Heat Controller HTS SERIES SPLIT SYSTEM, HSS manual Nominal resistance at various temperatures

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H E AT C O N T R O L L E R , I N C . WAT E R - S O U R C E H E AT P U M P S

R e s i d e n t i a l S p l i t - 6 0 H z R 2 2 & R 4 1 0 A

R e v. : 5 J u n e , 2 0 0 8

Table 10: Nominal resistance at various temperatures

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CXM Controls

CXM Thermostat Details

Thermostat Compatibility - Most all heat pump thermostats can be used with the CXM control. However Heat/Cool stats are NOT compatible with the CXM.

Anticipation Leakage Current - Maximum leakage current for "Y" is 50 mA and for "W" is 20mA. Triacs can be used if leakage current is less than above. Thermostats with anticipators can be used if anticipation current is less than that specified above.

Thermostat Signals -

"Y" and "W" have a 1 second recognition time when being activated or being removed.

"O" and "G" are direct pass through signals but are monitored by the micro processor.

"R" and "C" are from the transformer.

"AL1" and "AL2" originate from the alarm relay.

"A" is paralleled with the compressor output for use with well water solenoid valves.

The "Y" 1/4" quick connect is a connection point to the

"Y" input terminal P1 for factory use. This "Y" terminal can be used to drive panel mounted relays such as the loop pump relay.

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H e a t C o n t r o l l e r, I n c . Wa t e r - S o u r c e H e a t i n g a n d C o o l i n g S y s t e m s

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Contents Split Products This page left intentionally blank Model Nomenclature for Indoor Split Series Safety SafetyGeneral Information Indoor Coil Selection HTS GeoMax Equipment SelectionGeneral GeoMax 2 HTS Air Handler Matches for ARI RatingsCFM Indoor Coil Selection For HSS R-22 UnitsAir Handler Selection Example Air Handler Installation InstallationRemoving Existing Condensing Unit Where Applicable Indoor Compressor Section LocationHTS/HSS Installation Piping Installation GROUND-LOOP Heat Pump ApplicationsFlushing the Earth Loop Low Water Temperature Cutout Setting CXM ControlGround-Loop Heat Pump Applications AntifreezeAntifreeze Percentages by Volume Approximate Fluid Volume U.S. gal. L per 100 of PipeFluid Volume gal liters per 100’ 30 meters Pipe Compressor section must be sealed to prevent entryWater Control Valve Water Quality StandardsExpansion Tank and Pump Flow RegulationWater Coil Low Temperature Limit Setting Water Well ConnectionsWater Quality Standards Erosion and CloggingLine Set Installation Refrigeration InstallationLineset Diameters and Charge Information Add-On Heat Pump Applications Evacuation and Charging the UnitRefrigeration Installation Evacuation Of The Lineset And Coil Charging The SystemExample R-22 refrigerant Checking Superheat and Subcooling Determining SuperheatDetermining Sub-Cooling Typical HWG Installation Indoor Compressor Section Hot Water GeneratorWater Tank Refill Water Tank PreparationHWG Water Piping Initial Start-UpHot Water Generator Module Refrigeration Installation GeoMax 2 HTS Series Electrical Data Electrical Line VoltageHSS Series Electrical Data Electrical Power Wiring Low Water Temperature Cutout Selection Electrical HWG WiringHWG Wiring Indoor Compressor Section Thermostat ConnectionsTwo-stage HTS Units Electrical Low Voltage WiringAccessory Connections Taco ValveThermostat Installation Two-Stage HTS PipingCXM Controls Air coil low temperature FP2 The FP2 thermistor temperature Safety Features CXM ControlWater coil low temperature FP1 The FP1 thermistor Diagnostic FeaturesPage Variable Speed PSC Air Handler CXM Control Start-up OperationY1, Y2, O Stage 2 cooling Nominal resistance at various temperatures CXM Thermostat DetailsStarting Conditions Unit Starting and Operating ConditionsOperating Limits Unit OperationUnit Start-up Procedure Before Powering SYSTEM, please check the followingUnit and System Checkout Unit Start-Up Procedure Test Mode PinsUnit Operating Conditions Water Temperature Change Through Heat ExchangerR-22 HSS Compressor Section Coax Water Pressure Drop GPM 22 HSS Typical Unit Operating Pressures and Temperatures Preventive Maintenance Troubleshooting CXM Process Flow Chart Functional Troubleshooting Functional Troubleshooting Performance Troubleshooting Troubleshooting Form S i d e n t i a l S p l i t 6 0 H z R 2 2 & R 4 1 0 a 08/08