Goodman Mfg VC8 instruction manual AIR Flow Data, DIP Switches

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AIR FLOW DATA

					Speed Selection Dip Switches																		Model			Tap			Low Stage				High Stage		Low Stage		High Stage
																														Cool				Cool	Heat		Heat
					Cool				Adjust				Profile				Heat													Cool				Cool	Heat		Heat

																										A				390			600		735		1050
					Selection				Selection				Selection				Selection									A				390			600		735		1050
					Switches				Switches				Switches				Switches					DVC80703BX				B				520			800		805		1150
		TAP		1			2		3		4		5		6		7			8		DVC80703BX				C				650			1000		875		1250
																										D				780			1200		935		1350
		A			OFF		OFF		OFF		OFF		OFF		OFF		OFF			OFF						D				780			1200		935		1350

																										A				520			800		945		1350

		B			ON		OFF		ON		OFF		ON		OFF		ON			OFF
		B			ON		OFF		ON		OFF		ON		OFF		ON			OFF		DVC80905CX				B				715			1100		1015		1450
		C			OFF		ON		OFF		ON		OFF		ON		OFF			ON		DVC80905CX				C				910			1400		1085		1550
																										D				1170			1800		1155		1650
		D			ON		ON		ON		ON		ON		ON		ON			ON						D				1170			1800		1155		1650

																										A				553			850		1085		1550

		Profiles				Pre-Run					Short-Run						OFF Delay
		Profiles				Pre-Run					Short-Run						OFF Delay					DVC81155CX				B				748			1150		1155		1650
																										B				748			1150		1155		1650
		A				-------					--------						60 sec/100%									C				943			1450		1225		1750
		A				-------					--------						60 sec/100%									C				943			1450		1225		1750
																										D				1203			1850		1260		1800
		B				-------					30 sec/50%						60 sec/100%									D				1203			1850		1260		1800

																										A				390			600		875		1250

		C				-------					7.5 min/82%						60 sec/100%					MVC80704BX
		C				-------					7.5 min/82%						60 sec/100%									B				520			800		945		1350
																										B				520			800		945		1350
		D			30 sec/50%						7.5 min/82%						30 sec/50%									C				715			1100		1015		1450
																										D				910			1400		1085		1550
		To set airflow: (1) Select model and desired																								D				910			1400		1085		1550
		To set airflow: (1) Select model and desired

		high stage cooling airflow. Determine the corresponding tap																								A				520			800		1050		1500

		( A, B, C, or D ). Set dip switches 1 and 2 to the appropriate																				MVC80905CX				B				715			1100		1120		1600
		ON / OFF positions. (2) Select model and desired high stage																				MVC80905CX				B				715			1100		1120		1600
																										C				910			1400		1190		1700
		heating airflow. Determine the corresponding tap ( A, B, C, or																								C				910			1400		1190		1700
																										D				1170			1800		1260		1800
		D ). Set dip switches 7 and 8 to the appropriate ON / OFF																								D				1170			1800		1260		1800
		positions. (3) Select the airflow adjustment factor taps A and
																										A				520			800		1210		1725
		D are 1; Tap B is +10%; Tap C -10%. Set dip switches 3 and 4																								A				520			800		1210		1725
		to the appropriate ON / OFF positions.																				MVC81155CX				B				715			1100		1225		1750
		To set Comfort Mode: Select desired Comfort Mode profile																				MVC81155CX				B				715			1100		1225		1750
		To set Comfort Mode: Select desired Comfort Mode profile																								C				910			1400		1245		1775

		(see profiles above). Set switches 5 and 6 to the appropriate
																										D				1175			1800		1260		1800
		ON / OFF positions.																								D				1175			1800		1260		1800
		NOTE: Airflow data shown applies to legacy mode operation only. For a fully communicating system,
		please see the outdoor unit’s installation instructions for cooling and pump heating airflow data. See
		ComfortNet™ System - Airflow Consideration section for details.

DIP SWITCHES

	Sw itch		Pu r p o s e								Fu n ctio n																	DIP Sw itc h No.
	Ban k		Pu r p o s e								Fu n ctio n						1			2			3	4				5			6			7	8		9		10
	Ban k																1			2			3	4				5			6			7	8		9		10
										90 s ec onds							OFF			OFF			---	---				---			---			---	---		---		---
				Heat OFF					120 s ec onds								ON			OFF			---	---				---			---			---	---		---		---
					Delay				150 s ec onds *								OFF			ON			---	---				---			---			---	---		---		---
	S1								180 s ec onds								ON			ON			---	---				---			---			---	---		---		---
	S1								1-Stage T-s tat								---			---			OFF	---				---			---			---	---		---		---
									1-Stage T-s tat								---			---			OFF	---				---			---			---	---		---		---
			Thermos tat						2- Stage T-Stat								---			---			ON	---				---			---			---	---		---		---
					Setup					5- Min Delay							---			---			---	OFF				---			---			---	---		---		---
										A uto Delay							---			---			---	ON				---			---			---	---		---		---
	S2			Bus BIA S							BIA S						ON*			ON*			---	---				---			---			---	---		---		---
	S2				TERM				Bus Termination								---			---			ON*	---				---			---			---	---		---		---
					TERM				Bus Termination								---			---			ON*	---				---			---			---	---		---		---
											A						OFF			OFF			---	---				---			---			---	---		---		---
					Cooling						B						ON			OFF			---	---				---			---			---	---		---		---
			Speed Tap								C						OFF			ON			---	---				---			---			---	---		---		---
	S3										D*						ON			ON			---	---				---			---			---	---		---		---
	S3										Normal*						---			---			OFF	OFF				---			---			---	---		---		---
											Normal*						---			---			OFF	OFF				---			---			---	---		---		---
					A djus t					10%							---			---			ON	OFF				---			---			---	---		---		---
					Taps					-10%							---			---			OFF	ON				---			---			---	---		---		---
											Normal						---			---			ON	ON				---			---			---	---		---		---
											A *						---			---			---	---				OFF			OFF			---	---		---		---
				Ramping							B						---			---			---	---				ON			OFF			---	---		---		---
					Prof iles						C						---			---			---	---				OFF			ON			---	---		---		---
	S4										D						---			---			---	---				ON			ON			---	---		---		---
	S4										A						---			---			---	---				---			---			OFF	OFF		---		---
											A						---			---			---	---				---			---			OFF	OFF		---		---
					Heating						B*						---			---			---	---				---			---			ON	OFF		---		---
			Speed Tap								C						---			---			---	---				---			---			OFF	ON		---		---
											D						---			---			---	---				---			---			ON	ON		---		---
	S5				DEHUM						Dis abled*						---			---			---	---				---			---			---	---		OFF		Unus ed
	S5				DEHUM						Enabled						---			---			---	---				---			---			---	---		ON		Unus ed
											Enabled						---			---			---	---				---			---			---	---		ON		Unus ed
																					(*Indic ates f ac tory s etting)
	---		Not applic able

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Contents Installation Instructions for *D, MVC8 GAS Furnace Upright Installations Table of Contents What to do if YOU Smell GAS Safety PrecautionsKeep this literature in a safe place for future reference Product ApplicationProduct Description Location Requirements and ConsiderationsNational Fire Protection Association, Inc CSA InternationalClearances and Accessibility Combustion & Ventilation Category Following vent testing procedure is reproduced fromCategory I Venting Vertical Venting Exterior Masonry Chimneys Category I Furnaces onlyExteriormasonrychimneyscategoryifurnacesonly Proper Chimney Termination? Check Check 3 Chimney Crown Condition Electrical Connections High Voltage Important Note Single Stage Heating with Single Stage Cooling Thermostat Wiring DiagramsGAS Supply and Piping Accessories WiringGas Altitude Kit Orifice Manifold Pressure Circulating AIR and FiltersGeneral Furnace Layout Propane Gas Installation Typ Checking Static Pressure 80% Furnace Shown, 90% Similar START-UP Procedure and AdjustmentUpright Installations Honeywell Model VR9205 Connected to Manometer White-Rodgers Model 36G54 Two-StageWhite-Rodgers Model 36G54 Connected to Manometer Honeywell Model VR9205 Two-StageMeasuring Inlet Gas Pressure Alt. Method Example Temperature Rise MeasurementSwitch Bank S4 Heat Off Delay Dipswitches Switch Bank S4Comfortnet System Comfortnet SystemCTK01AA System Wiring using Four-WiresTo step to the next item Configuration Cool Airflow CL CFM Normal Sequence of Operation Operational Checks & Safety Circuit DescriptionOperational Checks Troubleshooting & Maintenance Safety Circuit DescriptionTroubleshooting Miscellaneous MaintenanceRepair and Replacement Parts Before Leaving AN InstallationInternal Troubleshooting ChartLimit Message ChartInvalid Trips Status Codes AIR Flow Data DIP SwitchesRD WH MVC8AA Wiring DiagramMVC8AB, *DVC8AA Wiring Diagram

VC8 specifications

Goodman Manufacturing has established itself as a leading provider of quality heating, ventilation, and air conditioning (HVAC) systems. Among its impressive lineup is the Goodman VC8, a versatile and efficient variable-capacity air conditioner that stands out due to its innovative design and advanced technologies.

The Goodman VC8 is known for its superior energy efficiency, featuring a SEER (Seasonal Energy Efficiency Ratio) rating higher than 20. This means that it operates efficiently across various climatic conditions, ensuring optimal cooling with minimal energy consumption. The high SEER rating not only translates to lower energy bills but also contributes to a reduced environmental footprint, making it a smart choice for eco-conscious consumers.

One of the standout features of the VC8 is its variable-speed compressor, which allows the system to adjust its output based on the cooling needs of the space. This technology enables the unit to run at lower speeds for longer periods, maintaining a consistent temperature while reducing energy usage. The variable-speed operation also contributes to quieter operation compared to traditional air conditioning systems. Homeowners can enjoy a peaceful indoor environment without the disruptive noise commonly associated with air conditioning units.

In terms of comfort, the Goodman VC8 employs advanced humidity control features, ensuring that moisture is efficiently managed within the space. This not only enhances comfort levels but also helps to prevent issues related to excessive humidity, such as mold growth and structural damage.

The VC8 is designed for reliable performance and durability, with its robust construction and dependable components. Goodman manufactures its products with high-quality materials to withstand the rigors of daily use and various weather conditions, ensuring long-lasting operation.

Additionally, the VC8 incorporates smart technology features, including compatibility with Wi-Fi-enabled thermostats. Homeowners can easily monitor and control their system remotely, providing convenience and peace of mind.

The Goodman VC8 is an exemplary solution for those looking for an energy-efficient, advanced air conditioning system. With its variable-speed compressor, excellent humidity control, durable construction, and smart features, it promises comfort and reliability suitable for any residential space. By choosing Goodman, homeowners can invest in a quality HVAC system designed to meet modern needs and preferences.