Carrier 58MVP instruction manual

Page 22

25.

Connect 1 side of a slope manometer with a tee to collector box pressure tap. Connect other side

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with a tee to gas valve air pressure fitting. Refer to pressure check diagram in Appendix C.

 

 

 

 

 

 

 

 

 

26.

Turn power on and wait several sec, then jumper R and W/W1 thermostat terminals on furnace con-

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trol board.

 

 

 

 

27.

Monitor slope manometer. Does pressure reading appear to be stable when fault occurs?

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28

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28.

Check for a sag in vent pipe. If problem persists, replace inducer motor.

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29.

Disconnect jumper wire across R and W/W1 thermostat terminals and wait until blower stops.

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30.

Jumper R, W/W1, and W2 thermostat terminals on furnace control board.

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31.

Does high-pressure switch HPS make, then break several times at start of cycle before faulting out?

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33

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32.

The problem is either a sag in vent pipe or a clogged drain trap or line.

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33.

Does fault occur before main burners ignite?

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34.

Do you have 24v between C (Common) on high-pressure switch HPS and Com on furnace control

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board?

 

 

 

 

35.

The YELLOW wire to high-pressure switch HPS is not making good connection. Repair or replace

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it.

 

 

 

 

 

Do you have at least 1.90 in. wc pressure drop across heat exchangers when fault occurs? Deter-

 

 

 

36.

mine this by connecting 1 side of slope manometer with a tee to collector box pressure tap. Con-

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37

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nect other side with a tee to gas valve air pressure fitting. Refer to pressure check diagram in Ap-

 

 

 

 

 

pendix C.

 

 

 

37.

Is inducer motor MTR1 rotating in direction indicated on inducer housing?

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38

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38.

Replace inducer motor or inducer motor assembly.

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39.

Turn power off.

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40.

Is inducer wheel okay?

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41.

If possible, replace inducer wheel. Otherwise, replace inducer motor assembly.

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42.

Is there any frost build-up on combustion-air inlet?

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43.

The problem is caused by reversed vent and combustion-air pipes or some other moist air entering

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combustion-air pipe.

 

 

 

 

44.

You have excessive restriction in combustion-air or vent pipe.

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45.

Turn power off and disconnect jumper wire across R, W/W1, and W2 thermostat terminals.

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46.

Turn power on and wait several sec, then jumper R, W/W1, and W2 thermostat terminals on fur-

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nace control board.

 

 

 

 

47.

Do you have 24v between connector terminal PL2-4 and Com on furnace control board when fault

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occurs?

 

 

 

 

 

 

 

 

 

48.

Turn power off.

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49.

Do you have continuity across terminal PL2-4 and N.O. (Normally Open) contact on high-pressure

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switch HPS?

 

 

 

 

 

 

 

 

 

50.

The BROWN wire from high-pressure switch HPS to furnace control board is not making good con-

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nection. Repair wire or replace harness.

 

 

 

 

 

 

 

 

 

51.

Turn power off and disconnect jumper wire across R, W/W1, and W2 thermostat terminals.

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52.

Connect 1 side of a slope manometer with a tee to collector box pressure tap. Connect other side

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with a tee to gas valve air pressure fitting. Refer to pressure check diagram in Appendix C.

 

 

 

 

 

 

 

 

 

53.

Turn power on and wait several sec, then jumper R, W/W1, and W2 thermostat terminals on fur-

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nace control board.

 

 

 

 

 

 

 

 

 

54.

Monitor slope manometer. Does pressure reading appear to be stable when fault occurs?

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56

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55.

Replace pressure switch assembly. If problem persists, check wiring for an intermittent connection

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in high-pressure switch HPS circuit.

 

 

 

 

56.

Check for a sag in vent pipe. If problem persists, replace inducer motor.

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22

Image 22
Contents Troubleshooting Guide Example Start Here SectionÐCooling Mode ÐVariable Speed Furnace Control ÐWith DE Connection Lowed by the lowest number fault code. Example 13, 13 Service → ÐService Label/Fault Code Instructions Status Code ExampleStep Action YES GO to ÐAir Conditioning A/C Airflow Setup Switch Position LEDs 1, 2, 3, or 4 on Solid Solid means on continuously Step Action YES GO to Fault Code Motor MTR2 →44 Page Lowed by the lowest number fault code. Example 14, 14 Fault Code ÐContinuous Fan CF Airflow Setup Switch Position ÐTwo-Speed AC/HP Airflow Requirements CFMPage · LOW Heat Page →18 →40 Utes 14ÐIGNITION Lockout Ber indicated in Index for Fault Code →26 Turn power off Is inducer blower wheel okay? 55 ¬ Rpmrpm highlow ¬ →20 Index for Fault Code Cleanup and START-UP Instructions Appendix a Board Layout and SchematicControl Center Wiring Schematic Schematic DiagramAppendix C Pressure Check DiagramAppendix B Isolation CircuitsQuick Motor Test Procedure Appendix D→33 →59 Appendix E Example AIR Delivery Curve ÐAir Delivery CurveÐ100-20 Air Delivery CurvesAir Delivery Curve Ð Air Delivery CurveÐ120-20Upflow Total Static Pressure Reading Locations Static Pressure Reading Location DiagramsBasement Ð Upflow Application Closet Ð Downflow ApplicationAttic Ð Horizontal Application Duct Static Check Sheet Appendix F Quick Reference InformationAppendix G Thermostat Staging AlgorithmVariable Speed Condensing Furnace Algorithm Service Training
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58MVP specifications

The Carrier 58MVP is a high-efficiency gas furnace designed for optimal performance and energy savings. This model represents Carrier's commitment to innovative engineering and advanced technology, making it a preferred choice for homeowners seeking reliable heating solutions.

One of the standout features of the 58MVP is its impressive Annual Fuel Utilization Efficiency (AFUE) rating, which can reach up to 96 percent. This high AFUE rating indicates that the furnace uses less energy to produce heat, leading to lower utility bills and a reduced carbon footprint. The furnace is equipped with a two-stage gas valve that allows it to operate on a low setting during mild weather, providing increased efficiency and comfort.

The 58MVP also features Carrier's Infinity Control system, an advanced programmable thermostat that enables homeowners to customize their heating preferences. This system allows for precise temperature control and scheduling, ensuring that the home remains at a comfortable temperature while minimizing energy consumption.

In addition to its efficiency, the 58MVP is designed with noise reduction technology, including a quiet operating blower and insulated cabinet. This reduces operational sound, allowing for a more peaceful home environment. The model's multi-speed blower motor enhances comfort by providing consistent airflow and further optimizing efficiency.

Durability is a key characteristic of the Carrier 58MVP. It has a stainless-steel heat exchanger that promotes longevity and performance. The furnace is also equipped with a galvanized steel cabinet featuring a powder-coated finish, which protects against rust and corrosion.

The 58MVP is compatible with Carrier's advanced air purification systems, optimizing indoor air quality while heating. With features designed for efficiency, comfort, and durability, the Carrier 58MVP is an exceptional choice for homeowners looking to enhance their heating systems. The combination of advanced technologies, such as the two-stage operation and Infinity Control, positions this furnace as a leader in the market, meeting the needs of today's energy-conscious consumers. Ideal for both new constructions and retrofits, the Carrier 58MVP continues to set the standard for residential heating solutions.