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Fint forløb med levering af manualen. Kvaliteten af skanningen betegnes som middel
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I found the manual to be clear concise and complete. It was of immense assistance when removing the unit as the unit was over 22 years old and the wiring diagram was unobtainable from the manufacturer. The exploded drawings were clear as were the instructions and labels.
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I will highly recommend this seller. They are honest, accurate, fast and responsible.
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This manual was very good & was very helpful with repairs.
Always great & fast service from Owner's manual.
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Very pleased with the quality of the scan. No complaints whatsoever.
14R2MK2 21R2MK2
CONVERGENCE CRT CUT-OFF, BACKGROUND AND SUB-CONTRAST ADJUSTMENT
No. point Adjusting procedure/conditions Waveform and others
CONVERGENC Receive the "Crosshatch Pattern" signal. 1 CRT CUTOFF 1. Switch TV to VIDEO mode,BLUE BACK OFF, with
2 3.0Vdc
ADJ. 2. Using the remote controller, call NORMAL mode. BGR ADJUSTMENT NO VIDEO signal. ( To be done (I C BUS 2. Press R/C to set Picture Normal condition.
G adjustment. 1. Turn the 4-pole magnet to a proper opening anIC801.(TP851(14")/TP852(21")) R
after purity STATIC CONVERGENCE B CONTROL) 3. Connect the oscilloscope to Red OUT from
gle in order to superpose the blue and red colours. Range : 1 V/Div (DC)
RGB R
2. Turn the 6-pole magnet to a proper opening anSweep : 5 msec/Div Fig. 5-1 3.0 Vdc ± 0.1 Vdc. 2 SUB-BRIGHTCall " SUB-BRI" in service mode. (Receive Cross1. Adjust convergence on fringes of the B Fig. 5-2 2 (I C BUS line 1, 2 and 3 have the same darkness the deflection coil upward.
B
0
gle in order to superpose the green colour over 1 V blue and red colours. 4. Adjust SCREEN VR ,so that the tip of signal reach
DYNAMIC CONVERGENCE G
screen in the following steps. NESS hatch pattern with 5 black level windows) a) Fig. 5-1: Drive wedge at point "a" and swing ADJUSMENT 2. Adjust the SUB BRIGHT " bus data in order that
1 3 5 b) Fig. 5-2: Drive the wedge at points "b" and "c" RGB CONTROL) wherelse 4 is slightly brighter than line 1, 2
3 finally line 5 will be brighter than and swing the deflection coil downward. G line 4. c) Fig. 5-3: Drive the "c" wedge deeper and swing R 1, 2, 3 are in same black level.
the deflection coil rightward. Fig. 5-3 2. Fix all wedges on the CRT and apply glass 3. Apply lacquer to the deflection yoke lock screw,
R G
d) Fig. 5-4: Drive the "b" wedge deeper and swing 3 WHITE BAL1. Receive the "WHITE" Pattern with BURST signal. Refer to Page 6.
the deflection coil leftward. ANCE SERV2. Press R/C to set Picture NORMAL condition. # 18000° K X : 0.255
ICE MODE 3. Connect DC miliammeter between the TP 602 Y : 0.255
tape over them. BGR ADJ. (I2C BUS ) TP 603 ( + ).
CONTROL) 4. Check Beam current should be around ( MINOLTA COLOUR ANALYZER
magnet unit (purity, 4-pole, 6-pole magnets) and B 800µA(14")/1100µA(21") CA-100) magnet unit lock screw. 5. Set it to service mode and adjust the DRI-GS, & *NOTE: Above DATA can be UP/ DRI-BS data to have a colour temperature of DOWN by volume key.
8
Wedge "a" cd/m2 (MINOLTA CA-100) by reducing 20"/21" 10cd/m2 120cd/m2 About 7. Adjust "CUT-R" & "CUT-G" to get color temperture * 18000° K 100¡ #. Then go back NORMAL mode (HIGH DRI-GC="DRI-GS"DATA-5 Lacquer range, back to (1).
Finally received the Red-only and Blue-only sig12,300°K or 7500°K ( white ). nals to make sure there is no other colours on the Fig. 5-4 6. Receive "WHITE" pattern, WITH BURST signal, LOW HIGH screen. and set BRIGHTNESS Y by generator, to ** 10 14" 10cd/m2 200cd/m2
LUMINATE Y signal.
BRIGHT**) to check colour temperature. If out of DRI-RC=27 Note: This adjustment must be done after
Wedge
warming up the unit for 30 minutes or longer with a beam current over "b" "c" 500µA(14")/700µA(21"). * ADJUST DRI-GC/GW, DRI-BC/BW as following DATA, after finishing DRI-BS and DRI-GS DATA
6-pole magnet DRI-RW=32 (FIXED), DRI-GW="DRI-GS"-7*, CRT neck DRI-BW="DRI-BS"-7*DRI-RC=25*, DRI-
4-pole magnet ADJUSTMENT.
BC="DRI-BS", DRI-GC="DRI-GS"-7* 4 Maximum 1. Receive the "Monoscope Pattern" signal. beam check 2. Press R/C to set Picture NORMAL condition.
Lacquer 40cm (21") and TP602 (�).
3. Connect the DC miliammeter between TP603 (+)
20cm (14") Purity magnet
(Full Scale: 3 mA Range)
4. Beam current must be within 800±100 µA(14")/
1100 ± 100 µA(21").
8-1 8-2
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