Bosch BP070 Manual

CP/BPSeries
Installation and Maintenance Manual
Revised 01-11
6 720 220 045

©Copyright 2011 Bosch, Inc All rights reserved

6 720 220 045
Revised 01-11 Subject to change without prior notice
TABLE OF CONTENTS
Model Nomenclature.................................................................................... 3
Initial Inspection .......................................................................................... 4
General Description..................................................................................... 4
Moving and Storage ..................................................................................... 4
Safety Considerations.................................................................................. 4
Location....................................................................................................... 4
Installation................................................................................................... 5
Mounting Vertical Units................................................................................ 5
Mounting Horizontal Units ........................................................................... 5
Condensate Drain ........................................................................................ 6
Duct System................................................................................................. 6
Electrical...................................................................................................... 7
Thermostat Connections ............................................................................. 8
Safety Devices and the UPM Controller........................................................ 8
Sequence Of Operation ............................................................................. 10
Unit Options............................................................................................... 10
Fluid Differential Pressure Switch.............................................................. 10
Water Piping .............................................................................................. 12
Well Water Systems.................................................................................... 12
Fresh Water Systems.................................................................................. 13
Earth Coupled Systems.............................................................................. 13
System Checkout ....................................................................................... 13
Unit Start-up .............................................................................................. 14
Maintenance .............................................................................................. 14
In-warranty Material Return ....................................................................... 15
Unit Specications..................................................................................... 15
Dimensions............................................................................................ 15
Fluid Pressure Drops ............................................................................. 16
Physical Data ......................................................................................... 17
Air Temperature Rise/Fall....................................................................... 18
Refrigerant Pressure Ranges.................................................................. 19
Blower Performance .............................................................................. 20
Typical Wiring Diagrams ............................................................................. 21
Single Phase ECM Motor........................................................................ 21
Single Phase PSC Motor ........................................................................ 22
Three Phase 208/230 V ECM Motor ....................................................... 23
Three Phase 460 V ECM Motor............................................................... 24
Unit Check-out Sheet ................................................................................. 25
Troubleshooting......................................................................................... 26
MODEL NOMENCLATURE
Table of Contents CP/BP Series 3
SUPPLY AIR LOCATION:
T - TOP (VT ONLY)
S - STRAIGHT THRU (HZ ONLY)
E - END BLOW (HZ ONLY)
RETURN AIR LOCATION:
L - LEFT
R - RIGHT
WATER CONNECTION LOCATION
F - FRONT
SERIES:
CP/BP
NOMINAL CAPACITY:
MBTUH
VOLTAGE DESIGNATION:
1- 208-230/1/60
CABINET CONFIGURATION:
VT - VERTICAL
HZ - HORIZONTAL
WATER TO REFRIGERANT HEAT EX:
C - COPPER
N - CUPRO-NICKEL
CP/BP 048 - 1 VT C - F L T

Subject to change without prior notice Revised 01-11
6 720 220 045
INITIAL INSPECTION
Be certain to inspect all cartons or crates on each
unit as received at the job site before signing the
freight bill. Verify that all items have been received
and that there are no visible damages; note any
shortages or damages on all copies of the freight
bill. In the event of damage or shortage, remember
that the purchaser is responsible for ling the
necessary claims with the carrier. Concealed
damages not discovered until after removing the
units from the packaging must be reported to the
carrier within 24 hours of receipt.
GENERAL DESCRIPTION
These Packaged System Heat Pumps provide the
best combination of performance and efciency
available. Safety devices are built into each unit to
provide the maximum system protection possible
when properly installed and maintained.
The CP/BP Water-to-Air Heat Pumps are
Underwriters Laboratories (UL) and (cUL) listed for
safety. The water-to-Air Heat Pumps are designed to
operate with entering uid temperature between
25°F to 80°F in the heating mode and between 50°F
to 110°F in the cooling mode. Efciencies and
capacities will vary as entering uid and return air
temperatures vary.
50°F Min. EWT for well water applications
sufcient water ow to prevent freezing.
Antifreeze solution is required for all closed loop
applications where the uid temperature may drop
below 50°F. Cooling Tower/Boiler and Earth
Coupled (Geo Thermal) applications should have
sufcient antifreeze solution to protect against
extreme conditions and equipment failure. Frozen
water coils are not covered under warranty.
This product should not be used for temporarily
heating/cooling during construction. Doing so
may affect the unit’s warranty.
MOVING AND STORAGE
If the equipment is not needed for immediate
installation upon its arrival at the job site, it should
be left in its shipping carton and stored in a clean,
dry area. Units must only be stored or moved in the
normal upright position as indicated by the “UP”
arrows on each carton at all times. If unit stacking is
required, stack units as follows: Vertical units less
than 6 tons, no more than two high; horizontal units
less than 6 tons, no more than three high. Do not
stack units larger than 6 tons.
SAFETY CONSIDERATIONS
Installation and servicing of this equipment can be
hazardous due to system pressure and electrical
components. Only trained and qualied personnel
should install, repair, or service the equipment. Untrained
personnel can perform basic functions of maintenance
such as cleaning coils and replacing lters.
Caution
Before performing service or maintenance
operations on the system, turn off main power to
the unit. Electrical shock could cause personal
injury or death.
When working on equipment, always observe
precautions described in the literature, tags, and
labels attached to the unit. Follow all safety codes.
Wear safety glasses and work gloves. Use a
quenching cloth for brazing, and place a re
extinguisher close to the work area.
The blower motor should only be operated when a
duct is installed and secured to heat pump duct
collar in order to avoid possible injury.
LOCATION
Locate the unit in an indoor area that allows easy
removal of the lter and access panels, and has
enough room for service personnel to perform
maintenance or repair. Provide sufcient room to
make uid, electrical, and duct connection(s). If the
unit is located in a conned space such as a closet,
provisions must be made for return air to freely
enter the space. On horizontal units, allow
adequate room below the unit for a condensate
drain trap and do not locate the unit above supply
piping. These units are not approved for outdoor
installation; therefore, they must be installed inside
the structure being conditioned.
Do not locate units in areas that are subject to
freezing.
4 CP/BP Series Initial Inspection

6 720 220 045
Revised 01-11 Subject to change without prior notice
INSTALLATION
Remove shipping block under blower housing.
Loosen compressor mounting bolts.
The installer should comply with all local codes
and regulations which govern the installation of
this type of equipment. Local codes and
regulations take precedent over any
recommendations contained in these instructions.
In lieu of local codes, the equipment should be
installed in accordance with the recommendations
made by the National electric code, and in
accordance with the recommendations made by
the National Board of Fire Underwriters. All local
seismic codes for seismic restraint of equipment,
piping, and duct work shall be strictly adhered to.
MOUNTING VERTICAL UNITS
Vertical units up to six tons are available in left or
right air return congurations. Vertical units should
be mounted level on a vibration absorbing pad
slightly larger than the base to minimize vibration
transmission to the building structure. It is not
necessary to anchor the unit to the oor. (See
Figure #1).
If the unit is located in a conned space such as a
closet, provisions must be made for return air to
freely enter the space.
Figure #1 – Vertical unit on vibration pad
MOUNTING HORIZONTAL UNITS
While horizontal units may be installed on any
level surface strong enough to hold their weight,
they are typically suspended above a ceiling by
threaded rods. The rods are usually attached to
the unit corners by hanger bracket kits (P/N
930-008). (See Figure #2). The rods must be
securely anchored to the ceiling. Refer to the
hanging bracket assembly and installation
instructions for details. Horizontal units installed
above the ceiling must conform to all local codes.
An auxiliary drain pan if required by code should
be at least four inches larger than the bottom of
the heat pump. Plumbing connected to the heat
pump must not come in direct contact with joists,
trusses, walls, etc.
Figure #2 – Typical horizontal unit hanging bracket
Some applications require an attic oor installa-
tion of the horizontal unit. In this case the unit
should be set in a full size secondary drain pan on
top of a vibration absorbing mesh. The secondary
drain pan prevents possible condensate overow
or water leakage damage to the ceiling. The
secondary drain pan is usually placed on a ply-
wood base isolated from the ceiling joists by
additional layers of vibration absorbing mesh. In
both cases, a 3/4” drain connected to this second-
ary pan should be run to an eave and able to drain
to a location that will be noticeable. If the unit is
located in a crawl space, the bottom of the unit
must be at least 4” above grade to prevent ood-
ing of the electrical parts due to heavy rains.
Locate the heat pump unit in an area that provides
sufcient room to make water and electrical
connections, allowing easy removal of the access
Installation CP/BP Series 5
VIBRATION
PAD
FULL SIZE

Subject to change without prior notice Revised 01-11
6 720 220 045
panels, and replacement of air lters for routine
maintenance. This will ensure proper work space for
service personnel to perform maintenance or repair.
See Unit Specications for replacement lter sizes
in the back of this manual to ensure proper
clearances are provided during installation. Allow
adequate room below the unit for a condensate
drain trap on horizontal units.
Water freezes at 32°F. Frozen water coils are not
covered under the limited product warranty. It is
the installer’s responsibility to insure that the heat
pump unit is installed in a location or have taken
the proper precautions in order to prevent
rupturing the water coil due to freezing conditions.
The heat pump unit is designed for conditioned
space installation only. If the source water is
subjected to conditions where ambient
temperatures can fall below freezing, some form of
freeze protection should be employed. In an open
loop system this may entail running the water pump
continuously to prevent freezing. An antifreeze
solution wherever possible should be used if water
will be subject to freezing. Consult the factory in
these instances for guidance.
CONDENSATE DRAIN
A drain line must be connected to the heat pump
and pitched away from the unit a minimum of 1/8”
per foot to allow the condensate to ow away from
the unit.
Figure #3 – Heat Pump Condensate Trapping
This connection must be in conformance with local
plumbing codes. A trap must be installed in the
condensate line to insure free condensate ow.
(Heat Pumps are not internally trapped). A vertical
air vent is sometimes required to avoid air pockets
(See Figure #3). The length of the trap depends on
the amount of positive or negative pressure on the
drain pan. A second trap must not be included.
The horizontal unit should be pitched
approximately 1/4” towards the drain in both
directions, to facilitate condensate removal. See
Figure 4 below.
Figure #4 – Sloped horizontal unit installation
DUCT SYSTEM
A supply air outlet collar and return air duct ange
are provided on all units to facilitate duct
connections. See Unit Specications for duct collar
connection sizes in the back of this manual.
A exible connector is recommended for supply
and return air duct connections on metal duct
systems. All metal ducting should be insulated with
a minimum of one inch duct insulation to avoid heat
loss or gain and prevent condensate forming during
the cooling operation. Application of the unit to
uninsulated duct work is not recommended as the
unit’s performance will be adversely affected. Do
not connect ducts directly to the blower outlet;
factory supplied duct collars should be used for
connection. The factory provided air lter must be
removed when using a lter back return air grill. The
factory lter should be left in place on a free return
system.
If the unit will be installed in a new installation
which includes new duct work, the installation
should be designed using current ASHRAE
procedures for duct sizing. If the unit is to be
connected to existing ductwork, a check should be
made to assure that the duct system has the
6 CP/BP Series Condensate Drain

6 720 220 045
Revised 01-11 Subject to change without prior notice
capacity to handle the air required for the unit
application. If the duct system is too small, larger
ductwork should be installed. Check for existing
leaks and repair as necessary to ensure a tight air
seal within duct. The duct system and all diffusers
should be sized to handle the designed air ow
quietly. To maximize sound attenuation of the unit
blower, the supply and return air plenums should
be insulated. There should be no direct straight air
path thru the return air grille into the heat pump.
The return air inlet to the heat pump must have at
least one 90 degree turn away from the space
return air grille. If air noise or excessive air ow are
a problem, the blower speed can be changed to a
lower speed to reduce air ow. (Refer to ECM
motor speeds and settings in Table #1)
Always disconnect power to the unit before
changing motor speed to prevent damage to
the motor, injury or death due to electrical
shock.
ELECTRICAL
Caution
Always disconnect power to the unit before
Always disconnect power to the unit before
servicing to prevent injury or death due to
electrical shock or contact with moving parts.
All eld wiring must comply with local and national
re, safety and electrical codes. Power to the unit
must be within the operating voltage range
indicated on the unit’s nameplate. On three phase
units, phases must be balanced within 2%.
Caution
Operating the unit with improper line voltage
or with excessive phase imbalance is
hazardous to the unit and constitutes abuse
and is not covered under warranty.
Properly sized fuses or HACR circuit breakers must
be installed for branch circuit protection. See
equipment rating plates for proper size.
The heat pump units are provided with a
concentric knock-out in the front right corner post
for attaching common trade sizes of conduit.
Route power supply wiring through this opening.
Flexible wiring and conduit should be used to
isolate vibration and noise from the building
structure. Be certain to connect the ground lead to
the ground lug in the control box. Connect the
power leads as indicated on the unit wiring
diagrams.
Table 1: CP/BP Motor CFM Selection (ECM Motor Only)
Units Motor Part
Number Motor HP Tap1 Tap2 Tap3 Tap4 Tap5
CP/BP015 450-153 1/3 LOW MED HIGH - -
CP/BP018 450-153 1/3 - LOW - MED HIGH
CP/BP024 450-157 1/3 LOW MED HIGH - -
CP/BP030 450-154 1/3 LOW MED HIGH - -
CP/BP036 450-158 3/4 LOW MED HIGH - -
CP/BP042 450-155 3/4 LOW MED HIGH - -
CP/BP048 450-155 3/4 - LOW MED HIGH -
CP/BP060 450-156 1 LOW MED HIGH - -
CP/BP070 450-156 1 LOW - - MED HIGH
Electrical CP/BP Series 7

Subject to change without prior notice Revised 01-11
6 720 220 045
THERMOSTAT CONNECTIONS
Thermostat wiring is connected to a 7 position low
voltage terminal block in the electrical box. The
thermostat connections and their functions are as
follows:
YCompressor Operation
GFan
OReversing Valve (energized in cooling)
CTransformer 24 VAC Common – 3 Connections
RTransformer 24 VAC Hot
If the unit is being connected to a thermostat with a
malfunction light, this connection is made at the
unit alarm output.
If the thermostat is provided with a malfunction
light powered off of the common (C) side of the
transformer, the UPM board “ALR” jumper setting
must be set to “HOT”.
If the thermostat is provided with a malfunction
light powered off of the common (C) side of the
transformer, the unit must be provided with a
malfunction relay (Bosch option # 660-006) to
properly energize the light. The relay coil will be
wired across the (ALR) and (C) contacts on the
unit’s UPM board and the relay’s normally open
contacts across (ALR) and the malfunction light
connection on the thermostat. If the thermostat is
provided with a malfunction light powered off of
the hot (R) side of the transformer, then the
thermostat malfunction light connection should be
connected directly to the (ALR) contact on the
unit’s UPM board.
Always disconnect power before changing jumper
positions on the interface board and reset the unit
afterward.
SAFETY DEVICES AND THE
UPM CONTROLLER
Each unit is factory provided with a Unit Protection
Module (UPM) that controls the compressor
operation and monitors the safety controls that
protect the unit.
Safety controls include the following:
• High pressure switch located in the refrigerant
discharge line and wired across the HPC
terminals on the UPM
• Low pressure switch located in the unit
refrigerant suction line and wired across
terminals LPC1 and LPC2 on the UPM.
• Optional freeze protection sensor located on the
leaving side of the water coil prevents unit
operation below 35°F or 15°F (depending on dip
switch setting). The freeze dip switch must be set
to “ON”.
Caution
The factory default for the Freeze setting is in
“ON” position. If the freeze stat option is not
ordered, the switch must be repositioned to the
“OFF” position.
• Condensate overow protection sensor located in
the drain pan of the unit and connected to the
‘COND’ terminal on the UPM board.
The UPM includes the following features:
•ANTI-SHORT CYCLE TIME—5 minute delay on
break timer to prevent compressor short cycling.
•RANDOM START—Each controller has a unique
random start delay ranging from 270 to 300 seconds to
reduce the chances of multiple units simultaneously
starting after initial power up or after a power
interruption, creating a large electrical spike.
•LOW PRESSURE BYPASS TIMER—If the compressor is
running and the low pressure switch opens, then the
control will keep the compressor on for 120 seconds.
After 2 minutes if the low pressure switch remains
open, the control will shut down the compressor and
enter a soft lockout. The compressor will not be
POWER
G
R
STATUS
LPC2
FREEZE
COND
ALR
C–GND
UNIT PROTECTION MODULE
FHP P\N 641–244
LPC1 Y Y HPC
C C DRY HOT
ALR
DRY HOT
R R CC
HPC
FREEZE
TEMP
LOCKOUT
RESET
ALARM
TEST
ON
35°F
4
R
CONT
YES
OFF
15°F
2
Y
PULSE
NO
8 CP/BP Series Thermostat Connections

6 720 220 045
Revised 01-11 Subject to change without prior notice
energized until the low pressure switch closes and the
anti-short cycle time delay expires. If the low pressure
switch opens 2–4 times in 1 hour, the unit will enter a
hard lock out and need to be reset.
• BROWNOUT/SURGE/POWER INTERRUPTION
PROTECTION—The brownout protection in the UPM
board will shut down the compressor if the
incoming power falls below 18 VAC. The compressor
will remain off till the voltage goes above 18 VAC and
the anti short cycle timer (300 seconds) times out.
The unit will not go into a hard lockout.
• MALFUNCTION OUTPUT—The controller has a set of
wet contacts for remote fault indication or dry contacts
for communication with a DDC controller or BMS. The
fault output will depend on the dip switch setting for
“ALARM”. If it set to “CONST’, a constant signal will be
produced to indicate a fault has occurred and the unit
requires inspection to determine the type of fault. If it is
set to “PULSE”, a pulse signal is produced and a fault
code is detected by a remote device indicating the fault.
See L.E.D. Fault Indication below for blink code
explanations.Theremotedevicemusthaveamalfunction
detectioncapabilitywhentheUPMboardissetto“PULSE”.
• TEST DIP SWITCH—A test dip switch is provided
to reduce all time delay settings to 5 seconds
during troubleshooting or verication of unit
operation. Note that operation of the unit while in
test mode can lead to accelerated wear and
premature failure of the unit. The “TEST” switch
must be set back to “NO” for normal operation.
• FREEZE SENSOR—This is optional and can be set
to ignore or monitor a freeze sensor. There are 2
congurable freeze points, 35°F & 15°F. The unit
will enter a soft lock out until the temperature
climbs above the set point and the anti-short cycle
time delay has expired. The freeze sensor may not
provide protection in the case of loss of ow in the
heating mode. A ow switch or pressure
differential switch is recommended to prevent unit
operation in case of loss of ow.
If unit is employing a fresh water system (no
anti-freeze protection), it is extremely important to
have the “Freeze” switch set to 35°F in order to
shut down the unit at the appropriate leaving
water temperature and protect your heat pump
from freezing if a freeze sensor is included.
• L.E.D. FAULT INDICATION—Two L.E.D. indicators
are provided:
• Green: Power L.E.D. indicates 18—30 VAC
present at the board.
• Red: Fault indicator with blink codes as follows:
- One blink—High pressure lockout
- Two blinks—Low pressure lockout
- Three blinks—Freeze sensor lockout
- Four blinks—Condensate overow
- Five blinks—Brownout
• INTELLIGENT RESET—If a fault condition is initiated,
the 5 minute delay on break time period is initiated
and the unit will restart after these delays expire.
During this period the fault LED will indicate the
cause of the fault. If the fault condition still exists or
occurs 2 or 4 times (depending on 2 or 4 setting for
Lockout dip switch) before 60 minutes, the unit will
go into a hard lockout and requires a manual lockout
reset. A single condensate overow fault will cause
the unit to go into a hard lockout immediately, and
will require a manual lockout reset.
• LOCKOUT RESET—A hard lockout can be reset by
turning the unit thermostat off and then back on
when the “RESET” dip switch is set to “Y” or by
shutting off unit power at the circuit breaker
when the “RESET” dip switch is set to “R”.
Caution
The blower motor will remain active during a
lockout condition.
• UPM BOARD DEFAULT SETTINGS—Your UPM
board will come from the factory with the
following default settings:
• Freeze—“ON”
• Temp—35°F
• Lockout—2
• Reset—“Y”
• Alarm—“CONT”
• Test—“NO”
• Hot/Dry Alarm—“HOT”
Thermostat Connections CP/BP Series 9

Subject to change without prior notice Revised 01-11
6 720 220 045
Considerations
1. Always check incoming line voltage power supply
and secondary control voltage for adequacy.
Transformer primaries are dual tapped for 208
and 230 volts. Connect the appropriate tap to
ensure a minimum of 18 volts secondary control
voltage. 24 volts is ideal for best operation.
2. Long length thermostat and control wiring
leads may create voltage drop. Increase wire
gauge or up-size transformers may be required
to insure minimum secondary voltage supply.
3. Bosch recommends the following guidelines for
wiring between a thermostat and the unit: 18
GA up to 60 foot, 16 GA up to 100 ft and 14 GA
up to 140 ft.
4. Do not apply additional controlled devices to
the control circuit power supply without
consulting the factory. Doing so may void
equipment warranties.
5. Check with all code authorities on requirements
involving condensate disposal/over ow
protection criteria.
SEQUENCE OF OPERATION
Cooling Mode
Energizing the “O” terminal energizes the unit
reversing valve in the cooling mode. The fan motor
starts when the “G” terminal is energized.
When the thermostat calls for cooling (Y), the loop
pump or solenoid valve if present is energized and
compressor will start.
Once the thermostat is satised, the compressor shuts
down accordingly and the fan ramps down to either fan
only mode or off over a span of 30 seconds.
Note that a fault condition initiating a lockout will
de-energize the compressor.
Heating Mode
Heating operate in the same manner as cooling, but
with the reversing valve de-energized. The
compressor will run until the desired set
temperature on the thermostat is achieved.
Once the thermostat is satised, the compressor
shuts down and the fan ramps down either fan only
mode or off over a span of 30 seconds. Auxiliary
electric heating coils are not available on the CP/BP
product line.
UNIT OPTIONS
HOT GAS REHEAT (HGR)
Hot gas reheat allows the user to not only control
space temperature, but also humidity levels within
the conditioned space. An excess of moisture in the
space can allow mold growth leading to damage in
the structure or interior surfaces as well as
reducing the air quality and creating an unhealthy
environment.
The typical control of a unit is by a thermostat that
senses the temperature in the space. By utilizing a
humidistat in addition to the thermostat we are
able to monitor the humidity levels in the space as
well. The HGR option allows cooling and
dehumidication to satisfy both the thermostat and
humidistat.
Once the thermostat reaches set point temperature
and the humidity is above set point the unit will
operate in the hot gas reheat mode rst by cooling
and dehumidifying then reheating the air using hot
refrigerant gas before delivering it to the space
usually 2°F to 5°F below room temperature. The
unit is operating as a dehumidier. By reheating the
air along a constant sensible heat line the relative
humidity of the supply air is reduced.
The moisture removal capacity of a specic heat
pump is determined by the unit latent capacity rating.
A heat pump’s latent capacity can be determined by
reviewing the heat pump specication data sheets.
Depending upon the entering water and air
conditions a total and sensible capacity can be
interpolated from the data sheets. Subtracting
sensible capacity from total capacity yields latent
capacity. Dividing the latent capacity by 1069 (BTU/
LB of water vapor at 80° DB and 67° WB) yields the
amount of moisture removal in pounds per hour.
Sequence of Operation - On/Off Control
The sequence of operation in the cooling and
heating mode is the same as a regular heat pump.
In the reheat mode on a call from the humidistat the
reheat relay coil is energized through the “H” circuit.
The blower relay, reversing valve and compressor
10 CP/BP Series Sequence of Operation

6 720 220 045
Revised 01-11 Subject to change without prior notice
contactor are energized through the contacts of the
reheat relay. See Typical Wiring Diagram page 28.
The cooling relay remains de-energized enabling the
reheat solenoid (Note: The reheat mode always
operates in the cooling mode.) Should the
temperature in the space increase above set point
the compressor terminal Y is energized which will
de-energize the reheat valve putting the unit into the
straight cooling mode. A call for cooling or heating
will always take precedence over hot gas reheat.
Hot Gas Reheat Controllers
There are several ways to control heat pumps with
hot gas reheat. You should choose the means that
best suits your specic application. The Typical
Wiring Diagram on page 28 illustrates one possible
control sequence. Most heat pump compatible
thermostats in conjunction with a humidistat are
acceptable for use, (Note: “O” output for reversing
valve energized in cooling mode is required.)
Combination thermostats/humidistat are also
available.
Special Considerations
Some applications require special consideration
to maximize the performance of the hot gas reheat
function:
• Low Temperature Well Water
• Indoor Pool Dehumidifying During Winter Months
Consult the factory for special application
considerations.
Low Temperature Well Water
When low temperature well water is utilized as the
water source (below 55°F), a means of establishing
two ow rates, one for the cooling/reheat mode and
one for heating mode is recommended. In the
cooling mode at low entering water temperatures
and standard ow rates discharge pressures and
corresponding discharge gas temperatures are
relatively low. At these conditions when the reheat
mode is initiated the low temperature discharge gas
can reduce reheat capacity. A means to reduce the
water ow rate and elevate the discharge pressure/
temperature in cooling/reheat mode should be
provided. Conversely, at low entering water
temperatures in the heating mode system suction
pressure is reduced causing a loss in heating capacity.
A means of providing higher ow in the heating mode
should be provided. The simplest way to accomplish
the above is to install water regulating valves.
Indoor Pool Dehumidifying During
Winter Months
It is important to remember that when in the reheat
mode the heat pump is cooling and reheating. A
secondary means of heating the space during the
dehumidication mode should be provided. The
indoor space temperature should be kept at least
2°F above the pool water temperature. If this is not
done the warm pool water attempts to heat the
space and the humidity levels increase
exponentially. The heat pump is normally sized to
handle the design latent load moisture removal. A
second heat pump or resistance heat should be
provided to handle the structural loss load.
Caution
A protective coating is highly recommended for all
pool applications due to the highly corrosive
chemical environment.
FLUID DIFFERENTIAL PRESSURE
SWITCH (DPS)
The function of the differential switch is to prevent
or stop compressor operation should the water
supply fail. This will prevent the unit from locking
out on a safety requiring manual reset to restart.
The switch is piped between the water entering and
leaving connections. Should the pressure drop fall
below set value the switch will open de-energizing
the DPS relay thereby stopping the compressor.
The controller has an adjustment to change the
minimum pressure differential required to open the
switch and may require eld adjustment.
The blower operation will not be affected by this
option.
Caution
The start-up process should include checking the
operation of the switch when installed. This
should be done after the system is balanced.
Adjustment should be made if necessary.
Sequence of Operation CP/BP Series 11

Subject to change without prior notice Revised 01-11
6 720 220 045
Operating Pressures and Temperatures
Operating pressures and temperatures in the reheat
mode vary slightly from standard cooling mode operat-
ing characteristics. The variations are as follows:
Discharge Pressure: (-) 5 to 20 PSIG
Discharge Gas Temperature: (-) 5°F to 15°F
Suction Pressure: (+) 5 to 10 PSIG
Suction Gas Temperature: (+) 5°F to 10°F
WATER PIPING
Caution
Water piping exposed to extreme low ambient
temperatures are subject to freezing.
Remember water freezes at 32°F.
Supply and return piping must be as large as the
water connections on the heat pump (larger on long
runs). Never use exible hoses of a smaller inside
diameter than that of the water connections on the
unit. The heat pump units are supplied with either a
copper or optional cupro-nickel condenser.
Caution
Galvanized pipe or ttings are not
recommended for use with these units due to
the possible galvanic corrosion.
Both the supply and discharge water lines will sweat if
subject to low water temperature. These lines should
be insulated to prevent damage from condensation.
All manual ow valves used in the system must be
ball valves. Globe and gate valves must not be used
due to high pressure drop and poor throttling
characteristics.
Never exceed the recommended water ow rates.
Serious damage or erosion of the water to
refrigerant heat exchanger could occur.
Caution
Improper heat exchanger water ow due to
piping, valve arrangement or improper pump
operation is hazardous to the unit and
constitutes abuse which will void the heat
exchanger and compressor warranty.
All heat pump units are equipped with female pipe
thread ttings. Consult the specication sheets for
sizes. Teon tape sealer should be used when
connecting water piping connections to the units to
ensure against leaks and possible heat exchanger
fouling. Do not over tighten the connections. Flexible
hoses should be used between the unit and the rigid
system to avoid possible vibration. Ball valves should
be installed in the supply and return lines for unit
isolation and unit water ow balancing.
No unit should be connected to the supply or return
piping until the water system has been completely
cleaned and ushed to remove any dirt, piping
chips or other foreign material. Supply and return
hoses should be connected together during this
process to ensure the entire system is properly
ushed. After the cleaning and ushing has taken
place the unit may be connected to the water loop
and should have all valves wide open.
WELL WATER SYSTEMS
Copper is adequate for ground water that is not high
in mineral content. Should your well driller express
concern regarding the quality of the well water
available or should any known hazards exist in your
area, we recommend proper testing to assure the
well water quality is suitable for use with water
source equipment (Refer to recommended methanol
concentration table in back of this manual). In
conditions anticipating moderate scale formation or
in brackish water, a cupro-nickel heat exchanger is
recommended. In well water applications water
pressure must always be maintained in the heat
exchanger. This can be accomplished with either
control valve or a bladder type expansion tank.
When well water is used exclusively for supplying water
to the heat pump, the pump should operate only when
the heat pump operates. A 24 volt double pole-single
throw (DP/ST) contactor (Figure #6) can be used to
operate the well pump with the heat pump.
Figure #6
12 CP/BP Series Water Piping
POWER SUPPLY
C Y1
UNIT
TERMINAL
STRIP
(24VAC)
POWER TO PUMP
DP/ST RELAY
Y1

6 720 220 045
Revised 01-11 Subject to change without prior notice
When two or more units are supplied from one well,
the pump can be wired (Figure #7) to operate
independently from either unit. An upsized VA
transformer may be required in either case.
Figure #7
Pressure/temperature ports are recommended in
both the supply and return lines for system ow
balancing. The water ow can be accurately set by
measuring the water-to-refrigerant heat exchangers
water side pressure drop. See the unit specication
sheets for the water ow and pressure drop
information in the back of this manual.
The discharge water from the heat pump is not
contaminated in any manner and can be disposed
of in various ways depending on local codes (i.e.
discharge well, dry well, storm sewer, drain eld,
stream, pond, etc.)
When using a single water well to supply both
domestic water and the heat pump care must be taken
to insure that the well can provide sufcient ow for
both. In well water applications a slow closing
solenoid valve must be used to prevent water hammer.
Solenoid valves should be connected across Y and
C on the interface board for all. Make sure that the
VA draw of the valve does not exceed the contact
rating of the thermostat.
FRESH WATER SYSTEMS
The Units shall be designed to operate throughout the
range of entering uid temperature of 50°F to 110°F in
the cooling mode and 50°F to 80°F in the heating
mode. Units shall have an operating range of 25 °F to
80°F in the heating mode when equipped with the
optional extended range. In the cooling mode, heat is
rejected from the Bosch unit into the water loop. A
cooling tower provides evaporative cooling to the loop
water thus maintaining a constant supply temperature
to the unit. When utilizing open cooling towers,
chemical water treatment is mandatory to ensure the
water is free from corrosive elements.
A secondary heat exchanger (plate frame) between
the unit and the open cooling tower may also be
used. It is imperative that all air be eliminated from
the closed loop side of the heat exchanger to insure
against fouling.
In the heating mode, heat is absorbed from the
water loop. A boiler can be utilized to maintain the
loop at the desired temperature.
Caution
Water piping exposed to extreme low ambient
temperatures is subject to freezing.
Pressure/temperature ports are recommended in both
supply and return lines for system ow balancing. Water
ow can be accurately set by measuring the water-to-
refrigerant heat exchangers water side pressure drop.
See specication sheets for water ow vs. pressure
drop information in the back of this manual.
EARTH COUPLED SYSTEMS
Closed loop and pond applications require
specialized design knowledge. No attempt at these
installations should be made unless the dealer has
received specialized training. Utilizing Bosch’s
Ground Loop Pumping Package (GLP), makes the
installation easy. Anti-freeze solutions are utilized
when low operating conditions are expected to
occur. Refer to the GLP installation manuals for
more specic instructions. A wrapped water coil
option is required for this application.
System Checkout
After completing the installation, and before
energizing the unit, the following system checks
should be made prior to initial startup:
• Verify that the supply voltage to the heat pump is
in accordance with the nameplate ratings
• Make sure that all electrical connections are tight
and secure
• Check the electrical fusing and wiring for the
correct size
Fresh Water Systems CP/BP Series 13
Y1
Y1
POWER
TO PUMP
C
2 DP/ST
RELAYS
POWER SUPPLY
UNIT
TERMINAL
STRIP
(24VAC)
C

Subject to change without prior notice Revised 01-11
6 720 220 045
• Verify that the low voltage wiring between the
thermostat and the unit is correct
• Verify that the water piping is complete and
correct
• Check that the water ow is correct, and adjust if
necessary
• Check the blower for free rotation, and that it is
secured to the shaft
• Verify that vibration isolation has been provided
• Unit is serviceable. Be certain that all access
panels are secured in place
• Verify that the blower support has been removed
• Verify that duct work has been properly fastened
to supply and return duct collars
• Make sure return air lters are positioned
correctly in the lter rack if removed during
installation
UNIT START-UP
1. Set the thermostat to the highest setting.
2. Set the thermostat system switch to “COOL”,
and the fan switch to the “AUTO” position. The
reversing valve solenoid should energize. The
compressor and fan should not run.
3. Reduce the thermostat setting approximately 5
degrees below the room temperature.
4. Verify the heat pump is operating in the cooling
mode.
5. Turn the thermostat system switch to the “OFF”
position. The unit should stop running and the
reversing valve should de-energized
6. Leave the unit off for approximately (5) minutes
to allow for system equalization.
7. Turn the thermostat to the lowest setting. The
compressor and fan should not run.
8. Set the thermostat switch to “HEAT”.
9. Increase the thermostat setting approx-imately
5 degrees above the room temperature.
10. Verify the heat pump is operating in the
heating mode.
11. Set the thermostat to maintain the desired
space temperature.
14 CP/BP Series Unit Start up
12. Check for vibrations, leaks, etc...
13. Instruct the owner on the unit and thermostat
operation
MAINTENANCE
1. Filter changes or cleanings are required at
regular intervals. The time period between lter
changes will depend upon type of environment
the equipment is used in. In a single family
home, that is not under construction, changing
or cleaning the lter every 60 days may be
sufcient. In other applications such as motels,
where daily vacuuming produces a large
amount of lint, lter changes may be need to be
as frequent as biweekly. See unit specications
for replacement lter sizes. Note that horizontal
units containing two lters are taped together
at the factory to facilitate removal. This should
be done by end user as new lters are installed.
Caution
Operating the unit with improper line voltage
or with excessive phase imbalance is hazard-
ous to the unit and constitutes abuse and is
not covered under warranty.
2. An annual “checkup” is recommended by a
licensed refrigeration mechanic. Recording the
performance measurements of volts, amps, and
water temperature differences (both heating
and cooling) is recommended. This data should
be compared to the information on the unit’s
data plate and the data taken at the original
startup of the equipment.
3. The condensate drain should be checked
annually by cleaning and ushing to insure
proper drainage.
4. Periodic lockouts almost always are caused by
air or water ow problems. The lockout
(shutdown) of the unit is a normal protective
measure in the design of the equipment. If
continual lockouts occur call a mechanic
immediately and have them check for: water
ow problems, water temperature problems, air
ow problems or air temperature problems.
Use of the pressure and temperature charts for
the unit may be required to properly determine
the cause.

6 720 220 045
Revised 01-11 Subject to change without prior notice
UNIT SPECIFICATIONS
Table 2: Dimensions
Model
Vertical
Unit
(In)
Horizontal
Unit
(In)
Supply Air
Connection
(In)
Return Air
Connection*
(In)
Replacement
Filter Nominal
Size* (In)
Width Depth Height Width Depth Height Width Height Width Height
CP/BP007 21.50 21.50 32.75 21.50 43.00 17.00 11.75 7.75 H: 18.0
V: 17.5
H: 14.0
V: 14.0
H: 15”x20”x1” (1)
V: 15”x20”x1” (1)
CP/BP009 21.50 21.50 32.75 21.50 43.00 17.00 11.75 7.75 H: 18.0
V: 17.5
H: 14.0
V: 14.0
H: 15”x20”x1” (1)
V: 15”x20”x1” (1)
CP/BP012 21.50 21.50 32.75 22.00 45.00 19.50 11.75 13.75 H: 18.0
V: 17.5
H: 14.0
V: 14.0
H: 18”x20”x1” (1)
V: 20”x20”x1” (1)
CP/BP015 21.50 21.50 39.50 22.00 45.00 19.50 13.75 15.75 H: 18.0
V: 18.0
H: 16.0
V: 18.0
H: 18”x20”x1” (1)
V: 20”x20”x1” (1)
CP/BP018 21.50 21.50 39.50 22.00 45.00 19.50 13.75 15.75 H: 18.0
V: 18.0
H: 16.0
V: 18.0
H: 18”x20”x1” (1)
V: 20”x20”x1” (1)
CP/BP024 21.50 26.25 47.50 26.00 54.50 22.00 13.75 15.75 H: 30.0
V: 22.0
H: 18.5
V: 22.0
H: 16”x20”x1” (2)
V: 24”x24”x1” (1)
CP/BP030 24.25 33.50 47.50 30.00 68.00 22.00 15.75 15.75 H: 34.0
V: 28.0
H: 18.5
V: 22.0
H: 18”x20”x1” (2)
V: 24”x30”x1” (1)
CP/BP036 24.25 33.50 47.50 30.00 68.00 22.00 15.75 15.75 H: 34.0
V: 28.0
H: 18.5
V: 22.0
H: 18”x20”x1” (2)
V: 24”x30”x1” (1)
CP/BP042 26.00 33.50 58.50 30.00 79.00 22.00 17.75 17.75 H: 46.5
V: 28.0
H: 18.5
V: 30.0
H: 24”x20”x1” (2)
V: 16”x30”x1” (2)
CP/BP048 26.00 33.50 58.50 30.00 79.00 22.00 17.75 17.75 H: 46.5
V: 28.0
H: 18.5
V: 30.0
H: 24”x20”x1” (2)
V: 16”x30”x1” (2)
CP/BP060 26.00 33.50 66.50 30.00 89.00 22.00 17.75 17.75 H: 54.0
V: 28.0
H: 18.5
V: 38.0
H: 28”x20”x1” (2)
V: 20”x30”x1” (2)
CP/BP070 26.00 33.50 66.50 30.00 89.00 22.00 17.75 17.75 H: 54.0
V: 28.0
H: 18.5
V: 38.0
H: 28”x20”x1” (2)
V: 20”x30”x1” (2)
* H = Horizontal Unit; V = Vertical Unit
IN-WARRANTY MATERIAL RETURN
When contacting your Representative for service or
replacement parts, refer to the model and serial
number of the unit as stamped on the data plate
attached to the unit.
Material may be returned to the factory only with
permission of an authorized factory representative. A
“Warranty Return Material” tag must be attached to
the returned material. Assure that all of the information
as called for on the tag is lled out completely and
accurately to expedite handling and insure prompt
issuance of credits.
Unit Specications CP/BP Series 15
Freight charges for all items returned to the factory
shall be prepaid. The return of the part does not
constitute an order for a replacement. Therefore, a
purchase order must be entered through your nearest
representative. The order shall include the part
number, model number, and serial number of the unit
involved. If the part is within the warranty period, and
after our inspection of the returned part proves that
the failure is due to faulty material or workmanship a
credit or replacement part will be issued.
Caution
Parts returned without a completed “Warranty
Return Material” tag will not be credited.

Subject to change without prior notice Revised 01-11
6 720 220 045
16 CP/BP Series Unit Specications
Table 3: Fluid Pressure Drops
Model Flow Rate
(GPM)
Pressure
Drop (FOH)
Pressure
Drop (PSI) Model Flow Rate (GPM)
Pressure
Drop (FOH)
Pressure
Drop (PSI)
007
1 1.4 0.61
030
4 1.2 0.51
1.5 2.9 1.26 5.5 2.1 0.91
2 4.9 2.11 7 3.2 1.41
3 10.1 4.38 10 6.1 2.67
4 16.9 7.34 13 9.9 4.28
009
1.5 2.3 1.00
036
5 2.3 1.01
2 3.9 1.68 7.5 4.8 2.09
2.5 5.8 2.51 10 8.1 3.51
3.25 9.3 4.03 12.5 12.1 5.25
4 13.5 5.85 15 16.8 7.29
012
2 1.7 0.72
042
7 2.8 1.22
3 3.4 1.50 8.75 4.2 1.82
4 5.8 2.51 10.5 5.8 2.53
5.5 10.2 4.45 13.25 8.9 3.85
7 15.8 6.88 16 12.4 5.41
015
2 1.6 0.69
048
8 3.6 1.55
3 3.3 1.44 10.67 6.0 2.61
4 5.5 2.41 12 7.4 3.22
5.5 9.8 4.28 14 9.8 4.25
7 15.2 6.60 16 12.4 5.41
018
3 4.1 1.80
060
9 3.7 1.60
4 7.0 3.02 12 6.2 2.69
5 10.4 4.52 15 9.2 4.02
6.5 16.7 7.25 17.5 12.2 5.30
8 24.2 10.53 20 15.5 6.74
024
3 2.0 0.87
070
10 2.8 1.24
4.5 4.1 1.80 13.5 4.9 2.12
6 6.9 3.01 17 7.4 3.22
8 11.6 5.06 20.5 10.4 4.50
10 17.4 7.56 24 13.8 5.98

6 720 220 045
Revised 01-11 Subject to change without prior notice
Unit Specications CP/BP Series 17
Table 4: Physical Data
Model
Front
Clearance
(in)
Water Coil
Volume
(gals)
Installation Weight
(Vertical / Horizontal)
(lbs)
Shipping Weight
(Vertical / Horizontal)
(lbs)
CP/BP007
36 0.46 140 / 165 160 / 185
CP/BP009
36 0.46 154 / 172 174 / 192
CP/BP012
36 0.66 166 / 173 186 / 205
CP/BP015
36 0.66 191 / 190 208 / 218
CP/BP018
36 0.66 195 / 198 212 / 222
CP/BP024
36 0.81 229 / 307 242 / 340
CP/BP030
36 1.14 269 / 358 292 / 404
CP/BP036
36 1.14 281 / 369 304 / 415
CP/BP042
36 1.11 334 / 400 360 / 465
CP/BP048
36 1.11 340 /405 366 / 470
CP/BP060
36 1.13 396 / 452 422 / 520
CP/BP070
36 2.27 444 / 494 470 / 562

Subject to change without prior notice Revised 01-11
6 720 220 045
18 CP/BP Series Unit Specications
Table 5: Air Temperature Rise/Fall
Entering Fluid
Temp °F
COOLING HEATING
Entering Air Temp °F Air Temp Drop °F Entering Air Temp °F Air Temp Rise °F
30
60 16-8 - 25.1
70 15.9 - 23.7
80 14.8 - 22.1
40
75/63 21.9 - 27.2 60 20.0 - 28.5
80/67 22.9 - 28.5 70 19.0 - 27.0
85/71 23.8 - 29.5 80 17.7 - 25.2
50
75/63 20.5 - 25.8 60 23.3 - 32.8
80/67 21.5 - 27 70 22.0 - 31.0
85/71 22.3 - 28.1 80 20.5 - 29.0
60
75/63 19.2 - 24.7 60 26.5 - 37.1
80/67 20.1 - 25.8 70 25.1 - 35.1
85/71 20.9 - 26.8 80 23.4 - 32.7
70
75/63 17.9 - 23.8 60 29.8 - 41.4
80/67 18.7 - 24.9 70 28.2 - 39.1
85/71 19.5 - 25.8 80 26.3 - 36.4
80
75/63 16.6 - 23.0 60 32.7 - 45.7
80/67 17.4 - 24.0 70 30.9 - 43.1
85/71 18.1 - 25.0 80 28.8 - 40.2
85
75/63 16.0 - 22.6
80/67 16.8 - 23.6
85/71 17.4 - 24.5
90
75/63 15.4 - 22.2
80/67 16.1 - 23.2
85/71 16.8 - 24.1
100
75/63 14.2 - 21.4
80/67 14.9 - 22.4
85/71 15.4 - 23.3
110
75/63 13.0 - 21.1
80/67 13.7 - 22.1
85/71 14.2 - 23.0

6 720 220 045
Revised 01-11 Subject to change without prior notice
Unit Specication CP/BP Series 19
Table 6: Refrigerant Pressure Ranges
Entering
Fluid
Temp
°F
Fluid
Δ T
COOLING HEATING
Entering Air Temp (Dry Bulb) Entering Air Temp (Dry Bulb)
70 °F 75 °F 80 °F 60 °F 70 °F
Suction Discharge Suction Discharge Suction Discharge Suction Discharge Suction Discharge
30
5 68 - 79 233 - 266 71 - 84 246 - 281
10 65 - 76 222 - 255 68 - 80 235 - 269
15 59 - 71 216 - 248 62 - 75 228 - 261
40
5 113 - 147 138 - 156 117 - 152 142 - 161 119 - 155 145 - 164 80 - 95 244 - 282 85 - 100 257 - 297
10 113 - 147 145 - 164 117 - 152 150 - 170 119 - 155 153 - 173 77 - 91 237 - 274 82 - 96 250 - 289
15 113 - 147 151 - 170 117 - 152 156 - 175 119 - 155 159 - 179 72 - 86 226 - 262 76 - 90 238 - 276
50
5 115 - 149 164 - 185 119 - 154 170 - 191 121 - 157 173 - 195 95 - 113 255 - 302 100 - 119 269 - 319
10 115 - 149 173 - 194 119 - 154 178 - 200 121 - 157 182 - 204 91 - 109 248 - 290 96 - 115 261 - 306
15 115 - 149 179 - 200 119 - 154 184 - 207 121 - 157 188 - 211 86 - 103 237 - 282 90 - 108 250 - 297
60
5 117 - 151 194 - 218 121 - 156 200 - 224 123 - 159 204 - 229 111 - 133 270 - 324 117 - 141 285 - 342
10 117 - 151 204 - 228 121 - 156 211 - 235 123 - 159 215 - 240 106 - 129 258 - 311 112 - 136 273 - 329
15 117 - 151 211 - 235 121 - 156 218 - 242 123 - 159 222 - 247 101 - 122 251 - 302 106 - 128 265 - 319
70
5 119 - 153 228 - 254 122 - 158 235 - 262 125 - 161 240 - 267 129 - 158 282 - 343 136 - 167 297 - 362
10 119 - 153 238 - 265 122 - 158 246 - 273 125 - 161 251 - 279 124 - 150 274 - 333 131 - 159 289 - 351
15 119 - 153 246 - 273 122 - 158 254 - 281 125 - 161 259 - 287 117 - 146 262 - 320 123 - 154 276 - 337
80
5 121 - 155 265 - 294 124 - 160 273 - 303 127 - 163 279 - 309 148 - 184 299 - 366 156 - 194 315 - 387
10 121 - 155 276 - 306 124 - 160 285 - 316 127 - 163 291 - 322 143 - 176 286 - 352 151 - 185 302 - 371
15 121 - 155 285 - 315 124 - 160 294 - 325 127 - 163 300 - 332 136 - 169 278 - 343 143 - 179 294 - 362
90
5 123 - 157 306 - 337 126 - 162 316 - 348 129 - 165 322 - 355
10 123 - 157 319 - 351 126 - 162 329 - 363 129 - 165 336 - 370
15 123 - 157 329 - 362 126 - 162 339 - 373 129 - 165 346 - 381
100
5 124 - 159 351 - 387 128 - 164 363 - 399 131 - 167 370 - 407
10 124 - 159 367 - 403 128 - 164 378 - 416 131 - 167 386 - 424
15 124 - 159 376 - 413 128 - 164 388 - 426 131 - 167 396 - 435
110
5 126 - 161 403 - 441 130 - 166 416 - 455 133 - 169 424 - 464
10 126 - 161 419 - 458 130 - 166 432 - 472 133 - 169 441 - 482
15 126 - 161 429 - 470 130 - 166 443 - 485 133 - 169 452 - 495
This chart shows approximate temperatures and pressures for a unit in good repair. The values shown are meant as a guide only and should not
be used to estimate system charge.
This chart assumes rated air ow and 80º d.b./67º w.b. entering air temperature in cooling, 70º d.b. entering air temperature in heating. Heating
data at entering uid temperatures below 50º assumes the use of antifreeze.
As a result of continuing research and development, specications are subject to change without notice.

Subject to change without prior notice Revised 01-11
6 720 220 045
20 CP/BP Series Unit Specications
Table 7: Blower Performance
Model
Available External Static Pressure (ins., Gauge. Wet coil and lter included)
Motor
Speed 0.10 0.20 0.30 0.40 0.50 0.60 0.70 0.80 0.90 1.00 1.10 1.20
CP/BP007
High 430 420 390 360 335 310 260 - - - - -
Medium 420 390 365 335 310 270 - - - - - -
Low 370 360 340 315 285 245 - - - - - -
CP/BP009
High 430 420 390 360 335 310 260 - - - - -
Medium 420 390 365 335 310 270 - - - - - -
Low 370 360 340 315 285 245 - - - - - -
CP/BP012
High 450 435 415 400 385 360 330 305 - - - -
Medium 425 405 385 375 360 335 310 - - - - -
Low 390 380 365 350 335 315 290 - - - - -
CP/BP015
High 590 555 500 475 450 435 415 390 - - - -
Medium 530 490 455 425 400 365 335 - - - - -
Low 440 395 360 325 290 250 - - - - - -
CP/BP018
High 700 665 635 605 560 525 510 475 440 - - -
Medium 615 590 550 510 480 440 400 - - - - -
Low 520 490 440 400 380 360 - - - - - -
CP/BP024
High 950 920 900 885 855 830 800 780 720 690 630 -
Medium 830 810 780 750 735 690 630 610 590 - - -
Low 700 675 650 615 550 520 - - - - - -
CP/BP030
High 1200 1190 1180 1155 1130 1110 1080 1060 1035 995 925 900
Medium 1070 1040 1015 1005 980 960 935 920 910 885 850 815
Low 930 905 880 855 840 815 790 755 745 675 - -
CP/BP036
High 1440 1410 1385 1360 1290 1225 1165 1095 1030 940 860 -
Medium 1310 1275 1270 1250 1220 1190 1150 1075 1000 930 840 -
Low 1155 1120 1080 1050 1035 1020 1000 975 950 920 - -
CP/BP042
High 1710 1680 1650 1630 1600 1530 1440 1350 1300 1250 - -
Medium 1500 1470 1440 1400 1360 1345 1330 1275 - - - -
Low 1275 1240 1195 1185 1125 1085 - - - - - -
CP/BP048
High 2000 1885 1870 1845 1815 1770 1745 1720 1710 1700 1680 -
Medium 1750 1700 1660 1625 1615 1590 1565 1540 1500 - - -
Low 1500 1470 1440 1400 1360 1345 1330 - - - - -
CP/BP060
High 2370 2325 2300 2275 2255 2200 2190 2150 2100 2060 2050 2030
Medium 2090 2080 2030 1995 1950 1925 1900 1865 1820 1770 1730 1680
Low 1745 1700 1650 1620 1590 1560 1530 1490 1450 1390 - -
CP/BP070
High 2400 2350 2325 2300 2260 2205 2200 2195 2167 2105 2085 2060
Medium 2125 2100 2050 1990 1975 1950 1890 1850 1815 1810 1780 1730
Low 1800 1750 1700 1675 1620 1580 1565 1510 1470 1410 - -