SHEHDS
Make any stage the BIG STAGE
USER'S MANUAL
3W Scan Laser
-Maintenance
- Please keep the light in dryness and avoiding use in wet place.
- Using intermittently can be extended the life.
- Attention to clean the fan and lens usually in order to get the ventilating effects and lighting effects better.
- Please do not wipe the crust using organic menstruum for avoid to damaged the product.
-Statement
The product has well capability and intact packing when leave factory. All of the user should comply with above warning item and manual. Any misuse cause of the damages are not included in our guarantee, and also can't be responsible for any malfunction & problem owing to ignore the manual. Please forgive that we will not be notice for technical change.
-Attention Item
- For guarantee the life of product, please do not put it on the wet place and not use it the place over 40 degree.
- Please don't lay the product on the un-fixable or shakable place.
- Ask for the professional to maintain the product in order to avoid the danger of get an electric shock.
- Power supply should not be changed over +/-10% while the light is using; it will be decreased the life of lamp if the power is too high, but it will be influenced the luminosity if the power is too low.
- After power off, if it is need used again, please cool down over 20 minutes.
- Please look round the manual for ensure the product can be used normally.
[MUST-READ BEFORE UNBOXING]
Laser components are highly sensitive to electrostatic discharge. Direct contact during unboxing may cause damage to the components due to electrostatic release. Please follow these steps:
- Touch a metal door handle/water pipe for 3 seconds to discharge static electricity from your body.
- Wear an anti-static wrist strap before handling the equipment.
- First, touch the metal part on the outside of the packaging box, then take out the product.
- It is recommended to operate in an environment with an anti-static table mat.
- In dry seasons, wipe your hands with wet wipes first.
- If you find any damage to the packaging, please contact customer service immediately.
[Electrostatic Discharge Warning Symbol]
1. Safety tips
How do international standards define laser products?
The International Electro technical Commission (IEC) classifies laser products into four main categories according to their potential level of danger:
- Class 1: No danger. Under normal use conditions, the output power of the laser is extremely low and does not cause damage to the eyes or skin.
- Class 2: Low risk. Laser light has a low output power and is usually visible light, which can cause limited damage to the eyes, but it is recommended to avoid looking directly at them for long periods of time.
- Class 3: Moderate risk. It is classified into Class 3R and Class 3B, which may cause damage to the eyes and skin and requires proper protective measures.
- Class 4: High risk. The output power of the laser is very high, which can cause serious injury to the eyes, skin and surrounding materials, and strict protective measures must be taken.
It is noted that some other optical devices such as cameras, camcorders, video projectors, etc. may be damaged if exposed to excessive laser radiation.
2. Precautions for operation
The laser system is a precision device containing a number of sensitive optoelectronic components. Do not drop it or subject it to physical impact.
The laser system is not waterproof or dust-proof.
If using in rain, snow or similar harsh environmental conditions, be sure to use a suitable cover or housing.
Do not place the laser system in an overheated area, such as a car in direct sunlight. High temperatures can cause serious damage to the system.
The laser system contains precision electronic circuits. Do not attempt to disassemble the laser by yourself. If the laser is suddenly brought from a cold room to a warm room, condensation may form on the laser and internal parts.
Do not open the device immediately if it is exposed to drastic temperature fluctuations, such as after transportation. The resulting condensed water may damage your equipment. Turn the device off until room temperature is reached.
Turn off the laser luminaire and allow the laser luminaire to cool for a period of time before turning it off.
Do not run the equipment without a laser light fixture!
Do not shake the equipment. Avoid brute force when installing or operating equipment.
Never lift the laser light fixture on the projector head, as it may damage the mechanism. Always fix the laser fixture on the transport handle.
When choosing a location for installation, make sure the equipment is not exposed to extreme heat, moisture, or dust. The minimum distance between the light output and the illuminated surface must be greater than 8 m.
When assembling, removing or servicing laser lamps, ensure that the area below the installation position is blocked.
Always secure the laser fixture with a suitable safety rope. Secure the safety rope only at the correct hole.
The laser fixture should only be operated after checking that the housing is firmly closed and all screws are tightened.
If the objective lens or any housing cover is open, the laser luminaire must not be lit, as discharging the laser luminaire may cause burns. They explode and emit high ultraviolet radiation, which can cause burns.
The maximum ambient temperature of 45°C shall not be exceeded.
3. Safety matters
The laser system is a precision device containing a number of sensitive optoelectronic components. Do not drop it or subject it to physical impact.
The laser system is not waterproof or dust-proof.
The laser projector should be operated by an adult trained as a Level 4 laser equipment laser display operator. The operator shall be aware of and comply with all regulations, requirements, and laws of the country in which the Level 4 laser system is operated. The manufacturer is not liable for any injury or damage caused by the use of this laser display device.
Any laser system classified as a Class 4 laser must be used with care. If you are an inexperienced laser operator, we strongly recommend that you take a laser display safety course before using this laser system in public areas. There are many places to attend quality training, and even a one-day course will give you a wealth of valuable information to use your laser equipment safely.
Unless you are very proficient in laser use and laser safety, make sure you follow at least the following basic laser safety rules:
- Never look directly at the laser beam;
- If the laser system is turned on, do not look directly at the laser aperture;
- Be aware that if not used properly, the laser can burn the retina of the eye, the skin or cause a fire;
- When projecting lasers outdoors, avoid pointing lasers at airplanes, buses, trains, etc. When turning on the laser system, do not leave it unattended.
- Always check for reflective surfaces within laser range - these surfaces can be very dangerous (these smooth reflective surfaces can reflect the laser beam into the eyes of a crowd).
- Do not hesitate to use emergency Stop if you believe there is a fault in the laser system or if the laser performance poses a potential hazard to people/objects.
4. Maintenance
The manufacturer is not liable for any damage resulting from non-compliance with this manual or any unauthorized modification of the equipment.
Please note that damage caused by manual modification of the equipment is not covered by the warranty.
During operation, the enclosure becomes hot. The laser luminaire was allowed to cool for about 20 minutes before operating it.
Ensure that the available voltage is not higher than the voltage indicated on the back panel.
Completely cut off the power to the device before using or cleaning or servicing the laser fixture.
Make sure the power cord is not crimped or damaged by sharp edges. Check equipment and power cord from time to time.
Always disconnect the power supply from the equipment until you are not using it or cleaning it. Power cords can only be handled through plugs. Never pull out the plug by pulling on the power cord.
Electrical connections, repairs and maintenance must be carried out by qualified staff.
Do not connect this device to the dimmer group.
Do not turn on and off the laser luminaire for a short period of time, as this will shorten the life of the laser luminaire.
During the initial start-up, some smoke or odor may appear. This is a normal process and does not necessarily mean that the device is defective.
Do not touch the device shell with bare hands while the device is in operation (the shell gets hot)!
5. Assemble the lights
The structure used to mount the laser luminaire must safely withstand the weight of the laser luminaire placed on it. The structure must be certified.
Laser lamps (laser lamps) must be installed in accordance with national and local electrical and building codes and regulations.
For overhead installation, the laser fixture must always be secured with a safety wire.
The safety line can withstand at least 10 times the weight of the laser luminaire.
- Do not connect the device to a power source during installation. The device can only be connected to the power supply after the installation and assembly is completed.
- Install the system only to installation points that are strong, secure and away from unauthorized access.
- Always ensure that the system is properly tightened and does not loosen and move due to sound vibration, cable pulling, or similar external disturbances.
- Always connect safety chains or cables between the projector and its structure such as trusses.
- Make sure all cables are long enough to avoid getting caught.
- Make sure the system is placed at least 20cm away from walls or any other objects, including curtains, etc.
- Make sure the system is away from any heat sources, including spotlights, moving heads, radiators, etc. Make sure there is sufficient airflow around the laser system.
- Do not cover the fan opening during laser operation.
- Always comply with the laser safety regulations of the country where the laser is used.
Fire danger!
When installing equipment, ensure that there are no highly flammable materials (decorative items, etc.) within a distance of at least 4 meters.
A distance of at least 8 meters must be maintained between the light output of the device and the illuminated object!
The fixtures can be placed directly on the stage floor or can be assembled in any orientation on the trusses without changing their operational characteristics.
To secure the fixture to the truss, two safety wires with a weight of at least 10 times the weight of the fixture were installed. Use only safety wire with screw hook.
The manufacturer is not liable for damage or injury caused by improper installation of the system. Installation should be carried out by qualified installers who should comply with the laser safety regulations of their respective countries.
The cooling outlet of the device is not waterproof. Please install the lamp correctly, top facing up!
6. DMX-512 Connect
The device is equipped with 3-pin sockets for DMX input and output. The sockets are connected in parallel.
Only shielded twisted pair cables designed for 3-pin XLR plugs and connectors are used in order to connect the controller to the laser fixture or one laser fixture to another.
DMX - output XLR mounting-sockets (rear view):
- 1 - Shield
- 2 - Signal (-)
- 3 - Signal (+)
DMX-input XLR mounting-plugs (rear view):
- 1 - Shield
- 2 - Signal (-)
- 3 - Signal (+)
Building a serial DMX-chain:
Diagram shows three laser fixtures connected in series. The DMX output of the first connects to the DMX input of the second, and so on. A DMX controller is shown connected to the first fixture.
Connect the DMX output of the first device in the DMX chain with the MX input of the next device. Always connect an output to the input of the next laser fixture until all laser fixtures are connected. Up to 32 lamps can be connected.
Note: In the last laser fixture, the DMX cable must be terminated with a terminator. Solder the 120Ω resistor between signal (-) and signal (+) into the 3-pin XLR plug and insert it into the DMX output of the last laser fixture.
7. QuickShow FB3/FB4 Connection diagram
Some of our laser devices with ILDA or RJ45 signal interface support Quick Show FB3 or FB4 software control, but the device itself does not include software and control box!
If you wish to use Quick Show FB3 or FB4 software to control your laser device, you will need to purchase these separately. You can contact the laser equipment supplier or purchase these control software through the official channel of the software. Typically, these programs give you a license or key that you can use to activate the software and start using it.
Diagram shows a PC connected via Ethernet cable to a QuickShow FB3/FB4 device, which is then connected via ILDA cable to the Laser.
8. RJ45 to ILDA Connection diagram
The laser device supports RJ45 to ILDA signal input. Please connect to the laser software using our supplied RJ45 to ILDA converter. The specific sequence of ILDA DB25 cables is as follows:
- Pin 1: X-axis scanner
- Pin 2: Y-axis scanner
- Pin 5: Red intensity
- Pin 6: Green intensity
- Pin 7: Blue intensity
- Pin 14: X-axis scanner
- Pin 15: Y-axis scanner
- Pin 25: Ground
Diagram shows an RJ45 connector and an ILDA DB25 connector, with pin numbers indicated.
Diagram shows a PC connected via Ethernet cable to a QuickShow FB3/FB4 device, which is connected via Ethernet cable to a converter, which is then connected via Ethernet cable to the Laser.
9. Remote interlock connector (Remote Interlock Bypass)
The Remote Interlock Connector is located on the rear panel of the laser stage light, clearly marked with a label for identification. It is easily accessible for integration with an external safety system or interlock control. The laser will only be activated when the interlock connector is engaged is closed. When the terminals of the connector are open-circuited, the laser will immediately shut down.
The interlock connector operates with low voltage (typically 3V DC) control signals for enabling or disabling the laser.
The connector features a fail-safe design, ensuring that if the interlock system is disconnected or malfunctioning, the laser cannot operate.
Wiring Instructions:
Connect the external interlock's Normally Closed (NC) or Normally Open (NO) contacts to the laser device's interlock input terminals.
Example:
- External Interlock NC → Laser Interlock IN (+)
- External Interlock COM → Laser Interlock IN (-)
Voltage Signal Connection:
Ensure voltage levels match. Connect the external interlock's signal output to the laser's interlock input terminals.
Caution - Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.
10. Key control
This manual provides instructions for the safe and proper operation of the Laser Stage Lighting Key Controller, designed to ensure compliance with IEC 60825-1:2014 (Safety of Laser Products). The key controller acts as a safety interlock system to restrict unauthorized access to laser operation.
Access Authorization
To activate the laser system, the user must enter the predefined security code via the keypad.
Default Security Code: 1 → 2 → 1 → 2
Diagram shows a control panel with buttons labeled '1', '2', '1', '2' and a 'MENU' button. A text box indicates 'Locking and unlocking' and mentions a password (1212) to unlock.
11. Laser radiation emission warning
The LED indicator is positioned on the exterior housing of the device.
LED State: Permanently off (no illumination).
LED State: Continuous blinking (Laser Emission)
Condition: The laser stage light is actively emitting laser radiation. (The blinking pattern is designed to alert users that laser output is ongoing.)
Critical Note:
The LED indicator serves as a primary visual warning for laser radiation. Do not assume the absence of laser emission solely based on the LED being off. Always adhere to safety protocols outlined in this manual.
Warnings:
- Never bypass or disable the indicator system.
- Ensure the LED is visible during operation and unobstructed by covers or objects.
Caution - Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure.
12. Manual reset mechanism.
In order to avoid accidents caused by unattended laser, the laser system is equipped with manual reset function. After the laser emission is interrupted by using remote interlock or after the emission is interrupted by accidentally losing the main power supply, manual intervention is required to start the laser system again.
13. Scan the safety device.
When the scanning speed or amplitude changes or stops working due to any fault of the galvanometer, the laser will enter the termination emission state, and will not be brought into the emission state again until the galvanometer resumes scanning work.
14. Technical Specifications
Light source parameters | |
---|---|
Laser Wavelength: | R-638nm, G-520nm, B-450nm |
Laser Power: | R-0.8W, G-0.8mW, B-1.5W |
Spot Size (laser window spot) | 5.5mm |
Light Source Divergence Angle | <1.2mrad |
Modulation Mode | 0~5V analog, up to 50khz/TTL |
Laser Class | Class IV |
Pulse width | 22 μs |
Repetition frequency | 412Hz |
Imaging system | |
---|---|
Laser Color | Red, green, blue mixed colors |
Evenness | >98% |
Lens Horizontal Offset | -30% to +30% |
Lens Vertical Offset | -30% to +30% |
Imaging Mode | 3D/2D pattern and animation (with software) |
Projection Distance | <20M The best distance is 10~20M |
Playback Rate | 20 KPPS |
Playback Angle | Max60° |
Fail-safe system | |
---|---|
Safety standards | Follow the IEC60825 standard |
Security project | Over current and voltage protection |
Class of protection | IP20 |
Operating temperature | -15 °C~45 °C |
Interface and control systems | |
---|---|
Control interface | DMX In/Out, ILDA In/Out |
DMX channel | 16/20CH |
Power supply interface | PowerCon |
Power Consumption | |
---|---|
Power of operation | 100~240V AC 50/60HZ |
Power supply | Max 42W |
Physical property | |
---|---|
Product size: | 23.6*20*18cm |
Product weight: | 3.55kg |
15. Maintenance and cleaning
Equipment must be kept clean and must not accumulate dust, dirt and smoke residue. Otherwise, the light output of the laser fixture will be significantly reduced. Regular cleaning ensures not only maximum light output but also reliable operation throughout the service cycle.
It is recommended to use lint-free cloth of any good glass cleaning solution. Under no circumstances should alcohol or solvents be used!
Danger! Disconnect the power supply before starting any maintenance work.
The front objective lens needs to be cleaned once a week because the smoke liquid tends to accumulate residues, which can reduce the light output. Cooling fans should be cleaned once a month.
The interior of the laser fixture should be cleaned at least annually using a vacuum cleaner or air injector.
Use a soft brush and vacuum cleaner to remove dust and dirt from fans and cooling vents.
Important! Check the air filter regularly and clean it before it gets clogged!
Clean the two air filters installed in the laser lamp cover and the two air filters installed in the laser lamp base. Use a vacuum cleaner, compressed air, or you can clean them and put them back to dry.
16. Laser label
Warning label - Hazard symbol
[Laser Hazard Symbol]
Alternative label for laser aperture
[Laser Aperture Warning Symbol]
Warning label - Hazard symbol
WARNING-LASER RADIATION, AVOID EXPOSURE TO BEAM, CLASS 4 LASER PRODUCT, Maximum output: [details], Pulse duration: [details], Emission wavelength: 640nm, 520nm, 450nm, Classification to IEC 60825-1:2014
Alternative label for Class 4
DANGER LASER 4, AVOID EYE OR SKIN EXPOSURE TO DIRECT OR SCATTERED RADIATION
Certification label and identification label
Manufacturer's name: Guangzhou Shehds Stage Lighting Equipment co., LTD. Manufacturer's and Manufacturing address: No.8 Dawei Industrial Park, No.44 Jiaoxin Road Shimen Street, Baiyun District, Guangzhou, China. Production time: October 2024. Made in China. Complies with FDA performance standards for laser products except for conformance with IEC 60825-1 Ed. 3., as described in Laser Notice No. 56, dated May 8, 2019.
17. Safety criteria for equipment and installations
Summary of inspection results
Serial Nb. | Test item | Model | Wavelength | Test result |
---|---|---|---|---|
1 | Laser safety level | SHE-La3WRGB | 640+520+450nm | Class 4 |
2 | Spectator zone MPE | SHE-La3WRGB | 640nm | 5.79×10⁻³J/cm² |
520nm | 5.79×10⁻³J/cm² | |||
450nm | 2.43×10⁻³J/cm² | |||
640+520+450nm | 2.43×10⁻³J/cm² | |||
3 | Spectator zone NOHD | SHE-La3WRGB | 640nm | 31.70m |
520nm | 33.16m | |||
450nm | 70.22m | |||
640+520+450nm | 99.83m | |||
4 | Performer zone (controlled location) MPE | SHE-La3WRGB | 640nm | 75.57J/cm² |
520nm | 75.57J/cm² | |||
450nm | 75.57J/cm² | |||
640+520+450nm | 75.57J/cm² | |||
5 | Performer zone (controlled location) NOHD | SHE-La3WRGB | 640nm | 0.19m |
520nm | 0.20m | |||
450nm | 0.31m | |||
640+520+450nm | 0.48m | |||
6 | At-risk ancillary personnel MPE | SHE-La3WRGB | 640nm | 5.79×10⁻³J/cm² |
520nm | 5.79×10⁻³J/cm² | |||
450nm | 5.79×10⁻³J/cm² | |||
640+520+450nm | 5.79×10⁻³J/cm² | |||
7 | At-risk ancillary personnel NOHD | SHE-La3WRGB | 640nm | 31.70m |
520nm | 33.16m | |||
450nm | 45.46m | |||
640+520+450nm | 64.64m |
18. Menu interface
- To access the control menu, press the knob button.
- Rotate buttons to navigate the menu structure.
- To select a menu option or confirm your selection, press the knob button.
- Return to a higher level in the menu structure.
Diagram shows a control panel with buttons labeled '1', '2', '1', '2' and a 'MENU' button. A text box indicates 'Locking and unlocking' and mentions a password (1212) to unlock.
Laser safety device:
- Manual reset mechanism. In order to avoid accidents caused by unattended laser, the laser system is equipped with manual reset function. After the laser emission is interrupted by using remote interlock or after the emission is interrupted by accidentally losing the main power supply, manual intervention is required to start the laser system again.
- Launch indicator light. The LED indicator light in the menu panel is flashing, which means that the laser is in the running launch state or to be launched. Once the laser system receives the instructions of the control software, it is ready to launch the laser. At this time, please do not face or check the laser launch hole to prevent laser damage to the eyes.
- Safe operation device. In order to prevent accidental injury to the operator, when the laser is in the firing state, the laser will enter the stop firing state when the operator presses the key operation on the laser control panel. After 30 seconds, when the laser detects no key operation, it will resume the emission state.
- Scan the safety device. When the scanning speed or amplitude changes or stops working due to any fault of the galvanometer, the laser will enter the termination emission state, and will not be brought into the emission state again until the galvanometer resumes scanning work.
19. Main Function
Menu | Value | Function |
---|---|---|
DMX-Address | 1-512 | Set DMX Address |
16CH | 16CH DMX channel mode | |
20CH | 20CH DMX channel mode | |
Channel | DMX | Set Laser DMX input |
ILDA | Set Laser ILDA mode input | |
Mode Set | RANDOM | Randomly play all animation effects |
LINE | Play Line Effects | |
ANIME | Play animal pattern effects | |
TEXT | Play text effect | |
PROGRM | Play program effects | |
DRAW | Play mobile app painting effects | |
MARK | Play beam effect | |
BREAK | Device standby state |
Menu | Value | Function | |
---|---|---|---|
Play Speed | 0-100 | Playback speed of mode | |
Size | 0-100 | The size of the effect | |
Phase | X+Y+ | Laser position X+Y+ | |
X+Y- | Laser position X+Y- | ||
X-Y- | Laser position X-Y+ | ||
X-Y+ | Laser position X-Y- | ||
*Y+X+ | Laser position X+Y+ | ||
*Y-X+ | Laser position X+Y- | ||
*Y-X- | Laser position X-Y+ | ||
*Y+X- | Laser position X-Y- | ||
Dimmer | Red | 0-100 | Laser red dimmer |
Green | 0-100 | Laser green dimmer | |
Blue | 0-100 | Laser blue dimmer | |
All | 0-100 | Laser all dimmer | |
Language | EN | Language English | |
CH | Language Chinese | ||
Software | VY2.3 | Current version number |
20. Home Position Adjustment
To access the offset menus, long press the [ ENTER ] button.
Menu | Value | Function |
---|---|---|
Scanner Set | 15-30K | Set scanner speed 15-30 |
RGB | Laser RGB color | Laser RGB color |
Color Set | G | Laser G color |
Dot Protect | On | When the laser is focused to a point, turn off the laser |
OFF | When the laser is focused at a point, maintain the laser output | |
Sound Sense | 0-100 | Adjustment of the sensitivity in sound mode |
Backlight | On | The menu display screen is always on |
OFF | The menu display screen will turn off after 20 seconds of inactivity | |
RST Setting | YES | Restore factory settings |
21. DMX Mode setting
Select mode Settings and press Enter to select DMX. Press the button to return to the previous menu or wait 30 seconds to automatically exit the menu mode.
22. ILDA Mode setting
Select mode Settings and press Enter to select ILDA. Press the button to return to the previous menu or wait 30 seconds to automatically exit the menu mode.
23. Mobile app download and connection
The laser product casing is embedded with an NFC chip. With just a gentle touch of your mobile device, you can quickly download our exclusive app and experience a more convenient and simple operation.
1. Usage steps:
Confirm device: Please ensure that your mobile device (such as a smartphone or tablet) supports NFC functionality and has enabled it. Most modern mobile devices come with an NFC chip built-in, which you can find and turn on in the device's settings.
Preparing to download: Open the NFC sensing area on your mobile device (usually located on the back of the phone) and make sure there are no phone cases or other obstacles blocking it.
Approaching Scan: Move your mobile device closer to the NFC chip location on our product. Please keep the device stable and at an appropriate distance so that NFC signals can be accurately recognized.
Download APP: When the mobile device successfully recognizes the NFC chip, it will automatically jump to a page or pop up a prompt box, guiding you to download or open our exclusive APP. Please follow the instructions on the page to complete the download and installation process.
2. Matters needing attention:
Please ensure that your mobile device has sufficient battery power to avoid interruptions during the download process due to low battery.
If your mobile device fails to successfully recognize the NFC chip, please try adjusting the device's angle and distance, or check if there are any other objects interfering with the transmission of NFC signals.
When downloading the app, please ensure that your network connection is stable in order to smoothly complete the download process.
We are committed to providing you with smarter and more convenient products and services. If you encounter any problems or need assistance during use, please feel free to contact our customer service team, and we will be happy to answer and provide support for you. Wishing you a pleasant use!
QR codes are provided for downloading the Android and iOS versions of the mobile application.
Diagram shows a mobile app interface with controls for Laser_Light_90B2.
DMX Channel Summary-16 CH Mode
Channel | Value | Function |
---|---|---|
CH1 | On/Off | 0-255: Laser source on / off |
CH2 | Strobe | 0-9: Strobe off |
10-255: Strobe slow to fast | ||
CH3 | Color | 0-4: Full color |
5-9: Red | ||
10-14: Blue | ||
15-19: Red+Blue | ||
20-24: Green+Blue | ||
25-29: Red+Green | ||
30-34: Green | ||
35-255: Color effect | ||
CH4 | Color mode | 0-9: Stop color effect |
10-127: Direct move | ||
128-255: Reverse directions move | ||
CH5 | CUE Groups | 0-255: CUE Groups |
CH6 | CUE | 0-255: CUE select |
CH7 | Zoom | 0-255: CUE linear zoom (large to small) |
CH8 | Auto Zoom | 0-15: Zoom in |
16-55: Auto zoom out (slow to fast) | ||
56-95: Auto zoom in (slow to fast) | ||
96-135: Auto zoom in and zoom out (slow to fast) | ||
136-175: Irregular zoom in and zoom out (slow to fast) | ||
176-215: X Y Irregular Zoom in and out mode 1(slow to fast) | ||
216-255: X Y Irregular Zoom in and out mode 2(slow to fast) | ||
CH9 | Rotate | 0-127: Rotate 360° |
128-191: Clockwise Rotation | ||
192-255: Anti clockwise Rotation | ||
CH10 | X rotate | 0-127: Clockwise Rotation |
128-255: Anti clockwise Rotation | ||
CH11 | Y rotate | 0-127: Clockwise Rotation |
128-255: Anti clockwise Rotation | ||
CH12 | X move | 0-255: X moving |
CH13 | Y move | 0-255: Y moving |
CH14 | Twist effect | 0-255: Twist effect slow to fast |
CH15 | Macro CUE | 0-255: Macro CUE show |
CH16 | CUE speed | 0-1: Normal speed |
2-255: Speed form slow to fast |
DMX Channel Summary-20 CH Mode
Channel | Value | Function |
---|---|---|
CH1 | On/Off | 0-255: Laser source on / off |
CH2 | Red | 0-37: None |
38-255: Red on | ||
CH3 | Green | 0-37: None |
38-255: Green on | ||
CH4 | Blue | 0-37: None |
38-255: Blue on | ||
CH5 | Strobe | 0-9: Strobe off |
10-255: Strobe slow to fast | ||
CH6 | Color | 0-4: Full color |
5-9: Red | ||
10-14: Blue | ||
15-19: Red+Blue | ||
20-24: Green+Blue | ||
25-29: Red+Green | ||
30-34: Green | ||
35-255: Color effect | ||
CH7 | Color mode | 0-9: Stop color effect |
10-127: Direct move | ||
128-255: Reverse directions move | ||
CH8 | CUE Groups | 0-255: CUE Groups |
CH9 | CUE | 0-255: CUE select |
CH10 | Zoom | 0-255: CUE linear zoom (large to small) |
CH11 | Auto Zoom | 0-15: Zoom in |
16-55: Auto zoom out (slow to fast) | ||
56-95: Auto zoom in (slow to fast) | ||
96-135: Auto zoom in and zoom out (slow to fast) | ||
136-175: Irregular zoom in and zoom out (slow to fast) | ||
176-215: X Y Irregular Zoom in and out mode 1(slow to fast) | ||
216-255: X Y Irregular Zoom in and out mode 2(slow to fast) | ||
CH12 | Rotate | 0-127: Rotate 360° |
128-191: Clockwise Rotation | ||
192-255: Anti clockwise Rotation | ||
CH13 | X rotate | 0-127: Clockwise Rotation |
128-255: Anti clockwise Rotation | ||
CH14 | Y rotate | 0-127: Clockwise Rotation |
128-255: Anti clockwise Rotation | ||
CH15 | X move | 0-255: X moving |
CH16 | Y move | 0-255: Y moving |
CH17 | Twist effect | 0-255: Twist effect slow to fast |
CH18 | Draw mode | 0-4: None |
5-62 | Draw mode 1 (Manual) | |
63-127 | Draw mode 2 (Manual) | |
128-152 | Draw Add mode | |
153-189 | Draw Subtraction mode | |
190-223 | Automatic gradient (increase first, decrease later - reverse) | |
224-255 | Automatic gradient (increase first, decrease later - same direction) | |
CH19 | Macro CUE | 0-1: None |
2-235: Macro CUE show. (The speed and color are controlled by CH20) | ||
236-255: Random mode | ||
CH20 | CUE speed | 0-1: Normal speed |
2-255: Speed form slow to fast |
24. Safety criteria for equipment and installation
1. If the laser display or show is under the continuous control of an operator who can immediately terminate laser beams in the event of a problem, a minimum separation distance of 3 m in height and 2.5 m laterally should be maintained between beams that exceed the spectator MPE and any surface upon which spectators can reasonably be expected to stand. This condition is shown in Figure 1 and Figure 2.
Figure 1: Audience/spectator separation auditorium scenario with operator in control, showing distances and zones.
Figure 2: Audience/spectator separation nightclub scenario with operator in control, showing plan view and side elevation with distances and zones.
4. If a projection area terminates onto a balcony or near a window, where spectators can view the laser effect, and the exposure level at the termination point is likely to be in excess of the spectator MPE, the beams should terminate no higher than the floor level of the balcony if it has an opaque solid barrier. This condition is shown in Figure 3.
Figure 3: Audience/spectator separation near a balcony with operator in control, showing termination point of laser effect.
5. If the laser display or show is not under the continuous control of an operator who can immediately terminate laser beams in the event of a problem, a minimum separation distance of 3m in height and 2.5m laterally should be maintained between beams that exceed the spectator MPE exceeded by more than a factor of 5 in the space between 3m and 6m above any surface upon which spectators can reasonably be expected to stand. This condition is shown in Figure 4.
Figure 4: Audience/spectator separation from unattended beams, showing separation distances for higher risk scenarios.
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