Heat Controller HTS SERIES manual Ton

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T h e Q u a l i t y L e a d e r i n C o n d i t i o n i n g A i r

R e s i d e n t i a l S p l i t - 6 0 H z R 4 1 0 A

R e v. : 0 3 A u g u s t , 2 0 1 2

Unit Operating Conditions

Table 14c: Size 048 HTS Two-Stage R-410A Typical Unit Operating Pressures and Temperatures

Entering	Water				Full Load Cooling - without HWG active													Full Load Heating - without HWG active
Water	Flow		Suction		Discharge								Air Temp		Suction		Discharge												Air Temp
Water	GPM/		Suction		Discharge		Super-		Sub-		Water Temp		Air Temp		Suction		Discharge			Super-				Sub-		Water Temp			Air Temp
Temp °F	GPM/		Pressure		Pressure		Super-		Sub-		Water Temp		Drop °F		Pressure		Pressure			Super-				Sub-		Water Temp			Rise °F
Temp °F	ton		Pressure		Pressure		heat		cooling		Rise °F		Drop °F		Pressure		Pressure				heat		cooling				Drop °F		Rise °F
			PSIG		PSIG		heat		cooling		Rise °F		DB		PSIG			PSIG			heat		cooling				Drop °F			DB
			PSIG		PSIG								DB		PSIG			PSIG												DB

30*	1.5	112-122		187-207		18-23		23-28		20.7-22.7		19-25		66-76			261-281			8-13			5-10			8-10			18-24
30*	2.25	111-121		167-187		18-23		21-26		15.5-17.5		19-25		69-79			264-284			8-13			5-10			6-8			19-25
	3	111-121		147-167		18-23		20-25		10.2-12.2		19-25		72-82			267-287			8-13			5-10			4-6			19-25

	1.5	125-135		245-265		13-18		19-24		20.9-22.9		20-26		93-103			289-309			7-12			5-10			11.5-13.5			23-29
50	2.25	123-133		227-247		13-18		18-23		15.6-17.6		20-26		98-108			295-315			7-12			5-10			8.7-10.7			24-30
	3	122-132		208-228		14-19		16-21		10.2-12.2		20-26		103-113			301-321			7-12			5-10			5.9-7.9			25-31

70	1.5	133-143		314-334		9-14		17-22		20.5-22.5		20-26		123-133			319-339			7-12			5-10			15-17			28-35
70	2.25	132-142		294-314		9-14		16-21		15.2-17.2		20-26		130-140			329-349			7-12			5-10			11.5-13.5			29-36
	2.25	132-142		294-314		9-14		16-21		15.2-17.2		20-26		130-140			329-349			7-12			5-10			11.5-13.5			29-36
	3	131-141		274-294		10-15		14-19		9.9-11.9		20-26		137-147			336-356			7-12			5-10			7.9-9.9			30-37

	1.5	138-148		401-421		8-13		16-21		19.2-21.2		19-25		167-177			365-385			7-12			5-10			19.6-21.6			37-45
90	2.25	137-147		379-399		8-13		15-20		14.3-16.3		19-25		177-187			374-394			7-12			5-10			15-17			38-46
	3	136-146		357-377		9-14		13-18		9.3-11.3		19-25		187-197			388-408			7-12			5-10			10.3-12.3			39-47

	1.5	144-154		502-522		8-13		14-19		18-20		18-24
110	2.25	143-153		477-497		8-13		13-18		13.3-15.3		18-24						Operation Not Recommended
	3	142-152		452-472		9-14		12-17		8.5-10.5		18-24

*Based on 15% methanol antifreeze solution
Table 14d: Size 060 HTS Two-Stage R-410A Typical Unit Operating Pressures and Temperatures

Entering	Water				Full Load Cooling - without HWG active													Full Load Heating - without HWG active
Water	Flow		Suction		Discharge								Air Temp		Suction			Discharge												Air Temp
Water	GPM/		Suction		Discharge		Super-		Sub-		Water Temp		Air Temp		Suction			Discharge			Super-			Sub-			Water Temp			Air Temp
Temp °F	GPM/		Pressure		Pressure		Super-		Sub-		Water Temp		Drop °F		Pressure			Pressure			Super-			Sub-			Water Temp			Rise °F
Temp °F	ton		Pressure		Pressure		heat		cooling		Rise °F		Drop °F		Pressure			Pressure			heat			cooling			Drop °F			Rise °F
			PSIG		PSIG		heat		cooling		Rise °F		DB		PSIG			PSIG			heat			cooling			Drop °F			DB
			PSIG		PSIG								DB		PSIG			PSIG												DB

30*	1.5		117-127		160-180		16-21		8-13		17.5-19.5		16-22		66-76			282-302			9-15			8-13			8-10			21-27
30*	2.25		116-126		133-153		17-22		6-11		11.9-13.9		16-22		69-79			285-305			9-15			8-13			6-8			21-27
	3		115-125		125-145		18-23		5-10		6.3-8.3		16-22		72-82			289-309			9-15			9-14			4-6			22-28

	1.5		126-136		228-248		8-13		8-13		19.8-21.8		20-26		95-105			318-338			9-15			12-17			11.3-13.3			27-33
50	2.25		124-134		212-232		11-16		6-11		14.2-16.2		20-26		100-110			321-341			9-15			12-17			8.5-10.5			28-34
	3		123-133		195-215		14-19		5-10		8.5-10.5		20-26		105-115			324-344			9-15			12-17			5.7-7.7			30-36

	1.5		130-140		305-325		8-13		10-15		20.3-22.3		21-27		128-138			360-380			8-14			12-17			14-16			33-38
70	2.25		129-139		286-306		9-14		9-14		14.8-16.8		21-27		133-143			364-384			8-14			12-17			10.6-12.6			34-40
	3		128-138		266-286		11-16		7-12		9.3-11.3		21-27		139-149			368-388			8-14			12-17			7.3-9.3			35-41

	1.5		133-143		398-418		8-13		10-15		19.4-21.4		20-26		173-183			407-427			8-14			13-18			18.2-20.2			42-50
90	2.25		132-142		376-396		8-13		9-14		14.1-16.1		20-26		177-187			411-431			8-14			13-18			13.9-15.9			43-51
	3		132-142		354-374		8-13		7-12		8.8-10.8		20-26		182-192			415-435			8-14			14-19			9.6-11.6			44-52

	1.5		138-148		505-525		6-11		10-15		18.3-20.3		19-25
110	2.25		137-147		483-503		6-11		9-14		13.3-15.3		19-25					Operation Not Recommended
	3		136-146		459-479		6-11		8-13		8.3-10.3		19-25

*Based on 15% methanol antifreeze solution

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Contents GeoLogix HTS Series Split System Two Stage, 2-5 Tons Table of Contents Model Nomenclature for Indoor Split Series Safety SafetyGeneral Information General Equipment SelectionIndoor Coil Selection HTS GeoLogix WDG/MWG Indoor Section Matches for Ahri RatingsSelecting Air Handler Air Handler Selection ExampleRemoving Existing Condensing Unit Where Applicable InstallationAir Handler and Coil Installation Indoor Compressor Section LocationPiping Installation HTS InstallationGround-Loop Heat Pump Applications Flushing the Earth LoopAntifreeze Antifreeze Percentages by Volume Approximate Fluid Volume U.S. gal. L per 100’ of Pipe100% USP food grade Propylene Glycol EthanolWater Quality Standards Expansion Tank and PumpMotorized Modulating Water Control Valve 026-049 Sizes 064 Ground-Water Heat Pump ApplicationsClosed OpenWater Quality Standards Water Quality StandardsLine Set Installation Refrigeration InstallationInstalling the Indoor Coil and Lineset Add-On Heat Pump ApplicationsEvacuation and Charging the Unit WDG Evacuation Of The Lineset And Coil Charging The SystemTotal Charge Method Determining Sub-Cooling Checking Superheat and Subcooling Determining SuperheatHot Water Generator Typical HWG Installation Indoor Compressor SectionWater Tank Preparation InstallationWater Tank Reﬁll HWG Water PipingInitial Start-Up HWG Water Piping Sizes and LengthGeoMax 2 HTS Electrical Data Electrical Line VoltageAccessory Connections Low Water Temperature Cutout SelectionElectrical Low Voltage Terminal StripElectrical Thermostat Wiring Thermostat InstallationThermostat Connections Unit Operation DXM2 ControlsDXM2 Layout and Connections Indoor Split HTS024-060 Wiring Diagram 208-230-/60/1 DXM2 Operating Limits Unit Commissioning And Operating ConditionsBuilding Operating Limits Commissioning ConditionsUnit Start-up Procedure Unit Start-Up and Operating ConditionsUnit and System Checkout Manual Operation Unit Start-Up ProcedureGPM Unit Operating ConditionsTon Preventive Maintenance Sensor Nominal resistance at various temperatures Basic Troubleshooting InformationSystem Conﬁguration Advanced Troubleshooting and Conﬁguration InformationService Mode Start DXM2 Process Flow ChartFault Htg Clg Possible Cause Solution Functional TroubleshootingIFC Fault Code Symptom Htg Clg Possible Cause Solution Performance Troubleshooting\SH Troubleshooting FormS i d e n t i a l S p l i t 6 0 H z R 4 1 0 a Wellworth Ave., Jackson, Michigan 49203 Ph -0787-2100 Fax

HTS SERIES specifications

The Heat Controller HTS Series is a cutting-edge solution for climate control, designed to offer superior performance and unmatched comfort. This advanced heating and cooling system stands out in today's market due to its innovative technologies and user-friendly features.

One of the main features of the HTS Series is its energy efficiency. Equipped with the latest inverter technology, it adjusts the compressor speed to maintain the desired temperature while consuming less energy. This not only reduces operational costs but also minimizes the carbon footprint, making it an environmentally friendly choice.

Another standout characteristic of the HTS Series is its precise temperature control. The system utilizes advanced sensors to monitor indoor conditions in real-time, ensuring that you experience consistent comfort throughout your space. The ability to quickly react to changes in temperature helps maintain an optimal environment, regardless of external weather fluctuations.

The HTS Series also boasts a robust air filtration system. With multiple filter layers, including HEPA filters, it effectively captures dust, allergens, and other airborne pollutants. This feature makes the HTS Series an excellent choice for families with allergies or respiratory concerns, promoting a healthier indoor atmosphere.

Furthermore, the heat pump technology incorporated in the HTS Series allows for both heating and cooling capabilities. In cooler months, it efficiently extracts heat from the outside air to warm your living spaces, while during the summer, it reverses the process to provide refreshing cool air. This dual functionality enhances versatility, making it suitable for various climates.

User convenience is paramount in the HTS Series design. It comes with a smart thermostat that enables remote operation via a mobile app, providing users with flexible control over their environment. Additionally, the intuitive interface and programmable settings allow for seamless customization, adapting to your daily schedule and preferences.

Durability and quiet operation are also key attributes of the HTS Series. Built with high-quality materials and components, it ensures long-lasting performance, while its sound-dampening technologies provide whisper-quiet operation, enhancing the comfort of your home or office space.

In summary, the Heat Controller HTS Series represents the pinnacle of home heating and cooling technology. With its energy efficiency, precise temperature control, superior air filtration, dual functionality, and user-friendly features, it stands as a leading choice for those seeking reliable and effective climate solutions. This series not only enhances comfort but also supports a sustainable lifestyle for the future.