York MAXE OPTIVIEW YK, Service Instructions Manual

Page: 6 / 180

YORK INTERNATIONAL
6
FORM 160.54-M1(503)
LIST OF FIGURES
FIG. 1 – OPTIVIEW CONTROL CENTER - ELECTRO-MECHANICAL
STARTER APPLICATIONS .............................................................................................. 13
FIG. 2 – OPTIVIEW CONTROL CENTER - MOD “A” SOLID STATE STARTER APPLICATIONS . 14
FIG. 3 – OPTIVIEW CONTROL CENTER - MOD “B” SOLID STATE STARTER APPLICATIONS . 15
FIG. 4 – OptiView CONTROL CENTER - COMPRESSOR MOTOR VARIABLE SPEED DRIVE... 16
FIG. 5 – OPERATION SEQUENCE TIMING DIAGRAM
(ELECTRO-MECHANICAL & SOLID STATE STARTER APPLICATIONS) ....................... 17
FIG. 6 – OPERATION SEQUENCE TIMING DIAGRAM
(COMPRESSOR MOTOR VARIABLE SPEED DRIVE APPLICATIONS) ......................... 18
FIG. 7 – MICROBOARD.................................................................................................................. 28
FIG. 8 – FLASH MEMORY CARD................................................................................................... 29
FIG. 9 – MICROBOARD.................................................................................................................. 30
FIG. 10 – MICROBOARD LAMP DIMMER CIRCUIT...................................................................... 34
FIG. 11 – MICROBOARD SERIAL DATA COMMUNICATIONS PORTS......................................... 35
FIG. 12 – CONFIGURABLE ANALOG & REMOTE SETPOINT INPUTS ....................................... 36
FIG. 13 – I/O BOARD ..................................................................................................................... 39
FIG. 14 – I/O BOARD DIGITAL INPUTS ......................................................................................... 40
FIG. 15 – I/O BOARD TYPICAL OPTO-COUPLER CIRCUIT......................................................... 41
FIG. 16 – I/O BOARD TYPICAL FIELD CONNECTIONS ............................................................... 41
FIG. 17 – I/O BOARD DIGITAL OUTPUTS ..................................................................................... 42
FIG. 18 – DISPLAY, MOUNTING .................................................................................................... 48
FIG. 19 – LIQUID CRYSTAL DISPLAY ASSEMBLY – SHARP LQ10D367 DISPLAY ..................... 49
FIG. 20 – LIQUID CRYSTAL DISPLAY ASSEMBLY – SHARP LQ10D421 DISPLAY ..................... 49
FIG. 21 – LIQUID CRYSTAL DISPLAY ASSEMBLY – NEC NL6448AC33-24 DISPLAY ................ 50
FIG. 22 – LIQUID CRYSTAL DISPLAY ASSEMBLY - LG SEMICON LP104V2-W ......................... 51
FIG. 23 – LIQUID CRYSTAL DISPLAY TYPICAL CONTROL SIGNAL TIMING.............................. 51
FIG. 24 – DISPLAY (SHARP LQ10D367) LAMP REPLACEMENT................................................. 52
FIG. 25 – DISPLAY (SHARP LQ10D421) LAMP REPLACEMENT................................................. 52
FIG. 26 – DISPLAY (NEC NL6448AC33-24) LAMP REPLACEMENT ............................................ 53
FIG. 27 – DISPLAY (LG SEMICON LP104V2-W) LAMP REPLACEMENT..................................... 53
FIG. 28 – DISPLAY INTERFACE BOARD....................................................................................... 55
FIG. 29 – DISPLAY BACKLIGHT INVERTER BOARD .................................................................. 57
FIG. 30 – DISPLAY BACKLIGHT INVERTER BOARD .................................................................. 58
FIG. 31 – DISPLAY BACKLIGHT INVERTER BOARD .................................................................. 58
FIG. 32 – KEYPAD .......................................................................................................................... 60
FIG. 33 – KEYPAD .......................................................................................................................... 61
FIG. 34 – POWER SUPPLY ............................................................................................................ 62
FIG. 35 – POWER SUPPLY – DC POWER DISTRIBUTION
(REFER TO OPTIVIEW CONTROL CENTER WIRING DIAGRAM
FOR WIRE CONNECTIONS).......................................................................................... 63
FIG. 36 – CM-2 CURRENT MODULE (ELECTRO-MECHANICAL STARTER APPLICATION) ...... 66
FIG. 37 – CM-2 CURRENT MODULE (ELECTRO-MECHANICAL STARTER APPLICATIONS).... 66
FIG. 38 – CM-2 CURRENT MODULE – INTERFACE, CURRENT TRANSFORMERS &
VARIABLE RESISTORS ................................................................................................. 67
FIG. 39 – MOD “B” LIQUID COOLED SOLID STATE STARTER (LCSSS) - INTERFACE ............. 70
FIG. 40 – SOLID STATE STARTER LOGIC BOARD ...................................................................... 71
FIG. 41 – MOD “A” LIQUID COOLED SOLID STATE STARTER (LCSSS) - INTERFACE ............. 74