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Describes DANGER, WARNING, and CAUTION symbols for hazardous situations.
Specifies minimum clearances for unit airflow and service access.
Provides guidelines for installing chilled water piping systems.
Describes methods and recommendations for preventing evaporator freeze-up.
Details requirements for controlling chilled water pumps with the chiller.
Covers requirements and safety precautions for electrical wiring.
Provides guidelines for designing and sizing refrigerant piping.
Shows recommended piping layouts for remote evaporator configurations.
Details the inputs and outputs for the MicroTech® III controller modules.
General information about controller set points and their adjustment.
Lists available ranges for various set points based on operating modes.
Configuration parameters applicable to individual chiller circuits.
Details the chiller's response to low ambient outdoor temperatures.
Describes the control states for the evaporator pumps.
Explains how the system protects the evaporator from freezing.
Details how compressor staging and loading control unit capacity.
Defines limits for maximum motor current based on VFD and rated values.
Explains how the compressor is controlled via VFD and solenoids.
Explains fan control based on Fan VFD Configuration set point.
Describes control logic for units with all fans using VFDs.
Outlines the positioning logic for the Evaporator EXV.
Describes the activation and modulation of the economizer circuit using EXV.
Limits circuit capacity when evaporator LWT is high.
Explains the format and content of the alarm description tables.
Details the alarm triggered by loss of evaporator water flow.
Describes the alarm for evaporator water temperature reaching freezing point.
Details the alarm for a faulty Leaving Water Temperature sensor.
Details the alarm for a faulty Entering Water Temperature sensor.
Details the alarm for a faulty Outside Air Temperature sensor.
Details the alarm triggered by the emergency stop switch.
Alarm indicating failure of Evaporator Pump #1.
Alarm triggered by low evaporator pressure under specific conditions.
Alarm triggered by high condenser pressure based on temperature.
Alarm indicating activation of the mechanical low pressure switch.
Alarm indicating activation of the mechanical high pressure switch.
Alarm triggered by discharge temperature exceeding set point.
Alarm indicating high motor temperature reported by VFD.
Alarm for repeated compressor start failures within a time period.
Alarm triggered if pressure is too low during circuit start.
Alarm triggered by low discharge superheat for an extended period.
Alarm triggered by motor current exceeding limits.
Alarm triggered by general faults reported by the VFD.
Alarm for a faulty condenser pressure sensor.
Alarm for a faulty evaporator pressure sensor.
Alarm for a faulty suction temperature sensor.
Alarm for a faulty discharge temperature sensor.
Alarm for motor error in the Evaporator EXV module.
Alarm for a faulty economizer pressure sensor.
Alarm for a faulty economizer temperature sensor.
Alarm triggered by repeated compressor start failures.
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