Transcript
Z-300 Fog machine Service-Dokumente Service-documents Documents de service Documentos de servicio Version 1.2
Spare-parts list No. E3046908 E3046909 E3046910 E3046911 E3046912 E3046913 E3046914 E3046920 E3046921 E3046922 E3046930 E3046940 E3046950 E3046951
Designation - German Pumpe SP-12A (M24067) Heizelement für Z-300-II Platine für Z-300 Fazer Triac BTA 16 100 B für Z-300 Fazer IC M 246B V1.0 für Z-300 Fazer Heizelement für Z-300 Trafo für Z-300 Pumpe für Z-300 Fazer Thermofühler für Z-300 Fazer Thermosicherung für Z-300 Fazer Lüfter für Z-300 Fazer Fernsteuerung für Z-300 Verbindungsrohr für Z-300 Fluidbehälter für Z-300
Designation - English Pump SP-12A (M24067) Heating element for Z-300-II PCB for Z-300 Fazer Triac BTA 16 100 B for Z-300 Fazer IC M 246B V1.0 for Z-300 Fazer Heating element for Z-300 Transformer for Z-300 Pump for Z-300 Fazer Thermal sensor for Z-300 Fazer Thermofuse for Z-300 Fazer Fan for Z-300 Fazer Remote control for Z-300 Connector-tube for Z-300 Fluid tank for Z-300
Designation - French Pompe SP-12A (M24067) Corps de chauffe pour Z-300-II Platine pour Z-300 Fazer Triac BTA 16 100 B pour Z-300 Fazer IC M 246B V1.0 pour Z-300 Fazer Corps de chauffe pour Z-300 Transformateur pour Z-300 Pompe pour Z-300 Fazer Sonde thermique pour Z-300 Fazer Fusible thermique pour Z-300 Fazer Ventilateur pour Z-300 Fazer Télécommande pour Z-300 Conduit connecteur pour Z-300 Fluid tank for Z-300
Designation - Spanish Bomba SP-12A (M24067) Calderín para Z-300-II Platina para Z-300 Fazer Triac BTA 16 100 B para Z-300 Fazer IC M 246B V1.0 para Z-300 Fazer Calderín para Z-300 Transformador para Z-300 Bomba para Z-300 Fazer Termosensor para Z-300 Fazer Termofusible para Z-300 Fazer Ventilator para Z-300 Fazer Telemedida para Z-300 Conducto conectador para Z-300 Fluid tank for Z-300
4
U1 LM7812
1 T1
= 3 2
6 TR2 7 TR3
4
8 TR4
1
4 C1 1000uF/25V
BRIDGE2
EI48
NEUTRAL
U2 LM7805
+12 Vout
3
1
Vin
C8 104
C4 100uF/16V
Vout
3
+5
C5 100uF/16V
C10 104
A
GND
C2 1000uF/25V
BR2 T4
Vin
TR3
1
TR4
2
AC
+
AC
-
3 4
2
BRIDGE2
C3 100uF/16V
Vin
Vout
C9 104
1
T3 T2
ZNR2 391K
-
3
=
ZNR1 241K
AC
5 TR1
JUMP PIN
+
3
2
U5 LM7912
GND
JUMP PIN
2
=
T1
A
TR2
AC
1
JP2
=
JP1
1
GND
BR1 TR1
6
2
F1 1.5A 120V / .8A 250V LINE
5
GND
3
2
2
GND
1
Vin
C13 100uF/16V Vout
C14 104
3
-5
U6 LM7905
-12
R4 1M 1% C15 104
B
B +12
+12 U3 R1 10M
OP07
C17 105
22K
CON1
4
-12 C16 104
THERMAL
6
10K 1%
10K 1%
8 1
2
BA4558 ZD1 5.1V
BA4558
4
22K
3
7
R6
1
R5
6 R3
U4B 5
U4A
3
2
R2
S
7
8
+5
R7
C18 105
-12
R8
10K 1%
10K 1%
+5 GND
GND
GND
GND GND R10 3K 1%
V
C
GND
R13 4.3K
V
+5
R9
R12
9.8K 1%
1.28K 1%
Q1 C1815
R18 1K 5% 1/4W
R17 1K 5% 1/4W
D1 1N4007
PHOTO1 R11 27R 1%
C19 0.22K/63V
2561 R14 470R 5% 1/4W
JP3
TR2
T2
220V
GND
GND
B06525V1B B06525V1B.SCHDOC PULSE
-5 VR1 1K 1%
C
+5
A
R20 10K 5% 1/4W Q2 2SC2712
K
GND D2 1N4007
T3 JUMP PIN JP4 T1
GND C11 104
110V
GND
R24 4.7K 5% 1/4W
T2
D
D
JUMP PIN JP5 T3
GND
Title
110V Size
T4 JUMP PIN
B Date: File: 1
2
3
4
5
Z300 CIRCUIT Number
Revision
V1
B06246 2003/11/19 Sheet of D:\WORK\DXP\PCB\B06525\B06525V1A.sch Drawn By: 6
1
2
3
4
5
6
LINE CHK1 D4 1N4007
CON5 +5
+5
+12
A
A RLY1 D3 1N4007
1K
R16 470R 5% 1/4W
5
1
LOW 3
HIGH
4
VR3
2
VR2
CON2
1K CON4 AC IN
GND
Q3 C945
R22 4.7K
GND
C7 .1K/250V HEATER
CON6 C20 .47/250V
GND
C12 .1K/250V
Q6 TRIAC
FAN R19 4.7K 5% 1/4W
+12
B
1 2 3
LED1 R27 1K
PHOTO2 K3023
5
1
LED1
LED2 LIQUID
CON3
RLY2 D5 1N4007
R26 1K
3
R25 4.7K
4
2
+5 B
Q4 C945
HEADER 3
R23 4.7K PUMP
GND
HEATER OFF R15 1K 5% 1/4W
GND
GND GND
NEUTRAL CON7
C
C
5 4 3 2 1 U7
+5 C21 20P OSC1 R21 10K 5% 1/4W
D7 1N4148
XTAL1 20MHZ OSC2
THERMAL VOLUME HIGH LOW PULSE MCLR OSC1
17 18 1 2 3 4 16
MCLR C22 20P C6 104
GND
OSC2
15 5
GND
RA0/AIN0 RA1/AIN1 RA2/AIN2 RA3/AIN3 RA4/RTCC MCLR/VPP OSC1 OSC2/CLK
HEADER 5 VDD RB0 RB1 RB2 RB3 RB4 RB5 RB6 RB7
14 6 7 8 9 10 11 12 13
+12 GND
+5 HEATER OFF +5 MANUAL PUMP HEATER READY LIQUID LED1 LED2 GND
Q5 C945
R28 2K
OPTO1 NEC2561
R29
+5
READY
2K MANUAL R32 470R
C23 104P VOLUME ZD2 5.2V
GND
GND R31 10K
GND R30 10K
GND
PIC16C71
GND
GND D
D Title Size B Date: File: 1
2
3
4
5
Z300 CIRCUIT V1
Number
Revision
B06246 2003/11/19 Sheet of D:\WORK\DXP\PCB\B06525\B06525V1B.SCH Drawn By: 6
Cleaning your fog machine regularly will help reduce costly parts replacement and repair charges. Maintenance Do not allow the fog liquid to become contaminated. Always replace the caps on the fog liquid container and the fog machine liquid tank immediately after filling. After every 40 hours of continuous operation, it is recommended to run a cleaning solution composed of 80% distilled water/20% white vinegar through the system to prevent the accumulation of particulate matter in the heating element. The recommended cleaning regimen is as follows: NON-UNICORE MACHINES 1. While unit is unplugged and cool, unscrew nozzle at very front of unit and clean out debris with vinegar and a pipe cleaner, making sure that the hole is free of clogs. Empty all fog fluid from machine. Add cleaning solution to tank. Plug unit in and begin warm up. 2. Run unit in a well-ventilated area until tank is empty. 3. Replace nozzle. 4. Cleaning is now complete. If storing, put unit away. If unit is to be used again, refill with fog liquid. UNICORE MACHINES 1. While unit is unplugged and cool, unscrew unicore assembly from the front of the unit and clean out debris with vinegar and a pipe cleaner, making sure that the hole is free of clogs. For this process, pure distilled water may also be used. 2. Empty all fog fluid from machine. 3. Replace unicore assembly.* 4. Add cleaning solution to tank. Plug unit in and begin warm up. 5. Run unit in a well-ventilated area until tank is empty. 6. Cleaning is now complete. If storing, put unit away. If unit is to be used again, refill with fog liquid. *Unicore assembly must be screwed in completely and tightened. Unicore should screw in easily, do not force it or you risk stripping the threads and destroying the unicore assembly. Screw unicore in all the way and hand-tighten with a wrench. A loosened unicore assembly is a hazard and must be avoided. If you have any difficulty re-installing the unicore assembly, take the machine to a qualified technician. Note: All fog machines are prone to clogging due to the thick consistency of fog fluid and the high temperature at which it vaporizes. However, a properly maintained fog machine should provide years of reliable use. Clean with a dry cloth only. Store dry.
