Product Introduction :

1.Power Supply:AC90--275V,50--60HZ 

2.Power Consumption:75W 

3.Fixing Lamp:LED 75W 

4.Beam Angle: 25-30 degrees 

5.DMX-Control-Channels:10/13 DMX Channels 

6.Pan: Horizontal 540 ° 

7.Tilt: Vertical 270 ° 

8.P/T Fine: 8-16bit

9.Prism: 3-Face Rotatable prism 

10.Focusing: Electronic linear focusing from near to far 

11.Shuttle:Flash rate:0--16HZ

12.Dissipate Heat: Air / convective heat transfer 

13.Dimmer:0-100% mechanic dimmer 

14.Long Lifespan LEDs(more than 60,000 hours) 

15.Color Wheel:7 colors + blank 

16.GOBO:7 patterns + blank, 2 of which are glass patterns 

17.Data Input and Output: 3-core XLR plug audio socket

.Use Of Premises: Scenarios, discos, disco, hotels, shops, family birthday party, good for DJ, etc.

Specification:

1.Size: 27x16.5x21cm

2.Weight: 3.5kg

3.Packing Size: 25.5x31.5x20cm

4.Package Weight: 4.05kg

Package Contents:

1xLED Gobo 75W Lighting

1xDMX Cables

1X Power Cord Plug

1x User Manual

1x Steady

Press 'MENU', enter menu→Press ‘ENTER’ at least 3 seconds, menu interface will show 'Pan‘(fine tuning in X axis)’→By addition and subtraction keys to select Tilt(fine tuning in Y axis) , 'COLO(fine tuning in color plate)', 'GOBO(fine tuning in gobo plate), 'PRIS(fine tuning in prism)', 'STEM(temperature setting(when fans starts))'→Press 'ENTER', then adjust motor position when value range between -127---127→Press ‘ENTER’ to save the value what you adjusted in last step('STEM' is temperature setting(when fans starts), default 45°)

 PS: after the machine connect the threshold NTC-10K, the menu TEMP can show the temperature of LEDs aluminum sheet, the system will automatically reduces power (maximum to 75% of the original); if the temperature still rise to 80°, system will automatically cuts off the LED, and automatically turns on again when the temperature cools to 69° or below. fans can be set the start threshold in menu 'STEM'(default 45°, maybe have error 1---2° because of the different voltage of fans.), speed of fans will increase by 10% when temperature rises by 1° every time; the system forces fans to work when the temperature reaches