Part 1.	Automated Lighting
1.01	Additive Color mixing, Light Emitting Diode Moving head fixture 
A.	General
1.	The fixture shall be a high-intensity additive color mixing fixture with Red, Green, Blue, and White LEDS. The fixture shall be a SolaPix 37 by High End Systems or approved equivalent. 
2.	All LED moving light fixtures shall be provided by a single manufacturer to ensure compatibility.
3.	The fixture shall be UL 1573 listed for stage and studio use and comply with EN60598-2-17 standard per CE certification
4.	The fixture shall comply with the USITT DMX-512A standard
B.	Physical or Mechanical
1.	The fixtures structural framing shall be constructed of rugged, 1/8” aluminum, free of burrs and pits and finished with a matte black powder coating.
2.	Outer covers of head and yoke shall be constructed of ABS plastic with fine textured black surface and fastened to the head frame with quarter turn fasteners.
3.	The fixture dimensions shall be 
a.	603 mm (23.7”) from base of the enclosure, to the tip of the lens baffling 
b.	515 mm (20.3”) across the exterior dimensions of the yolk
c.	The Electronics enclosure shall be 265 mm (10.4”) deep 
d.	Head length 186 mm (7.3”) 
e.	Fixtures shall weigh 23.6 kg (52 lb)
4.	The fixture shall be able to be either truss mounted or set upright on a stable surface. Fixture shall be suitably designed for operation over or under mounted on a truss perpendicular to the ground as well as outrigged parallel to the ground.
5.	The following shall be provided:
a.	RGBW (Red Green Blue and White) additive color mixing system with electronically mixed CTO.
b.	Individual control over each LED cell with Red, Green, Blue, and White Parameters.
c.	An onboard LED Effects engine that allows control of four individual color segments with speed and fade control.
d.	Fixture shall have 540 degrees of pan and 258 degrees of tilt.  Pan and tilt must be controlled with 16bit control and utilize encoder sensors to guarantee correct step position.
1)	Fixture shall have a pan speed of 4.1 s for 360 degree movement
2)	Fixture shall have a tilt speed of 1.72 s for 180 degree of movement.
3)	Pan and tilt locks that stop at 0, 45, and 90 degrees for service and handling. Pan and tilt locks are not intended to be engaged during transport in pre-rigged truss.
e.	Automated 4.5 - 60 zooming lens system.
f.	Anti-haze nano coating applied to the internal side of each lens to prevent atmospheric buildup.
6.	The yolk arms must have collapsible, spring loaded, handles for fixture handling and manipulation.
7.	Power supply, cooling and electronics shall be integral to each unit.
8.	The unit shall ship with:
a.	5’ Neutrik PowerCon™ to wire ferrule as standard
b.	Two (2) brackets that facilitate attaching standard brackets to the fixture base via ¼ turn thumb screws.
C.	Optical
1.	The fixture shall produce up to 29,000 field lumens with all LED’s at full and at room temperature.
2.	The unit shall provide, but not be limited to:
a.	Soft edge projection with a 2:1 fall off ration.
b.	Semi-hard edge in narrow beam projection.
3.	The unit shall provide, but not be limited to:
a.	4.5 through 60 degree field angles
D.	Environmental and Agency Compliance 
1.	The fixture shall be ETL and cETL LISTED and/or CE rated, and shall be so labeled when delivered to the job site.
2.	The fixture shall be ETL LISTED to the UL1573 standard for stage and studio use 
3.	The fixture shall be rated for IP-20 dry location use.
E.	Thermal 
1.	Fixture shall be equipped with a passive radiant cooling system.
2.	The fixture shall utilize advanced thermal management systems to maintain LED life to an average of 70% intensity after 20,000 hours of use 
a.	Fan speed will be capable of automatically adjusting based on thermal management needs.
1)	Fixture will provide two fan speed modes that are selectable via DMX.
2)	Fixture will also include a user adjustable continuous fan speed control, linearly selectable via DMX.
b.	Thermal management shall include multiple temperature sensors within the housing to include:
1)	LED array circuit board temperatures
2)	Power supply temperatures
c.	Fixtures that do not provide active thermal monitoring and current management of LED circuits shall not be acceptable.
3.	The fixture shall operate in an ambient temperature range of 0°C (32°F) minimum, to 40° C (104°F) maximum ambient temperature. During times of storage, the fixture shall be stored in temperatures range of -20C (0°F) to 60C (140°F)
4.	The fixture shall maintain .1m (3.94 inches) distance from any flammable object
5.	The fixture shall maintain a minimum of 2m (6.6 feet) to any lighted object.
F.	Electrical
1.	The fixture shall be equipped with a 100V to 240V 50/60Hz auto-sensing internal power supply 
a.	Fixture shall draw a maximum of 19 amps at 100V and 7.8 amps at 240 V.
2.	The fixture shall support power in and thru operation 
a.	Power in shall be via Neutrik® powerCON™ TRUE1 input connector
3.	The fixture requires power from a non-dimmer source 
4.	Power supply outputs shall have self-resetting current-limiting protection
G.	LED Emitters
1.	All LEDs used in the fixture shall be high brightness and proven quality from established and reputable LED manufacturers. 
a.	Osram are the sole manufacture of approved emitter engines.
2.	Manufacturer of LED emitters shall utilize an advanced production LED binning process to maintain color consistency.
3.	All LED fixtures (100% of each lot) shall undergo a minimum 12-hour burn-in test during manufacturing.
4.	LED system shall comply with all relevant patents
5.	Fixtures shall have PWM frequency of 16,000hz to avoid flicker on camera
H.	Color
1.	The fixture shall utilize specialized LED arrays as outlined below:
a.	Additive Red, Green, Blue, and White LEDs in a hexagonal pattern achieving an excess of 30,500 lumens in integrating sphere testing.
2.	Fixture must have an electronically calibrated CTO channel that limits the intensity of the Red, Green, Blue, and White LED channels to control the fixture color temperature output between 2800 to 8000k.	
I.	Dimming
1.	The LED system shall use 16-bit DMX control techniques for high-resolution dimming.
2.	Dimming curves shall be optimized for smooth dimming over longer timed fades. 
3.	The LED system shall be digitally driven using high-speed pulse width modulation (PWM)
4.	LED control shall be compatible with broadcast equipment in the following ways:
a.	PWM control of LED levels shall be imperceptible to video cameras and related equipment
J.	Control and User interface
1.	The fixture shall be USITT DMX 512A-compatible via In and Thru 5-pin XLR connectors and In and Thru 3-pin XLR connectors.
2.	The fixture shall be compatible with the ANSI RDM E1.20 standard
a.	All fixture functions shall be accessible via RDM protocol for modification from suitably equipped control console
b.	Fixtures not offering RDM compatibility, feature set access or temperature monitoring via RDM shall not be compatible
3.	The fixture shall be equipped with multi-line color LCD display for easy-to-read status reports and configuration changes.
a.	Display must have a feature to battery power the menu structure when the fixture is unplugged to allow fixture settings to be adjusted, including DMX.
4.	The fixture shall be equipped with a six-button user-interface
5.	The fixture must offer individual control over base and Pixel sections of fixture profile
a.	Individual control must include separate protocols and control sources.  Fixtures that cannot simultaneously control different fixture modules by an RS-485 source and an Ethernet source will not be deemed acceptable.
6.	Fixture must have a user controllable effects system that generates animated effects using up to four user defined colors.  Animation speed and fade control also must be user definable on the fixture.