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15

Single Ignition Sequence List

Sequence

No.

1

2

3

4

5

6

8

9

10

11

12

7

13

14

Firing

Duration

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

0.19s

15

17

18

19

20

21

16

22

24

25

26

27

28

23

29

30

Ignition

angle NO.

NO.2

NO.3

NO.4

NO.5

NO.6

NO.1

NO.7

NO.9

NO.10

NO.11

NO.12

NO.13

NO.8

NO.14

NO.15

NO.2

NO.3

NO.4

NO.5

NO.6

NO.1

NO.7

NO.9

NO.10

NO.11

NO.12

NO.13

NO.8

NO.14

NO.15

Ignition

angle NO.

-90°

-75°

-60°

-45°

-30°

-105°

-15°

15°

30°

45°

60°

75°

0°

90°

105°

-90°

-75°

-60°

-45°

-30°

-105°

-15°

15°

30°

45°

60°

75°

0°

90°

105°

Description

Nozzle

Movement

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single Ignition SHORT flame

Single ignition LONG flame

Single ignition LONG flame

Single ignition LONG flame

Single ignition LONG flame

Single ignition LONG flame

Single ignition LONG flame

Single ignition LONG flame

Single ignition LONG flame

Single ignition LONG flame

Single Ignition LONG flame

Single Ignition LONG flame

Single Ignition LONG flame

Single ignition LONG flame

Single Ignition LONG flame

Single Ignition LONG flame

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

Static

0.19s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

0.56s

CH5 DMX

Reference Value

3-5

6-7

8 10

11-12

13-15

16-17

21-22

23-25

26-28

29-30

31-33

18-20

34-35

36-38

39-40

44-45

46-48

49-50

51-53

54-56

41-43

57-58

62-63

64-66

67-68

69-71

72-73

59-61

74-76

77-79

(3)Sequence list

Circle Flamer X-F3600 with more than 160 kind of preset firing sequences, 70 kind of firing sequences under half cycle mode. 

Operator use related channel DMX value or sequence No. to access certain sequence. Sequence list as below:

Summary of Contents for X-F3600

Page 1: ...USER MANUAL CIRCLE FLAMER X F3600 V1 2 Showven Technologies Co Ltd ...

Page 2: ...lear view of the device so that he she can stop the show immediately when there is danger The main AC power switch should near operator So that operator can turn off the power of all devices in case of abnormal The device shall not be altered and applied to other use purpose Notes for use of Battery power supply CIRCLE FLAMER with stable internal circuit design please support X F3600 with battery ...

Page 3: ...ycles As much as 160 preset flame sequences are available It is easier and stable to running the CIRCLE FLAMER when controlled by SHOWVEN original host controller ZK6200 ZK6300 MODEL Circle Flamer X F3600 Rotation Mode Switch FULL CIRCLE MODE HALF CIRCLE MODE Dimension 640 x 360 x 370mm Input AC100 240V 50 60Hz Work power 380W Interface Double DMX Interface 9V 60V Fireworks igniter signal port Con...

Page 4: ... socket 7 110V 220V Power socket 8 Fuse 9 ON OFF switch 10 12V Battery socket 11 DC 9V 60V fireworks igniter signal port 1 Nozzle Protection Cover 2 Firing Nozzle 3 Top Panel 4 Fuel Bottle Area 5 Control Panel 6 Safety Loop Connection dimension diagram of bottom bracket of the flamer M10 241 M10 516 179 5 φ 3 4 f i x i n g h o l e 352 1 8 9 10 11 2 3 4 5 6 7 ...

Page 5: ...g 2 Button Funtions MENU Switch interface to setup parameter Parameter Up Parameter Down ENTER Confirm and save parameters screen will flash when parameters saved Note screen display will switch to main interface if don t press button for a long time First Line Product model and software version number Second Line Equipment factory number First Line Rotation Mode Full Cycle Mode 360 or Half Cycle ...

Page 6: ...system will report E6 Alert Message E0 System Lock E1 Pressure Err E2 P Relief Err E3 Motor Err When Ext Ignite is ON device will pressuriser automatically when switch safety lock to USER MODE decompression when switch to TEST MODE 9V 60V fireworks ignitor signal will trigger related firing sequences E4 Ext Ignition E5 Voltage Err E6 Tip Err DMX signal blocked in factory mode E7 Factory Mode 5 Ale...

Page 7: ...inese English Factory Mode Normal Mode ON OFF YES NO Trigger through 5 60V fireworks ignitor signal Preset sequence triggered by fireworks ignitor Language switch Factory mode is for test in factory only Turn ON OFF tip over function Reset default parameter settings Swiveling and stop at target angle Pump running 1s if pressure reached the target value the pump will not running Ignite 1s Release p...

Page 8: ... top panel correctly Before operate machine please locate safety lock at TEST MODE TEST MODE operator can test the rotate of nozzle but the fuel ejection function disabled so there is no fuel eject and flames USER MODE the device can generate flames normally Please strictly follow the safety distance requirement remove all human animal or flammable objects in the danger area The device can only be...

Page 9: ... DMX console switch DMX value of channel 6 to 0 49 201 255 8 Check device status in TEST MODE 9 Pressure Relief Set DMX Address 1 Host controller Press pre heat button light on DMX console switch DMX value of channel 6 to 50 200 11 Pressuriser Set firing sequence Host controller Press FIRING key DMX console switch DMX value of channel 3 to 254 255 12 Firing Relief pressure when show finished or CI...

Page 10: ...J 1 1 3 5 I 1 1 2 0 H 1 1 0 5 G1 90 F 1 7 5 E 1 6 0 D 1 4 5 B 1 1 5 A1 0 X 1 3 4 5 W 1 3 3 0 V 1 3 1 5 U 1 3 0 0 T 1 2 8 5 S1 270 R 1 2 5 5 Q 1 2 4 0 P 1 2 2 5 O1 210 H 2 4 6 5 I 2 4 8 0 J 2 4 9 5 K2 510 L2 525 M2 540 N2 555 O2 570 P 2 5 8 5 Q 2 6 0 0 R 2 6 1 5 X 2 7 0 5 H 3 8 2 5 I 3 8 4 0 J 3 8 5 5 K3 870 L3 885 M3 900 N3 915 O3 930 P 3 9 4 5 Q 3 9 6 0 R 3 9 7 5 X 3 1 0 6 5 S3 990 S2 630 G3 810 ...

Page 11: ...s 15 30 45 60 75 0 90 120 135 150 165 180 105 195 210 Drive time needed 20ms 40ms 60ms 80ms 100ms 0ms 120ms 160ms 180ms 200ms 220ms 240ms 140ms 260ms 280ms No NO B1 NO C1 NO D1 NO E1 NO F1 NO A1 NO G1 NO I1 NO J1 NO K1 NO L1 NO M1 NO H1 NO N1 NO O1 240 255 270 285 300 225 315 345 360 375 390 405 330 420 320ms 340ms 360ms 380ms 400ms 300ms 420ms 460ms 480ms 500ms 520ms 540ms 440ms 450ms NO Q1 NO R1...

Page 12: ...Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single Ignition SHORT flame Single ignition SHORT flame Single ignition SHORT flame Single i...

Page 13: ...45 1cycle SHORT flame 45 1cycle SHORT flame 1 25s 1 34s 131 132 133 135 Clockwise Anticlockwise 53 54 Step from M2 A3 Step from M2 A1 30 1 5 cycle SHORT flame 30 1 5 cycle SHORT flame 3 04s 3 04s 136 137 138 140 Clockwise Anticlockwise 55 56 Step from M2 A3 Step from M2 A1 45 1 5cycle SHORT flame 45 1 5cycle SHORT flame 2 2s 2 2s 141 142 143 145 Clockwise Anticlockwise 57 58 Step from A1 E Step fr...

Page 14: ...4 86 85 Firing Duration 2 6s 2 6s 1 25s 1 25s 0 9s 0 9s 0 6s 0 6s CH5 DMX Reference Value 202 203 204 206 207 209 210 211 212 214 215 216 218 221 217 219 Ignition angle NO Description Nozzle Movement Step from F2 T2 15 SHORT flame Step sequence Step from T2 F2 Step I2 K2 M2 O2 Q2 Step Q2 O2 M2 K2 I2 Step J2 M2 Q2 Step Q2 M2 J2 Step O2 K2 Step K2 O2 15 SHORT flame Step sequence 30 SHORT flame Step ...

Page 15: ...F3600 with firing angle of 105 below schematic shows firing angles from Audience Side view 105 divided into 15 projection directions as below 2 Drive time Time needed for the motor drive from NO 8 to relevant angle For example for the motor drive from 0 to 45 it need 90ms when operator design a show to synchronize to music this drive time must be calculated NO 8 0 N O 1 1 0 5 NO 2 90 N O 3 7 5 N O...

Page 16: ... flame Single ignition LONG flame Single ignition LONG flame Single ignition LONG flame Single ignition LONG flame Single ignition LONG flame Single ignition LONG flame Single ignition LONG flame Single ignition LONG flame Single ignition LONG flame Single Ignition LONG flame Single Ignition LONG flame Single Ignition LONG flame Single ignition LONG flame Single Ignition LONG flame Single Ignition...

Page 17: ...tep 5 8 11 Step 11 8 5 SHORT flame Step sequence SHORT flame Step sequence 1 25s 1 34s 131 132 133 135 Clockwise Anticlockwise 35 36 Step 6 10 Step 10 6 SHORT flame Step sequence SHORT flame Step sequence 3 04s 3 04s 136 137 138 140 Clockwise Anticlockwise 37 38 Step 4 6 8 10 12 Step 12 10 8 6 4 SHORT flame Step sequence SHORT flame Step sequence 2 2s 2 2s 141 142 143 145 Clockwise Anticlockwise 3...

Page 18: ...g Pressure setup 0 49 Pressure Relief Mode Emergency Stop 50 200 Pressure Armed Mode 201 255 Pressure Relief Mode Emergency Stop Channel CH1 CH2 Ignition ON OFF 0 253 Ignition OFF 254 255 Ignition ON CH3 CH4 CH5 CH6 Additional Sequences List Sequence No Firing Duration CH5 DMX Reference Value 63 64 Ignition angle NO Description Nozzle Movement Step 2 14 Step 14 2 SHORT flame Step sequence SHORT fl...

Page 19: ... the following formula can be used to calculate all other angles in degree 15 30 45 60 75 0 90 120 135 150 165 180 105 195 210 Channel 1 CH1 Full Cycle Mode Angle Setup Angle No B1 A1 C1 D1 E1 F1 G1 J1 H1 0 4 7 11 14 18 21 32 25 I1 28 L1 K1 M1 N1 35 39 42 46 O1 50 240 255 270 285 300 225 315 345 360 375 390 405 330 420 Q1 P1 R1 S1 T1 U1 V1 A2 W1 53 57 60 64 67 71 74 85 78 X1 81 C2 B2 D2 E2 89 92 9...

Page 20: ...hannel higher than 253 the CIRCLE FLAMER will ignite The fourth channel is the firing duration setup Below formula can be used to calculate the firing duration ms T DMX Value 10 DMX Value 127 5 1 2145 1 The first channel controls the firing angle It defines to which angle the nozzle of CIRCLE FLAMER move to The angle can be chosen anywhere between 105 to 105 DMX value 0 to 255 2 The DMX value for ...

Page 21: ...tivated by set DMX value between 50 200 The device can only make ignitions in Firing mode 1 Set nozzle straight up CH1 Angle 128 CH2 Speed 0 CH3 Ignition 0 CH4 Firing duration 0 CH5 Program sequence 0 CH6 Compres sion mode 50 200 2 Set preset Sequence No 31 CH1 Angle 128 CH2 Speed 0 CH3 Ignition 0 CH4 Firing duration 0 CH5 Program sequence DMX value 80 CH6 Compression mode 50 200 3 Ignition CH1 An...

Page 22: ...t And an user defin able Special Effect mode support 8 files each file support 36000 lines maximum effects lasts for 30min d Multi trigger sources manual music or midi input e RDMX monitoring function system can send back circle flamer working status info such as pressure warming etc and display on the screen f Emergency stop function Example 3 Firing with DMX control fixed firing duration Half Cy...

Page 23: ...me synchronous signal input DMX 512 DMX signal input output LAN network interface USB program download interface SparkularEdit200 software port F1 Main menu F2 File selection F3 Configuration F4 About host controller There are 5 standard dynamic mode and 1 special effects mode Each mode support 8 files it can be switched easily on the mode selection area 3 Operational Panel ...

Page 24: ... 15 85 16 91 17 97 18 103 Set circle flamer DMX address as below Note wrong DMX address setup may leads to circle flamer out of control 1 Press F3 enter host controller configuration menu DEVICE choose CIRCLE FLAMER as below 2 Set Start No and End No of device Setup of Host controller e Edit Control Area ...

Page 25: ...zle Nozzle need to be cleaned up and it is recommended that once every six months depending on the environ ment and frequency of use In the process of using the equipment if the flame shape is seriously deformed or the fuel injection line is signifi cantly deformed or coarsened the nozzle should be removed immedi ately for cleaning 3 Maintenance of the O ring If it is found that the O ring of the ...

Page 26: ...ntenance service for machines which with hardware malfunction except for the instrument damage caused by human factors in warranty period Please don t repair machine without factory permission 1 Damage caused by improper transportation usage management and maintenance or damage caused by human factors 2 Disassemble modify or repair products without Showven s permission 3 Damage caused by external ...

Page 27: ......

Page 28: ...hnologies Co Ltd Add Building B1 Changsha E Center No 18 Xiangtai Road Liuyang Economic Development Zone Changsha City 410300 Hunan Province P R China Tel 86 731 83833068 Web www showven cn E mail info showven cn ...

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