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The Kino FloParaBeam 210 DMX Fluorescent Fixture (Pole Operated, 230 VAC) is a directional softlight ideally suited for the demands of HD television for high quality color-correct lighting with minimal heat generated. Since the digital medium exposes any imperfection in camera talent, the quality of light is more critical than ever. Traditional hard light can exaggerate textural details, but soft light can subdue the textures and produce a more flattering image. The ParaBeam's soft output can be focused via louvers (grids) for a variety of set lighting needs, from illuminating a panel of four people across a news desk to isolating to a single subject.
The ParaBeam 210 studio fixture produces about the same amount of light as a 1,000W tungsten light, but it only uses 1/10 as much power while offering lighting designers 100 - 5% dimming remotely or locally via DMX, as well as switchable (turning on/off two lamps at a time) output control.
The light can be tilted and panned as well as rotated to take full advantage of the lateral beam. To maintain its low profile, the ParaBeam offers louvers as alternatives to barndoors or intensifiers. While it ships with a silver 90 degree louver, narrow field 60 or 45 degree louvers are available for greater control, allowing a number of fixtures to operate within close proximity. This Pole Operated version allows the ParaBeam to be hung from a pipe grid and adjusted from the ground using a long pole. The fixture includes a yoke with an attached junior pin.
Note: Lamps not included
Understanding "The Beam"
Generally, fluorescents have a very broad soft light output. The light tends to drop off rapidly which means the units need to be positioned close to the subject they are lighting. The ParaBeam has a computer aided designed (CAD) parabolic reflector aimed at maximizing the light output at about 16 feet (5.0 m). This achieves two things: it doubles the light output of the lamps and concentrates the light where the lighting director needs it most. Compared to the Diva-Lite, which uses the same four 55W compact lamps and the same ballast, the ParaBeam is twice as bright.
Louvers Offer Beam Control
Controlling the beam spread with Louvers is far more efficient than barndoors and takes up far less room. The minimal light loss with louvers is the best solution when you consider the efficiency of the fixture and the versatility of the compact design.
The ParaBeam 210 features DMX control of dim levels as well as four or two-lamp operation. The fixture operates on 1 or 2 DMX addresses. Address One allows dimming control of all four lamps; address Two allows two channel control of two individual sets of lamps. Additional DMX control, dimming control and a power switch are conveniently located on a single control panel. The ParaBeam 210 can also be controlled manually. Unlike grids of quartz lights, Kino Flos can rely on a simple DMX lighting board to control the fixtures. The dimming electronics are contained in the fixture and do not require expensive dimmer racks to adjust line voltage and don't generate heat or noise.
True Match Color-Correct Lamps
Household or architectural lamps contain high levels of green spectrum, which our eyes don't perceive as inaccurate. Film and television cameras do record this added green. True Match lamps are formulated to correspond to the spectral distribution curves of film and television cameras as well as look correct to the eye. They are designed to match the colors from studio quartz units or daylight sources such as HMI's. Full spectrum (CRI 95) lamps are available in 3,200K and 5,500K versions, as well as 420nm blue and 550nm green for blue and green screen applications. This gives the lighting director the option of mixing quartz hard light sources with fluorescent soft sources. Most lighting designers want the ability to use both qualities of light to enhance the set.
Heat Management Design
For Kino Flo heat management is a critical design element of fixture design. The physical heat of the lamp directly influences color temperature and lumen performance and lamp life. The ParaBeam has two special cooling chambers at opposite ends of the fixture to provide ventilation. This ensures that the heat from the lamp is drawn out of the fixture and away from the body of the lamp. A temperature-stabilized lamp will provide consistent color performance. The deep parabolic reflector further prevents the heat from lower lamps to be transmitted to the lamps above. Color gels do not burn out or fade due to lower heat of fixture.
From a "green perspective" the ParaBeams provide great energy savings. A 1,000W quartz softlight draws approximately 8 amps of power, while the 110W ParaBeam 210 draws only 1.1 amp at 120V. The quartz soft light requires approximately 3,500 Btu/kWhr in air-conditioning energy, while the ParaBeam 210 requires only about 375 Btu/kWhr. Factoring this type of power and energy differential in a studio adds up to monumental savings in green house gases, not to mention money saved.
Long Lamp Life
Lamp life of a compact fluorescent for the television and motion picture industry is determined more by its lumen maintenance (consistency over its useful life) than by its actual burn time. While Kino Flow lamps may burn for up to 20,000 hours, its useful life or "quality time" is an impressive 2,000-2,500 hours or approximately 1 year of studio use. Lamp replacement labor is reduced by a factor of 10.
The parabolic reflector design puts out a narrow lateral beam. When lighting a news set you very often are lighting two to three people at a news desk. The effective area to be lighted is a broad rectangle. With conventional lights, the lighting projection would be a large round area. Barndoors or flags would be used to remove the light from above and below the rectangular area. This constitutes tremendous loss of light and efficiency. The ParaBeam puts the light where it is needed most. Barndoors or flags can still be used to eliminate spill above and below the rectangular area without reducing the efficiency of the instrument. Quartz soft lights rely on a white painted reflector that yellows and gathers dust. This alters the color temperature and reduces light output. The drop off is much like a bounce card. For this reason soft lights have to work close to their subject matter. The ParaBeam reflector is a precision design using highly reflective material that is shaped to project a beam of soft light at a focal distance of about 16 feet. This explains how 110W of good design can equal 1,000W of inefficient design.
The ParaBeam features a unique method of servicing the ballast. By removing one of the side ventilation panels you expose the lock tabs for the ballast trays. Unlatch the tabs and pull the ballast out. Electrical contact is made through the edge card. No hand tools are required to remove and replace the ballast. This process can be done in seconds. The simplicity of maintenance is important for a studio that is operating for many hours per day.
200 ASA @ 1/125th sec. shutter speed Footcandles 185 fc at 4.0' (1.2 m) 86 fc at 6.0' (1.8 m) 50 fc at 8.0' (2.4 m) 32 fc at 10' (3.0 m) 22 fc at 12' (3.6 m) 17 fc at 14' (4.3 m) 13 fc at 16' (4.9 m) 10 fc at 18' (5.5 m) Lux 2,685 lux at 3.3' (1.0 m) 1,324 lux at 4.9' (1.5 m) 786 lux at 6.5' (2.0 m) 500 lux at 8.2' (2.5 m) 356 lux at 9.8' (3.0 m) 266 lux at 11.5' (3.5 m) 203 lux at 13.1' (4.0 m) 164 lux at 14.7' (4.5 m)