? Bright as a 575 W fixture, in a package half the size
? Replace both 575 and 250 spot fixtures with one fully equipped moving light
? Space, weight, power saving
? Amazing zoom range from 35deg down to 9deg
? Silent Opera
tion for the quietest applications
? Iris and all other professional features
? Rotating and indexing prism effects
? CMY color mixing
? 5 colors + open
? CTO filter
? 1 aerial wheel, 7 Gobos
? 1 break-up wheel, 7 Gobos
? 3 rotating prisms
? Proportional zoom 9deg - 35deg
? Mechanical and electronic stRobe
(zap effect), synchronized, random, pulse effect
? Modular design for easy maintenance and servicing
? Pan 540deg, Tilt 284deg, 16 bit
? Length: 459 mm (18.1 in)
? Width: 377 mm (14.8 in)
? Height: 602 mm (23.7 in), head straight up
? Weight: 23.5 kg (51.8 lbs)
LAMP AND BALLAST:
? Type: Philips
MSR Gold 300/2 FastFit
? Color temperature: 8000 Kelvin
? Color rendering index: 75
? Average lamp life: 750 hours
? Socket: PGJX28
? Electronic ballast with Power Factor Correction
CONTROL PROTOCOL AND PROGRAMMING:
? USITT DMX512/1990
? DMX channels: 23
? Setting and addressing: LCD display or remotely
? AC power: 90 250 V, auto sensing, 50/60 Hz,
2m (6.6 ft) integral cable without power plug
? Power consumption: 2 A at 230 V, 4.4 A at 115 V
? DMX data in/out: 3 pin and 5 pin locking XLR
? RJ45 for upload and Remote Control
Founded in 1933, Coemar Spa is a developer, manufacturer, and seller of lighting products and industry innovation for entertainment, architectural, and commercial applications, guaranteeing unique professional pre-sale and post-sale services. Coemar, whose headquarters are based in Castel Goffredo (MN), Italy, has grown to over 400 employees/associates around the globe, with distribution throughout almost 70 countries.
COEMAR USA (formerly Tracoman Inc.) was formed for its second run in 1999 by industry veteran GERARD COHEN, who initially struck gold with Tracoman Inc. the first time around.
- A type of discharge lamp with high output generally used in Strobe lights and flashes, though sometimes found in some followspots. These lamps utilize an internal electrical discharge passed between . Used . electrodes suspended in xenon gas. Xenon lamps have a color temperature of between 5600 - 6500įK and produce extremely intense, incoherent, full-spectrum white light usually for very short d. Used . urations. ...Protocol
- In computing, a protocol is a convention or standard that controls or enables the connection, communication, and data transfer between two computing endpoints. In its simplest form, a protocol can be . Used . defined as the rules governing the syntax, semantics, and synchronization of communication. Protocols may be implemented by hardware, software, or a combination of the two. At the lowest leve. Used . l, a protocol defines the behavior of a hardware connection.
Protocols should be distinguished from technical standards, which variously specify how to build a computer or related hardware device,...Strip Light
- Strip lights, also known as Cyclorama (Cyc) lights are long housings typically containing multiple lamps arranged along the length of the instrument and emitting light perpendicular to its length. Lam. Used . ps are often covered with individual gels of multiple c . Used . ...Arc Lamp
- An arc lamp is a device that produces light by the sparking (or arcing, from voltaic arc or electric arc) of a high current between two carbon rod electrodes. The rods are touched and then slowly draw. Used . n apart; as the rods separate the current is "struck" and arcs across the gap in a bright, ionized path. The arc produces a temperature of several thousand degrees, and the tips of the carbon. Used . rods are heated to incandescence, creating light. The rods are slowly vaporized during the process and need to be regularly adjusted to maintain the arc. The concept was first demonstrated by Sir Humphry Davy...Motors
- Motors are any electrical or mechanical device used to power lifts that aid the ground support crew in placing gear up onto stages or trusses.. Used . . Used . ...
Used Moving Lights
Moving lights, or intelligent lighting as they are sometimes called, are basically a type of stage lighting that is able to move due to its integrated mechanical elements, which go beyond the moving parts that are found in more traditional, non-moving lighting.
Automated lighting such as moving lights is highly valued by stage lighting technicians as through them, it is possible to create highly complex special effects that simply cannot be made using standard, non-moveable lights. It should be noted however, that when it comes to intelligent lighting, the real intelligence lies with the programmer of the show, rather than the lighting equipment or any operator.
Moving head lights, also called moving head luminaires, are highly versatile lighting instruments capable of performing multiple lighting functions at once. They have largely superseded the use of multiple non-moving lights to create special effects, which required many lights and a large amount of skill on behalf of the operators.
Moving lights are hooked up to a lighting control console and send data to it in one of three ways ‚?? through an Ethernet control (a relatively new technology), analogue control (now almost obsolete), or DMX, (which is now the industry standard).
So long as they have been properly programmed, the optics of wiggly lights can be altered in many ways, allowing for the ‚??personality‚?Ě of the lights to be adapted almost instantaneously, depending on the requirements of the operator. Typically, moving lights will be pre-programmed before a production and controlled using simple commands, although some more experience operators may prefer to control them ‚??live‚?Ě, if they have the experience to do so.