from expansion in outdoor applications.
Using over 40% in hydronic side applications can
cause pumping problems due to high viscosity.
The water being added to the system should have
100-PPM grain hardness or less. If poor water
conditions exist on the site, softened water is
recommended, or acceptable water should be
brought in. Bacteria or algae growth in the water is
a possibility at the temperatures produced in the
heating system and can cause buildup on hydronic
side heat exchanger surfaces, reducing the
efficiency of the system or causing the heat pump
to run at higher head pressures and possibly lock
out. Boiler system conditioner can reduce bacteria
growth in the system.!
Q^CU2B#\2!9U2%B!
Expansion tanks must be used in the hydronic
distribution side of the water-to-water system to
absorb the change in pressure of the closed system
due to the change in temperature when heat is
supplied to the system. Diaphragm-type expansion
tanks should be used. EPDM diaphragm tanks are
compatible with glycol-based antifreeze fluids
(butyl rubber diaphragms will slowly dissolve with
glycol-based antifreezes). Expansion tanks from 1
to 10 gallons are generally used for the distribution
system in residential applications.
UCC)#=U9#\2!K#U?XU0B!
Figures 1 through 5 show the components of a
hydronic heat pump system discussed above used
in some common applications. These figures by no
means represent all the possible hydronic heat
pump applications, but they do show some
important principals that can be applied to any
system.
!V2#9!)\=U9#\2J0\V29#2?!
CAUTION – Units must be kept in an upright
position during transportation or installation, or
severe internal damage may occur. Never transport
a heat pump on its side or back.
CAUTION – Do not use this unit during
construction. Dust and debris may contaminate
electrical and mechanical components; resulting in
damage.
Important – To ensure easy removal and
replacement of access panels, leave panels secured
in place until the unit is set in place and leveled.
Important – Locate the unit in an indoor area
where the ambient temperature will remain above
45°F. Service is done primarily from the front. Top
and rear access is desirable and should be provided
when possible. Minimum clearance of 12” on each
side is recommended.
Important – A field installed drain pan is
required under the entire unit if accidental water
discharge could damage surrounding floors, walls
or ceilings. Check local codes for compliance.
CAUTION – Do not mount components or pipe
to the exterior of the heat pump cabinet.
Important – Units must be mounted on a
vibration absorbing pad slightly larger than the
base to provide isolation between the unit and the
floor. Water supply pumps shall not be hard
plumbed directly to the unit with copper pipe; this
could transfer vibration from the water pump to
the refrigeration circuit, causing a resonating
sound. The use of flexible water connections is
recommended to eliminate transfer of vibration
wherever possible.
CAUTION – Always use plastic male fittings
into plastic female or into metal female fittings.
Never use metal male fittings into plastic female
fittings. On metal-to-metal fittings; use pipe thread
compound, do not use pipe thread tape. Hand
tighten first, and then only tighten an additional ½
turn with a tool if necessary.
On plastic fittings, always use 2 to 3 wraps of pipe
thread tape. Hand tighten first, and then only
tighten an additional ½turn with a tool if
necessary. Do not over-tighten, as damage may
occur.

SS!
<-.&898)!1-)09&
Note – Always refer to the inside of the front panel
for the correct wiring diagram.
Important – If the system’s external controls
require more power than shown in the engineering
specification (see Engineering Specifications
section), an external transformer and isolation
relays should be used. In contrast, Figure 4 shows a
fan coil system with its own power supply, which
must interface to the heat pump to put the heat
pump into the cooling mode. This can be
accomplished by using the fan coil’s independent
power supply to energize the coil of an isolation
relay with contacts located in heat pump's control
circuit.
Important – Miswiring of 24Vac control voltage
on system controls can result in transformer
burnout.
Important – Units with a dual voltage rating
(example, 208/230) are factory-wired for the higher
voltage (example, 230). If connected to a power
supply having the lower voltage, change the wiring
to the transformer primary to the correct lead;
otherwise premature failure, or inability to operate
the control components may occur.
=\29X\))QX!
The heat pump controller receives a signal from the
remote hydronic control, initiates the correct
sequence of operation for the heat pump, and
performs the following functions:
1)!!Compressor Anti-Short Cycle
2)!!Compressor Control
3)!!Ground Loop Pump / Ground Water Initiation
4)!!Compressor Staging
5)!!Hydronic Circulator Pump Control
6)!!Reversing Valve Control
7)!!Compressor Lockouts
8)!!System Diagnostics
9)!!24Vac Fuse
10) !Plug Accessory
11)!!Alarm Output!!
)7;>184471&02!-C4@71!&)B)98&
An Anti-Short-Cycle (ASC) is a delay period
between the time a compressor shuts down and
when it is allowed to come on again. This protects
the compressor and avoids nuisance lockouts for
these two conditions;
1. A 70 to 130-second random time-out period
occurs before a re-start after the last shutdown.
2. A 4-minute, 25-second to 4-minute, 45-second
random-start delay occurs immediately after
power is applied to the heat pump. This occurs
only after reapplying power to the unit. To
reduce this timeout delay while servicing the
unit, apply power, disconnect and reapply
power very quickly to shorten the delay.
)7;>184471&)72!179&
When 24Vac is applied to the Y terminal on the
controller wiring block, the controller decides,
based on lockout and anti-short-cycle periods,
when to turn on the compressor contactor. The M1
output of the controller energizes the contactor(s)
until 24Vac is removed from the Y terminal.
31762?&977>&>6;>&A&31762?&/0!81&
-2-!-0!-72&
On ground loop systems, a M1 output from the
controller will energize the contactor to start the
compressor and the ground loop pump. On ground
water systems, the M1 output will also energize the
ground water solenoid valve through the “Plug
Accessory” connector.
@B?172-)&)-1)690!71&>6;>&)72!179&
The hydronic circulator pump is energized either
directly with the compressor contactor through the
internal pump relay (RP) and 3-pole terminal block
(BP) or through an isolation relay having its 24Vac
coil wired to the Y and X terminals.
18<814-23&<09<8&)72!179&

S"!
When 24Vac is applied to the O terminal on the
wiring block, the controller energizes its O output
to provide 24Vac power to the reversing valve to
switch the refrigerant circuit to the cooling mode.
)7;>184471&97)D76!4&
The controller will lock out the compressor if either
of the following switches open: 1) high-pressure 2)
low-pressure on ground loop or on ground water,
or 3) high discharge refrigerant temperature. A
lockout condition means that the unit has shut itself
down to protect itself, and will not come back on
until power has been disconnected (via the circuit
breaker) to the heat pump for one minute.
Problems that could cause a lockout situation
include:
1.!Low water flow or extreme water temperatures.
2.!Cold ambient air temperature conditions.
3.!Internal heat pump operation problems.
CAUTION – Repeated reset may cause severe
damage to the system and may void warranty. The
cause of the lockout must be determined and
corrected.
If a lockout condition exists, the heat pump should
not be reset more than once; and a service
technician should be called immediately.
4B4!8;&?-03274!-)4&
The controller is equipped with diagnostic LED
lights that indicate the system status at any
particular time. The lights indicate the following
conditions:
GREEN = 24 Volt system power
YELLOW = Fault or Lockout
RED = Anti-short-cycle mode
If a set point controller installed with the heat pump
system has a lockout indicator, the controller will
send a signal from L on the terminal strip to a LED on
the thermostat to indicate a lockout condition.
EF<0)&:648&
The controller has a glass-cartridge fuse located on
the circuit board adjacent to the 24VAC power
connector. The green system power LED will be off
if this fuse is open. A spare fuse is located in the
saddle attached to the side of the 24VAC power
connector.
Note – Ensure the new fuse fits tightly in the fuse
clips after replacement.
>963&0))84471B&G>0H&
The Plug Accessory output is internally connected
to the M1 output and is energized whenever M1
turns on the compressor contactor. The maximum
rating of this output is 10VA sealed and 20VA
inrush and is typically intended to power a 24Vac
ground water solenoid valve.
0901;&76!>6!&
This output is a 2-position screw terminal
connector identified as “Fault Test” on the
controller board and as DO on the wiring
diagram. It is an isolated dry contract output (0.1
ohm resistance) that closes during a controller
lockout and is intended for use as an input to a
dial-out type of monitoring system. The maximum
electrical rating is 2mA up to 30Vac or 50mA up to
40Vdc.
<--.@80!&>6;>&)7;;-44-72-23&
Before applying power to the heat pump, check the
following items:
•Water supply plumbing to the heat pump is
completed and operating. Manually open the
water valve on well systems to check flow.
Make sure all valves are open and air has been
purged from a loop system. Never operate the
system without correct water supply flow on
either the ground side or the hydronic side.
•All high voltage and all low voltage wiring is
correct and checked out, including wire sizes,
fuses and breakers. Set system to the “OFF”
position.
Note – the heat pump is located in a warm area
(above 45°F). (Starting the system with low
ambient temperature conditions is more

S]!
difficult and may cause low-pressure lockout.)
Do not leave the area until the space is brought
up to operating temperatures.
•Hydronic side water temperatures are warm
enough (50°F or above) to start in the heating
mode.
Apply power to the unit. A 4-minute and 35-second
delay on power-up is programmed into the
controller before the compressor will operate.
During this time, the pump relay will energize the
hydronic side-circulating pump. Verify the flow
rate and temperature of the hydronic side flow.
The following steps will ensure the system is
heating and cooling properly. After the initial time-
out period, the red indicator light on the controller
will shut off. The heat pump is now ready for
operation.
•Turn the heating set point to its highest
temperature setting, and place the system to run
in heating. The compressor should start 1 to 2
seconds later.
•After 5 minutes of heating operation, check
hydronic-side return and supply water
temperatures. A water temperature rise of 10°F
to 15°F is normal (variation in water
temperature and water flow rate can cause slight
variations). A single pressure gauge can be used
to check the fluid pressure drop through the
heat exchangers to ensure proper flow for the
system.
•Set the system to the “OFF” position. The
compressor will shut down in 1 to 2 seconds.
•Next, turn the set point to its lowest setting. If
applicable, place the system to run in cooling.
The compressor will start after an anti-short-
cycle period of 70 to 130 seconds from its last
shutdown. The anti-short-cycle period is
indicated by the red light on the controller.
•After 5 minutes of cooling operation, check
hydronic side return and supply water
temperatures. A water temperature drop of
10°F to 15°F is normal (variation in water
temperature and water flow can cause slight
variations). A single pressure gauge can be
used to check the fluid pressure drop through
the heat exchangers to ensure proper flow for
the system.
•Set the system and the set point for normal
operation.
•Instruct the owner on correct operation of the
entire heat pump system. The unit is now
operational.!
0U#29Q2U2=Q!
Properly installed, the Enertech heat pump requires
only minor maintenance such as periodic cleaning
of the ground water heat exchanger for heat pumps
installed in ground-water applications. Regular
service checkups with your Enertech dealer are
recommended. Any major problems with the heat
pump system operation will be indicated on the
lockout lights. Dealers are trained to troubleshoot
lockout occurrence.
CAUTION – During refrigerant evacuation for a
system not having antifreeze protection in either
the ground-side or the hydronic-side, water in the
unprotected heat exchanger must be removed or
continuously flowing to avoid a potential heat
exchanger failure caused by freeze rupture.
The heat pump controller will display a system
lockout. If lockout occurs, follow the procedure
below:
1) Determine and record which indicator lights on
the Controller are illuminated. (Refer to Section
Troubleshooting Section for more information
on possible causes of Lockout Conditions.)
2) Check for correct water supply from the ground
loop or ground water system.
3) Check for correct water supply on the hydronic
side.
4) Reset the system by disconnecting power at the
circuit breaker for one minute and then restart.
5) If shutdown reoccurs, Call your Enertech
dealer. Do not continuously reset the lockout
condition or serious damage may occur.
Note – Improper fluid flows or incorrect
antifreeze levels are the cause of almost all
lockouts.
<---.0))84471-84&
X\\0!9IQX0\B9U9!!

S-!
Installations may include a wide variation of
available electronic room thermostats, and most of
them must be configured by the Installer and
checked out after installation. If you have
questions, please refer to the thermostat installation
manual.
!KQBVCQXIQU9QX
A heat pump equipped with a double-wall vented
desuperheater can provide supplemental heating of
a home’s domestic hot water heating by stripping a
small amount of energy from the superheated gas
leaving the compressor and transferring the heat to
a hot water tank. A desuperheater pump,
manufactured into the unit, circulates water from
the domestic hot water tank, heats it and returns it
to the tank.
The desuperheater only provides supplemental
domestic water heating when the compressor is
already running. Because the desuperheater is
using some energy from the heat pump to heat
water, the heat pump’s capacity in the winter is
about 10% less than a unit without a desuperheater.
CAUTION– Running the desuperheater pump
without water flow will damage the pump. A fuse
is attached to the fuse holder and must be
inserted in the fuse holder after the desuperheater
is purged and operational.
Important – Do not insert the fuse until water
flow is available and the desuperheater is
completely purged of air, or the pump may be
damaged. Remove the fuse to disable the pump if
the desuperheater isn’t in operation.
All air must be purged from the desuperheater
plumbing before the pump is engaged. To purge
small amounts of air from the lines, loosen the
desuperheater pump from its housing by turning
the brass collar. Let water drip out of the housing
until flow is established, and re-tighten the brass
collar. Using 1/2-inch or larger copper tubing from
the tank to the desuperheater inlet is required to
keep water velocities high, avoiding air pockets at
the pump inlet. An air vent in the inlet line can also
help systems where air is a problem. If one is used,
mount it near the desuperheater inlet roughly 2-
1/2 inches above the horizontal pipe. Shutoff
valves allow access to the desuperheater plumbing
without draining the hot water tank. Keep the
valves open when the pump is running.
Hot water tank maintenance includes periodically
opening the drain on the hot water tank to remove
deposits. If hard water, scale, or buildup causes
regular problems in hot water tanks in your area,
it may result in a loss of desuperheater
effectiveness.
CAUTION – Insulated copper tubing must be
used to run from the water tank to the
desuperheater connections on the side of the unit.
Desuperheater must be plumbed in copper tubing.
The built-in desuperheater pump can provide the
proper flow to the desuperheater if the total
equivalent length of straight pipe and connections
is kept to a maximum of 90 feet of 1/2-inch type L
copper tubing (or a combination of approximately
60 feet with typical elbows and fittings). This
tubing can be connected to the water tank in two
ways:
METHOD 1
Using a desuperheater tee installed in the drain at the
bottom of the water heater (See Figure 6). This is the
preferred method for ease of installation, comfort
and efficiency. The tee eliminates the need to tap
into the domestic hot water lines and eliminates
household water supply temperature variations
that could occur from connecting to the hot water
pipes. Poor water quality may restrict the
effectiveness of the desuperheater tee by plugging
it with scale or buildup from the bottom of the
tank, restricting water flow.
METHOD 2
Taking water from the bottom drain and returning it to
the cold water supply line (See Figure 7). This method
maintains the same comfort and efficiency levels
but increases installation time and cost.
Important – This method requires a check valve
in the return line to the cold water supply to
prevent water from flowing backwards through the
desuperheater when the tank is filling. Water
passing through the pump backwards damages the

S>!
rotor's bearing, which reduces pump life and
causes noise problems in the pump. Note – A
spring-type check valve with a pressure-drop
rating of 1/2 psig or less is recommended.

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