Benutzeranleitung / Produktwartung 00497VIP des Produzenten York
Zur Seite of 112
INST ALLA TION, OPERA TION & SER VICE OPTIVIEW TM REMO TE CONTROL CENTER New Release F or m 50.40-OM2 (601) OPTIVIEW ™ REMO TE CONTROL CENTER 00497VIP.
Y ORK INTERNA TIONAL 2 W ARNING indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury . C AUT I O N id e n t if i e s a h a z a r d which could lead to damage to the machine, damage to other equip- ment and/or en vironmental pollu- tion.
FORM 50.40-OM2 3 Y ORK INTERNA TIONAL CHANGEABILITY OF THIS DOCUMENT In complying with YORK’s policy for continuous product improvement, the information contained in this document is subject to change without notice.
Y ORK INTERNA TIONAL 4 SECTION 1 PR ODUCT DESCRIPTION ....................................................................... 8 Chiller/Condensing Control Panel(s) .......................................................... 9 SECTION 2 INST ALLA TION .
FORM 50.40-OM2 5 Y ORK INTERNA TIONAL System Architecture .................................................................................. 66 Microboard................................................................................................ 68 Microboard Program Jumpers .
Y ORK INTERNA TIONAL 6 FIG. 1 – EU DECLARA TION OF CONFORMITY ............... 7 FIG. 2 – FIELD WIRING ................................................... 12 FIG. 3 – CONTROL INST ALLA TION ................................ 16 FIG. 4 – GROUNDING .
FORM 50.40-OM2 7 Y ORK INTERNA TIONAL FIG. 1 – EU DECLARA TION OF CONFORMITY.
Y ORK INTERNA TIONAL 8 SECTION 1 – PR ODUCT DESCRIPTION The YORK OptiV ie w Remote Control Center is a microprocessor based control system capable of remotely monitoring certain chillers and condensing units. It can monitor and individually control 1 to 8 of these chiller/condensing units.
FORM 50.40-OM2 9 Y ORK INTERNA TIONAL CHILLER/CONDENSING CONTROL P ANEL(S) All communication with the chiller/condensing units will occur ov er a single RS-485 port.
Y ORK INTERNA TIONAL 10 • At the chiller/cond ens er control panel that uses a rotary switch to set the ID, use a small scre w dri ver to rotate the rotary switch so that the arro w points at the number that coincides with the Unit’ s Ide nti ca tio n num ber (ID# ).
FORM 50.40-OM2 11 Y ORK INTERNA TIONAL Th e soft wa re ve r si on i s p ri n te d o n a la b el ad h er ed t o t he EPR OM chi p’ s s ur fa c e. A re vision lev el higher than the one listed in the table is acceptable. An e xa mple v e rs io n c od e i s a s f ol lo w s: REQUIRED SOFTW ARE VERSION OF THE CHILLER / CONDENSING UNIT EPROMS C .
Y ORK INTERNA TIONAL 12 FIG. 2 – FIELD WIRING OPTIVIEW RCC P ANEL LD06725 Tie Wrap (T o help keep wires connected) F errite (025-35154-000) (FCC & CE Requirement) A A A T ransient V oltage Suppr.
FORM 50.40-OM2 13 Y ORK INTERNA TIONAL FIG. 2 – FIELD WIRING OPTIVIEW RCC P ANEL (CONT .) LD06726 SHLD BLK SHLD RED (TOTAL NOT TO EXCEED 8) WHT BLK SHLD RED FROM OPTIVIEW RCC WHT BLK RED WHT (COMPON.
Y ORK INTERNA TIONAL 14 LAN TRANSIENT INST ALLA TION The prope rly insta lled Lan T ran sien t Prot ecti on Modu le, (part number 031-01586-000) will limit the voltage le vels seen by the chiller control panel’ s RS-485 dri v er while allo wing normal RS-485 networ k operatio n under non-transient conditions.
FORM 50.40-OM2 15 Y ORK INTERNA TIONAL There can be electrical circuitry that presents an electrocution hazard. Be sure that the sources of all power supplies have been properly isolated and secured before attempting any service related activities.
Y ORK INTERNA TIONAL 16 FIG. 3 – CONTROL INST ALLA TION LD06727 Grounding Grounding is the most important factor for successful operation. Electronic equipment reacts to v ery small currents and must ha ve a good ground in order to oper ate properl y .
FORM 50.40-OM2 17 Y ORK INTERNA TIONAL FIG. 5 – SEP ARA TE CONDUIT INST ALLA TION Do not drill a control panel to locate conduit con- nections. Drilling can cause metal chips to land in the electronics and create a short circuit. If you must drill the panel, take the follo wing precautions: 1.
Y ORK INTERNA TIONAL 18 In order to accept changes made to the chiller setpoints, the Check k e y i s p r o v i d e d a s a uni versal ‘Enter’ key or ‘ Accept’ ’ symbol. In order to reject entry of a setpoint or dismiss an entry form, the ‘X ’ k ey i s pr ov i de d as a uni versal ‘Cancel’ symbol.
FORM 50.40-OM2 19 Y ORK INTERNA TIONAL O VER VIEW The ne w graphical display on each control panel allo ws a wide v ariety of information to be presented to the user .
Y ORK INTERNA TIONAL 20 Home (page 22) Unit Data (page 24) System Data (page 29) Individual System (page 32) Hours/Starts (page 34) Options (page 36) Trending (page 38) Trend Setup (page 40) Setpoints.
FORM 50.40-OM2 21 Y ORK INTERNA TIONAL This page intentionally left blank to maintain formatting 3.
Y ORK INTERNA TIONAL 22 HOME SCREEN O VER VIEW When the OptiV ie w Remote Control Center is powered on, the above default display appears. This screen gi ves a general overvie w of the operating status of each unit connected to the OptiV iew Remote Control Center .
FORM 50.40-OM2 23 Y ORK INTERNA TIONAL is displayed, the unit’ s b utton will be enabled allo wing it to be selected. • Running / Faulted will be displayed when at least one system on the unit is running and at least one system is faulted. While this message is displayed, the unit’ s button will be enabled allowing it to be selected.
Y ORK INTERNA TIONAL 24 UNIT SCREEN - EXAMPLES 00569VIPC FIG. 10A – YCAL CHILLER FIG. 10B – YCAR CHILLER 00570VIPC Operation.
FORM 50.40-OM2 25 Y ORK INTERNA TIONAL FIG. 10C – YCAS CHILLER 00571VIPC FIG. 10D – YCUL CONDENSING UNIT 00572VIPC UNIT SCREEN - EXAMPLES 3.
Y ORK INTERNA TIONAL 26 FIG. 10E – YCWS CHILLER 00573VIPC UNIT SCREEN - EXAMPLES.
FORM 50.40-OM2 27 Y ORK INTERNA TIONAL O VER VIEW This screen is accessed from the Home Screen. The primary values of the chiller or condensing unit which must be monitored and controlled are sho wn on this screen. The data av ailable depends on the type of unit.
Y ORK INTERNA TIONAL 28 Operation This page intentionally left blank..
FORM 50.40-OM2 29 Y ORK INTERNA TIONAL SYSTEMS SCREEN - EXAMPLES FIG. 11A – YCAL CHILLER 00505VIPC FIG. 11B – YCAR CHILLER 00506VIPC 3.
FIG. 11C – YCAS CHILLER 00507VIPC FIG. 11D – YCUL CONDENSING UNIT 00508VIPC SYSTEMS SCREEN - EXAMPLES Operation.
O VER VIEW This screen is accessed from the Unit Screen. A chiller can consist of separate refrigerant circuits. Each refrigerant circuit is referred to as a system. This screen sho ws system specic information for each of the unit’ s refrigerant systems.
Y ORK INTERNA TIONAL 32 INDIVIDU AL SYSTEM SCREEN FIG. 12A – YCAS CHILLER FIG. 12B – YCAR CHILLER 00509VIPC 00510VIPC Operation.
FORM 50.40-OM2 33 Y ORK INTERNA TIONAL O VER VIEW This screen is accessible from the SYSTEM screen when there is much data to view about an indi vidual system. It displays data only from the selected system. Reference the chiller’ s Installation, Operation, Main- tenance Manual (IOM) for details about the data.
Y ORK INTERNA TIONAL 34 HOURS AND ST ARTS SCREEN FIG. 13A – YCAL CHILLER 00511VIPC FIG. 13B – YCAS CHILLER 00512VIPC Operation.
FORM 50.40-OM2 35 Y ORK INTERNA TIONAL O VER VIEW This screen, accessed from the UNIT screen, displays the total operating hours and the total number of starts for all systems on the unit. DISPLA Y ONL Y T otal Starts Displays the number of times the compressor has been started.
Y ORK INTERNA TIONAL 36 OPTIONS SCREEN FIG. 14A – YCAL CHILLER FIG. 14B – YCAS CHILLER / YCAR CHILLER 00513VIPC 00514VIPC Operation.
FORM 50.40-OM2 37 Y ORK INTERNA TIONAL 3 O VER VIEW This screen, accessed from the UNIT screen, displays all the dip switch settings and other programmable options at the chiller micro panel. These items can only be changed at the chiller micro panel and not at the OptiV iew Control Center .
Y ORK INTERNA TIONAL 38 O VER VIEW This screen is accessed from the UNIT screen. As many as six Operator selected parameters can be plotted in an X/Y graph format. The X-Axis is scaled per the selected Data Collection Interval and displayed in a time of day or elapsed time format, as selected with the X-axis toggle key .
FORM 50.40-OM2 39 Y ORK INTERNA TIONAL A red screen with the words “TREND MAX MUST BE > TREND MIN” will appear if the Y -Axis minimum has been programmed to a value that is greater than the Y -Axis maximum for any parameter . If this appears, proceed to the T rend Setup Screen to change the values.
Y ORK INTERNA TIONAL 40 O VER VIEW This screen is accessed from the T rending screen. This screen is used to congure the trending screen. The parameters to be trended are selected from the Common Slots Screen or Common Slots Master list and entered as Slot Numbers for Data Points 1 through 6.
FORM 50.40-OM2 41 Y ORK INTERNA TIONAL Select This key is used to enter the slot numbers and the minimum and maximum Y -Axis values of each param- eter to be trended.
Y ORK INTERNA TIONAL 42 This page intentionally left blank..
FORM 50.40-OM2 43 Y ORK INTERNA TIONAL This page intentionally left blank..
00515VIPC Y ORK INTERNA TIONAL 44 SETPOINTS SCREEN - EXAMPLES FIG. 17A – YCAL CHILLER FIG. 17B – YCAS CHILLER 00516VIPC Operation.
FORM 50.40-OM2 45 Y ORK INTERNA TIONAL FIG. 17C – YCAR CHILLER 00517VIPC 3.
Y ORK INTERNA TIONAL 46 SETPOINTS SCREEN Operation O VER VIEW This screen, accessed from the Unit screen, provides a con v enient location for programmi ng the most common setp oints in v olv ed in the chiller /cond ensin g unit cont rol. The setpoints depend on the type of unit.
FORM 50.40-OM2 47 Y ORK INTERNA TIONAL HIST OR Y SCREEN O VER VIEW This screen allo ws the user to bro wse through the f aults. In order to get a more thorough reporting of the system conditions at the time of the recorded shutdown, mo ve to the sub-screen HISTOR Y DET AILS.
Y ORK INTERNA TIONAL 48 HIST OR Y DET AILS SCREEN O VER VIEW This screen allo ws the user to see an on-screen printout of all the system parameters at the time of the selected shut do wn. Not all screens are sho wn abo ve. The number of screens required to display all of the data varies according to the type of unit selected.
FORM 50.40-OM2 49 Y ORK INTERNA TIONAL RCC SETPOINTS SCREEN O VER VIEW This screen is accessed from the Home Screen. This screen shows conguration parameters for this OptiV iew Remote Control Center . This screen also serves as a gatew ay to more sub-screens for dening general system parameters.
Y ORK INTERNA TIONAL 50 RCC SETUP SCREEN O VER VIEW This screen is accessed from the RCC Setpoint Screen. This screen sho ws the general conguration parameters for this OptiV ie w Remote Control Center . It allows programming of the time and date, along with specications as to how the time will be displayed (12 or 24 hour format).
FORM 50.40-OM2 51 Y ORK INTERNA TIONAL Units Dene the unit system (Imperial or SI) used by the OptiV iew RCC display . This selection has no ef fect on the chiller/condensing unit micro panel. NA VIGA TION Home Causes an instant return to the Home Screen.
Y ORK INTERNA TIONAL 52 COMMS SCREEN O VER VIEW This screen is accessed from the RCC Setup Screen. This screen allows denition of the necessary com- munications parameters. Refer to PRINTER Section of this book for details of the Printer connections and setup.
FORM 50.40-OM2 53 Y ORK INTERNA TIONAL PRINTER SCREEN O VER VIEW This screen is accessed from the RCC Setup Screen. This screen allows denition of the necessary com- munications parameters for the printer . Refer to PRINTER section of this book for details of the Printer connections and setup.
Y ORK INTERNA TIONAL 54 DIA GNOSTICS SCREEN FIG. 24 O VER VIEW This screen is accessed from the RCC Setup Screen. This screen provides a view of what software is in use and pro vides access to a screen for troubleshooting analog and digital inputs.
FORM 50.40-OM2 55 Y ORK INTERNA TIONAL FIG. 25 DIA GNOSTICS I/O SCREEN O VER VIEW This screen is accessed from the Diagnostics Screen. This screen provides a view of the analog and digital inputs for troubleshooting . DISPLA Y ONL Y Diagnostics is used to analyze the Analog Inputs at the Microboard.
Y ORK INTERNA TIONAL 56 DIA GNOSTICS RCC COMMS SCREEN O VER VIEW This screen is accessed from the Diagnostics Screen. This screen provides a view of communication for troubleshooting .
FORM 50.40-OM2 57 Y ORK INTERNA TIONAL Timeout Count A count of each poll request through the Com3 port to a chiller/condenser control panel that did not get a reply within the timeout period (time to wait for a reply). PROGRAMMABLE Clear Counters Resets all the counts to zero.
Y ORK INTERNA TIONAL 58 DISPLA Y MESSA GES A title bar will be displayed on all screens. This title bar will contain the OptiV ie w Remote Control Center date and time on all RCC screens. This title bar will contain the Chiller/Condensing unit’ s date and time on all unit screens.
FORM 50.40-OM2 59 Y ORK INTERNA TIONAL FIG. 27 – PRINTERS 23887A OKID A T A MICROLINE 184 23889A WEIGH-TRONIX SEIK O DPU-414 00085VIP SECTION 4 – PRINTERS 4.
Y ORK INTERNA TIONAL 60 PRINTERS A printer can be connected to the OptiV ie w Remote Control Center’ s Microboard to print the follo wing reports. The screen from which each report can be generated is listed in parenthesis.
FORM 50.40-OM2 61 Y ORK INTERNA TIONAL • SEIK O Microboar d Printer Function J2-4 pin 3 Tx (data to printer) J2-2 pin 8 DSR (busy signal from printer) J2-9 pin 5 Gnd Cabinet shield Hardwar e requir ed: Cable – #18 A WG stranded 50ft. maximum length.
Y ORK INTERNA TIONAL 62 DipSW 2-1= on Printing Columns - 40 2-2 = on User Font Back-up - on 2-3 = on Character Select - normal 2-4 = of f Zero - slash 2-5 = on International character set - American 2.
FORM 50.40-OM2 63 Y ORK INTERNA TIONAL FIG. 28 – OPERA TING D A T A PRINT OUT EXAMPLE (YCAS CHILLER) 4 York International Corporation Unit X Status X Comp Screw 2:04PM 18 JUN 01 System 1 No Cooling .
Y ORK INTERNA TIONAL 64 FIG. 28 – CONTINUED York International Corporation Unit X Status X Comp Screw 2:04PM 18 JUN 01 System 1 No Cooling Load System 2 Compressor Running System 3 No Cooling Load S.
FORM 50.40-OM2 65 Y ORK INTERNA TIONAL This document e xplains the operation of the printed circuit boards and major components of the OptiV ie w Remote Control Center to a lev el that allo ws a Service T echnician to troubleshoot and locate the source of a problem.
Y ORK INTERNA TIONAL 66 SYSTEM ARCHITECTURE (REFER T O FIG. 28) The OptiV iew Remote Control Center (RCC) performs the follo wing functions: • Displays chiller operating conditions, alarms, shutdo wn messages and history data. • Accepts operator-programmed setpoints.
FORM 50.40-OM2 67 Y ORK INTERNA TIONAL 5 F IG. 30 – CONTROL CENTER LD06742 PO WER SUPPL Y MICRO BO ARD KEYP AD DISPLA Y INTERF ACE BOARD LIQUID CR YST AL DISPLA Y LAMP BACKLIGHT INVERTER BOARD LAMP .
Y ORK INTERNA TIONAL 68 MICR OBO ARD (REFER T O FIG. 31 - 36) T h e Micr oboard contains the operating software (Program), microprocessor (Micro), and supporting circuits for the Micro. Th e Pr og ra m i s a set of in s tr uc t io ns to co n tr ol re m ot e chillers and the display.
FORM 50.40-OM2 69 Y ORK INTERNA TIONAL The DRAM (dynamic random access memory) is a non battery-backed memory de vice. The Micro stores data here temporarily for further processing. Data in this device is lost during power failures. DRAM dif fers from RAM in that DRAM must be periodically refreshed in circuit.
Y ORK INTERNA TIONAL 70 The BR AM ( bat tery ba cke d r and om a cce ss mem ory ) is a mem ory dev ice that con tain s a batte ry that pres erv es the data durin g powe r fail ure s. It is a repl ace abl e part . Refer to the YORK Renewal Parts List. It is located in soc ket loca tio n U52.
FORM 50.40-OM2 71 Y ORK INTERNA TIONAL COM 1 is connected directly to the Micro. COM 2 through 5 are connected directly to the UA RT (Uni versal Asynchronous Recei ve T ransmit).
Y ORK INTERNA TIONAL 72 Program Jumper JP5) to high voltage A C (500 to 1500V A C). This high voltage AC is applied to the lamp to cause it to illuminate. The Backlight is turned on and off with the “Enable Backlight” (J6-5) signal. The position of Program Jumper JP4 determines whether this is a +12VDC or +5VDC signal.
FORM 50.40-OM2 73 Y ORK INTERNA TIONAL FIG. 31 – MICROBO ARD LD06743 FLASH MEMOR Y CARD BIOS EPR OM BRAM RS485 Driver RS485 Driver 5.
Y ORK INTERNA TIONAL 74 R AUGAT R MEMOR Y CARD RET AINER CLIP PRESS DOWN T O RELEASE CARD ELAST OMERIC CONNECT OR FIG. 32 – FLASH MEMOR Y CARD LD06745 LD06746 LD06744 MEMOR Y CARD SOCKET MEMOR Y CAR.
FORM 50.40-OM2 75 Y ORK INTERNA TIONAL FPGA MUX MUX A/D CONVER TER W A TCH- DOG PROGRAM SWITCHES MICRO DRAM DISPLA Y CONTROLLER DRAM FLASH EPROM BIOS EPROM BRAM XCVR PC-104 PORT U ART INPUT BUFFER PRO.
Y ORK INTERNA TIONAL 76 T ABLE 2 – MICROBO ARD PROGRAM JUMPERS MICROBO ARD PROGRAM JUMPERS JP1 - W atchdog enable/disable. The position of this jump er , in conjunct ion with Program switch SW 1 position 12 enables or disables the program W atchdog protection.
FORM 50.40-OM2 77 Y ORK INTERNA TIONAL JP27 - COM 4 serial communications port. Congures COM 4 port to be either RS-485 for Multi-Unit Communications (COM 4A) or RS-232 for MicroGate way board (COM4B). Pins 1-2: Enables port 4A. Allows an RS-485 connection to Microboard J11 for MultiUnit Communications.
Y ORK INTERNA TIONAL 78 5 - 11 Not Used 12 - W atc hdog Pro tec tion -Us ed in con jun cti on with Pr o gr a m Ju m pe r JP 1 (s e e ab o v e ) to ena b le / di s ab l e the program watchdog protection. W ith JP1 IN , th is swit ch sett ing ha s no ef fect.
FORM 50.40-OM2 79 Y ORK INTERNA TIONAL FIG. 35 – MICROBO ARD SERIAL D A T A COMMUNICA TIONS PORTS LD06749 NO TE: 1. Microboard Program J umper JP27 determines whether COM 4A or 4B can be used.
Y ORK INTERNA TIONAL 80 FIG. 36 – CONFIGURABLE ANALOG INPUTS LD04636 NO TE : 1. Program J umpers JP21 – JP24 must be positioned on pins 1-2 or 3-4 according to input signal type. Refer to T able 2. NO T USED NO T USED NO T USED NO T USED 0 10 VDC 4 - 20 MA 0-10 VDC 4 - 20 MA 4 3 1 2 16 4 14 2 13 1 MUX 47K JP21 JP22 JP23 JP24 200 7.
FORM 50.40-OM2 81 Y ORK INTERNA TIONAL LIQUID CR YST AL DISPLA Y (REFER T O FIG. 37 - 42) A 10.4 inch color Liquid Crystal Display , along with supporting components Display Interface Board and Backlight In verter Board are mounted on a plate that is attached to the OptiV iew Control Center door .
Y ORK INTERNA TIONAL 82 to the ne xt HSYNC pulse. All Y ORK applications operate in the DISPLA Y EN ABLE mode. The state of the ENABLE (Display Interface Board J1-27) signal from the Microboard places the Display in the desired mode as follo ws: • LG SEMICON Display does not hav e the xed mode feature.
FORM 50.40-OM2 83 Y ORK INTERNA TIONAL Dis play mount ing plate list s the YO RK part num bers of the Display supporting components mounted on the Display mounting plate and the required Microboard Program Jumper (JP2 through 8) congurations.
Y ORK INTERNA TIONAL 84 FIG. 37 – DISPLA Y , MOUNTING LD06751 FIG. 38 – LIQUID CR YST AL DISPLA Y TYPICAL CONTROL SIGNAL TIMING LD04066 NO TES: 1. BP = Back P orch = 4-48 CLKS 2.
FORM 50.40-OM2 85 Y ORK INTERNA TIONAL LIQUID CR YST AL DISPLA Y SHARP LQ10D367 MOUNTING PLA TE DISPLA Y INTERF ACE BOARD 031-01765-002 DISPLA Y CABLE 031-01769-000 INVER TER CABLE 031-01770-003 BACKLIGHT INVER TER BOARD 031-01789-000 LABEL BAC KLIGHT BULB 025-33752-000 FIG.
Y ORK INTERNA TIONAL 86 FIG. 42 – DISPLA Y (LG SEMICON LP104V2) LAMP REPLA CEMENT LD06754 LAMP HOLDER BEZEL PRO TR USION HOLE LOCKING T AB WIRE (white/GND side) WIRE (pink/HO T side) DIRECTION A DIRECTION B DIRECTION C FIG.
FORM 50.40-OM2 87 Y ORK INTERNA TIONAL DISPLA Y INTERF A CE BO ARD (REFER T O FIG. 43) The Display Interface Board is located on the Liquid Crystal Display mounting plate and is part of the Microboard interface to the Display .
Y ORK INTERNA TIONAL 88 FIG. 43 – DISPLA Y INTERF ACE BO ARD LD04070 LG SEMICON LP104V2 031-01765-001 - PID0 IN PID1-3 OUT P30, P31 OUT SHARP LQ10D367 031-01765-002 - PID0 OUT PID1 IN PID2, 3 OUT P3.
FORM 50.40-OM2 89 Y ORK INTERNA TIONAL DISPLA Y B A CKLIGHT INVERTER BO ARD (REFER T O FIG. 44) The Display Backlight Inv erter Board generates a hig h v ol tage A C sign al that is ap plie d to the back lig ht lamp, causing it to illuminate. The magnitude of the sig nal deter min es the lam p bri ghtn ess .
Y ORK INTERNA TIONAL 90 J6 10 9 8 7 6 5 4 3 2 1 N.C . N.C . N.C . N.C . N.C . N.C . MICR O BOARD INVER TER BOARD 1 2 3 4 5 N.C . CN1 CN2 3 2 1 N.C . RETURN 500 - 1400 V AC BA CKLIGHT LAMP BRIGHTNESS C.
FORM 50.40-OM2 91 Y ORK INTERNA TIONAL KEYP AD (REFER T O FIGURES 45 & 46) The Keypad contains touch-sensitive keys that allo w the Operator to interface with the Control Center . The Operator presses the keys to request the desired screens of information and enter System Setpoints.
Y ORK INTERNA TIONAL 92 LD06756 FIG. 45 – KEYP AD Service.
FORM 50.40-OM2 93 Y ORK INTERNA TIONAL FIG. 46 – KEYP AD LD04075 LD04076 5.
Y ORK INTERNA TIONAL 94 PO WER SUPPL Y (REFER T O FIG 47) The Pow er Su ppl y pro vid es th e DC p owe r fo r the LCD Dis pla y and a ll the p rin ted c ircu it bo ard s in the C ont rol Center.
FORM 50.40-OM2 95 Y ORK INTERNA TIONAL FIG. 47 – POWER SUPPL Y – DC PO WER DISTRIBUTION (REFER TO CONTR OL CENTER WIRING DIA GRAM FOR WIRE CONNECTIONS) LD06757 NO TES: 1. +5 or +3.3VDC as determined by Microboard Program Jumper JP2 & display requirements .
Y ORK INTERNA TIONAL 96 The problems that could be encountered in the Control Center are in the follo wing categories: • K eypad • Display • Serial Input/Output (I/O) • Digital Input/Output (I/O) • Analog Inputs There is a Diagnostic and associated Troubleshooting procedure for each category .
FORM 50.40-OM2 97 Y ORK INTERNA TIONAL Each of the Ofine Diagnostics is accessed from this screen. Press the appropriate key to select the desired diagnostic. After each diagnostic is performed, return to this MAIN Screen, from which the next diagnostic can be selected.
Y ORK INTERNA TIONAL 98 KEYP AD TEST This diagnostic is used to v erify Ke ypad operation and the Microboard’ s ability to respond to a pressed key . Refer to description of Ke ypad operation in Section 5 of this book. Procedure 1. Press each ke ypad ke y .
FORM 50.40-OM2 99 Y ORK INTERNA TIONAL Each of the Display Diagnostics is accessed from this screen. After each diagnostic is performed, return to this screen, from which the next diagnostic can be selected. Refer to description of Display operation in Section 5 of this book.
Y ORK INTERNA TIONAL 100 BIT P A TTERNS TEST SCREEN TROUBLESHOO TING If an y of the above tests do not perform correctly as described above, perform the applicable procedure belo w: T est Failed: B i .
FORM 50.40-OM2 101 Y ORK INTERNA TIONAL SERIAL INPUTS / OUTPUTS TESTS This diagnostic is used to verify correct operation of the Serial Data Ports. There is a test for each of the f i v e Serial Data Ports. Each RS-232 port (COM 1, 2 and 4b) is tested by transmitting serial test data from outputs to inputs of each port.
Y ORK INTERNA TIONAL 102 display ed, indicating the Serial Port is defecti v e. A F AIL result would be indicati v e of a defecti ve Microboard. The follo wing is a description of each test.
FORM 50.40-OM2 103 Y ORK INTERNA TIONAL DIGIT AL INPUTS / OUTPUTS TESTS This diagnostic is used to analyze the digital inputs and outputs of the Microboard. The state of each Microboard Program Jumper and Program DIP Switch, as interpreted by the Microboard, is depicted by an LED.
Y ORK INTERNA TIONAL 104 ANALOG INPUTS TESTS This diagnostic is used to analyze the Analog Inputs to the Microboard. The vol tage lev el of each Analog input, as interpreted by the Microboard, is displayed.
FORM 50.40-OM2 105 Y ORK INTERNA TIONAL SYSTEM COMMISSIONING CHECKLIST 5 Use the followi ng check list during commi ssioning to as su re all Setp oi nt s have been prog ra mm ed to th e desi re d value and all calibrations have been performed. The Set poi nts are gro uped und er the Disp lay Scr een in which the y app ear .
Y ORK INTERNA TIONAL 106 SECTION 6 – P AR T NUMBER AND RENEW AL P AR TS ITEM DESCRIPTION FIG. NO . QTY . P ART NO . 1 MICROPR OCESSOR BOARD (NO TE 2) 56 1 031-01730-002 2 PO WER SUPPL Y ASSY 56 1 371-02750-411 3 KEYP AD 55 1 024-30974-001 4 TERMINAL BLOCK 56 1 025-35120-000 5 DISPLA Y KIT (NOTE 1) 55 1 331-02053-000 6 CABLE ASSY .
FORM 50.40-OM2 107 Y ORK INTERNA TIONAL 5 3 00533VIP FIG. 55 – FRONT OF OPTIVIEW REMO TE CONTROL CENTER FIG. 56 – INSIDE OF OPTIVIEW REMO TE CONTR OL CENTER 00534VIP 22 2 4 8 10 12 11 1 9 7 6 20 2.
Y ORK INTERNA TIONAL 108 13 16 17 15 14 FIG. 57 – INSIDE DOOR OF OPTIVIEW REMO TE CONTR OL CENTER 00535VIP Renewal P arts.
FORM 50.40-OM2 109 Y ORK INTERNA TIONAL FIG. 58 – LOCA TION OF FUSE, F1 & F2 LD06513 21 6.
Y ORK INTERNA TIONAL 110 The follo wing factors can be used to con v ert from English to the most common SI Metric values. TEMPERA TURE T o conv ert degrees F ahrenheit (°F) to degrees Celsius (°C), subtract 32° and multiply by 5/9 or 0.5556. T o con vert a temperature range (i.
.
P .O. Box 1592, Y ork, Pennsylv ania USA 17405-1592 Subject to change without notice. Printed in USA Copyright © by Y ork Inter national Corporation 2001 ALL RIGHTS RESER VED Form 50.
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Wenn Sie York 00497VIP noch nicht gekauft haben, ist jetzt ein guter Moment, um sich mit den grundliegenden Daten des Produkts bekannt zu machen. Schauen Sie zuerst die ersten Seiten der Anleitung durch, die Sie oben finden. Dort finden Sie die wichtigsten technischen Daten für York 00497VIP - auf diese Weise prüfen Sie, ob das Gerät Ihren Wünschen entspricht. Wenn Sie tiefer in die Benutzeranleitung von York 00497VIP reinschauen, lernen Sie alle zugänglichen Produktfunktionen kennen, sowie erhalten Informationen über die Nutzung. Die Informationen, die Sie über York 00497VIP erhalten, werden Ihnen bestimmt bei der Kaufentscheidung helfen.
Wenn Sie aber schon York 00497VIP besitzen, und noch keine Gelegenheit dazu hatten, die Bedienungsanleitung zu lesen, sollten Sie es aufgrund der oben beschriebenen Gründe machen. Sie erfahren dann, ob Sie die zugänglichen Funktionen richtig genutzt haben, aber auch, ob Sie keine Fehler begangen haben, die den Nutzungszeitraum von York 00497VIP verkürzen könnten.
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