York 00497VIP manual Sharp LQ10D367 Display Refer to Removal, Installation

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Display mounting plate lists theYORK part numbers of the Display supporting components mounted on the Display mounting plate and the required Microboard Program Jumper (JP2 through 8) configurations. Microboard Program Jumpers

JP2 - JP8 will have to be configured appropriately for the replacement display. Refer to Table 2 “Program Jumpers”.

Display Handling:

1.The display is made of glass. It could break if dropped.

2.The display front surface is easily scratched. If soiled, wipe with a dry cotton cloth. Use no water or chemicals.

3.The display is static sensitive. Electrostatic dis- charges may damage the display.

4.A laminated film is adhered to the display front glass surface to prevent it from being scratched. Peel off very slowly to prevent static damage.

Always remove control power from the OptiView Remote Control Center before connecting or disconnecting wires to the display. Connecting or disconnecting wires to the display with power applied will damage the display!!!

BACKLIGHT LAMP REPLACEMENT:

SHARP LQ10D367 Display: (Refer to Fig. 41) Removal:

The Lamp slides into the Display from left to right and is secured with a locking tab.

1.Remove Control Power from the OptiView Control Center.

2.Remove protective cover from rear of Display.

3.Disconnect Lamp AC power connector from Backlight Inverter Board.

FORM 50.40-OM2

4.Using fingernail or thin flat blade screwdriver, bend the locking tab outward slightly to clear the Lamp housing protrusion.

5.Grasp Lamp AC power connector and gently pull until Lamp housing clears locking tab.

6.Grasp Lamp housing and pull until Lamp housing is completely removed from the Display.

Installation:

1.Slide new Lamp into Display from left to right until Lamp housing protrusion locks into Display locking tab.

2.Connect Lamp AC power connector to Backlight Inverter Board.

3.Apply Control Power to OptiView Control Center.

LG Semicon LP104V2 Display (refer to Fig. 42) Removal:

The Lamp slides into the Display from left to right and is secured with a screw.

1.Remove Control Power from the OptiView Remote Control Center.

2.Remove protective cover from rear of Display.

3.Disconnect Lamp AC power connector from Back- light Inverter Board.

4.Using small Phillips screwdriver, remove lamp retaining screw.

5.Grasp Lamp AC power connector and gently pull until Lamp housing is completely removed from the Display.

Installation:

1.Slide new Lamp into Display from left to right until Lamp housing is fully inserted.

2.Secure Lamp with Lamp retaining screw.

3.Connect Lamp AC power connector to Backlight

Inverter Board.

4. Apply AC power to OptiView Remote Control 5 Center.

YORK INTERNATIONAL

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Contents Optiview Remote Control Center Remote Control CenterSafety Symbols General Safety GuidelinesChangeability of this Document Table of Contents List of Tables List of Figures EU Declaration of Conformity Product Description CHILLER/CONDENSING Control Panels Installation Required Software Version Chiller / Condensing Unit Eproms Optiview Remote Control Center From Optiview RCC Unit Microboard Unit Microboard 031-01314-000 031-02050-001Voltage Source Figure Wire SizingGrounding Ground Wire Size FigureWiring Practices Figure Sides or bottom of the panel and use a conduit drain Do not drill a control panel to locate conduit conOperation Manual Controls Screen Descriptions and UsageSetpoint / Change Schedule SetpointsScreen Navigation Layout This page intentionally left blank to maintain formatting Unit Status Unit Control TemperatureHome Screen Unit TypeUnit # Unit Run Indicator LEDAverage Ambient Temperature Ycal Chiller Unit Screen ExamplesYcas Chiller Ycws Chiller Unit Screen This page intentionally left blank Systems Screen Examples 00507VIPC Systems Screen Individual System Screen None Hours and Starts Screen Operating Hours Total StartsYcas Chiller / Ycar Chiller Options ScreenLanguage Display Mode Units Display ModeAmbient Control Mode Local/Remote Control ModeTrending Trending ScreenAxis Trend SetupStart StopCollection Interval Trend Setup ScreenChart Type Data Point Max SelectData Point Slot # Data Point MinThis page intentionally left blank This page intentionally left blank Setpoints Screen Examples 00517VIPC Setpoints Screen Print All Histories Last FaultsHistory Screen Print HistoryDown History Details ScreenHistory Printout Number of Units Connected SetupRCC Setpoints Screen Set Time RCC Setup ScreenClock Enabled / Disabled Set DatePrinter DiagnosticsUnits CommsRCC Poll Time 5-30 sec Comms ScreenRS-485 Baud Rate Printer Screen RCC Comms Diagnostics ScreenSoftware Versions Digital Inputs Diagnostics I/O ScreenDiagnostics RCC Comms Screen Clear Counters Timeout CountStatus Messages Display MessagesPrinters PrintersOkidata 182, 182 turbo, 184 turbo Equipped with an RS-232 Serial interface OkidataWeigh-Tronix Models 2600 SeikoModel ConnectorsHardware required WEIGH-TRONIX PrinterAutomatic Data Logging Printer SetupLocal/Remote Control Mode Suction Temperature = 42.9 F Discharge Temperature Introduction ServiceRefer to FIG System ArchitectureControl Center Refer to MicroboardMini-card checksum Fpga configurationFirst initiate table complete Mini-card signature testService York International Bios Eprom U45 Flash Memory Card Bram Bios Eprom Flash Memory Card From Watchdog protection as follows Pins 1-2 RS-232 Pins 2-3 RS-485 JP10 JP26 Not usedMicroboard Program Jumpers JP39, JP40, JP41, JP42 Not used JP34, JP35, JP36, JP37 Not UsedTion! Severe compressor or chiller Microboard Program SwitchesMicroboard Serial Data Communications Ports Configurable Analog Inputs Ment Displays or supporting components cannot be Liquid Crystal DisplayDisplay Replacement Kit LG Semicon LP104V2 Display refer to Removal InstallationSharp LQ10D367 Display Refer to Removal DISPLAY, Mounting Liquid Crystal Display Assembly LG Semicon LP104V2 Display Sharp LQ10D367 Lamp Replacement 031-01765-002 Display Interface Board031-01765-001 Display Interface Board Display Backlight Inverter Board Inverter Refer to Figures 45 KeypadKeypad LD04075 Power Supply Power Supply Refer to Offline Diagnostics & TroubleshootingMain Diagnostics Screen Keypad Test Display Test ProcedureBIT Patterns Test Screen From COM 4b Serial Inputs / Outputs TestsFrom RS-485 From102 Digital Inputs / Outputs Tests Analog Inputs Tests System Commissioning Checklist Part Number and Renewal Parts 107 108 109 110 SI Metric ConversionPage ALL Rights Reserved

00497VIP specifications

York 00497VIP is an innovative system designed to enhance efficiency and comfort in residential and light commercial environments. Central to its appeal is its commitment to energy efficiency and environmentally friendly operation, making it a popular choice for those looking to reduce their carbon footprint.

One of the standout features of the York 00497VIP is its advanced variable speed compressor technology. This technology allows the system to adjust its cooling and heating output based on real-time demand, leading to significant energy savings. Unlike traditional systems that often operate at a single speed, the variable speed compressor modulates its output to maintain a consistent indoor climate, ensuring optimal comfort while minimizing energy consumption.

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In terms of adaptability, the York 00497VIP is compatible with a range of smart home systems, seamlessly integrating into existing setups. This flexibility extends to its installation, as it can be tailored to fit various spaces without significant modifications to the existing infrastructure.

Built to withstand diverse environmental conditions, the York 00497VIP is constructed with durable materials, ensuring longevity and reliable performance. This combination of efficiency, smart features, and adaptability makes it an ideal choice for consumers seeking a sustainable and effective heating and cooling solution for their home or light commercial space.