Bosch LV Series Installation And Maintenance Manual Download

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Model Nomenclature

LV Heat Pump Series

8 733 905 683 (2013/04)

LV Heat Pump Series

MODEL NOMENCLATURE

SAFETY CONSIDERATIONS

LV 018 - 1 VT C - F L T - P A

SERIES

REVISION LEVEL

A - Current

SIZE

007

FAN/MOTOR OPTIONS

009

P - Standard PSC

012

A - Constant Airflow ECM

015

T - Constant Torque ECM

018

024

DSICHARGE AIR CONFIGURATION

030

T - Top

036

S - Straight

041

E - End

042

B - Bottom

048

060

RETURN AIR CONFIGURATION

070

L - Left

R - Right

VOLTAGE

115/60/1

WATER CONNECTIONS

208-230/60/1

F - Front

277/60/1

208-230/60/3

COAX OPTIONS

460/60/3

C - Copper

575/60/3

N - Cupro-Nickel

CABINET CONFIGURATION

HZ - Horizontal

VT - Vertical

CF - Downflow (Counterflow)

Installation and servicing of this equipment

can be hazardous due to system pressure

and electrical components. Only trained

and qualified personnel should install,

repair, or service the equipment.

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 fire

extinguisher close to the work area.

To avoid the release of refrigerant into the

atmosphere, the refrigerant circuit of this

unit must be serviced only by technicians

who meet local, state, and federal

proficiency requirements.

All refrigerant discharged from this unit

must be recovered WITHOUT EXCEPTION.

Technicians must follow industry accepted

guidelines and all local, state, and federal

statutes for the recovery and disposal of

refrigerants. If a compressor is removed

from this unit, refrigerant circuit oil will

remain in the compressor. To avoid leakage

of compressor oil, refrigerant lines of the

compressor must be sealed after it is

removed.

To avoid equipment damage, DO NOT use

these units as a source of heating or cooling

during the construction process. Doing so

may affect the unit’s warranty. The

mechanical components and filters will

quickly become clogged with construction

dirt and debris, which may cause system

damage.

Summary of Contents for LV Series

Page 1: ...Installation and Maintenance Manual LV Series Heat Pump 8 733 905 683 2013 4 LV007 Thru LV070 ...

Page 2: ...nect Switch 17 Hot Gas Reheat 18 Hot Gas Bypass 18 Internal 2 Way Water Valve 18 Economizer 19 LED Annunciator 19 Flow Proving Switch 19 DDC Controls 19 Application Considerations 20 Boiler Cooling Tower Systems 20 Geothermal Closed Loop Systems 21 Open Well Water Systems 22 Certified Performance Table 23 Fan Motor Options 24 Permanent Split Capacitor Motors PSC 24 Constant Torque Motors ECM 26 Co...

Page 3: ...ersonal 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 fire extinguisher close to the work area To avoid the release of refrigerant into the atmosphere the refrigerant circuit of this unit must be serviced o...

Page 4: ...ir CF Each of these configurations are available with either left or right hand return air HZ models can have the supply air field converted from end discharge air to straight through with no extra parts required LV units are designed and rated for indoor installation only LV units should not be installed in environments that fall below freezing or exceed 100 F ambient LV cabinets are constructed ...

Page 5: ...safety precautions are followed when handling or adding chemicals to the water loop For open loop systems water quality is very important Table 1 shows acceptable ranges for a variety of water quality factors The three main concerns in open loop installations are scaling corrosion and fouling In installations with hard water scaling due to a buildup of carbonates on the heat exchanger wall can gra...

Page 6: ... flow is not obstructed These flanges can be easily folded using standard or duckbill pliers Once folded out these flanges can be used to support light ductwork loads Table 1 Water Quality POTENTIAL PROBLEM Water Characteristic Acceptable Value Copper Cupro Nickel pH Acidity Alkalinity 7 9 7 9 SCALING Hardness CaCO3 MgCO3 350 ppm 350 ppm Ryznar Stability Index 6 0 7 5 6 0 7 5 Langelier Saturation ...

Page 7: ...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 Figure 2 Hanger Bracket The rods must be securely anchored to the ceiling Refer to the hanging bracket assembly and installation instructions Included...

Page 8: ...ections 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 flow away from the unit This connection must be in conformance with local plumbing codes A trap must be installed in the condensate line to insure free condensate flow Heat Pumps are not internally trapped A vertical air vent is sometimes required to avoid air...

Page 9: ...are equipped with female pipe thread fittings Consult the specification sheets for sizes Teflon tape sealer should be used when connecting water piping connections to the units to insure against leaks and possible heat exchanger fouling Do not overtighten the connections Flexible hoses should be used between the unit and the rigid system to avoid possible vibration Ball valves should be installed ...

Page 10: ...d For jobsites with a 208 V power supply the primary leads on the unit transformer will need to be changed from 240 V to 208 V Refer to the unit wiring diagram for details Electrical Low Voltage For heat pumps with PSC or constant torque fan motors all thermostat wiring is connected to a terminal block located in the unit electrical box For heat pumps with a constant air flow fan motor thermostat ...

Page 11: ...ns are as follows Figure 5 1 Motor harness plug 2 Blower CFM adjustment 3 Motor settings 4 Dehumidification indication 5 Thermostat digital inputs 6 CFM count indicator 7 Thermostat input status indication 8 Reheat digital outputs 9 Thermostat outputs 10 24 VAC Figure 6 Table 2 Low Voltage VA Draw Standard Construction Hot Gas Reheat or Economizer Optional Components Component VA Component VA Comp...

Page 12: ...is a call for dehumidification the H terminal on the thermostat is energized the reheat digital outputs Item 8 on Figure 6 will energize the hot gas reheat valve in the hot gas reheat circuit and the heat pump will start in dehumidification mode When the HGRH DIP switch is set to NO the heat pump is set for passive dehumidification When H is energized and there is a call for cooling the heat pump ...

Page 13: ...120 SEC COUNT 2 Start Timer Start Timer CC Output On CC Output Off Blink Code On Status LED Report Alarm Fault Hard Lockout ALR Output On Pulse Blink Code On Status LED Soft Lockout Record Alarm Start Counter If Applicable Start Anti Short Cycle Start Random Start Up Lockout Can Be Set To 4 Via Dip Switch Power Switchs Sensor Status Check LEGEND HPC HIGH PRESSURE CUTOUT LPC LOW PRESSURE CUTOUT FRZ...

Page 14: ...fault Additionally the UPM will delay compressor operation randomly on initial start up random start delay and will prevent the compressor from restarting with less than 5 minutes of off time anti short cycle delay Once all faults are cleared and the time delays are satisfied the UPM will energize the compressor The compressor will operate as long as the thermostat calls for Y and there are no fau...

Page 15: ...cated on top of DIP switch SW1 Figure 8 Evaporator freeze protection sensor mounted after the thermal expansion device and the evaporator monitors refrigerant temperature between the evaporator coil and thermal expansion valve If temperature drops below or remains at freeze limit trip for 30 seconds the controller will shut down the compressor and enter into a soft lockout condition The default fr...

Page 16: ...s Normally Open NO dry contact If pulse is selected the alarm output will be pulsed The fault output will depend on the dip switch setting for ALARM If it is 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 ...

Page 17: ... 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 overflo...

Page 18: ...a large percentage of outside air As the air temperature entering the unit drops the suction pressure and evaporating temperature start to drop as well At an evaporating temperature of 40 F the hot gas bypass valve will start to divert a portion of the hot compressor discharge gas to the low temperature liquid entering the evaporator coil This hot gas serves to warm the evaporator coil and reduces...

Page 19: ...ooling mode Refer to the unit wiring diagram for control circuit details LED Annunciator LV series heat pumps can be equipped with an optional LED annunciator kit This LED kit can provide a quick visual indication of whether or not a heat pump is energized and if it has locked out on a fault The LED kit is mounted to the electrical corner post of the heat pump and employs high intensity LED s for ...

Page 20: ... materials A secondary heat exchanger plate frame between the unit and the open cooling tower may also be used In the heating mode heat is absorbed from the water loop to the unit A boiler can be utilized to maintain the loop within the proper temperature range No unit should be connected to the supply or return piping until the water system has been completely cleaned and flushed to remove dirt p...

Page 21: ...ckage GLP makes the installation easy Anti freeze solutions must be utilized when low loop temperatures are expected to occur Refer to the installation manuals for more specific instructions See Figure 12 Figure 12 Earth Coupled Application Closed loop and pond applications require specialized design knowledge No attempt at these installations should be made unless the dealer has received speciali...

Page 22: ...e well pump with the heat pump When two or more units are supplied from one well the pump can be wired to operate independently from either unit Two 24 volt double pole single throw relays wired in parallel are required An upsized VA transformer may be required in either case The discharge water from the heat pump is not contaminated in any manner and can be disposed of in various ways depending o...

Page 23: ...0 LV048 45 900 12 90 56 400 4 30 48 800 14 90 35 400 3 40 LV060 57 900 13 20 67 200 4 20 60 100 15 00 46 900 3 20 LV070 64 000 13 30 72 800 4 40 66 400 15 00 50 800 3 40 MODEL ECM Motor Option WLHP GLHP Cooling Capacity EER Heating Capacity COP Cooling Capacity EER Heating Capacity COP LV015 13 700 13 90 15 500 4 40 14 400 16 20 10 700 3 30 LV018 19 700 14 20 21 900 4 70 21 500 17 00 14 100 3 60 L...

Page 24: ...orange intermediate winding lead instead of simply capping it Refer to the PSC motor performance tables for heat pump blower performance with the PSC motor option Table 5 PSC Motor Performance Data Model Fan Speed Rated Airflow 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 1 10 1 20 LV 007 Low 370 340 295 250 Med 300 390 360 330 300 260 Hi 410 380 350 315 280 210 LV 009 Low 370 340 295 250 Med...

Page 25: ...20 1400 1360 1320 Med 1700 1670 1630 1580 1530 1470 140 0 Hi 1600 1930 1870 1810 1740 1670 1600 152 0 143 0 134 0 LV 060 Low 1560 1550 1540 1530 1505 1475 144 0 140 0 Med 1890 1880 1870 1860 1825 1790 173 0 167 0 159 0 1500 Hi 2000 2220 2200 2150 2100 2050 2000 194 0 187 0 180 0 1700 1590 LV 070 Low 1570 1560 1550 1540 1530 1505 147 5 144 0 140 0 Med 1900 1890 1880 1870 1860 1825 179 0 173 0 167 0...

Page 26: ...stant torque motor performance tables for heat pump blower performance with the constant torque motor option Table 6 Constant Torque Blower Motor Data Model Tap Rated Airflow 0 10 0 20 0 30 0 40 0 50 0 60 0 70 0 80 0 90 1 00 1 10 1 20 LV 015 1 480 440 410 370 340 2 530 490 450 420 380 340 3 500 600 560 510 470 440 410 370 4 650 600 560 520 500 480 440 380 5 710 660 620 580 550 520 490 470 LV 018 1...

Page 27: ... 1600 1580 1550 1530 1510 3 1600 1730 1700 1670 1650 1630 1600 1580 1540 4 1830 1810 1780 1760 1740 1710 1670 1600 1520 5 1930 1910 1880 1860 1830 1780 1720 1640 1540 1420 LV 060 1 1900 1880 1860 1820 2 2000 1970 1950 1920 1890 1860 3 2000 2110 2090 2060 2030 2010 1970 1940 1910 1880 4 2220 2200 2170 2140 2110 2080 2050 2060 2050 2000 1920 5 2340 2320 2290 2260 2230 2210 2180 2150 2110 2070 2000 1...

Page 28: ...o diagnose programming problems in the motor itself refer to the ECM Interface Board section of this manual 5 A CFM indicator light that provides a blink for each 100 CFM of air delivered note that this blink code is approximate and should not replace test and balancing Refer to the constant air flow motor performance tables for heat pump blower performance with the constant air flow motor option ...

Page 29: ...840 1840 1840 1840 1840 1840 LV 060 A Low 1700 1700 1700 1700 1700 1700 1700 1700 1700 1700 1700 A Normal 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 A Hi 2220 2220 2220 2220 2220 2220 2220 2220 2220 2220 2220 LV 070 B Low 1870 1870 1870 1870 1870 1870 1870 1870 1870 1870 1870 B Normal 2200 2200 2200 2200 2200 2200 2200 2200 2200 2200 2200 2200 B Hi 2330 2330 2330 2330 2330 2330 23...

Page 30: ...0 3 187 253 1 5 9 63 1 8 0 25 7 7 9 2 15 4 460 60 3 414 506 1 2 9 30 0 9 0 25 3 8 4 5 15 LV030 1 208 230 60 1 187 253 1 9 9 54 1 8 0 25 11 7 14 2 20 2 265 60 1 238 292 1 8 5 46 1 6 0 25 10 1 12 2 20 3 208 230 60 3 187 253 1 6 9 63 1 8 0 25 8 7 10 4 15 4 460 60 3 414 506 1 5 4 30 0 9 0 25 6 3 7 7 15 LV036 1 208 230 60 1 187 253 1 13 74 4 4 0 5 17 4 20 7 30 2 265 60 1 238 292 1 11 3 67 3 3 0 5 14 6 ...

Page 31: ... Series LV070 1 208 230 60 1 187 253 1 28 3 178 5 5 0 75 33 8 40 9 60 3 208 230 60 3 187 253 1 19 2 136 5 5 0 75 24 7 29 5 45 4 460 60 3 414 506 1 8 7 66 1 2 8 0 75 11 5 13 7 20 5 575 60 3 517 633 1 6 9 55 3 2 6 0 75 9 5 11 2 15 Table 8 Electrical Data Table Standard Blower Motor ...

Page 32: ...08 230 60 3 187 253 1 6 9 63 2 8 0 33 9 7 11 4 15 4 460 60 3 414 506 1 5 4 30 2 1 0 5 7 5 8 9 15 LV036 1 208 230 60 1 187 253 1 13 74 4 1 0 5 17 1 20 4 30 2 265 60 1 238 292 1 11 3 67 3 9 0 5 15 2 18 0 25 3 208 230 60 3 187 253 1 7 8 68 4 1 0 5 11 9 13 9 20 4 460 60 3 414 506 1 3 9 34 2 1 0 5 6 7 0 15 LV041 1 208 230 60 1 187 253 1 13 6 88 6 0 75 19 6 23 0 35 3 208 230 60 3 187 253 1 8 8 68 6 0 75...

Page 33: ... 0 33 9 7 11 4 15 4 460 60 3 414 506 1 5 4 30 2 6 0 33 8 9 4 15 LV036 1 208 230 60 1 187 253 1 13 74 4 3 0 5 17 3 20 6 30 2 265 60 1 238 292 1 11 3 67 4 1 0 5 15 4 18 2 25 3 208 230 60 3 187 253 1 7 8 68 4 3 0 5 12 1 14 1 20 4 460 60 3 414 506 1 3 9 34 4 1 0 5 8 9 0 15 LV041 1 208 230 60 1 187 253 1 13 6 88 6 8 0 75 20 4 23 8 35 3 208 230 60 3 187 253 1 8 8 68 6 8 0 75 15 6 17 8 25 4 460 60 3 414 ...

Page 34: ... or cleaning the filter every 60 days is sufficient In other applications such as motels where daily vacuuming produces a large amount of lint filter changes may be need to be as frequent as biweekly 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 T...

Page 35: ...w gpm ______________________________ ______________________________ Compressor Volts Amps _______________ _____________ _______________ _____________ Blower Motor Volts Amps _______________ _____________ _______________ _____________ Source Fluid Type ______________________________ ______________________________ Fluid Flow gpm ______________________________ ______________________________ Fluid Sid...

Page 36: ...re fault no or low air flow Check fan motor for proper operation Check air filter Inspect air coil for dirt debris Check duct work are dampers closed or blocked Low Pressure fault low refrigerant Check refrigerant pressure with gauge set X Low Pressure fault no or low water flow Check water valves and or pumps for proper operation Check for water coil blockage 75Unit Check for proper flow rate and...

Page 37: ...ion Check that thermostat wiring is proper gauge and length that it is not damaged and that all connections at the thermostat and heat pump are secure X Is fault LED Blinking 6 times Freeze fault air coil no or low air flow Check fan motor for proper operation Check air filter Inspect air coil for dirt debris Check duct work are dampers closed or blocked Freeze fault air coil blocked return air Ch...

Page 38: ...ty control transformer Check for 24 VAC between R and C on the unit terminal block For 75 and 100 VA transformers check that the transformer circuit breaker has not tripped Check low voltage circuit for overload conditons or short circuits before replacing the transformer No fan operation PSC motor X X Fan relay energized Faulty motor check supply voltage from the fan relay to the motor Check that...

Page 39: ...f the solenoid an open circuit may indicate a burned out solenoid Reversing valve solenoid not energized Miswired faulty thermostat Check that the reversing valve theromstat wire is connected to the O terminal of the thermostat Check for a contact closure between O and R Loose wire on O terminal Check that the wires from the thermostat to the unit are securely connected and that the wires from the...

Page 40: ...g too high Consult blower performance table and reduce fan speed if possible Structure bourne noise Unit not mounted on full vibration pad Mount unit on a vibration pad see page 7 Unit not connected with flexible conduit water lines and or duct work Install unit in accordance with instructions on pages 6 8 Unit cabinet touching wall or other building component Adjust unit location to avoid unit to...

Page 41: ... 20 138 169 366 447 14 17 26 31 1 9 137 168 255 312 9 11 17 21 154 188 381 466 8 10 27 33 90 1 4 152 186 315 385 14 17 16 19 153 187 383 468 16 19 28 34 1 9 146 179 286 350 8 10 17 20 170 208 399 487 9 12 29 36 100 1 4 161 197 349 426 13 16 15 19 1 9 155 190 317 387 8 10 16 20 LV009 30 1 8 91 111 251 307 5 6 21 25 2 4 95 116 256 313 3 4 22 26 40 1 8 112 137 144 176 14 17 22 27 107 130 267 327 6 7 ...

Page 42: ...154 201 245 8 10 19 24 173 211 276 337 3 4 18 22 60 2 8 136 166 244 298 14 17 18 22 111 136 282 344 6 7 19 23 3 8 131 160 230 281 8 10 19 23 117 143 289 353 4 5 20 24 70 2 8 141 172 275 336 14 17 17 21 124 152 294 360 7 8 21 25 3 8 135 165 258 316 8 10 18 22 131 160 302 369 5 6 22 27 80 2 8 145 178 310 378 14 17 17 20 136 166 307 375 8 9 23 28 3 8 140 171 291 356 8 10 18 22 143 175 314 384 5 6 24 ...

Page 43: ...208 300 366 5 6 21 25 60 3 5 131 160 252 308 13 16 17 21 110 134 306 374 8 10 22 27 7 5 125 153 237 290 8 9 18 22 115 141 314 383 6 7 23 29 70 3 5 135 165 284 347 13 16 17 20 122 150 320 391 9 11 24 30 7 5 130 158 266 326 7 9 18 22 129 157 327 400 6 8 26 32 80 3 5 140 171 320 391 13 16 16 20 134 164 333 407 11 13 27 33 7 5 134 164 300 367 7 9 17 21 141 172 341 417 7 9 28 35 90 3 5 144 176 360 440 ...

Page 44: ...260 12 14 19 24 167 204 313 383 6 7 21 26 60 6 131 160 259 316 21 25 18 22 108 132 320 391 10 13 23 28 10 126 154 243 297 12 14 19 23 113 138 328 400 7 9 24 29 70 6 136 166 291 355 20 25 17 21 120 147 334 408 12 15 25 31 10 130 159 273 334 12 14 18 22 126 154 342 418 8 10 27 32 80 6 140 171 328 401 20 24 17 20 131 161 348 425 14 17 27 34 10 135 165 308 377 11 14 18 22 138 169 356 436 9 11 29 36 90...

Page 45: ...121 305 373 6 7 25 31 60 12 123 150 248 304 14 17 20 24 106 129 321 392 9 11 26 32 16 119 146 232 284 11 13 21 25 113 138 327 400 7 8 28 34 70 12 126 154 282 344 14 17 19 24 118 145 342 418 10 12 29 35 16 122 149 263 322 10 13 20 25 126 154 349 427 8 9 30 37 80 12 129 157 315 385 13 16 19 23 131 160 364 444 11 14 31 38 16 125 153 294 360 10 12 19 24 139 170 371 454 8 10 33 40 90 12 132 161 348 426...

Page 46: ... 2 5 1 7 2 5 LV009 2 1 7 2 2 2 5 2 5 3 3 3 3 5 4 6 LV012 2 5 2 6 3 4 3 3 6 4 7 3 5 4 8 6 2 LV015 3 3 9 5 0 4 6 5 8 3 5 9 8 12 5 LV018 4 2 7 4 5 5 4 0 6 7 6 5 6 9 3 LV024 4 2 8 3 3 6 5 8 6 8 8 9 7 11 4 LV030 5 3 0 3 7 7 5 6 2 7 7 9 8 6 10 7 LV036 6 2 6 3 6 9 5 4 7 5 12 9 1 12 6 LV041 7 3 6 5 0 10 6 9 9 5 13 11 1 15 2 LV042 7 3 6 5 0 10 6 9 9 4 13 11 1 15 1 LV048 8 1 4 2 1 12 2 8 4 4 15 4 2 6 6 LV06...

Page 47: ...J153ABCA 1 6 5 43 1 431 2 383 30 370 2 265 60 1 H82J153ABHA 1 5 8 46 1 4 2 4 30 440 LV024 1 208 230 60 1 H82J183ABCA 1 7 4 43 1 431 2 383 35 370 2 265 60 1 H82J183ABHA 1 6 7 46 1 4 2 4 30 440 3 208 230 60 3 H82J183DBLA 3 5 9 63 1 362 4 460 60 3 H82J183DBVA 3 2 9 30 5 329 LV030 1 208 230 60 1 H82J223ABCA 1 9 9 54 0 982 1 729 35 370 2 265 60 1 H82J223ABHA 1 8 5 46 1 4 2 46 30 440 3 208 230 60 3 H82J...

Page 48: ...13 15 13 13 16 13 15 LV018 HZ Lbs 177 57 36 48 37 36 57 37 48 kg 80 26 16 22 17 16 26 17 22 LV024 HZ Lbs 181 58 37 48 38 37 58 38 48 kg 82 26 17 22 17 17 26 17 22 LV030 HZ Lbs 194 61 41 52 41 41 61 41 52 kg 88 28 18 23 19 18 28 19 23 LV036 HZ Lbs 237 71 49 66 52 49 71 52 66 kg 108 32 22 30 24 22 32 24 30 LV042 HZ Lbs 231 70 47 64 50 47 70 50 64 kg 105 32 21 29 23 21 32 23 29 LV048 HZ Lbs 268 87 60...

Page 49: ...Wiring Diagrams 49 LV Heat Pump Series 8 733 905 683 2013 04 LV Heat Pump Series WIRING DIAGRAMS Figure 14 Dwg LV111000 Single Phase Base Unit PSC Fan Motor ...

Page 50: ...50 Wiring Diagrams LV Heat PumpSeries LV Heat Pump Series 8 733 905 683 2013 04 Subject to change without prior notice Figure 15 Dwg 311000 ...

Page 51: ...Wiring Diagrams 51 LV Heat Pump Series 8 733 905 683 2013 04 LV Heat Pump Series Figure 16 Dwg LV111007 Single Phase Base Unit Constant Torque ECM Fan Motor ...

Page 52: ...52 Wiring Diagrams LV Heat PumpSeries LV Heat Pump Series 8 733 905 683 2013 04 Subject to change without prior notice Figure 17 Dwg LV111003 Single Phase Base Unit Constant Airflow ECM Fan Motor ...

Page 53: ...Wiring Diagrams 53 LV Heat Pump Series 8 733 905 683 2013 04 LV Heat Pump Series Figure 18 Dwg LV111001 Three Phase Base Unit PSC Fan Motor ...

Page 54: ...54 Wiring Diagrams LV Heat PumpSeries LV Heat Pump Series 8 733 905 683 2013 04 Subject to change without prior notice Figure 19 Dwg LV111002 Single Phase Unit with Waterside Economizer PSC Fan Motor ...

Page 55: ...Wiring Diagrams 55 LV Heat Pump Series 8 733 905 683 2013 04 LV Heat Pump Series Figure 20 Dwg 311003 Three Phase Base Unit Constant Airflow ECM Fan Motor ...

Page 56: ...21 5 21 5 39 25 14 14 3 6 4 8 2 8 14 95 18 87 20 18 20 4 8 3 4 F P T 20x20x1 LV030 21 5 21 5 39 25 14 14 3 6 4 8 2 8 14 95 18 87 20 18 20 4 8 3 4 F P T 20x20x1 LV036 21 5 26 43 25 15 5 14 6 5 4 2 2 75 10 77 18 87 24 22 24 4 2 3 4 F P T 24x24x1 LV041 21 5 21 5 39 25 15 5 14 2 4 2 2 8 14 95 18 87 20 18 20 4 2 3 4 F P T 20x20x1 LV042 21 5 26 43 25 15 5 14 6 5 4 2 2 75 10 77 18 87 24 22 24 4 2 3 4 F P...

Page 57: ... 18 5 15 3 4 F P T LV024 22 43 17 1 5 25 15 16 35 2 86 14 13 5 7 8 6 6 36 9 15 5 2 1 5 23 5 15 3 4 F P T LV030 22 43 17 1 5 25 15 16 35 2 86 14 13 5 7 8 6 6 36 9 15 5 2 1 5 23 5 15 3 4 F P T LV036 22 54 5 19 1 5 30 23 2 85 16 13 6 9 8 63 7 75 9 8 6 4 1 46 28 5 17 3 4 F P T LV041 N A N A N A N A N A N A N A N A N A N A N A N A N A N A N A N A N A LV042 22 54 5 19 1 5 30 23 2 85 16 13 6 9 8 63 7 75 ...

Page 58: ...58 Notes LV Heat PumpSeries LV Heat Pump Series 8 733 905 683 2013 04 Subject to change without prior notice NOTES ...

Page 59: ...Notes 59 LV Heat Pump Series 8 733 905 683 2013 04 LV Heat Pump Series ...

Page 60: ...601 N W 65th Court Ft Lauderdale FL 33309 Phone 954 776 5471 Fax 954 776 5529 www boschtaxcredit com www bosch climate us Revised 04 13 ...

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