Johnson Controls TM9X*MP Coil Installation, COIL/FURNACE Assembly MC/FC/PC Series Coils

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697936-UIM-B-01211

COIL INSTALLATION

On all installations without a coil, a removable access panel is recom- mended in the outlet duct such that smoke or reflected light would be observable inside the casing to indicate the presence of leaks in the heat exchanger. This access cover shall be attached in such a man- ner as to prevent leaks.

COIL/FURNACE ASSEMBLY - MC/FC/PC SERIES COILS

 

Furnace

Furnace

 

UPFLOW

DOWNFLOW

FIGURE 2: Vertical Applications

FURNACE ASSEMBLY - MC & FC SERIES COILS

These coils are factory shipped for installation in either upflow or down- flow applications with no conversion.

Position the coil casing over or under the furnace opening as shown in Figure 2 after configuring coil flanges as required see “Coil Flange” sec- tion below.

COIL FLANGE INSTALLATION

The coils include removable flanges to allow proper fit up with furnaces having various inlet and outlet flange configurations. The two flanges are attached to the top of the coil in the factory during production. For proper configuration of flanges refer to Figure 3.

FURNACE ASSEMBLY - MC SERIES COILS ONLY

MC coils are supplied ready to be installed in a horizontal position. A horizontal pan is factory installed. MC coils should be installed in all hor- izontal applications with the horizontal drain pan side down.

Mounting Plate

Furnace

FIGURE 4: Horizontal Right Application

For horizontal left hand applications no conversion is required to an MC coil when used with a downflow/horizontal furnace. A mounting plate, supplied with every coil should always be installed on the side desig- nated as top side. See Figure 4 & 5.

Mounting Plate

Furnace

FIGURE 5: Horizontal Left Application

FURNACE ASSEMBLY - PC SERIES COILS

These upflow coils are designed for installation on top of upflow fur- naces only.

If the coil is used with a furnace of a different size, use a 45° transition to allow proper air distribution through the coil.

1.Position the coil casing over the furnace opening as shown in Figure 6.

2.Place the ductwork over the coil casing flange and secure.

3.Check for air leakage between the furnace and coil casing and seal appropriately.

Do not drill any holes or drive any screws into the front duct flange on the coil in order to prevent damaging coil tubing. See Figure 6.

ALTERNATE FLANGE LOCATION (Used for downflow or horizontal left installations)

FACTORY

FLANGE

LOCATION

(Used for upflow

or horizontal

right installations)

FIGURE 3: Coil Flange

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Johnson Controls Unitary Products

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Contents List of Tables List of SectionsList of Figures Combustion AIR and Vent SystemSection I Safety Specific Safety Rules and PrecautionsSafety Requirements Combustion AIR Quality List of Contaminants Codes and StandardsInspection Furnace Location and ClearancesDuctwork General Information Floor Base and Ductwork Installation DownflowSection II Ductwork Duct FlangesFurnace Assembly MC & FC Series Coils Coil InstallationCOIL/FURNACE Assembly MC/FC/PC Series Coils Coil Flange InstallationBottom Return and Attic Installations Coil / Furnace Assembly HC Series CoilsDownflow Duct Connectors Critical Coil ProjectionHorizontal Application Downflow ApplicationSection III Filters Filter InstallationCabinet Dimensions Inches Btuh kWSection IV GAS Piping GAS SafetyGAS Piping Installation Side ReturnHigh Altitude GAS Orifice Conversion High Altitude Pressure Switch ConversionGAS Orifice Conversion for Propane LP Manifold Pressures in. w.cLOW Voltage Control Wiring Connections Section V Electrical PowerElectrical Power Connections Supply Voltage ConnectionsSingle Stage Air Conditioner Single Stage Furnace Single Stage Heat Pump Single Stage Furnace Humidifier Connection Accessory ConnectionsElectronic AIR Cleaner Connection TwinningCondensate Drain Termination Will cause the furnace Downflow Configuration Johnson ControlsConfiguration Horizontal LeftHorizontal Right Inducer Rotated Combustion AIR/VENT Pipe Sizing Combustion AIR and Vent SafetySection VII Combustion AIR and Vent System Model Input Pipe Size MaximumCombustion AIR / Venting Combustion AIR and Vent Piping AssemblyElbow a Dimension Fitting Equivalent LengthVent Clearances Home LayoutVent System Vent Applications and TerminationVenting Multiple Units Combustion AIR Supply Downward VentingOutdoor Combustion Air Ambient Combustion Air SupplyCombustion Air Source From Outdoors Dampers, Louvers and Grilles Canada OnlyFree Area Air Supply Openings and Ducts Ventilated Combustion AirVentilated Combustion Air Termination Section Viii START-UP Adjustments Specially Engineered InstallationsVent Blower Rotation GAS Piping Leak Check Ignition System SequenceCalculating the Furnace Input NAT. GAS Revolution Cu Ft Seconds ForRevolution Adjustment of Manifold GAS Pressure & Input Rate Read the inlet gas pressureRead the manifold gas pressure Adjustment of Temperature Rise Adjustment of FAN Control SettingsRollout Switch Controls Section IX Safety ControlsBlower Door Safety Switch Control Circuit FuseSection X Normal Operation and Diagnostics Diagnostic Fault Code Storage and Retrieval Section XI Replacement Parts List Replacement Part Contact InformationFabricated Parts Wiring Furnace Section XII Wiring DiagramJohnson Controls Unitary Products York Drive Norman, OK

TM9X*MP specifications

The Johnson Controls TM9X*MP series represents a significant advancement in the realm of HVAC control systems, positioning itself as a versatile solution for both commercial and residential applications. Renowned for its intelligent design and user-friendly interface, the TM9X*MP series aims to enhance energy efficiency and provide comfort to its users.

One of the standout features of the TM9X*MP series is its advanced communication capabilities. It employs the latest communication protocols, including BACnet and Modbus, which facilitate seamless integration with various building management systems. This connectivity ensures that users can monitor and control their HVAC systems remotely, providing unparalleled convenience and control over their environment.

Further enhancing its adaptability, the TM9X*MP series supports a wide range of HVAC equipment, including heat pumps, rooftop units, and variable air volume systems. This flexibility makes it an ideal choice for diverse applications, catering to the specific needs of different building types and operational requirements.

Energy efficiency is a significant focus of the TM9X*MP series. The system is equipped with advanced algorithms that optimize HVAC performance based on real-time data inputs. By utilizing trends in occupancy and weather forecasts, the TM9X*MP can make informed adjustments to operation schedules and settings, ensuring minimal energy wastage while maintaining optimal comfort levels.

Another notable characteristic of the TM9X*MP series is its intuitive touchscreen interface. This user-centric design makes it easy for operators to navigate through various settings and configurations, reducing the complexity often associated with HVAC controls. The interface can display vital system information, including energy consumption metrics and system diagnostics, empowering users to make informed decisions regarding their HVAC systems.

The TM9X*MP series also prioritizes robustness and reliability. Built with high-quality components, these controllers are designed to withstand varying environmental conditions, ensuring extensive operational longevity. Furthermore, the comprehensive support and resources provided by Johnson Controls augment the TM9X*MP series’ reputation for exceptional service and performance.

In conclusion, the Johnson Controls TM9X*MP series is a versatile and reliable solution for modern HVAC control needs. Its advanced communication capabilities, energy-efficient algorithms, user-friendly interface, and robust design make it a strong contender in the market, catering to the dynamic demands of contemporary heating and cooling applications. Whether for large commercial buildings or smaller residential units, the TM9X*MP series stands out as a top-tier choice for HVAC management.