1600W LED Hybrid Moving Head with Framing

A: Illuminance refers to the amount of luminous flux received per unit area. It indicates the brightness level on an illuminated surface and is measured in lux (lx).

A: Luminous flux is the total amount of visible light emitted by a light source per unit of time. It is measured in lumens (lm) and represents the overall light output of a fixture.

A: Color temperature describes the color appearance of a light source compared with a black body radiator at a certain temperature. It is measured in Kelvin (K) and determines whether the light appears warm, neutral, or cool.

A: CRI is a measurement of how accurately a light source reveals the colors of objects compared with a reference light source. A higher CRI value provides more natural and realistic colors.

A: IP rating indicates the dust and water protection level of a lighting fixture. For example, IP65 means the fixture is dust-tight and protected against water jets, making it suitable for outdoor applications.

A: Input voltage refers to the AC voltage range and frequency required for the fixture to operate safely and normally.

A:  Input power is the maximum electrical power consumed by the fixture during operation, normally measured in watts (W).

A: Input current refers to the maximum electrical current required by the fixture during operation.

A: Power factor is the ratio between active power and apparent power in an AC electrical system. A higher power factor indicates better energy efficiency and lower power loss.

A: A beam fixture produces a narrow, concentrated and powerful light beam with high intensity. It is designed for creating sharp aerial effects and strong visual impact in concerts, events and large-scale productions.

A: A profile fixture produces a sharp and precise beam with clear imaging capability. It is widely used for gobo projection, framing, spotlighting and architectural applications.

A: A wash fixture provides smooth, soft and even illumination with seamless color blending. It is mainly used for stage washing, background lighting and atmosphere creation.

A: A: A framing fixture uses a precise shutter system to shape the beam into different geometric patterns, allowing accurate control of the illuminated area.

A: WP stands for Wash Profile. A WP fixture combines wash and profile functions, providing both soft color coverage and precise beam shaping capabilities.

A: BSW stands for Beam Spot Wash. A BSW fixture combines beam, spot and wash functions in one unit, offering versatile lighting effects for professional stage applications.

A: BSWF stands for Beam Spot Wash Framing. It combines beam, spot, wash and framing functions, providing maximum flexibility for touring, concerts and large-scale events.

A: Exit aperture is the opening of a lighting fixture where the light beam exits from the optical system.

A: A: Throw distance refers to the distance between the fixture's exit aperture and the illuminated surface.

A: Test points are specific measurement locations selected according to testing standards to evaluate the optical performance of a lighting fixture.

A: A spot is the effective illuminated area projected onto a surface. A spot with a clear boundary is called a hard edge spot, while a spot with a smooth transition is called a soft spot.

A: An effective spot refers to the usable illuminated area. For hard-edge spots, the entire spot is effective. For soft spots, the area with illuminance above 10% of the maximum illuminance is considered effective.

A: A: The half-peak illuminance spot refers to the area where the illuminance is equal to or higher than 50% of the maximum illuminance value.

A: Beam angle is the angle between the two edges of the half-peak illuminance spot measured from the center of the fixture's exit aperture.

A: Field angle is the angle between the two edges of the effective spot measured from the center of the fixture's exit aperture.

A: Effective luminous flux refers to the total amount of light output within the effective illuminated spot area. It represents the usable light output of a fixture under specific optical conditions.

A: Average illuminance refers to the average brightness level measured within the effective spot area. It is calculated by dividing the total illuminance within the area by the illuminated surface size.

A: Illuminance uniformity refers to the ratio between average illuminance and maximum illuminance within the effective spot area. Higher uniformity means more even light distribution.

A: Luminaire efficiency is the ratio between the effective luminous flux output of a fixture and the total luminous flux generated by its light source. It indicates how efficiently the fixture converts light source output into usable light.

A: Luminaire efficacy refers to the ratio between effective luminous flux and the total electrical power consumed by the light source and all necessary electronic components. It is measured in lumens per watt (lm/W).

A: An iso-illuminance curve is a line connecting points with the same illuminance value on a measured surface. It is used to analyze light distribution performance.

A: An iso-illuminance diagram is a graphical representation consisting of multiple iso-illuminance curves, showing different illumination levels across the projection area.

A: A candela distribution diagram, also called a photometric curve, shows how the light intensity changes in different directions from a fixture.

A: An illuminance distribution diagram shows the relationship between illuminance values inside a light spot and the distance from the center of the spot along a specific direction.

A: A distance-diameter-illuminance diagram illustrates the relationship between throw distance, spot diameter and illuminance, helping users evaluate fixture performance at different distances.

A: A fixture follows the inverse square law when the measurement distance is equal to or greater than ten times the diameter or diagonal length of the exit aperture. This condition ensures accurate photometric measurement.

A: Throw distance multiplier is the ratio between the effective spot diameter and the projection distance. It helps estimate the spot size at different distances.

A: Rainbow color effect is created when the color wheel rotates rapidly, producing a continuous multi-color beam effect.

A: Color step change means the fixture changes colors one by one through fixed steps without gradual transition.

A: Smooth color transition allows colors to gradually blend from one color to another, creating seamless color-changing effects.

A: Random color effect allows the fixture to automatically select and change colors randomly. Multiple fixtures can operate independently without synchronization.

A: Distortion-free framing means the framing shutters can create accurate shapes with straight edges without curved distortion when the image size changes.

A: A: Gobo flow effect is a dynamic visual effect created by continuously changing multiple gobos in sequence.

A: Gobo shake effect creates movement by making the projected gobo image oscillate or vibrate.

A: Rotating gobo effect allows the projected pattern to rotate continuously through 360 degrees, creating dynamic visual effects.

A: 16-bit gobo positioning provides 65,536 levels of positioning accuracy, allowing precise control of the gobo rotation angle.

A: A prism is an optical component that uses refraction to split one image into multiple identical images, creating multi-beam projection effects.

A: A: A frost filter is an optical material that softens a hard beam and converts it into a diffused wash effect.

A: An animation wheel is a special rotating optical effect wheel that creates dynamic movement effects by overlapping patterns with gobos or light textures.

A: A zoom system allows the fixture to change the beam angle continuously, providing flexible control from narrow beams to wide coverage.

A:  Auto focus automatically adjusts the optical focus according to the projection distance, ensuring clear and sharp images.

A: A light source is any object or device that produces visible light. In professional lighting fixtures, common sources include LED, HID and laser technology.

A: HID (High Intensity Discharge) is a gas discharge light source that produces high output through an electric arc inside a gas-filled lamp.

A: LED (light-emitting diode) light source is a semiconductor-based solid-state light source featuring high efficiency, long lifetime and excellent controllability.

A:  LD (Laser Diode) light source uses semiconductor laser technology to produce highly concentrated and directional light beams.

A: A trigger is a high-voltage ignition device used to start HID lamps by generating the required starting voltage.

A: Electronic ballast provides stable voltage and current control to ensure HID lamps operate under rated conditions.

A: A switching power supply converts AC input power into stable DC power required for LED and electronic systems inside the fixture.

A: 0-100% dimming allows the fixture output to be adjusted smoothly from complete darkness (0%) to maximum brightness (100%).

A: Electronic dimming controls brightness digitally by adjusting the LED output electronically, providing smooth and precise dimming performance.

A: Mechanical dimming controls brightness by physically blocking part of the light output using mechanical shutters or dimming blades.

A: CMY color mixing uses Cyan, Magenta and Yellow filters to create a wide range of colors through subtractive color mixing technology.

 A: CTO (Color Temperature Orange) reduces the color temperature by adding warm tones, converting cooler light into warmer white.

A: A: CTB (Color Temperature Blue) increases the color temperature by adding blue correction, converting warmer light into cooler white.

A: CTC (Color Temperature Control) allows precise adjustment and control of the fixture's color temperature.

A: A Hybrid Moving Head Light is a versatile professional stage lighting fixture that combines multiple lighting functions, typically Beam, Spot and Wash, into one unit. It provides powerful beam effects, sharp gobo projection and smooth wash coverage, making it ideal for concerts, touring productions, theaters, events and large-scale entertainment applications.

 A: The main advantages of a Hybrid Moving Head include:
3-in-1 multifunction design combining Beam, Spot and Wash effects
High output performance for large venues and long-distance projection
Creative flexibility with zoom, gobo, prism and frost effects
Reduced equipment requirements by replacing multiple traditional fixtures
Cost-effective solution for rental companies and touring productions
Fast programming and installation efficiency

A: A Hybrid Moving Head provides the flexibility of three fixtures in one compact unit. Compared with using separate Beam, Spot and Wash lights, hybrid fixtures reduce:
Equipment quantity
Transportation costs
Installation time
Maintenance requirements
They are especially suitable for touring productions, rental companies and venues requiring flexible lighting designs.

 A: A professional Hybrid Moving Head should include advanced optical features such as:
Wide zoom range
High-quality lens system
Sharp gobo projection
Rotating gobos
Animation effects
Prism effects
Frost filter
Smooth dimming system
High-quality color mixing
These features improve creative flexibility for professional productions.

A: LED Hybrid Moving Heads provide:
Lower power consumption
Longer lifetime
Instant on/off operation
Stable color output
Lower maintenance cost
Lamp Hybrid Moving Heads provide:
Extremely high peak intensity
Strong beam punch
Traditional professional stage lighting performance
The best choice depends on application requirements.

A: DLW Hybrid Moving Head Lights are engineered to deliver:
Powerful optical performance
Creative Beam, Spot and Wash functions
Reliable mechanical operation
Advanced color and effect systems
Professional-grade durability
With DLW's R&D capability and manufacturing experience, Hybrid Moving Heads provide an excellent solution for entertainment lighting professionals worldwide.

A: Waterproof stage lighting refers to professional lighting fixtures designed to operate reliably in outdoor environments with protection against rain, dust, humidity and changing weather conditions. These fixtures are commonly used for outdoor concerts, festivals, architectural projects, theme parks and large-scale events.

A: An IP (Ingress Protection) rating indicates the level of protection a lighting fixture provides against solid particles and water. The first digit represents dust protection, while the second digit represents water protection.
For example:
IP65: Completely dust-tight and protected against water jets from any direction.
IP66: Completely dust-tight and protected against powerful water jets.
Higher IP ratings provide greater reliability for demanding outdoor applications.

A: A: IP65 and IP66 protection allows stage lighting fixtures to perform safely in outdoor environments where exposure to rain, dust and moisture is unavoidable. It improves fixture reliability, reduces maintenance requirements and extends product lifetime.

A: The main advantages of waterproof stage lighting include:
Reliable operation in outdoor environments
Protection against rain, dust and humidity
Reduced maintenance and service costs
Longer product lifetime
Flexible installation for indoor and outdoor applications
Stable performance in touring and temporary events

A: Waterproof stage lighting is widely used in:
Outdoor concerts and music festivals
Stadium events
Cultural tourism shows
Theme parks
Architectural lighting projects
Outdoor theaters
City celebrations
Large ceremonies
Rental and touring productions

A: A: Indoor stage lighting is designed for controlled environments where fixtures are protected from weather conditions.
Waterproof stage lighting features sealed structures, weather-resistant materials and advanced thermal management systems, allowing reliable operation in outdoor environments.

A: Professional waterproof stage lighting includes:
Waterproof Moving Head Lights
IP65/IP66 Beam Moving Heads
Waterproof LED Wash Lights
Waterproof Profile Moving Heads
Waterproof Hybrid Moving Heads
Waterproof LED Bars
Waterproof PAR Lights
Outdoor Followspots

A: A: An IP66 Waterproof Moving Head Light is a motorized professional lighting fixture designed with complete dust protection and resistance against powerful water jets. It combines dynamic Pan/Tilt movement with outdoor durability, making it suitable for concerts, touring and permanent installations.

A: LED waterproof stage lighting offers:
High energy efficiency
Long LED lifetime
Lower power consumption
Stable color output
Fast response
Reduced maintenance requirements
Modern LED waterproof fixtures also provide excellent brightness and color performance for professional productions.

A: Yes. Waterproof stage lighting is widely used for outdoor concerts because it provides reliable performance under changing weather conditions while delivering powerful effects such as beam projection, color effects, washes and dynamic movement.

A: A professional outdoor moving head light should include:
High IP protection rating
Powerful light output
Reliable Pan/Tilt movement
Efficient cooling system
Durable mechanical design
High-quality optical system
Stable performance in extreme environments

A: Waterproof stage lighting uses advanced thermal management technologies, including:
Intelligent fan control
Optimized airflow design
High-efficiency heat sinks
Temperature monitoring systems
These technologies maintain stable operation while reducing noise and improving component lifetime.

A:  Yes. IP65 and IP66 stage lighting fixtures are ideal for permanent installations such as theme parks, cultural tourism projects, architectural lighting and outdoor entertainment venues.

A: Both IP65 and IP66 fixtures provide complete dust protection.
The difference is water resistance:
IP65: Protected against water jets.
IP66: Protected against stronger water jets with higher pressure.
IP66 provides enhanced protection for more demanding outdoor environments.