American Standard UV05 manual Software program literature

Page 4

Introduction

Table 4: Software program literature

Description

Manual #

Air Source Heat Pump with Electric Heat (Software Model 00)

OM 748

Water Source Heat Pump with Electric Heat (Software Model 02)

OM 749

Water Source Heat Pump without Electric Heat (Software Model 03)

 

DX Cooling with Electric Heat (Software Model 04)

OM 750

DX Cooling Only (Software Model 05)

OM 751

Electric Heat Only (Software Model 06)

OM 752

DX Cooling with Hydronic Heat - Valve Control (Software Model 07)

OM 753

DX Cooling with Hydronic Heat - F&BP Damper Control (Software Model 08)

 

2-Pipe Hydronic Heat Only - Valve Control (Software Model 09)

OM 754

2-Pipe Hydronic Heat Only - F&BP Damper Control (Software Model 10)

 

2-Pipe Chilled Water Cooling and Hot Water Heat - Valve Control (Software Model 11)

OM 755

2-Pipe Chilled Water Cooling and Hot Water Heat - F&BP Damper Control (Software

 

Model 12)

 

4-Pipe Chilled Water Cooling and Hydronic Heat - Valve Control (Software Model 13)

OM 756

4-Pipe Chilled Water Cooling and Hydronic Heat - F&BP Damper Control (Software

 

Model 14)

 

2-Pipe Chilled Water Cooling Only - Valve Control (Software Model 15)

OM 757

2-Pipe Chilled Water Cooling Only - F&BP Damper Control (Software Model 16)

 

2-Pipe Chilled Water Cooling with Electric Heat - Valve Control (Software Model 17)

OM 758

2-Pipe Chilled Water Cooling with Electric Heat - F&BP Damper Control (Software

 

Model 18)

 

NOTICE

This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with this instruction manual, may cause interference to radio communications. It has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against detrimental interference when the equipment is operated in a commercial environment. Operation of this equipment in a residential area is likely to cause detrimental interference in which case users are required to correct the interference at their own expense. McQuay International disclaims any liability resulting from any interference or for the correction thereof.

WARNING

Electric shock hazard. Can cause personal injury or equipment damage.

This equipment must be properly grounded. Connections and service to the MicroTech II control panel must be performed only by personnel that are knowledgeable in the operation of the equipment being controlled.

CAUTION

Extreme temperature can damage system components.

The MicroTech II controller is designed to operate in ambient temperatures from -20°F to 125°F. It can be stored in ambient temperatures from -40°F to 140°F. It is designed to be stored and operated in relative humidity up to 95% (non-condensing).

CAUTION

Static sensitive components. A static discharge while handling electronic circuit boards can damage components.

Discharge any static electrical charge by touching the bare metal inside the main control panel before performing any service work. Never unplug any cables, circuit board terminal blocks, relay modules, or power plugs while power is applied to the panel.

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McQuay OM 751

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Contents Group Applied Systems DX Cooling Only Software Model UV05Date November UVC Configuration Parameters IntroductionGetting Started Description of OperationAccessory-specific installation literature Model-specific unit ventilator installation literatureDescription Manual # Extreme temperature can damage system components Software program literatureAcronyms and abbreviations Acronyms/AbbreviationsDescription Acronym Abr OCS Using the Keypad/Display Display FormatKeypad Functions Security LevelsMode Key ON/STOP Key and LEDFAN Key Arrow KeysUsing the Keypad/Display Viewing Actual Indoor Air Temperature IATMenu Reference Changing Set PointsAbr Description Default RW1Chlo Description of Operation State ProgrammingComplete UVC-state diagram UVC Unit ModesOFF Mode State UVC state names and numbersNormal UVC modes State names DecimalNight Purge Mode State Fan Only Mode State aFull Heat State State Emergency Heat Mode Super StateCant Heat State State D Heat Mode Super State Auto ModeHeat State State Low Limit State State E Cool Mode Super StateCant Heat State State B Cool mode super state diagram Econ State StateEcon Mech State State Mech State StateSpecial Purpose Unit Modes Discharge Air DA Heat State StateLow Limit State State F Cant Cool State State CPressurize Mode Depressurize ModePurge Mode Shutdown ModeUnit Mode Priority Special purpose UVC unit mode priorityNormal UVC mode priority Priority resultOccupied Mode Unoccupied ModeStandby Mode Occupancy mode priorityAdditional Occupancy Features Space Temperature Set Points Networked Space Temperature Sensor CapabilityNetworked Set Point Capability Networked Set Point Offset CapabilityRemote Wall-Mounted Sensor with +/-3F Adjustment optional Effective Set Point CalculationsExample a Example B Given Set point calculation examplesEffective set point calculations Discharge Air Temperature Control Proportional Integral PI Control LoopsPI loop list PI loopsPI Control Parameters Proportional BandIntegral Time Indoor Air Fan OperationOccupied, Standby, and Bypass Operation Outdoor Air Damper Operation Economizer Economizer enableOA temp sensor Space humidity Networked Space Humidity Sensor Capability Networked Outdoor Humidity Sensor CapabilityCO2 Demand Controlled Ventilation optional Networked Space CO2 Sensor CapabilityCompressor Operation Ashrae CycleCompressor Envelope Compressor Cooling LockoutCompressor Minimum On and Off Timers Compressor Start DelayFloating-Point Actuator Auto-Zero, Overdrive and Sync Outdoor Air Fan OperationUnoccupied Input Signal Remote Shutdown Input SignalVentilation Lockout Input Signal External Binary InputsExhaust Interlock Input Signal Lights On/Off SignalFault Signal External Binary OutputsExhaust Fan ON/OFF Signal Auxiliary Heat SignalAuxiliary heat start/stop calculation Start/Stop CalculationInputs and outputs, software model 05-DX cooling only Expansion boardAlarm and fault code summary Alarm and Fault MonitoringPriority Fault description Reset Keypad DX Pressure Fault F1 Compressor Envelope Fault F2Space Temp Sensor Failure F0 Discharge Air DX Cooling Low Limit Indication F3Condensate Overflow Indication optional F4 Space Coil DX Temp Sensor Failure F5Outdoor Temp Sensor Failure F6 Discharge Air Temp Sensor Failure F7Troubleshooting Temperature Sensors Troubleshooting Humidity Sensors Temperature versus resistanceTroubleshooting Carbon Dioxide CO2 Sensors Humidity versus voltageCO2 versus voltage table RH % VDC mVUVC configuration parameters OM Configuration Parameter Name Abr Default LUI MenuAbr Default LUI Menu OAD Stroke Time Warranty
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