ZEMOJ ZQ06079US 2Pcs Stage Light Bar User Manual
- June 16, 2024
- ZEMOJ
Table of Contents
ZEMOJ ZQ06079US 2Pcs Stage Light Bar
First, the display panel and key definition
Menn confirmation np and down
- Menu key: select function
- UP key: parameter increment
- Down key : parameter decrement
- Confirm key: OK and save Second, the menu function
After power-on and startnp, press the menu key, and the menu menu will appear in turn; Press up or down keys to modify function parameters, and confirm key to save current functions and parameters (power failure memory after saving).
Menu menu
A00l| …| A512| Set the address code, modify the address code up or down (AOO1
~ A512), and confirm the key to save.
---|---|---|---
CH7| …
…
| CH43| Switch CH7, CH13 and CH43 channels up or down, and confirm the key to
save.
MOOD| …| M127| There are 127 kinds of built-in effects.Modify the built-in
effects up or down, and confirm the kevto save.
SOOD| …| S255| Upward or downward to modify the built-in effect running
speed (SOOO ~ S255), confirm the kevto save.
R255| …| ROOD| Upward or downward to modify the red light bead brightness
(ROOO ~ R255), confirm the key
to save.
0255| …| GOOD| Upward or downward change green light bead brightness (GOOO
~ G255), confirm key save.
B255| …| BODO| Upward or downward change blue light bead brightness (BOOO
~ B255), confirm key save.
W255| …| wooo| Modify the brightness of white lamp beads up or down (WOOO ~
W255), and confirm the key to save.
Saud| ..| Saud| Voice control mode..
MOOD| | M255| Adjust Y-axis motor parameters up or down (MOOO ~ M255),
confirm key save.
T000| | | Display temperature, such as T045 means that the current lamp
temperature is 45 °C; 1OK thermistor is not installed showing TOOO.
Third, master-slave computer control
Two or more identical lamps and lanterns are connected by DMX three-core signal line, all lamps and lanterns are set to A00l -A512 arbitrary address code, anyone is set as host, and other lamps and lanterns are slave; When the main machine is used to adjust the effects of gradient, pulse change, jump, voice control, dimming and self-walking, all slave machines synchronize the effects of gradient, pulse change, jump, voice control, dimming and self- walking.
Special attention:
- A group of lamps can only be set with one host. If there are multiple hosts, all lamps will flash and be out of sync.
- All lamps and lanterns must be master-slave when the DMX512 console is closed. Fourth, the factory setting
In A001 ~ A512 any address code, press the menu key for 5 seconds to enter the factory setting. Factory settings are mainly the output power of lamps and lanterns, fan setting mode, temperature protection point and sending parameters. Press the menu keys for 5 seconds to exit in any mode of factory settings.
Factory setup mode table
R255| ..| R032| Modify the red lamp bead current up or down (R032-R255), and
confinn the key to save.
---|---|---|---
G255| ..| G032| Modify the green bulb current up or down (G032-G255), and
confirm the key to save.
8255| ..| 8032| Modify the blue bulb current up or down (8032-8255), and
confirm the key to save.
W255| ..| W032| Modify the white bulb current (W032-W255) up or down, and
confirm the key to save.
M000| ..| M255| Upward or downward to modify the Y-axis motor speed (MOOO ~
M255), confirm the key to save.
FANO| ..| FAN I| Fan settings: FANO power-on to start the fan, FAN I to set
temperature protection point to start the fan,
confirm the key to save.
T040| .,.| TO?O| Modify the temperature parameters (40 °C ~ 70 °C) up or down, and press the confirmation key to
save.
Send
| ****
..
| ****
Send
| Send the factory setting parameters up or down to all other lamps with three-core signal lines connected in parallel; Confirm sending parameters by pressing the menu key for 5 seconds to exit, and deny parameters by pressing the confirm key to cancel sending.
V.DMX512
console After power-on set the address codes of all lamps and lanterns, and
then connect all lamps and lanterns to the DMX512 console in parallel with
three-core signal lines, and the address codes will stop flashing, indicating
that DMX512 console signals have been sent to lamps and lanterns. Control
related functions with the DMX512 console according to the instructions of
each channel.
CH7 Channel Description
Cha
nnel
| Chann
el value
| Basic function
---|---|---
| 000-255| Y-axis motor
2| 000-255| Y-axis motor speed
3| 000-255| Linear dimming of red lamp beads.
4| 000-255| Linear dimming of green lamp beads.
5| 000-255| Linear dimming of blue lamp beads.
6| 000-255| Linear dimming of white lamp beads.
7| 000-255| Reset: Parameter value in 150-255 machine reset, console parameter
value must first pull to 10
below, and then push to 150-255 before it is useful, The parameter value in 000-149 is useless, is not reset.
CH13 Channel Description
Cha tunnel| Chann el
value
| Basic function
---|---|---
I| 000-255| Y-axis motor
2| 000-255| Y-axis motor speed
3| 000-255| Total dimming
4| 000-255| Stroboscopic
5| 000-255| Linear dimming of red lamp beads.
6| 000-255| Linear dimming of green lamp beads.
7| 000-255| Linear dimming of blue lamp beads.
---|---|---
8| 000-255| Linear dimming of white lamp beads.
9| 000-255| Mode
10| 000-255| Speed
II| 000-255| Background color
12| 000-255| Background tone light
13| 000-255| Reset: Parameter value in 150-255 machine reset, console
parameter value must first pull to I 0
below, and then push to 150-255 before it is useful, The parameter value in 000-149 is useless, is not reset.
CH43 Channel Description
Cha
nnel
| Chann
el value
| Basic function
---|---|---
I| 000-255| Y-axis motor
2| 000-255| Y-axis motor speed
3| 000-255| The first red lamp bead is linearly dimmed.
4| 000-255| The first green lamp bead is linearly dimmed.
5| 000-255| The first blue lamp bead dimmed linearly.
6| 000-255| The first white lamp bead is linearly dimmed.
| |
39| 000-255| Linear dimming of the tenth red lamp bead
40| 000-255| Linear dimming of the tenth green lamp bead
41| 000-255| Linear dimming of the tenth blue lamp bead
42| 000-255| Linear dimming of the tenth white lamp bead
43| 000-255| Reset: Parameter value in 150-255 machine reset, console
parameter value must first pull to I 0
below, and then push to 150-255 before it is useful, The parameter value in 000-149 is useless, is not reset.
Mode effect (Hint: Mode code is 9 ~ 120, and RGBW can be pushed and pulled to change the background color.)
Channel
value
| Pattern
code
| Effect
---|---|---
0- 1| 0| No effect
2-3| | R red light.
4-5| 2| G Greenlight.
6-7| 3| B Blue light.
8-9| 4| W white light.
10- 11| 5| RG red and green dyeing lamp.
12-13| 6| RB red and blue dyeing lamp.
14-15| 7| GB green and blue dye lamp.
16-17| 8| Comprehensive 1-7 effect cycle.
18-19| 9| Ra red light running.
20- 21| JO| G a green lamp running.
22- 23| 11| BA blue light runs running.
24-25| 12| W a white lamp running.
26-27| 13| RG a red and green dyed lamp running water.
28-29| 14| RB a red and blue dyed lamp running water.
30- 31| 15| GB a green and blue dyed lamp running water.
32- 33| 16| Comprehensive 9-15 effect cycle.
34- 35| 17| R Two red lights running.
36-37| 18| G Two green lights running.
38- 39| 19| B Two blue lights running.
40-41| 20| W Two white lights running.
42- 43| 21| RG two red and green dyed lamps running water.
44-45| 22| RB two red and blue dyed lights running water.
46-47| 23| GB two green and blue dyed lights running water.
48-49| 24| Comprehensive 17-23 effect cycle.
---|---|---
50-51| 25| R Three red lights running.
52-53| 26| G Three green lights running.
54-55| 27| B Three blue lights running.
56-57| 28| W Three white lights running.
58-59| 29| RG three red and green dyed lamps run in water.
60-61| 30| RB three red and blue dyed lights running water.
62-63| 31| GB three green and blue dyed lights running water.
64-65| 32| Comprehensive 25-31 effect cycle.
66-67| 33| R a red Iight refresh.
68-69| 34| G a green Iight refresh.
70-71| 35| B a blue light refresh.
72-73| 36| W a white light refresh.
74-75| 37| RG a red and green dyeing lamp refresh.
76-77| 38| RB a red and blue dye lamp refresh.
78-79| 39| GB a green and blue dye lamp refresh.
80-81| 40| Comprehensive 33-39 effect cycle.
82-83| 41| R Two red lights refresh.
84-85| 42| G Two green lights refresh.
86-87| 43| B Two blue lights refresh.
88-89| 44| W Two white lights refresh.
90-91| 45| RG two red and green dyeing lamps refresh.
92-93| 46| RB two red and blue dyeing lights refresh.
94-95| 47| GB two green and blue dyeing lights refresh.
96-97| 48| Comprehensive 41-47 effect cycle.
98-99| 49| Ra red light running back and forth.
100-101| 50| Ga green light running back and forth.
102-103| 51| Ba blue light running back and forth.
104-105| 52| W a white light running back and forth.
106-107| 53| RG runs back and forth with a red and green dyed lamp.
108-109| 54| RB runs back and forth with a red and blue dyed lamp.
110-111| 55| GB a green and blue dyed lamp running back and forth.
112-113| 56| Comprehensive 49-55 effect cycle.
114-115| 57| R two red lights running back and forth.
116-117| 58| G Two green I ights running back and forth.
118-119| 59| B Two blue lights running back and forth.
120-121| 60| W Two white lights running back and forth.
122-123| 61| RG two red and green dyed lights running back and
forth.
124-125| 62| RB two red and blue dyed lights running back and
forth.
126-127| 63| GB two green and blue dyed lights running back and
forth.
128-129| 64| Comprehensive 57-63 effect cycle.
130-131| 65| R runs back and forth with a red light at each end.
132-133| 66| G runs back and forth with a green light at each end.
134-135| 67| B Running back and forth with a blue light at each
end.
136-137| 68| W runs back and forth with a white light at each end.
138-139| 69| RG runs back and forth with a red and green dyed lamp
at each end.
140-141| 70| RB runs back and forth with a red and blue dyed lamp
at each end.
142-143| 71| GB runs back and forth with a green and blue dyed lamp
at each end.
144-145| 72| Comprehensive 65-71 effect cycle.
146-147| 73| R runs back and forth with two red lights at each end.
148-149| 74| G runs back and forth with two green lights at each end.
150-151| 75| B Running back and forth with two blue lights at each end.
152-153| 76| W runs back and forth with two white lights at each end.
154-155| 77| RG runs back and forth with two red and green dyed lamps at
each end.
156-157| 78| RB runs back and forth with two red and blue dyed
lights at each end.
158-159| 79| Two green and blue dyed lights at each end of GB run back
and forth.
160-161| 80| Comprehensive 72-79 effect cycle.
162-163| 81| Ra red light refreshes back and forth.
164-165| 82| G a green light refreshes back and forth.
166-167| 83| Ba blue light refreshes back and forth.
168-169| 84| W a white light refreshes back and forth.
---|---|---
170-171| 85| RG a red and green dyeing lamp refresh back and forth.
172-173| 86| RB a red and blue dyeing lamp refresh back and forth.
174-175| 87| GB a green and blue dyed lamp refresh back and forth.
176-177| 88| Comprehensive 81-87 effect cycle.
178-179| 89| R a red lamp running with afterimage.
180-181| 90| G a green lamp running with afterimage.
182-183| 91| B a blue lamp running with afterimage.
184-185| 92| W a white lamp running with afterimage.
186-187| 93| RG a red and green dyed lamp running with afterimage.
188-189| 94| RB, a red and blue dyed lamp running with afterimage.
190-191| 95| GB A green and blue dyed lamp runs with afterimage.
192-193| 96| Comprehensive 89-95 effect cycle.
194-195| 97| R Two red lights pendulum.
196-197| 98| G Two green light pendulums.
198-199| 99| B Two blue light pendulums.
200-201| 100| W Two white light pendulums.
202-203| 101| RG two red and green dyed lamp pendulum.
204-205| 102| RB pendulum with two red and blue dyed lights.
206-207| 103| GB Two green and blue dyed light pendulum.
208-209| 104| Comprehensive 97-103 effect cycle.
210-211| 105| RA red light stacks up.
212-213| 106| G a green lamp piled up.
214-215| 107| BA blue light piled up.
216-217| 108| W a white lamp piled up.
218-219| 109| RG stacked a red and green dyeing lamp.
220-221| 110| RB a red and blue stained lamp stacked.
222-223| 111| GB a green and blue stained lamp piled up.
224-225| ]12| Comprehensive I 05-111 effect cycle.
226-227| 113| Ra red light piled up back and forth.
228-229| 114| G a green lamp piled up back and forth.
230-231| ll5| BA blue light piled up back and forth.
232-233| 116| W a white light piled up back and forth.
234-235| 117| RG a red and green dyeing lamp stacked back and
forth.
236-237| 118| RB a red and blue dyed lamp stacked back and forth.
238-239| 119| GB a green and blue dyed lamp stacked back and forth.
240-241| 120| Comprehensive 113-119 effect cycle.
242-243| 121| Colorful effect one.
244-245| 122| Colorful effect two.
246-247| 123| Colorful effect three.
248-249| 124| Red waves.
250-251| 125| Green waves.
252-253| 126| Blue waves.
254-255| 127| Mode code 9-126 cycle; After the mode codes 124, 125
and 126, the colorful waves are finished.
Technical Parameters
- Voltage: AC 100 ~ 240V 50/60 Hz
- Lamp beads: 10 four-in-one LED lamp beads
- Control mode: DMX512, self-walking, master-slave, voice control, with RDM function.
- Channels: CH7, CH13, CH43
- Dimming: 32bit 0 ~ 100% linear dimming
- Features: Y shaking head + beam + flash
- Working temperature:- 30 ~ 50 degrees
- Stroboscopic frequency: 1 ~ 30HZ
- Appearance: Metal, black
- Connection mode: DMX512 input/output/power input/output.
- IP Rating: 1P20
First, thank you for purchasing the device. For the sake of safety and the regular operation of this projector, please read this manual carefully before using and operating it to avoid any personal injury or damage to the device.