To Next PageTo Next Page
Need help?Do you have a question about the York YLAA0435SE and is the answer not in the manual?
Outlines safety standards and quality compliance for chiller design and manufacturing.
Lists applicable standards and codes the chillers comply with.
Lists various optional accessories and features available for the chiller.
Details the main components and systems of the chiller unit.
Defines the structure and meaning of the unit's model number nomenclature.
Illustrates the refrigerant flow path within the YLAA chiller system.
Continues guidelines on piping layout, strainers, flushing, and support.
Provides guidance on selecting a suitable installation site and required clearances.
Covers factory-mounted controls wiring and field wiring requirements.
Lists essential items to check before placing the units in operation.
Outlines power and control wiring requirements according to NEC and local codes.
Provides general guidelines and precautions for connecting chilled water piping.
Lists operational limits for temperatures, flows, and voltages to prevent damage.
Provides dimensional drawings and clearance requirements for the YLAA0195HE model.
Provides dimensional drawings and clearance requirements for specific YLAA models.
Provides dimensional drawings and clearance requirements for specific YLAA models.
Provides dimensional drawings and clearance requirements for the YLAA0435SE model.
Provides dimensional drawings and clearance requirements for the YLAA0350HE model.
Provides dimensional drawings and clearance requirements for YLAA0390HE and YLAA0485SE models.
Provides dimensional drawings and clearance requirements for the YLAA0440HE model.
Provides dimensional drawings and clearance requirements for the YLAA0455HE model.
Provides dimensional drawings and clearance requirements for the YLAA0515HE model.
Provides nominal evaporator water flow and condenser air temperatures.
States absolute voltage limitations to prevent compressor damage.
Lists the minimum and maximum acceptable voltage ranges for operation.
Details power supply requirements for the micropanel, with/without control transformer.
Lists the acceptable operating voltage ranges for different unit power configurations.
Lists specific notes related to wiring, components, and installation requirements.
Provides elementary wiring diagrams specific to the YLAA0195 model series.
Shows the second sheet of elementary wiring diagrams for the YLAA0195 series.
Shows the third sheet of elementary wiring diagrams for the YLAA0195 series.
Shows the fourth sheet of elementary wiring diagrams for the YLAA0195 series.
Shows the fifth sheet of elementary wiring diagrams for the YLAA0195 series.
Shows the sixth sheet of elementary wiring diagrams for the YLAA0195 series.
Shows the seventh sheet of elementary wiring diagrams for the YLAA0195 series.
Shows the eighth sheet of elementary wiring diagrams for the YLAA0195 series.
Shows the ninth sheet of elementary wiring diagrams for the YLAA0195 series.
Shows the first sheet of connection wiring diagrams for the YLAA0195 series.
Shows the second sheet of connection wiring diagrams for the YLAA0195 series.
States that commissioning must be performed by authorized personnel.
Lists checks to be performed before the initial start-up of the system (No Power).
Specific checks for the unit's piping, refrigerant, oil level, and water pumps.
Instructions for energizing compressor heaters for a specified period before start-up.
Outlines checks to perform on the control panel after power is applied.
Instructs to perform leak checks on compressors, fittings, and piping.
Overview of the microprocessor-based control system for chiller operation.
Explains how to use the STATUS key to view chiller operating status and messages.
Explains safety messages indicating system or unit shutdowns due to exceeded thresholds.
Lists unit safeties that cause all running compressors to shut down and their reset conditions.
Shows displays for suction/discharge pressure, hours, starts, and cooling demand.
Explains the function of the ENTRY keys for viewing and changing programmed values.
Describes how the STATUS key displays running, cooling demand, and fault statuses.
Details system safeties that cause individual system shutdowns and lockout conditions.
Explains the role of the ENTER/ADV key in saving changes and advancing through menus.
Explains how to program the seven-day daily and holiday schedules.
Categorizes fault messages related to system safeties and unit safeties.
Details how to access and navigate unit and system operating parameters.
Shows a sample printout of current system operating parameters.
Details how to program the cooling setpoint and range for chilled liquid control.
Explains the programmable discharge pressure cutout safety feature.
Describes the suction pressure cutout safety to prevent evaporator freeze-up.
Describes the programmable timer to prevent short cycling and protect compressor motors.
Details how to scroll through and change programmable options via the OPTIONS key.
Explains the initiation of the start sequence and capacity control functions.
Describes lead/lag options for equalizing run hours and compressor sequencing within systems.
Describes the programmable timer to prevent short cycling and protect compressor motors.
Describes anticipatory controls to prevent low-pressure cutouts during loading.
Details controls that unload the system before reaching high discharge pressure safety limits.
Explains how the unit controls leaving chilled liquid temperature within a set range.
Details condenser fan control programming based on discharge pressure.
Explains how to clear history buffers, with a warning about data loss.
Explains how to program chiller configuration settings like refrigerant and valve types.
Describes how to enter and exit Service Mode for unit configuration and diagnostics.
Describes how to view analog and digital inputs to the microboard.
Details how to view and modify unit outputs within Service Mode.
Troubleshoots issues related to no display or unit not operating.
Troubleshoots faults related to flow switch or remote stop permissive signals.
Addresses issues and solutions for low suction pressure faults.
Continues troubleshooting steps for low suction pressure faults.
Troubleshoots faults related to motor protector or high pressure cutout.
Addresses issues and solutions for high discharge pressure faults.
Addresses issues when compressors fail to start, including demand and sensor checks.
Troubleshoots faults related to low leaving chilled liquid temperature.
Troubleshoots issues causing poor cooling effect, like fouled surfaces or low flow.
Stresses the importance of proper maintenance for warranty and performance.
Details maintenance procedures for compressors, including oil level and analysis.
Details the eight data values received from the MicroGateway or E-Link.
Explains the operational or history buffer data transmitted by the unit.
General