High End Systems Studio Color 575-S, Studio Color 575-M User Manual

®

audiovias.com

Studio ColoR

Automated Wash Luminaire

User’s Manual

.

P/N 60600061 Version 3.0

High End Systems Inc.

2105 Gracy Farms Lane

Austin, Texas U.S.A.

© High End Systems, Inc. 1996-2004, All Rights Reserved

Information and Specifications in this document are subject to change with out notice. High End Systems, Inc.
assumes no responsibility or liability for any errors or inaccuracies that may appear in this manual.

Unlawful reproduction or distribution in any manner without the written permission of High End Systems is strictly
forbidden.

Trademarks used in this text: Ecodome is a trademark, Cyberlight, Lightwave Research, Lithopatterns,
and Studio Color are registered trademarks of High End Systems Inc.; Motorola is a registered trademark of
Motorola Inc.; Philips is a registered trademark of Philips Corporation.

Other trademarks and trade names such as Rosco, Lee, and 409 may be used in this document to ref er to either
the entities claiming the marks and names or their products. High End Systems discl aims any proprietary interest
in trademarks and trade names owned by others.

Studio Color uses one or more of the following patents: US 4,962,687; US 5,078,039; UK 2,043,769; US
5,331,822; US 5,402,326; US D 372550; UK 2292896; US D365165; US 5,430,629; US D360,404; US 5,455,748;
0475082; US 5,506,762; M9604224.9; US 5,515,254; US D370080; UK 2.291,814; US 5,545.951; UK 2055842;
UK 2,292,530; UK 2294909; UK 2292896; MR 8621996; and US 5,580,164.

Additional patents pending.

June 22, 2004

Studio Color User’s Manual
P/N 60600061 Rev. C

Printed in the U.S.A.
M.D.T.

.

Declaration of Conformity

according to ISO/IEC Guide 22 and EN45104

Manufacturer’s name: High End Systems

Manufacturer’s address: 2105 Gracy Farms Lane

Austin, Texas 78758
U.S.A.

Distributor’s name: High End Systems Inc.

Distributor’s address: 2105 Gracy Farms Lane

Austin, Texas 78758
U.S.A.

Declares that the product

Product Name: Studio Color
Product Number: Studio Color 575-M

Studio Color 575-S

Product Options: All
conforms to the following EEC directives:
73/23/EEC, as amended by 93/68/EEC
89/336/EEC, as amended by 92/31/EEC and 93/68/EEC

Equipment referred to in this declaration of conformity first manufactured in 1996 in compliance with
the following standards:

Safety: EN 60598-1 : 1993

EN 60598-2-17 : 1989
A1-A3 : 1993

EMC: EN 55022, Class A ITE 1987

IEC 801-2, 1991 Level 2 (4/8 kV)
IEC 801-3, Draft 5 Level 2 (3 V/m) 1991
IEC 801-4, 1988 Level 2 (1 kV/0.5 kV)

U.S.A., June 22, 2004
Lanny Derryberry, Compliance Engineer

IMPORTANT SAFETY INFORMATION

INSTRUCTIONS PERTAINING TO CONTINUED PROTECTION AGAINST FIRE, ELECTRIC
SHOCK, EXPOSURE TO EXCESSIVE UV RADIATION, AND INJURY TO PERSONS ARE
FOUND IN APPENDIX D.

READ ALL CAUTIONS AND WARNINGS PRIOR TO ASSEMBLY, MOUNTING, AND OPERAT­ING THIS EQUIPMENT.

IMPORTANT: INFORMATIONS DE SÉCURITÉ

INSTRUCTIONS RELATIVES À UNE PROTECTION CONTINUE CONTRE L' INCENDIE, LE
CHOC ÉLECTRIQUE, L' EXPOSITION AUX RADIATIONS ULTRAVIOLETTES EXCESSIVES,
ET CONTRE DES BLESSURES POSSIBLES SUR DES INDIVIDUS SE TROUVENT DANS
L'APPENDICE D.

PRIÈRE DE LIRE TOUTES LES PRÉCAUTIONS ET LES AVERTISSEMENTS AVANT D'ASSEM­BLER, DE MONTER, ET DE FAIRE FONCTIONNER CET ÉQUIPEMENT.

WICHTIGE SICHERHEITSHINWEISE

DIE NACHSTEHENDEN HINWEISE BETREFFEN DEN SCHUTZ GEGEN BRAND, ELEK­TRISCHEN SCHLAG, ÜBERHÖHTE UV-STRAHLUNG SOWIE VERLETZUNGEN. SIE BEFIN­DEN SICH IN APPENDIX D.

LESEN SIE ALLE WARNUNGEN SORGFÄLTIG, BEVOR SIE DAS GERÄT ZUSAMMEN­BAUEN, INSTALLIEREN UND BENUTZEN!

INFORMACIÓN IMPORTANTE DE SEGURIDAD

SE ENCUENTRAN EN EL APÉNDICE D LAS INSTRUCCIONES CONCERNIENTES A LA PRO­TECCIÓN CONTINUA CONTRA INCENDIO, CHOQUE ELÉCTRICO, EXPOSICIÓN EXCESIVA
A RAYOS ULTRAVIOLETAS Y LESIONES A PERSONAS.

POR FAVOR LEA TODAS LAS PRECAUCIÓNS Y LAS ADVERTENCIAS ANTES DE ENSAM­BLAR, MONTAR Y OPERAR ESTE EQUIPO.

INFORMAZIONI IMPORTANTI DI SICUREZZA

ISTRUZIONI PERTINENTI LA PROTEZIONE CONTRO IL FUOCO, LE SCOSSE ELETTRICHE,
L' ECCESSIVA ESPOSIZIONE AI RAGGI ULTRAVIOLETTI I DANNI ALLE PERSONE SI TRO
VANO NEL APPENDICE D.

LEGGERE TUTTI GLI AVVERMENTI PRIMA DI MONTARE E USARE QUESTO APPAREC­CHIO.

FCC Statement

This equipment has been tested and found to comply with the limits for a Class A digital device, pursu­ant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harm­ful interference when the equipment is operated in a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with
the instruction manual, may cause harmful interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful interference in which case the user will be
required to correct the interference at his own expense.

-

Warranty Information

Limited Warranty

Unless otherwise stated, your product is covered by a two year parts and labor limited warranty.
Dichroic filters and Lithopatterns™ are not guaranteed against breakage or scratches to coating. It is the
owner's responsibility to furnish receipts or invoices for verification of purchase, date, and dealer or
distributor. If purchase date cannot be provided, date of manufacture will be used to determine warranty
period.

Returning an Item Under Warranty for Repair

It is necessary to obtain a Return Authorization Number (RA#) from your dealer/point of purchase
BEFORE any units are returned for repair. The manufacturer will make the final determination as to
whether or not the unit is covered by warranty. Lamps are covered by the lamp manufacturer's warranty.

Any Product unit or parts returned to High End Systems must be packaged in a suitable manner to
ensure the protection of such Product unit or parts, and such package shall be clearly and prominently
marked to indicate that the package contains returned Product units or parts and with a Return
Authorization (RA#) number. Accompany all returned Product units or parts with a written explanation
of the alleged problem or malfunction.

Please note: Freight Damage Claims are invalid for fixtures shipped in non-factory boxes and packing
materials.

Freight

All shipping will be paid by the purchaser. Items under warranty shall have return shipping paid by the
manufacturer only in the Continental United States. Under no circumstances will freight collect
shipments be accepted. Prepaid shipping does not include rush expediting such as air freight. Air freight
can be sent customer collect in the Continental United States.

REPAIR OR REPLACEMENT AS PROVIDED FOR UNDER THIS WARRANTY IS THE
EXCLUSIVE REMEDY OF THE CONSUMER. HIGH END SYSTEMS, INC. MAKES NO
WARRANTIES, EXPRESSED OR IMPLIED, WITH RESPECT TO ANY PRODUCT, AND HIGH
END SPECIFICALLY DISCLAIMS ANY WARRANTY OF MERCHANTABILITY OR FITNESS
FOR A PARTICULAR PURPOSE. HIGH END SHALL NOT BE LIABLE FOR ANY INDIRECT,
INCIDENTAL, OR CONSEQUENTIAL DAMAGE, INCLUDING LOST PROFITS, SUSTAINED
OR INCURRED IN CONNECTION WITH ANY PRODUCT OR CAUSED BY PRODUCT
DEFECTS OR THE PARTIAL OR TOTAL FAILURE OF ANY PRODUCT REGARDLESS OF THE
FORM OF ACTION, WHETHER IN CONTRACT, TORT, (INCLUDING NEGLIGENCE), STRICT
LIABILITY, OR OTHERWISE, AND WHETHER OR NOT SUCH DAMAGE WAS FORESEEN OR
UNFORESEEN.

Warranty is void if the product is misused, damaged, modified in any way, or for unauthorized repairs or
parts. This warranty gives you specific legal rights, and you may also have other rights which vary from
state to state.

Studio Color

Table Of Contents

Introduction................................................................................................. I-1

About This Manual............................................................................................. I-1

Caution and Warning Symbols .....................................................................I-2

Safety Instructions......................................................................................... I-2

Studio Color 575-S Features............................................................................... I-3

Studio Color 575-M Features ............................................................................. I-4

System Overview................................................................................................ I-5

MSR 575/2 and MSD 575 Lamps................................................................. I-5

Color Mixing and Capabilities...................................................................... I-5

Beam Shaping ...............................................................................................I-5

Full Mechanical Dimming ............................................................................I-6

Automatic Voltage Selection ........................................................................I-6

Power Factor Correction ............................................................................... I-6

Cooling..........................................................................................................I-6

DMX Control ................................................................................................I-6

Stepper Motors.............................................................................................. I-6

Optical Encoders ........................................................................................... I-7

Lamp Power Options..................................................................................... I-7

Automatic Power-Saving Mode.................................................................... I-7

Ease of Maintenance ..................................................................................... I-7

Safety............................................................................................................. I-7

Specifications...................................................................................................... I-8

Models...........................................................................................................I-8

Mechanical .................................................................................................... I-8

Electrical .....................................................................................................I-10

Lamp ........................................................................................................... I-11

Communication........................................................................................... I-11

Compliance....................................................................................................... I-11

Available Controllers........................................................................................ I-11

Accessories ....................................................................................................... I-12

Front and Side Panels ....................................................................................... I-13

Chapter 1 Installation and Setup............................................................... 1-1

Unpack Studio Color ......................................................................................... 1-1

Save the Shipping Materials......................................................................... 1-1

Inspect the Contents ..................................................................................... 1-1

Road Cases......................................................................................................... 1-2

Minimum Material Requirements................................................................ 1-2

Construction Requirements.......................................................................... 1-2

Before You Begin Installation........................................................................... 1-4

Table of Contents TOC-i

Power Requirements........................................................................................... 1-4

Line Cord Cap Construction............................................................................... 1-5

Data Cable Construction .................................................................................... 1-5

Terminator Construction .................................................................................... 1-6

Lamp Installation................................................................................................ 1-7

Fixture Mounting................................................................................................ 1-9

Floor Mounting.............................................................................................1-9

Truss Mounting...........................................................................................1-10

Data Cabling..................................................................................................... 1-11

DMX Starting Channel..................................................................................... 1-12

Setting the Starting Channel by Fixture Number........................................1-12

Setting the Starting Channel by DMX Channel Number ...........................1-13

Patching DMX Controllers .........................................................................1-14

DMX Control of Functions .............................................................................. 1-15

Chapter 2 Operation................................................................................... 2-1

Overview ............................................................................................................ 2-1

MSpeed............................................................................................................... 2-1

Pan and Tilt ........................................................................................................ 2-2

Dimming............................................................................................................. 2-3

Strobe Effects ..................................................................................................... 2-3

Color Mixing...................................................................................................... 2-3

Fixed Color Wheel........................................................................................2-3

Subtractive Color Wheels .............................................................................2-3

Color Functions.................................................................................................. 2-4

Double Rotation of Color Mixing Wheels....................................................2-4

Enable MSpeed On Color Functions ............................................................2-4

Forward Color Spins and Synchronized Color Mix Sequences ...................2-4

Reverse Color Spins and Random Color Mix Cycling.................................2-4

Color Lock and Quickest Path......................................................................2-4

Beam Shaping..................................................................................................... 2-5

Remote Shutdown .............................................................................................. 2-5

Remote Homing and Lamp Restrike.................................................................. 2-5

Chapter 3 Menu System............................................................................. 3-1

Overview ............................................................................................................ 3-1

Menu Map .......................................................................................................... 3-2

Address Menu..................................................................................................... 3-5

Information Menu............................................................................................... 3-6

TOC-ii Studio Color User’s Manual

Setting the Starting Channel .........................................................................3-5

Viewing Lamp Hours....................................................................................3-6

Viewing Lamp Strikes ..................................................................................3-6

Viewing System Version Number ................................................................3-6

Resetting Lamp Hours ..................................................................................3-7

Viewing Total Fixture Hours ....................................................................... 3-7

Resetting Fixture Hours ............................................................................... 3-7

Viewing the Current Internal Temperature.................................................. 3-7

Viewing the Minimum Internal Temperature .............................................. 3-8

Viewing the Maximum Internal Temperature.............................................. 3-8

Resetting Temperature Readings ................................................................. 3-8

Viewing DMX Errors and Function Values................................................. 3-9

Viewing DMX Data by Channel Number.................................................. 3-10

Viewing Supplemental Fixture Data.......................................................... 3-10

Test Menu ........................................................................................................ 3-11

Manually Homing the Fixture.................................................................... 3-11

Moving the Fixture to Setup Position ........................................................ 3-11

Self Tests.................................................................................................... 3-12

Changing Functions ................................................................................... 3-12

Changing Boot Codes ................................................................................ 3-12

Mode Menu...................................................................................................... 3-13

Selecting Operational Mode 1.................................................................... 3-13

Selecting Operational Mode 2.................................................................... 3-13

Cross-Loading Fixtures.............................................................................. 3-13

Set Menu.......................................................................................................... 3-14

Turning On and Off Factory Presets .......................................................... 3-14

Setting the Starting Channel by DMX Channel or by Fixture Number..... 3-14

Setting Display Output............................................................................... 3-14

Inverting Pan .............................................................................................. 3-15

Inverting Tilt .............................................................................................. 3-15

Swapping Pan and Tilt ............................................................................... 3-15

Setting Fixture Shutdown Time ................................................................. 3-16

Setting the Lamp Power............................................................................. 3-16

Calibrating Pan........................................................................................... 3-17

Calibrating Tilt........................................................................................... 3-17

Appendix A Troubleshooting and Maintenance ..................................... A-1

Overview............................................................................................................ A-1

Before You Begin.............................................................................................. A-1

Support Checklist............................................................................................... A-1

Acquiring Help .................................................................................................. A-2

Troubleshooting................................................................................................. A-2

Display Error Messages ...............................................................................A-3

General Troubleshooting..............................................................................A-8

Upload Troubleshooting.............................................................................A-10

Onboard Self-Tests.....................................................................................A-11

Testing DMX Data.....................................................................................A-11

Maintenance..................................................................................................... A-12

Table of Contents TOC-iii

Replacing the Lamp...................................................................................A-12

Cleaning.....................................................................................................A-12

Exterior............................................................................................... A-12

Lens Interior ....................................................................................... A-13

Software Updates.......................................................................................A-14

Upload Dongle ................................................................................... A-16

Another Studio Color ......................................................................... A-16

Appendix B Accessory Installation .......................................................... B-1

Overview ........................................................................................................... B-1

Dichroic Glass Installation ................................................................................ B-2

Accessory Lens Installation............................................................................... B-7

Light Snoot........................................................................................................ B-8

Appendix C Supplemental Information .................................................. C-1

Color Matching.................................................................................................. C-1

Converting DMX Values to MSpeed Times ..................................................... C-5

Appendix D Important Safety Information............................................. D-1

Appendice D Importantes Informations Sur La Sécurité ................................. D-2

Anhang D Wichtige Hinweise Für Ihre Sicherheit ........................................... D-3

Apéndice D Información Importante De Seguridad.......................................... D-4

Appendice D Importanti Informazioni Di Sicurezza ........................................ D-5

Appendiks D Vigtig Sikkerhedsinformation..................................................... D-6

Index........................................................................................................... IX-1

List of Figures

Side View Dimensions ....................................................................................... I-8

Front Panel ....................................................................................................... I-13

Side Panels ....................................................................................................... I-14

Road Case Construction Overhead View ...........................................................1-2

Road Case Construction Side View ...................................................................1-3

Data Cable Construction ....................................................................................1-5

Terminator Construction ....................................................................................1-6

Removing the Lamp Access Cap .......................................................................1-7

Installing the Lamp .............................................................................................1-8

Floor Installation ................................................................................................1-9

Attaching Mounting Hardware .........................................................................1-10

Safety Cable Installation ..................................................................................1-10

Data In and Data Out Connectors .....................................................................1-11

Daisy Chaining Fixtures ...................................................................................1-11

Using the Front Panel .......................................................................................1-12

MSpeed Values ...................................................................................................2-2

Fixture Menu ......................................................................................................3-1

TOC-iv Studio Color User’s Manual

Removing the Bezel .........................................................................................A-13

Device Code Upload Dialogue Box ................................................................A-14

Device Upload Status Information Window ....................................................A-15

Removing the Bezel ...........................................................................................B-2

Stepper Drive Cable Removal ...........................................................................B-3

Removing the Strobe Plate ................................................................................B-4

Locating the Color Wheel ..................................................................................B-4

Color Wheel and Factory Index Positions .........................................................B-5

Removing the Dichroic Glass ............................................................................B-5

Lens Removal ....................................................................................................B-7

Installing the Light Snoot (Exploded View) ......................................................B-8

Installed Light Snoot ..........................................................................................B-9

List of Tables

Breaker Requirements ....................................................................................... 1-4

DMX Starting Channel .................................................................................... 1-14

DMX Control ................................................................................................... 1-15

Display Error Messages .....................................................................................A-3

General Troubleshooting ...................................................................................A-8

Upload Troubleshooting ..................................................................................A-10

Color Matching .................................................................................................C-1

DMX Values to MSpeed Times ........................................................................C-5

Table of Contents TOC-v

TOC-vi Studio Color User’s Manual

Introduction

Congratulations on your purchase of the Studio Color® Automated Wash

Luminaire from High End Systems®.

About This Manual

This manual provides the means to setup and operate Studio Color. This
manual is organized in the following sections:

Introduction—introduces you to this manual, provides hardware
specifications, and technical support information.

Chapter 1 Installation and Setup—explains how to install and setup Studio
Color.

Chapter 2 Operation—explains the functionality and operation of the fixture
in detail.

Introduction

Chapter 3 Menu System—provides information on using the menu system
and its functions.

Appendix A Troubleshooting and Maintenance—provides directions for
troubleshooting problems, maintenance, and uploading software.

Appendix B Accessory Installation—provides information on installing
approved accessories.

Appendix C Supplemental Information—provides information on how to
color mix common gel colors and contains a reference chart for DMX values to
MSpeed times.

Appendix D Important Safety Information—provides safety information in
English, French, German, Spanish, Italian, and Danish.

Index—provides easy access to relevant topics and words.

Introduction I-1

Caution and Warning Symbols

The following international symbols appear in margins throughout this manual to
highlight caution and warning messages.

Caution: This symbol appears adjacent to Caution messages. Ignoring
these messages could result damage to equipment.

Warning: This symbol appears adjacent to High Voltage Warning
messages. Ignoring these messages could result in serious personal injury.

This symbol indicates the minimum distance to a lighted object is 1 meter.

This symbol indicates eye protection is required.

This symbol indicates a hot surface.

This symbol indicates an explosion hazard.

Safety Instructions

• Heed all caution and warning messages throughout this manual and the
documentation that accompanies your fixtures.

• Servicing must be conducted by the manufacturer or other qualified service
personnel.

• Avoid allowing liquids in any form to come in contact with the fixture.

I-2 Studio Color User’s Manual

Studio Color 575-S Features

• Automatic voltage selection for electronics, lamp, and motors at 50-60 Hz for all
international voltages

• Full power factor correction

• Convection cooled for quiet operation

• Utilizes stepper motors throughout

• All functions are controllable via DMX-512 protocol

• Subtractive color mixing system plus six position fixed color wheel (100 million
color permutations)

• 6200° K color temperature using the MSR 575/2 lamp and 5600° K using the MSD

575. The color correction filter fitted in the color wheel changes the MSR 575/2’s
color temperature to 3100° K and the MSD 575’s color temperature to 2800° K.
Virtually infinite up/down color correction is also available through the use of the
three variable subtractive color wheels.

Introduction

• Partial colors, color spins, synchronized color sequences, and random color
sequences are available for effects

• The 8° to 22° selectable beam angle may be further user shaped to variable
horizontal or vertical positioning through the use of proprietary secondary effects
lens systems.

• Variable frost

• Moving yoke achieves up to 370° pan and 240° tilt. Control accuracy is 11.6"
(sec.) (0.0032°).

• Optical encoders self-correct pan and tilt positions

• Accessory PAR type lenses are available in VNSP, NSP, WFL, MFL, and XWFL
PAR beams

• 15-segment four character alpha-numeric LED display shows data, status, and
internal diagnostic features

• LED indicators are provided to analyze power and data conditions

• Easy, quick, lamp replacement

• Integral AC power switch/breaker

• Integral floor mountable design with carrying handles. Mountable with standard
installation hardware.

• Smooth iris dimming

• Shutter providing instant blackout, strobe effects, and random strobe effects

• Flicker-free light output

• Lamp power reduction for special applications

• Automatic power-saving mode when the shutter is closed

• Remote fixture shutdown

• Enhanced lamp life

Introduction I-3

Studio Color 575-M Features

• Robust magnetic ballast power supply for operation at 50 or 60 Hz at 208 or 230
volts

• Power factor correction

• Utilizes stepper motors throughout

• Convection cooled for quiet operation

• All functions are controllable via DMX-512 protocol

• Subtractive color mixing system plus six position fixed color wheel (100 million
color permutations)

• 6200° K color temperature using the MSR 575/2 lamp and 5600° K using the MSD

575. The color correction filter fitted in the color wheel changes the MSR 575/2’s
color temperature to 3100° K and the MSD 575’s color temperature to 2800° K.
Virtually infinite up/down color correction is also available through the use of the
three variable subtractive color wheels.

• Partial colors, color spins, synchronized color sequences, and random color
sequences are available for effects

• The 8° to 22° selectable beam angle may be further user shaped to variable
horizontal or vertical positioning through the use of proprietary secondary effects
lens systems

• Variable frost

• Moving yoke achieves up to 370° pan and 240° tilt. Positioning accuracy is 19.8"
(sec.) (0.0055°).

• Accessory PAR type lenses are available in VNSP, NSP, MFL, WFL, and XWFL
PAR beams

• 15-segment four character alpha-numeric LED display shows data, status, and
internal diagnostic features

• LED indicators are provided to analyze power and data conditions

• Easy, quick, lamp replacement

• Integral AC power switch/breaker

• Integral floor mountable design with carrying handles. Mountable with standard
installation hardware.

• Smooth iris dimming

• Shutter provides instant blackout, strobe effects, and random strobe effects

I-4 Studio Color User’s Manual

System Overview

The following subsections provide a basic overview of the Studio Color
features.

MSR 575/2 and MSD 575 Lamps

Studio Color utilizes custom lamps which are critical to the achievement of a full
range of color permutations for the fixture. The MSR 575/2 provides a high color
rendering index and high color temperature of 6200° K.

An optional MSD 575 lamp is available for architectural applications. It has a
color temperature of 5600° K and offers extended lamp life.

Color Mixing and Capabilities

Color range is achieved through the use of two systems, a fixed color wheel and
three subtractive color wheels. The fixed color wheel contains six user selectable
filters. Custom color filters may be selected and ordered from High End Systems'
dichroic color filter selection and easily installed by the user in the fixed color
wheel.

Introduction

When the fixed color wheel is used in combination with the subtractive color
mixing gradient dichroic color wheels, over 100 million colors can be achieved.
Proprietary dichroic subtractive color mixing wheels employ computer generated
color distribution for uniform color of the beam and the most seamless three-color
mixing available. The coloration of the three filters (CYM) is optimized in High
End Systems' dichroic labs to provide the widest range of color available from
subtractive color mixing. A color correcting dichroic is fitted in the fixture's color
wheel to correct color temperature to 3100° K with the MSR 575/2 and 2800° K
with the MSD.

Special color functions allow MSpeed to control all color systems, color spins of
the fixed color wheel, random color combinations, double rotation of the
subtractive color wheels, and quickest path to the desired color.

Beam Shaping

An exclusive variable beam profiling effect is achieved through selectable lens and
frost systems. The standard beam angle selection is from 8° to 22°, which may be
further shaped through a secondary effects lens system. The beam retains full light
output while being profiled. This delivers virtually unlimited beam shaping in both
the horizontal and vertical planes. Additionally, a variable frost effect provides
progressive beam diffusion enhancement. These features deliver dynamic control
of beam shape, offering new features never before available in a traditional wash
fixture.

Introduction I-5

Full Mechanical Dimming

The dimming system is optimized to provide extremely uniform dimming of the
beam. A dimming iris provides complete dimming without changing the color
temperature.

Automatic Voltage Selection

Studio Color 575-S features integral proprietary switching power supplies for the
on-board electronics packages and the lamp power supply. The fixture
automatically operates on all voltages between 100 V.A.C. and 250 V.A.C. at 50
to 60 hertz without changing a power tap, the lamp, or making any adjustments.

Power Factor Correction

Both Studio Color models are power factor corrected. The lamp's power supply is
also power factor corrected to optimize the light source's efficiency and deliver
maximized power economy.

Cooling

Studio Color is convection cooled and uses no fans. Careful optical design
provides a reduction of 65% heat between the lamp chamber and the optical
section.

DMX Control

Full control over all operating parameters of Studio Color is achieved via 16
channels of DMX-512 protocol. This includes 16-bit pan and tilt positioning
accuracy over the 370° x 240° range of movement, 8-bit accuracy for color wheels,
effects wheels, and 8-bit dimming. A full function alpha-numeric display provides
the ability to comfortably program the address channel, mode, offset, and other
functions of the fixture in easy to view characters. A full set of diagnostic
functions are available through the menu system. All parameters are controlled by
a built-in Motorola® 68340 microprocessor. Operating software can be uploaded
from the Lightwave Research Upload Dongle, the Wholehog III, Lighting Console,
or from another fixture, thus keeping the fixtures constantly updated with the latest
software version.

Stepper Motors

All motors are digitally controlled steppers, providing precision control and very
long life. The pan and tilt motors are special high torque stepper motors offering
40% greater torque than comparable steppers. All mechanical movements are
achieved via belt drives, insuring high reliability and very smooth, quiet
performance.

I-6 Studio Color User’s Manual

Optical Encoders

The Studio Color 575-S utilizes optical encoders for the pan and tilt systems. The
encoders automatically correct position if a fixture is jolted from a programmed
position.

Lamp Power Options

For special applications, lamp power in the Studio Color 575-S can be reduced to
250 watts. This feature decreases light output, decreases heat, and saves power.

Automatic Power-Saving Mode

The Studio Color 575-S provides an automatic power-saving mode. When the
shutter is closed, lamp power decreases to 250 watts. When the shutter is reopened,
the lamp instantly returns to full power.

Introduction

Ease of Maintenance

Studio Color has been designed for the professional user. All electronics, motors,
and drive systems are easily accessible. Access to all color wheels, color motors,
and effects motors is provided via a removable impact resistance, high temperature
polymer front bezel. This front bezel is removable in seconds through two quick
release latches. All processor and power supplies are accessible by opening the
electronics housing and removing complete modules. Changing the lamp is quick
(typically less than 30 seconds) and convenient, being accessed through the rear of
the fixture via two access screws. The lamp assembly retains optimum lamp
alignment during movement and replacement.

Safety

The lamp cover is secured through a wiring harness for additional safety. Multi­point grounding is provided throughout for complete assurance of safe operation.
The bezel is secured to the unit by an additional safety cable. The fixture and all
electronics comply with current UL, CE, and CSA safety standards for
professional lighting fixtures.

Introduction I-7

Specifications

Models

Studio Color 575-S
Studio Color 575-M

Mechanical

Dimensions:

305.05 mm
(12.01 in.)

461.77 mm
(18.18 in.)

¹Note: the 575-S has a proprietary heat sink which extends the fixture depth by

37.84 mm (1.49 in.).

I-8 Studio Color User’s Manual

Studio Color

126.49 mm
(4.98 in.)

254 mm

(10.00 in.)

Figure 1. Side View Dimensions

37.84 mm¹
(1.49 in.)

15.74 mm
(.62 in.)

371.60 mm
(14.63 in.)

205.99 mm
(8.11 in.)

348.23 mm
(13.71 in.)

Introduction

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33.27 mm
(1.31 in.)

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484.63 mm
(19.08 in.)

Weight

575-S: 25.85 kg (57 pounds)
575-M: 30.68 kg (67.5 pounds)

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Introduction I-9

Electrical

Studio Color 575-S

Rated voltage: 100–230 V.A.C.¹
Rated current: 7.0 A @ 100 V/60 Hz.,

3.0 A @ 230 V/50 Hz.
Rated power: 700 W max.
Rated frequency: 50/60 Hz.
Max. ambient temperature, Ta: 40° C (104° F)
Max. exterior surface temperature: 140° C (284° F)
Power factor: 0.96 @ 230 V/50 Hz.,

1.0 @ 100 V/60 Hz.
Max. winding temperature, Tw: 130° C (266° F)
Max. capacitor temperature, Tc: 85° C (185° F)

Studio Color 575-M

Rated voltage: 208/230¹ V.A . C .
Rated frequency: 50/60 Hz.
Rated current: 3.2 A @ 208 V/60 Hz.,

3.0 A @ 230 V/50 Hz.
Rated power: 700 W max.
Max. ambient temperature, Ta: 40° C (104° F)
Max. exterior surface temperature: 140° C (284° F)
Power factor: 0.90 @ 60 Hz., 0.864 @ 50 Hz.
Max. winding temperature, Tw: 130° C (266° F)
Max. capacitor temperature, Tc: 100° C (212° F)

¹

Note: fixtures can operate with international 200, 240 and 250 V.A.C. supplies.

575-M fixtures must be re-tapped for some voltages. To retap 575-M
fixtures, contact your authorized dealer or High End Systems Service
Department.

I-10 Studio Color User’s Manual

Lamp

Lamp type: Use only M Series, GX 9.5 base, 575

watt, metal halide type lamp
MSR 575/2 color temperature: 6200° Kelvin
MSD 575 color temperature: 5600° Kelvin

WARNING: Use only the lamps purchased from High End Systems. These lamps

were specifically designed for use in Studio Color.

Communication

Protocol: USITT DMX-512
Start code: 00h
Maximum load: 32 fixtures per DMX link
Required channels: 16

Introduction

Termination: 120 Ω

Compliance

Studio Color 575-M and 575-S are compliant to the following standards:

• UL 1572

• CSA 22.2 Number 9

• EN 60598-1 : 1993

• EN 60598-2-17 : 1989 A1-A3 : 1993

• EN 55022, Class A ITE

• IEC 801-2, 1991 Level 2 (4/8 kV)

• IEC 801-3, Draft 5 Level 2 (3 V/m)

• IEC 801-4, 1988 Level 2 (1 kV/0.5 kV)

• FCC-Class A digital device

Available Controllers

The following controllers from Lightwave Research® may be used to operate
Studio Color:

Wholehog III Lighting Console
Hog2 PC controller

Additionally, most DMX-512 controllers may be used to operate Studio Color.

Introduction I-11

Accessories

The following items are currently available for Studio Color:

Accessory effect lenses (set of five) 99090029
Cheeseborough clamp 55040014
Color mixing assembly 80430044
Dark blue color filter 80510061
Orange color filter 80510060
Color corrector filter (full) 80510159
Purple color filter 80510063
Blue color filter 80510116
Green color filter 80510117
Indigo color filter 80510114
Magenta color filter 80510118
Yellow color filter 80510119
10-foot heavy duty data cable w/ Neutrik XLRs 55050005
25-foot heavy duty data cable w/Neutrik XLRs 55050006
50-foot heavy duty data cable w/ Neutrik XLRs 55050007
100-foot heavy duty data cable w/ Neutrik XLRs 55050008
Lightwave Research Upload Dongle 26040002
Ecodome™ 115 V (575-S only) 28010001
Ecodome 208/230 V 28010002
Keal Road Case for one fixture 26070000
Keal Road Case for two fixtures 26070001
Light snoot (fresnel light shield) 99190012
Philips MSR 575/2 lamp 55030045
Philips MSD 575 lamp 55030050
Safety cable 12040001

Studio Color User’s Manual 60600061
Studio Color Quick Reference Card 60600082

Notes: additional custom color filters are available from High End Systems. For

special applications, all Studio Color models are available in white. Contact
your authorized dealer or distributor for ordering information.

I-12 Studio Color User’s Manual

Front and Side Panels

A
B

C
D
E

F

Introduction

J

I

GH

Figure 2. Front Panel

A- Motor power supply indicator. This LED is on when the motor power supply has the

proper voltage.

B- Lamp power supply indicator¹. This LED is on when the lamp is on, off if the lamp

is turned off, or flashing if there is a malfunction.

C- 5V supply indicator. This LED is on when the logic board is being supplied with +5

volts.

D- Transmit data indicator. This LED is on when the fixture is the bus master (not the

controller).

E- Receive data indicator. This LED reflects the state of the received data.
F- 15-segment four character alpha-numeric LED display. The display provides data,

status, and internal diagnostic features.

G- <MENU> button. This button recalls the menu system and backs out of the current

field.

H- <ENTER> button. This button enters the current field.
I- Down arrow button. This button scrolls downward through data fields.
J- Up arrow button. This button scrolls upward through data fields.

¹Note: the 575-M LED will always remain on.

Introduction I-13

KLM

N

K- Line cord.
L- Data Out connector.
M- Data In connector.
N- Breaker/power switch.
O- QC/rating label.

I-14 Studio Color User’s Manual

O

Figure 3. Side Panels

Chapter 1 Installation and Setup

In this chapter you will:

S unpack Studio Color (1-1)
S construct a road case (1-2)
S construct line cord caps (1-5)
S learn the power requirements (1-5)
S construct data cables (1-5)
S construct terminators (1-6)
S install the lamp (1-7)
S mount the fixture (1-9)
S connect data cables (1-11)
S set the starting address (1-12)
S patch fixtures into the controller (1-14)
S configure your DMX controller to control Studio Color (1-15)

Unpack Studio Color

1

Introduction

Installation and

Setup

In this section you unpack your Studio Color and verify that it arrived complete
and without any damage.

Save the Shipping Materials

Do not discard the shipping carton and packing materials. The carton and packing
materials are specifically designed to protect the fixture during transport.

If you ever need to return a product for repair or maintenance, you must return it in
its original shipping carton and packing materials. You will be billed for a new
shipping carton and new packing materials if you return your Studio Color in a
non-factory shipping carton with non-factory packing materials.

Note: Before returning anything to the factory, be sure to call your High End

Systems Dealer/Distributor for a Return Authorization Number. The factory
can not accept any goods shipped without an RA number.

Inspect the Contents

The carton contains the following:

• Studio Color fixture

• Philips MSR 575/2 or MSD 575 series lamp

• Studio Color User’s Manual

• Studio Color Quick Reference Card

Chapter 1 Installation and Setup 1-1

Road Cases

If Studio Color fixtures will be transported after they are unpacked from their
original shipping box, a professional road case is strongly recommended. Road
cases must be purchased from High End Systems or constructed according to
the information in this section.

Minimum Material Requirements

Use the following materials to construct the road case:

• 3/4-inch pressed plywood

• 4 pound poly-ethylene foam

• steel or aluminum rivets

Construction Requirements

The road case must be constructed in a manner that supports the base and the
handles with the head pointed down and the yoke rotated 90°. Refer to Figure 1.1
and Figure 1.2.

Caution: For 575-S fixtures, allow a small gap in the foam around the heat sink to

ensure that the foam is not damaged by the heat from the fixture.

foam

foam over wood

supporting handles

fixture base

case exterior

foam over wood

supporting base

1-2 Studio Color User’s Manual

Figure 1.1. Road Case Construction Overhead View

Studio Color

1

Introduction

Installation and

Setup

Figure 1.2. Road Case Construction Side View

Chapter 1 Installation and Setup 1-3

Before You Begin Installation

Warning: Before you begin the installation read the following safety precautions.

1. Disconnect the fixture from power before removing the cover or changing the
lamp.

2. Allow the unit to cool for at least five minutes before removing cover or
accessing the lamp.

3. Wear protective gloves and goggles when working inside the unit.

Power Requirements

The following items must be used to provide power to Studio Color:

• 12 AWG stranded THHN or equivalent

• Branch Circuit Protection

• 20 A, high-surge thermal breakers (GE THQB, THQL, or equivalent). Refer to
Table 1.1.

Table 1.1: Breaker Requirements

575-S 575-M

Voltage Number of Fixtures per 20 A Breaker

110 3 n/a

208 5 3

230 6 4

Note: do not use magnetic type circuit breakers.

1-4 Studio Color User’s Manual

Line Cord Cap Construction

Studio Color is shipped without a line cord cap attached. Secure the line cord to
a line cord cap in accordance with the following code:

• green and yellow– earth

• blue– neutral

• brown– live
In the United States, use an integral cord grip that is rated either at 125 V 20 A

(NEMA 5-20) or 250 V 20 A (NEMA 6-20), depending on the available
supply.

In the United Kingdom, as the colours of the cores in the mains lead of this
equipment may not correspond with the coloured markings identifying the
terminals in your plug, proceed as follows:

• The core which is coloured green and yellow must be connected to the terminal in
the plug which is marked with the letter
green or green and yellow.

• The core which is coloured blue must be connected to the terminal which is
marked with the letter

• The core which is coloured brown must be connected to the terminal which is
marked with the letter

N or coloured black.

L or coloured red.

E or by the earth symbol, or coloured

1

Introduction

Installation and

Setup

WARNING: Class I equipment. This equipment must be earthed.

Data Cable Construction

Studio Color uses standard three-pin XLR connectors. You should construct
data cables using shielded, two conductor cable with male three-pin XLR
connectors at one end and a female three-pin XLR connectors on the other end.
You can use microphone cables if the pin connections are correct. Test each
cable with a volt-ohm meter for correct polarity and ensure that the negative
and positive pins are not grounded or shorted to the shield. Ensure that pin 1 is
shielded. Refer to

If your DMX controller uses five-pin data cables, you will need to construct or
purchase a five-pin to three-pin adapter.

Figure 1.3.

Figure 1.3. Data Cable Construction

Chapter 1 Installation and Setup 1-5

Terminator Construction

DMX-512 protocol recommends terminating resistors be used on the last
fixture on the link. You will need the following items to construct a
terminator:

• Male three-pin XLR connector

• 120 Ω resistor (¼ watt minimum)

To construct a terminator, complete the following procedure:

1. Disassemble the male XLR connector.

2. Solder a 120 Ω resistor, minimum of ¼ watt, between pins 2 and 3.

Ω

0

2

1

2

1

3

Figure 1.4. Terminator Construction

3. Reassemble the XLR connector.

1-6 Studio Color User’s Manual

Lamp Installation

You will need the following items to install or replace the lamp:

¼

inch hex wrench

•

• Philips MSR 575/2, MSD 575, or factory approved lamp

• Protective gloves

• Protective goggles

Note: do not mix lamp types! The MSR 575/2 and the MSD 575 have different color

temperatures and characteristics.

To install or replace the lamp, complete the following procedure:

1. Remove power from fixture. If the fixture has been in operation, allow it to

cool for at least five minutes before continuing.

2. Using the ¼-inch hex wrench, loosen the hex screws located at the rear of the

fixture and remove the lamp access cover. Refer to Figure 1.5.

1

Introduction

Installation and

Setup

Studio Color

Figure 1.5. Removing the Lamp Access Cap

3. Holding the lamp by its base, align the lamp leads to their female slots and

carefully push the lamp into the socket. Refer to

Warning: Do not touch the lamp with bare fingers. If the lamp is accidentally

touched, clean it immediately with a soft cloth and isopropyl alcohol
(C

O). An alcohol cloth is provided with each lamp.

3H8

Figure 1.6.

Chapter 1 Installation and Setup 1-7

Figure 1.6. Installing the Lamp

4. Place lamp assembly back into the housing and tighten the hex screws.

Caution: Do not overtighten the hex screws.

Note: when a lamp is replaced, remember to reset the lamp hours as outlined in

“Resetting Lamp Hours” on page 3-7. If you are using a 575-M, reset the
fixture hours as outlined in “Resetting Fixture Hours” on page 3-7.

1-8 Studio Color User’s Manual

Fixture Mounting

)

Studio Color may be mounted on the ground or at any angle on a truss.
Complete the instructions in the following subsections to mount the fixture
properly.

Caution: Keep flammable items at least 1 M away from fixture.

Floor Mounting

Complete the following procedure to mount a fixture on the floor:

1. Check to ensure that the rubber feet are installed on the base of the fixture
and place it on a flat surface. Refer to

Caution: Do not place the unit on a flat surface without the rubber feet installed.

Figure 1.7.

1

Introduction

Installation and

Setup

Studio Color

rubber feet (4

Figure 1.7. Floor Installation

Chapter 1 Installation and Setup 1-9

Truss Mounting

To mount the fixture on a truss, you will need the following equipment:

• (2) Safety cables

• (2) Cheeseborough clamps (recommended) or other mounting hardware

Complete the following procedure to mount the fixture to a truss:

1. Lay the fixture on its side and attach the mounting hardware to the
center holes on the base. Refer to

Figure 1.8

center holes

Figure 1.8. Attaching Mounting Hardware

2. Install the fixture on the truss and secure the mounting hardware.

3. Loop the safety cables through an outer hole on the base of the unit,
around the handle, and out the other outer hole. Refer to

Figure 1.9.

Figure 1.9. Safety Cable Installation

Caution: Do not place safety cables through the lower plate that connects to the

1-10 Studio Color User’s Manual

fixture yoke. Doing so may cause interference with the fixture’s pan
movement.

Data Cabling

To connect the data cables, complete the following procedure:

1. Connect the data cable from the controller to the Data In connector on the side

of the fixture. Refer to

Figure 1.10.

Figure 1.10. Data In and Data Out Connectors

2. Daisy chain additional fixtures by connecting the Data Out connector to the

Data In connectors on subsequent fixtures. Refer to Figure 1.11.

1

Introduction

Installation and

Setup

DMX controller

to additional

fixtures

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DATA INDATA OUT

POWER

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DATA OUT

DATA IN

DATA LINK

OUT

MIDI

IN OUT

SERIAL PORT

PERSONALITY

RS-232

A

POWER

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1 2 3 4

1 2 3 4 5 6 7 8

L

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ANALOG INPUTS

STEREO

CAUTION

1-6

7-12

AUDIO

SLAVEMASTER

FUSE

INPUT

REMOTE

1.6 amp

ENABLE

Figure 1.11. Daisy Chaining Fixtures

3. Install a terminator in the Data Out connector of the last fixture on each DMX

link.

4. Connect AC mains (power) and turn on the breaker located next to the power
cord on the side of each fixture. Refer to

Figure 1.10.

5. The fixture(s) will home and run through a built in self-test.

Note: if any error messages are present on the display, refer to Troubleshooting in

Appendix A.

voltage
select

115

Chapter 1 Installation and Setup 1-11

DMX Starting Channel

Use the following subsections to set the fixture DMX starting channel. Starting
channels may be set by fixture number (1-32) or DMX channel number (1-512). Either
way, each fixture uses 16 DMX channels.

Setting the Starting Channel by Fixture Number

To set the starting channel by fixture number, complete the following procedure:

1. Apply power to the fixture.

Note: to skip the homing process, simultaneously hold down the <MENU> and

ENTER> buttons immediately after applying power to the fixture.

<

2. Observe the display on the front of the fixture. Initially, it will display the
software version (

3. Press and hold the <MENU> button until the display changes to the AddR
field. Press the <ENTER> button to manipulate the address field. Refer to
Figure 1.12.

V xxx) and then the fixture number (F 01).

4. Using the up and down arrow keys on the front of the unit, set the desired

5. Press the <ENTER> key to store the appropriate fixture number. The

Note: if the <ENTER> key is not pressed, the unit will not store the starting

6. Press the <MENU> button to exit the menu.

1-12 Studio Color User’s Manual

Figure 1.12. Using the Front Panel

fixture number (

F 01 to F 32). The display will flash when it is moved

from the stored value.

display will stop flashing.

channel.

Setting the Starting Channel by DMX Channel Number

To set the starting channel by DMX channel number, complete the following
procedure:

Caution: if an incorrect starting channel is given, channels could overlap and produce

unexpected results.

1. Apply power to the fixture.

2. Observe the display on the front of the fixture. Initially, it will display the
software version (

3. Press and hold the <MENU> button until the display changes to AddR.
Refer to

4. Use the up and down keys to move to the SET field. Press <ENTER> to
enter the

5. Use the up and down keys to move to the CHNL field. Press <ENTER> to
enter the CHNL field.

6. Use the up and down keys to move to the DMX field. Press <ENTER> to
enable the fixture to accept addressing by DMX channel.

7. Press the <MENU> key to back out to the AddR (address) field.

8. Using the up and down keys on the front of the unit, set an the starting
channel from (
channels per fixture. Refer to Table 1.2 “DMX Starting Channel” on page
1-14 for assistance. The display will flash when it is moved from the stored
value.

Figure 1.12.

SET field.

Vxxx) and then the fixture number (F 01).

C 001 to C512). Studio Color fixtures require 16 DMX

1

Introduction

Installation and

Setup

9. Press the <ENTER> key to store the appropriate starting channel. The
display will stop flashing. The fixture address is stored in ROM and retains
its value until the value is changed.

Note: if <ENTER> is not pressed, the unit will not store the starting channel.

10. Press and hold the <MENU> button to exit the menu.

Chapter 1 Installation and Setup 1-13

Patching DMX Controllers

Use the following table to patch (set the correct starting address) DMX controllers.
If your starting channels are assigned by DMX channel number, set each starting
address by adding multiples of 16.

Table 1.2: DMX Starting Channel

Fixture

Number

1 1 9 129 17 257 25 385

2 17 10 145 18 273 26 401

3 33 11 161 19 289 27 417

4 49 12 177 20 305 28 433

5 65 13 193 21 321 29 449

6 81 14 209 22 337 30 465

7 97 15 225 23 353 31 481

8 113 16 241 24 369 32 497

DMX

Starting

Channel

Fixture

Number

DMX

Starting

Channel

Fixture

Number

DMX

Starting

Channel

Fixture

Number

DMX

Starting

Channel

1-14 Studio Color User’s Manual

DMX Control of Functions

Studio Color may be controlled by either by 8- or 16-bit DMX controllers.
Chapter 2 discusses all Studio Color functions in detail. Use the following
table to control Studio Color functions via DMX.

Table 1.3: DMX Control

DMX
Chan.

1 Pan MSB coarse positioning, 8 bit;

2 Pan LSB fine positioning 0-255 0-100 00-ffh

3 Tilt MSB coarse positioning, 8 bit;

4 Tilt LSB fine positioning 0-255 0-100 00-ffh

Function Description Decimal

0-255 0-100 00-ffh

8-bit controllers use only high
byte

0-255 0-100 00-ffh

8-bit controllers use only high
byte

Fader

percent

Hex

1

Introduction

Installation and

Setup

Chapter 1 Installation and Setup 1-15

Table 1.3: DMX Control

DMX
Chan.

5 Color

Function Description Decimal

functions

default- color wheel continuous
F1- allows the color mixing

wheels to make two com
plete rotations

F2- locks dim, color, and effect

systems to MSpeed

F3- enables forward color spins

on the fixed color wheel or
synchronized color mix
sequences

F4- enables reverse color spins

on the fixed color wheel or
random color mix cycling
from the subtractive color
wheels

F5- color wheel color lock and

quickest path

default
F3
F4
F5
F1
F1 and F3
F1 and F4
F1 and F5
F2
F2 and F3
F2 and F4
F2 and F5
F1 and F2
F1, F2, and F3
F1, F2, and F4
F1, F2, and F5

-

0
16
32
48
64
80
96
112
128
144
160
176
192
208
224
240

Fader

percent

0
8
14
20
26
33
39
45
51
58
64
70
76
83
89
95

Hex

00
10h
20h
30h
40h
50h
60h
70h
80h
90h
a0h
b0h
c0h
d0h
e0h
f0h

1-16 Studio Color User’s Manual

Table 1.3: DMX Control

DMX
Chan.

6 Color

Function Description Decimal

wheel

default- continuously variable

pos 0 - open
pos 1 - CTO
pos 2 - pink
pos 3 - magenta
pos 4 - red
pos 5 - aqua

F3- variable forward spins/syn­chronized color mix sequences
spin stop

spin forward slowest
spin forward fastest
color mix sequence slowest
color mix sequence fastest

F4- variable reverse spins /ran­dom color mix cycling

spin stop
spin reverse slowest
spin reverse fastest
color mix cycle slowest
color mix cycle fastest

0 & 255
44
86
128
170
213

0-3
4
127
128
255

0-3
4
127
128
255

Fader

percent

0 & 100
17
34
50
66
83

0-1
2
48
50
100

0-1
2
48
50
100

Hex

00 & ffh
2ch
56h
80h
aah
d5h

00-03h
04h
7fh
80h
ffh

00-03h
04h
7fh
80h
ffh

1

Introduction

Installation and

Setup

F5- color lock and quickest path
pos 0 - open
pos 1 - CTO
pos 2 - pink
pos 3 - magenta
pos 4 - red
pos 5 - aqua

7 Cyan mix red subtractive

cyan in
cyan out

8 Magenta

mix

9 Yellow

mix

green subtractive

magenta in
magenta out

blue subtractive

yellow in
yellow out

0-43
44-85
86-127
128-169
170-212
213-255

0
255

0
255

0
255

0-17
18-33
34-50
51-66
67-83
84-100

0
100

0
100

0
100

0-2bh
2ch-55h
56h-79h
80h-a9h
aah-d4h
d5h-ffh

00h
ffh

00h
ffh

00h
ffh

Chapter 1 Installation and Setup 1-17

Table 1.3: DMX Control

DMX
Chan.

10 Lens

11 Frost

12 Shutter closed

Function Description Decimal

full rotation, continuously vari-

wheel
(effects
wheel 1)

wheel
(effects
wheel 2)

able

open
wide angle filter
narrow horizontal shaping center
axis
wide vertical shaping center axis

full rotation, continuously
variable

open
frost
narrow vertical shaping center
axis
wide horizontal shaping center
axis

strobe slowest
strobe fastest
random strobe-low saturation
random strobe-high saturation
open

0 & 255
64

128
192

Fader

percent

0 & 100
25

50
75

Hex

00 & ffh
40h

80h
c0h

0 & 255
64

128

192

0-7
8
127
128
247
248-255

0 & 100
25

50

75

0-2
3
49
50
96
97-100

00 & ffh
40h

80h

c0h

00h-07h
08h
7fh
80h
f7h
f8h-ffh

13 Dimmer iris

closed
open

14 MSpeed movement speed

controller cross fade
slowest
fastest

15 Control¹ safe

home
shutdown²

16 Check-

sum

set to default value (00) 00 0 00h

0
255

0-3
4
255

0
64
128

0
100

0-1
2
100

0
25
50

0h
ffh

00-03h
04h
ffh

0h
40h
80h

¹ Note: the shutter must be closed to access control channel. The fixture must receive

the value for 0.5 second before it instigates a Control function.

² Note: only available on the 575-S.

1-18 Studio Color User’s Manual

Chapter 2 Operation

In this chapter you will learn how to use:

S MSpeed (2-1)
S pan and tilt (2-2)
S dim (2-3)
S strobe (2-3)
S color mixing (2-3)
S color functions (2-4)
S beam shaping (2-5)
S remote fixture shut down (2-5)
S remote homing (2-5)

Overview

This chapter explains the capabilities of Studio Color in detail and provides
helpful programming tips.

2

Introduction

Operation

MSpeed

MSpeed (motor speed) is the time required to complete motor movement from
one position to another. MSpeed provides a means for all motors to reach their
target position at the same time. The following functions can use MSpeed:

• pan

• tilt

• dim

• fixed color wheel

• cyan color wheel

• magenta color wheel

• yellow color wheel

• effects wheel 1

• effects wheel 2
Note: to attach MSpeed to dim, color systems, and the effects wheels, refer to "Color

Functions" on page 2-4.

MSpeed is not linearly scaled, it is exponentially scaled. Refer to Figure 2.1.

Chapter 2 Operation 2-1

270
255
240
225
210
195
180
165
150
135
120
105

90

time in seconds

75
60
45
30
15

0

0 32 64 96 128 160 192 224 256

DMX value

Figure 2.1. MSpeed Values

Note: the darker region in the above figure indicates DMX values 0-3 which disable

MSpeed and allow the controller to crossfade the fixture.

For a MSpeed conversion chart, refer to "Converting DMX Values to MSpeed
Times" on page C-5.

Pan and Tilt

Studio Color has the capability of 370° pan and 240° tilt movement. When
programming pan and tilt sequences, consider MSpeed as a new position may be given
before the last position was reached (MSpeed greater than delay). Studio Color
supports both 8-bit and 16-bit DMX controllers. Channels 1 and 3 provide coarse
positioning of approximately 1° while Channels 2 and 4 provide fine positioning
between the 1° steps. Studio Color provides 16-bit internal processing of pan and tilt
movement. If you are using an 8-bit DMX controller, we recommend using MSpeed to
provide smooth and natural motion between programmed positions.

Studio Color 575-S includes optical encoders which instantly correct the pan
and tilt positions if the fixture is heavily jarred. The fixture will attempt to
correct the positions numerous times before it times out.

2-2 Studio Color User’s Manual

Dimming

Studio Color has full dimming capability without changing the color
temperature. This is accomplished through a dimming iris. Dimming is linearly
scaled with 256 values to provide smooth and accurate motion. When dim is
set to 0, the shutter will close. To control dimming, use DMX channel 13 and a
value from 0 (closed) to 255 (full).

Strobe Effects

Studio Color produces strobe effects through the use of a mechanical shutter.
120 random strobe functions and 120 continuously variable strobe effects are
provided. Additionally, the shutter can be used as a gate for instantaneous
blackout. Strobe effects are accessed though DMX channel 12.

Color Mixing

Studio Color can achieve over 100 million colors through the use of its fixed
color wheel and subtractive color mixing system. Appendix C contains a chart of
common gel colors and the values to acquire them from the color mixing systems.

2

Introduction

Operation

Fixed Color Wheel

The fixed color wheel is controlled through DMX channel 6. The factory fixed
color wheel contains the following primary colors:

• Position 1-white (open)

• Position 2- ¾ CTO¹ (color temperature orange)

• Position 3-pink

• Position 4-magenta

• Position 5-red

• Position 6-aqua
¹Note: the stock ¾ CTO is easily replaced with optional ½ or full CTOs.

Subtractive Color Wheels

The subtractive color mixing system uses the following color wheels and DMX
channels:

• cyan- DMX channel 7

• magenta- DMX channel 8

• yellow- DMX channel 9

The subtractive color wheels uses a proprietary gradiated pattern for even color
mixing.

Chapter 2 Operation 2-3

Color Functions

Studio Color offers five color functions. Color functions are accessed through
DMX channel 5. Multiple color functions can be combined for additional
flexibility. The following subsections discuss the individual color functions.

Double Rotation of Color Mixing Wheels

Function 1 enables the color mixing wheels to make two complete rotations. This
provides quicker color selection if the color is located on the saturated side of the
color mixing wheel. This also allows movement over the edges of the wheel for
special effects (saturated color and open for partial colors).

Enable MSpeed On Color Functions

Function 2 allows the dim, color mixing system, fixed color wheel, and effects
wheels to attach to MSpeed. When this function is enabled, the motors will reach
their programmed setting at the MSpeed time. When this function is not used, the
motors are crossfaded by the controller.

Forward Color Spins and Synchronized Color Mix Sequences

Function 3 allows the fixed color wheel to spin forward or allows synchronized
color mix sequences with the color mixing wheels. The forward color spin
provides 123 variable speeds.

The synchronized color mix sequences provide color chases with 127 variable
speeds.

Reverse Color Spins and Random Color Mix Cycling

Function 4 allows the fixed color wheel to spin in reverse or allows random color
mix cycling of the color mixing wheels. The spin control provides 123 variable
speeds.

The random color mix cycling provides color chases with 127 variable speeds.

Color Lock and Quickest Path

Function 5 allows the fixed color wheel to snap on whole colors. It also rotates the
wheel in the quickest path for the desired color. For example, if you are on open
(1) and need to reach color 6, the wheel rotates directly to 6 instead of through four
additional colors. If Function 5 is not enabled, the fixture defaults to continuous
motion of the fixed color wheel. This allows varying degrees of the color and
partial colors. In the default mode, the fixed color wheel can spin one complete
rotation.

2-4 Studio Color User’s Manual

Beam Shaping

Studio Color utilizes lenticular, frost, and convex lenses to refract light
without decreasing light output. This allows for a wide variety of beam
shaping effects beyond the possible combinations from mechanical systems.
The system uses two independent effect wheels to accomplish this task. The
following options are available on their respective wheels:

Effects Wheel 1:Beam Shaping (DMX channel 10)

• Variable wide angle lens

• Variable narrow horizontal to wide vertical beam shaping

2

Introduction

Effects Wheel 2: Beam Shaping (DMX channel 11)

• Variable frost lens

• Variable narrow vertical to wide horizontal beam shaping

Remote Shutdown

Studio Color 575-S can be remotely shutdown through DMX. To shutdown a
fixture, complete the following procedure:

1. Set DMX Channel 12 (Shutter) to a value of 0 on the appropriate fixture(s).
This will unlock Channel 15 (Control channel).

2. Set DMX Channel 15 (Control) to a value of 128 (50%) on the appropriate
fixture(s). The value must be sent for 0.5 seconds before the fixture(s) will
shutdown. The fixture(s) will close the gate and iris, turn off all motors, and
extinguish the lamp.

Remote Homing and Lamp Restrike

To home Studio Color and restrike the lamp from a DMX console, complete
the following procedure:

Operation

1. Set DMX Channel 12 (Shutter) to a value of 0 on the appropriate fixture(s).
This will unlock Channel 15 (Control channel).

2. Set DMX Channel 15 (Control) to a value of 64 (25%) on the appropriate
fixture(s). The value must be sent for 0.5 seconds before the fixture homes.
The display will indicate
process.

RST (reset), strike the lamp, and HOME during the

Chapter 2 Operation 2-5

2-6 Studio Color User’s Manual

Chapter 3 Menu System

In this chapter you will:

S be provided with a menu map (3-2)
S use the address menu (3-5)
S use the information menu (3-6)
S use the test menu (3-11)
S use the mode menu (3-13)
S use the set menu (3-14)

Overview

The built-in menu system offers a number of features from setting the starting
channel to viewing DMX data.

3

Introduction

Menu System

Figure 3.1. Fixture Menu

Use the keys on the front panel to perform the following functions:

• up and down arrow keys- scroll through data fields

• <MENU>-brings up the menu system and backs out of current field

• <ENTER>- enters the current field

Chapter 3 Menu System 3-1

Menu Map

The following information is a complete map of the menu system.

AddR-fixture address

INFO

L/HR- lamp hours†
L/ST- lamp strikes†
VER- software version
L/RS- resets lamp hours and lamp strikes†
F/HR- fixture hours
F/RS- resets fixture hours

TEMP

CURR- current internal temperature
MINT- minimum internal temperature
MAXT- maximum internal temperature
RST- reset temperature

DMX

FIXT

ERRS- DMX errors
CSUM- checksum
CNTL- control value
MSPd- MSpeed value
dIM- dim value
SHUT- shutter value
FRST- frost wheel value
LENS- lens wheel value
CYAN- cyan wheel value
YELW- yellow wheel value
MAGN- magenta wheel value
CLR- color value
CLRF- color function value

3-2 Studio Color User’s Manual

TILT- tilt value
PAN- pan value

COdE

STRT- start code
CE- checksum errors
OV- overrun errors
FE- framing errors

dATA

C001- C512- shows DMX data on the selected channel

SENP- pan sensor
TPOS- tilt position
PPOS- pan position
dUTY- encoder duty cycle
PCOR- pan or tilt corrections†

TEST

TIME- main loop time
SVCC- sensor power
SEN2- sensor 2
SEN1- sensor 1
SENT- tilt sensor

HOME- homes the fixture
S/UP- places the fixture in setup mode

SELF

ALL- runs through all self tests
dIM- test
SHUT- test
FRST- test
LENS- test
CYAN- test

3

Introduction

Menu System

YELW- test
MAGN- test
COLR- test
TILT- test
PAN- test

Chapter 3 Menu System 3-3

MOdE

SET

FUNC

F1- reserved
F2- reserved
F3- reserved

bOOT- stores the new boot code into the Flash ROM

LAMP

STAT- lamp status†
LOFF- turns lamp off†
L ON- turns lamp on†

M1- reserved
M2- reserved
XLd- cross-loads fixture code

FACT- sets factory defaults

CHNL

dMX- set the starting channel by DMX channel number
AddR- set the starting channel by fixture number

dSPL

ON- turns the display on
OFF- turns the display off

dIM- dims the display
P/IN- pan invert
T/IN- tilt invert
SWAP- swap pan and tilt

S/dN

5 MN- sets shutdown time for 5 minutes

10MN- sets shutdown time for 10 minutes

LAMP

575W- 575 watt setting

250W- 250 watt setting†
PCAL- pan calibration ±20 in .4° increments
TCAL- tilt calibration ±20 in .4° increments

†Note: 575-S model only.

3-4 Studio Color User’s Manual

Address Menu

Use the following subsection to manipulate the AddR functions for setting the
starting channel.

Setting the Starting Channel

The starting channel can be set by fixture number or DMX channel address. To
change the way the starting channel is set,
DMX Channel or by Fixture Number” on page 3-14. To set the starting address by
fixture number, complete the following procedure:

1. Observe the display. Initially, it will display the software version (Vxxx)
and then the fixture number (

2. Press and hold the <MENU> button until the display changes to AddR.

3. Press the <ENTER> button to edit the AddR field.

4. Using the up and down buttons on the front of the unit, set the address. The
display will flash when it is moved from the previous value.

5. Press the <ENTER> key to accept the appropriate channel. The display will
stop flashing.

Note: if the <ENTER> key is not pressed, the fixture will not store the starting

channel.

refer to “Setting the Starting Channel by

F 01).

3

Introduction

Menu System

Chapter 3 Menu System 3-5

Information Menu

Use the following subsections to perform the functions contained within the

INFO menu.

Viewing Lamp Hours

To view the number of lamp hours, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <

ENTER> button. The display will indicate L/HR.

3. Press the <ENTER> button to enter the field and display the lamp hours.

Note: this feature is only available on the 575-S.

Viewing Lamp Strikes

To view the number of times the lamp has attempted to strike, complete the
following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <ENTER> button.

3. Using the up and down buttons, scroll down to the L/ST field and press
<

ENTER>. The fixture will display the number of times the lamp has

attempted to strike.

Notes: lamp strikes are automatically reset when the lamp hours are reset. Refer to

“Resetting Lamp Hours” on page 3-7. This feature is only available on the
575-S.

Viewing System Version Number

To view the system version number (software revision level), complete the
following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <

ENTER> button.

3. Using the up and down buttons, scroll down to the VER field and press
<

ENTER>. The fixture will display the current system version.

3-6 Studio Color User’s Manual

Resetting Lamp Hours

To reset lamp hours and lamp strikes, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <

ENTER> button.

3. Using the up and down buttons, scroll down to the L/RSfield and hold
down <

Note: this feature is only available on the 575-S.

Viewing Total Fixture Hours

Fixture hours are provided as an extra timing function. To view total fixture hours
(total hours the fixture has spent on), complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <

3. Using the up and down buttons, scroll down to the F/HRfield and press
<ENTER>. The fixture will display the lamp hours.

ENTER> until the fixture resets the lamp hours to 0000.

ENTER> button.

3

Introduction

Menu System

Note: fixture hours can be used to determine lamp hours for the 575-M.

Resetting Fixture Hours

To reset the fixture hours, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <ENTER> button.

3. Using the up and down buttons, scroll down to the F/RSfield and hold
down <

Viewing the Current Internal Temperature

To view the fixture’s internal temperature, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <ENTER> button.

3. Using the up and down buttons, scroll down to the TEMP field and press
the <

4. Using the up and down buttons, scroll down to the CURR field and press
the <ENTER> button.

ENTER> until the fixture resets the fixture hours to 0000.

ENTER> button.

5. The fixture will display the internal temperature followed by C (degrees
centigrade).

Chapter 3 Menu System 3-7

Viewing the Minimum Internal Temperature

To view the fixture’s minimum internal temperature (lowest ambient at power on),
complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press

ENTER> button.

the <

3. Using the up and down buttons, scroll down to the TEMP field and press
the <

ENTER> button.

4. Using the up and down buttons, scroll down to the MINT field and press
the <

ENTER> button.

5. The fixture will display the minimum internal temperature followed by C
(degrees centigrade).

Viewing the Maximum Internal Temperature

To view the fixture’s maximum internal temperature (since the last reset),
complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <

ENTER> button.

3. Using the up and down buttons, scroll down to the TEMP field and press
the <ENTER> button.

4. Using the up and down buttons, scroll down to the MAXT field and press
the <

ENTER> button.

5. The fixture will display the maximum internal temperature followed by C
(degrees centigrade).

Resetting Temperature Readings

To reset the minimum and maximum temperature readings, complete the
following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <

ENTER> button.

3. Using the up and down buttons, scroll down to the TEMP field and press
the <

ENTER> button.

4. Using the up and down buttons, scroll down to the RST field and press the
<

ENTER> button.

3-8 Studio Color User’s Manual

Viewing DMX Errors and Function Values

DMX errors and individual function values can be viewed. This feature is provided
for advanced users and troubleshooting fixtures. The following values and errors
can be viewed:

• ERRS- DMX errors

• CSUM- checksum

• CNTL- control channel

• MSPd- MSpeed

• dIM- dim

• SHUT- shutter

• FRST- effects wheel 1 position

• LENS- effects wheel 2 position

• CYAN- cyan wheel position

• YELW- yellow wheel position

• MAGN- magenta wheel position

• CLR- fixed color wheel position

• CLRF- color function

• TILT- tilt position

• PAN- pan position

• STRT- start code

• CE- checksum errors

• OV- overrun errors

• FE- framing errors
To view any item listed above, complete the following procedure:

3

Introduction

Menu System

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press

the <ENTER> button.

3. Using the up and down buttons, scroll down to the VIEW field and press
the <

ENTER> button.

4. Using the up and down buttons, scroll down to the dMX field and press the
<ENTER> button.

5. Using the up and down buttons, scroll down to the FIXT field and press
the <

ENTER> button.

6. Using the up and down buttons, scroll to desired field listed above and
press the <

ENTER> button to view the DMX value.

Chapter 3 Menu System 3-9

Viewing DMX Data by Channel Number

Studio Color provides a built-in DMX viewer. To view DMX data by channel,
complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <

ENTER> button.

3. Using the up and down buttons, scroll down to the VIEW field and press
the <

ENTER> button.

4. Using the up and down buttons, scroll down to the dMX field and press the

ENTER> button.

<

5. Using the up and down buttons, scroll down to the dATA field and press
the <

ENTER> button.

6. Using the up and down buttons, scroll to desired channel (C001-C512)
and press the <

ENTER> button to view the DMX value.

Viewing Supplemental Fixture Data

Supplemental fixture data is provided for advanced users and troubleshooting. The
following items can be viewed:

• SENP- checks for pan homing tab on the sensor (homed)

• TPOS- checks the tilt position from the encoder

• PPOS- checks the pan position from the encoder

• dUTY- encoder duty cycle and phase angle

• SENT- checks for tilt homing tab on the sensor (homed)

• PCOR- number of pan and tilt corrections

• TIME- additional internal timer for the main loop

• SVCC- checks sensor power on all sensors

• SEN2- checks for effects wheel 2 homing tab on the sensor (homed)

• SEN1- checks for effects wheel 1 homing tab on the sensor (homed)

• SENT- checks for tilt homing tab on the sensor (homed)
To view supplemental fixture data, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the INFO field and press
the <ENTER> button.

3. Using the up and down buttons, scroll down to the VIEW field and press
the <

ENTER> button.

4. Using the up and down buttons, scroll down to the COdE field and press
the <ENTER> button.

5. Using the up and down buttons, scroll to desired field listed above and

3-10 Studio Color User’s Manual

press the <

ENTER> button to view the DMX function.

Test Menu

Use the following subsections to perform the functions contained within the

TEST menu.

Manually Homing the Fixture

To manually home the fixture, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the TEST field and press
the <

ENTER> button. The screen will display HOME.

3. Press the <ENTER> button to home the fixture. The display will indicate

RST (reset) and HOME during the process. The fixture will

automatically reset the display when the process is complete.

Moving the Fixture to Setup Position

Caution: The setup position is used only by service personnel before maintenance

routines.

To place the fixture in setup position before service, complete the following
procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the TEST field and press
the <

ENTER> button.

3. Using the up and down buttons, scroll down to the S/UP field and press
the <ENTER> button. The display will indicate SET NOW while the
motors are electronically locked into place.

4. Perform the appropriate maintenance procedures.

5. Press the <MENU> button to reset and home the fixture.

3

Introduction

Menu System

Chapter 3 Menu System 3-11

Self Tests

Studio Color has the following self tests to check the following functions:

• ALL- runs through each self test twice

• dIM- dimming iris moves from closed to full open

• SHUT- moves through all strobe functions

• FRST- rotates the effects wheel 2 from 0 to 255 and back to 0 (dim at full)

• LENS-rotates effects wheel 1 through 4 positions (dim at full)

• CYAN- rotates the cyan color wheel from 0 to 255 and back to 0 (dim at full)

• YELW- rotates the yellow color wheel from 0 to 255 and back to 0 (dim at
full)

• MAGN- rotates the magenta color wheel from 0 to 255 and back to 0 (dim at
full)

• COLR- rotates from position 1 to 6 (dim at full)

• TILT- moves the tilt motor from 0º to 370º

• PAN- moves the pan from 0º to 240º

To begin the self-test function, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the TEST field and
press the <

ENTER> button.

3. Using the up and down buttons, scroll down to the desired test from the
choices above and press <ENTER>. The fixture will perform the
desired test.

4. To exit the test in progress, press the <MENU> button.

Changing Functions

The function modes are reserved for future use.

Changing Boot Codes

When Studio Color is uploaded, occasionally it is necessary to include a new boot
code with the new software. This is apparent when bOOT dIff appears in the
display. To accept and store the new boot code, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the TEST field and press
the <

ENTER> button.

3. Using the up and down buttons, scroll down to the bOOT field and press
the <ENTER> button. The fixture will display DONE, RST, and home.

Caution: Do not remove power from the fixture during the above procedure.

3-12 Studio Color User’s Manual

Mode Menu

Use the following subsections to perform the functions contained within the

MOdE menu.

Selecting Operational Mode 1

Reserved for future use.

Selecting Operational Mode 2

Reserved for future use.

Cross-Loading Fixtures

Studio Color can cross-load software from one fixture to all other fixtures on the
same link (32 fixtures per link). To cross-load software, complete the following
procedure:

1. Disconnect the data cable between controller and the first fixture.

2. Hold the <MENU> button on the master fixture until the display changes to

AddR.

3. Using the up and down buttons, scroll down to the MOdE field and press
the <

ENTER> button.

4. Using the up and down buttons, scroll down to the XLd field and press
the <ENTER> button. The master fixture will upload its software to all
connected fixtures on the link. The slave fixtures will display
during the process.

Notes: if the fixture(s) take longer than one minute to reset after an upload, turn off

the fixture(s) and repeat the procedure. Cross-loading can also be
instigated by holding down both arrow keys on the master fixture when it is
turned on.

UPLd

3

Introduction

Menu System

Chapter 3 Menu System 3-13

Set Menu

Use the following subsections to perform the functions contained within the

SET menu.

Turning On and Off Factory Presets

To revert fixture settings back to factory presets, complete the following
procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the
<

ENTER> button. The display will indicate FACT.

3. Press the <ENTER> button again to enter the field.

4. Using the up and down buttons, turn the factory presets to ON or OFF
and press the <ENTER> button.

Setting the Starting Channel by DMX Channel or by Fixture Number

To change the addressing to DMX channel or to fixture number, complete the
following procedure:

Note: the factory preset is by fixture number.

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the
<ENTER> button.

3. Using the up and down buttons, scroll down to the CHNL field and press
the <

ENTER> button.

4. Using the up and down buttons, select either AddR (fixture number) or

dMx (DMX channel) and press the <ENTER> button.

5. Press the <MENU> button twice to return the display to normal operation.

Setting Display Output

To set the display’s output, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the
<

ENTER> button.

3. Using the up and down buttons, scroll down to the dSPL field and press
the <ENTER> button.

4. Using the up and down buttons, select either ON, OFF, or dIM and

3-14 Studio Color User’s Manual

press the <ENTER> button.

Inverting Pan

When fixtures are mounted backwards (display away in back), Studio Color can
invert the pan motion. To internally invert pan, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the

ENTER> button.

<

3. Using the up and down buttons, scroll down to the P/IN field and press
the <

ENTER> button.

4. Using the up and down buttons, select either ON or OFF and press the
<

ENTER> button.

Inverting Tilt

When fixtures are mounted on the floor (upside down) Studio Color can invert tilt
movement. To invert tilt, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the
<

ENTER> button.

3. Using the up and down buttons, scroll down to the T/IN field and press
the <

ENTER> button.

4. Using the up and down buttons, select either ON or OFF and press the
<ENTER> button.

Swapping Pan and Tilt

When fixtures are mounted sideways, Studio Color can swap the pan and tilt
functions. To swap the pan and tilt functions, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the
<

ENTER> button.

3. Using the up and down buttons, scroll down to the SWAP field and press
the <ENTER> button.

4. Using the up and down buttons, select either ON or OFF and press the
<

ENTER> button.

3

Introduction

Menu System

Chapter 3 Menu System 3-15

Setting Fixture Shutdown Time

Studio Color can automatically shut itself down when controller is turned off or
the link is unplugged (no DMX data is present). To set the shutdown time,
complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the
<

ENTER> button.

3. Using the up and down buttons, scroll down to the S/dN field and press
the <

ENTER> button.

4. Using the up and down buttons, set the shutdown time in minutes at 5

5MN) or 10 minutes (10MN) and press the <ENTER> button.

(

Setting the Lamp Power

For special applications, the lamp in the Studio Color 575-S can be set to 250
watts. This feature decreases light output, decreases heat, and saves power.

Notes: do not mix fixtures that have different lamp power settings. The light output

is different.

Warning: Never install a 250 watt lamp into a Studio Color fixture. The lamp may

explode and will malfunction.

To set the lamp power, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the
<

ENTER> button.

3. Using the up and down buttons, scroll down to the LAMP field and press
the <

ENTER> button.

4. Using the up and down buttons, set the lamp power to either 575W or

250W and press the <ENTER> button. After a time delay, the fixture will

adjust the lamp to appropriate new power level.

Notes: if you are using the 250 watt setting, the lamp will initially power up to 575

watts (warm up) for the first ten minutes of operation and then change to
250 watts. If you revert to the factory default settings, the lamp power
setting will remain unaffected.

3-16 Studio Color User’s Manual

Calibrating Pan

Pan position is easily calibrated for precise preset positions. Pan can be adjusted in
.4° increments up to 8°. To calibrate pan, complete the following procedure:

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the

ENTER> button.

<

3. Using the up and down buttons, scroll down to the PCAL field and press
the <

ENTER> button.

4. Using the up and down buttons, set the pan calibration from (-020to

+020) and press the <ENTER> button.

5. Check the calibration by homing the fixture. Repeat the procedure as
necessary.

Calibrating Tilt

Tilt position is easily calibrated for precise preset positions. Tilt can be adjusted in
.4° increments up to 8°. To calibrate tilt, complete the following procedure:

3

Introduction

1. Hold the <MENU> button until the display changes to AddR.

2. Using the up and down buttons, scroll down to the SET field and press the
<

ENTER> button.

3. Using the up and down buttons, scroll down to the TCAL field and press
the <ENTER> button.

4. Using the up and down buttons, set the tilt calibration from (-020to

+020) and press the <ENTER> button.

5. Check the calibration by homing the fixture. Repeat the procedure as
necessary.

Menu System

Chapter 3 Menu System 3-17

3-18 Studio Color User’s Manual

Appendix A Troubleshooting and Maintenance

In this appendix you will:

S fill out a technical support checklist (A-1)
S contact High End Systems (A-2)
S troubleshoot problems (A-2)
S perform maintenance (A-11)
S upload software (A-13)

Overview

This appendix provides directions for troubleshooting problems that may be
preventing you from installing or operating your Studio Color properly. Before
calling for technical assistance, follow the recommended procedures in this appendix
to diagnose and solve many potential hardware and software problems.

If the procedures in this appendix do not solve your problem and you need to call for
assistance, please provide the support technician with the information outlined in the
"Support Checklist" provided in this appendix.

Before You Begin

Caution: Before you perform any troubleshooting procedures read the following personal

and equipment safety precautions.

1. Wear hand and eye protection.

2. Wait at least five minutes before handling fixture after operation.

Support Checklist

Technical support can provide you with faster service if you can provide the
following information when you call:

S Customer name
S Country, if other than U.S.A.
S Phone number and facsimile number
S Fixture serial number
S Error messages on your Studio Color display
S Description of your problem and the troubleshooting procedures that you have performed

so far to diagnose and resolve your problem

S Software version

A

Introduction

Troubleshooting

and Maintenance

Appendix A Troubleshooting and Maintenance A-1

Acquiring Help

If can not resolve a problem with this appendix, contact your authorized High End Systems
dealer or contact High End Systems Technical Service through the following numbers:

U.S. and Canada From 8 a.m. to 6 p.m. (U.S. Central time) Monday through

Friday: [phone]

FAX: [phone]

Voice mail: [phone] or [phone]

California Office From 8 a.m. to 6 p.m. (U.S. Pacific time) Monday through Friday:

[phone]

FAX: [phone]

24-hour World Wide Web Site http://www.highend.com

Service Web Site http://info.highend.com/service/service.html

FTP Site ftp.highend.com

Europe Voice: [phone]

FAX: [phone]

Singapore Voice: [phone]

FAX: [phone]

Troubleshooting

This section provides information on diagnosing and solving operational problems. If
a solution to your problem cannot be found in the following subsections, contact your
authorized dealer or High End Systems Technical Support. Please note that nearly every
possible problem is documented to speed troubleshooting, but most are extremely unlikely to
ever occur.

The following troubleshooting topics are covered in their subsections:

• "Display Error Messages" on page A-3

• "General Troubleshooting" on page A-7

• "Upload Troubleshooting" on page A-9

• "Onboard Self-Tests" on page A-10

• "Testing DMX Data" on page A-10

A-2 Studio Color User’s Manual

Display Error Messages

Studio Color contains an elaborate and comprehensive set of tests and messaging. Use the
following table to identify and report errors to a qualified service technician.

Table A.1:Display Error Messages

Display

Message

AddR
LOST

AddR
OVER

bOOT
dIFF
ERR

COOL

EMEM
ERR

Problem Explanation Solution

EEPROM address
was unreadable

• fixture was unable to
recover fixture

• refer to qualified

address

stored address
value stored is out
of range

boot code differ­ences

• new logic board with­out a stored address

• EEPROM was erased

• current boot code
does not match new

• set the starting

• refer to “Changing

boot code

the lamp is too hot
to strike

EEPROM error • data is not readable

• lamp must cool
before it can restrike

from

PINV,
TINV, dSPL,
CHNL, SWAP,
LSTA, LPLV,
MODE, S/dN,
LHRS, FHRS,
L/ST, or LSTA

• the fixture will

• refer to qualified

service personnel

channel

Boot Codes” on
page 3-12

restrike the lamp as
soon as it cools

service personnel

A

Introduction

Troubleshooting

and Maintenance

ERSE
FLSH

FMEM
ERR

FPGA
ERR

ID ERR

cannot erase the
flash ROM

• bad comm board

• bad data bus

flash ROM error • read/write error from

flash ROM

FPGA error • read/write error from

the Field Programma­ble Gate Array

ID or unique num­ber error

• error reading ID

• error reading unique
fixture ID

Appendix A Troubleshooting and Maintenance A-3

• refer to qualified
service personnel

• refer to qualified
service personnel

• refer to qualified
service personnel

• refer to qualified
service personnel

Table A.1:Display Error Messages

Display

Message

LAMP
OUT ERR

LAMP
TOUT
ERR

LINK
BUSY

Problem Explanation Solution

lamp has extin­guished during
operation

lamp time-out error • lamp too hot to

• dead lamp

• power supply failure

restrike

• replace lamp, refer

• refer to qualified

• allow time for the

• dead lamp

• replace lamp, refer

other data present
on the link during a

• ignitor error

• controller is still con­nected to the link

• refer to qualified

• disconnect control-

cross load

to

"Replacing the
Lamp" on page A­11

service personnel

lamp to cool, and
home the fixture to
restrike the lamp

to

"Replacing the
Lamp" on page A­11

service personnel

ler

LINK
ERR

OVER

OVER
TEMP

link error • bad cable(s)

• no data

• bad data

• output from previous
fixture is bad

• bad comm board

value counter is out
of range

• lamp strikes, lamp
hours, or fixture hours
have rolled over 9999

fixture is over tem­perature

• temperature is too
high

• test and replace
cable(s) as neces­sary

• test data line

• test data line

• test by bypassing
previous fixture

• refer to qualified
service personnel

• reset the out of
range item

• fixture is too close
to a major heat
source

• check and reduce
ambient tempera

-

ture

A-4 Studio Color User’s Manual

Table A.1:Display Error Messages

Display

Message

PAN DRV
ERR

PAN
CONN

PAN
ENCD

PAN ERR

Problem Explanation Solution

pan driver error • motor wire shorted to

ground

• driver chip bad

• bad motor

pan connector is
disconnected

pan encoder failure • external obstruction

pan homing error • loose pinion gear

• pan connector is dis­connected at the logic
board or at the sensor

• bad connector

• loose motor cable

• incorrect cabling to
pan input

• bad sensor

• refer to qualified

• refer to qualified

• remove obstruction

• refer to qualified

• run self-test and

service personnel

service personnel

service personnel

refer to qualified
service personnel

PRGM
TIME

SVCC
ERR

SENS
TOUT

• bad motor

program time has
expired during an
upload

sensor power error • bad board

sensor time-out • fixture attempted to

• bad board • refer to qualified

• loose cable

correct pan/tilt posi
tion without success
due to a physical
obstruction

• bad sensor 1 or 2

service personnel

• refer to qualified
service personnel

• remove the

-

obstruction and
reset the fixture

• refer to qualified
service personnel

A

Introduction

Troubleshooting

and Maintenance

Appendix A Troubleshooting and Maintenance A-5

Table A.1:Display Error Messages

Display

Message

SEN1
ERR

SEN2
ERR

Problem Explanation Solution

cyan color mixing,
fixed color wheel,
or effects wheel 1

• problem with cyan
wheel tab, sensor, or
motor

• run self-test on

• refer to qualified

• problem with fixed
color wheel tab, sen

-

sor, or motor

• problem with effects
wheel 1 tab, sensor,
or motor

• bad sensor 1

magenta, yellow, or
effects wheel 2

• problem with
magenta wheel tab,
sensor, or motor

• run self-test on

• refer to qualified

• problem with yellow
wheel tab, sensor, or
motor

sensor 1

service personnel

sensor 2

service personnel

TILT
CONN

TILT DRV
ERR

TILT
ENCD

TILT
ERR

• problem with effects
wheel 2 tab, sensor,
or motor

• bad sensor 2

tilt connector is dis­connected

• tilt connector is dis­connected at the logic
board or at the sensor

tilt driver error • motor wire shorted to

ground

• bad driver chip

• bad motor

tilt encoder failure • external obstruction

• bad connector

tilt homing error • loose pinion gear

• loose motor cable

• incorrect cabling to
tilt input

• refer to qualified
service personnel

• refer to qualified
service personnel

• remove obstruction

• refer to qualified
service personnel

• run self-test and
refer to qualified
service personnel

A-6 Studio Color User’s Manual

• bad sensor

• bad motor

General Troubleshooting

Use the following table to troubleshoot problems that may not be indicated by the menu
system.

Table A.2. General Troubleshooting

Problem Probable Cause Solution

Unit will not turn on • no power

• breaker is turned off

• power connectors

• power line filter

Unit functions but
lamp does not strike

Lamp is dimmer than
other units

• bad lamp

• incorrect voltage on
the 575-M version

• lamp is too hot from
operation (unit turned
off and on)

• bad ballast

• ignitor connection is
loose

• lamp is set for 250
watts

• wrong voltage on
575-M version

• connect power

• turn breaker on

• refer to qualified technician

• refer to qualified technician

• replace lamp

• provide correct power source
or refer to qualified service
technician to move power tap

• leave the unit turned on, when
the lamp’s temperature drops,
it will restrike

• refer to qualified technician

• refer to qualified technician

• set the lamp to 575 watts as
outlined in “Setting the Lamp
Power” on page 3-16

• provide correct power source
or refer to qualified service
technician to move power tap

A

Introduction

Troubleshooting

and Maintenance

Unit will not home
properly

Color system is not
producing the correct
color

Pan or tilt position is
off

• bad lamp

• different type of lamp

• belt(s) is loose

• bad sensor(s)

• unit is not homed
properly

• unit is not homed
properly

• belt tension too loose

• replace lamp

• replace lamp with identical
type

• tighten belt(s)

• refer to qualified technician

• home the unit

• home the unit

• tighten belt(s)

Appendix A Troubleshooting and Maintenance A-7

Table A.2. General Troubleshooting

Problem Probable Cause Solution

Unit is not respond­ing to controller

Unit is producing
unexpected results

Display is not
functioning

Cracks have devel­oped in the color
mixing wheels­“stress relieving fis
sures”

• wrong fixture DMX
address

• bad data cable(s)

• link not terminated

• incorrect DMX start­ing address on the
controller

• last fixture is not ter­minated

• display is turned off

• power connectors are
loose

• bad logic board

• heat and natural
expansion of the glass

-

• set the address as outlined in
“Address Menu” on page 3-5

• check and replace data cables
as needed

• terminate link as outlined in
"Data Cabling" on page 1-11

• Refer to "DMX Starting Chan­nel" on page 1-12

• terminate fixture

• Refer to “Setting Display Out­put” on page 3-14

• refer to qualified technician

• refer to qualified technician

• stress relieving fissures are
normal and do not in any way
degrade the functionality or the
performance of the fixture

A-8 Studio Color User’s Manual

Upload Troubleshooting

This subsection provides information for troubleshooting upload problems.

Table A.3: Upload Troubleshooting

Problem Probable Cause Solution

Not all fixtures on
link are receiving
download

Status Cue displays:

Fixture could not
erase flashrom

Status Cue displays:

WARNING: No
response from Fix
ture xx (Link xx
Address xx)

Fixture displays

bOOT dIFF

• unit(s) turned off

• bad cable(s)

• cable(s) disconnected

• the XLR cable(s) was
disconnected

• bad cable(s)

• the fixture's electrical
circuitry is damaged

• Status Cue was con­figured with a Studio

-

Color at that address
but no fixtures were
found there

• fixture(s) using RS­422 is physically con­nected before Studio
Color fixtures

• new software also
included boot code
(normal)

• turn on unit(s)

• test and replace cable(s) as
necessary

• reconnect cable(s)

• reconnect XLR cable(s)

• replace cable(s)

• refer to qualified service
personnel

• if there is not a fixture at that
address, nothing is wrong

• check connections

• check to ensure fixture is
turned on

• remove the fixture(s) from the
data link or move them after
Studio Color fixtures

• refer to “Changing Boot
Codes” on page 3-12

A

Introduction

Troubleshooting

and Maintenance

Fixtures are not
cross-loading

• a controller is
connected to the link

• fixture(s) using RS­422 is physically
connected before Stu­dio Color fixtures

• disconnect the controller and
attempt the upload again

• remove the fixture(s) from the
data link or move them after
Studio Color fixtures

Appendix A Troubleshooting and Maintenance A-9

Onboard Self-Tests

Studio Color has on-board self-tests to diagnose problems. If you are experiencing
problems that you suspect are mechanical, perform the tests outlined in

“Self Tests” on

page 3-12.

Testing DMX Data

Studio Color has the ability to view any of the 512 DMX channels on its link. This is a
very useful feature to ensure Studio Color and other fixtures are receiving the correct data
from your DMX controller. To test individual DMX data by channel, perform the
procedures outlined in

“Viewing DMX Data by Channel Number” on page 3-10. To view
DMX errors, overrun errors, framing errors, and start code errors refer to the procedures
outlined in

“Viewing DMX Errors and Function Values” on page 3-9.

A-10 Studio Color User’s Manual

Maintenance

This section provides information for basic maintenance. Studio Color does not
require regular maintenance besides lamp changes and cleaning. If other maintenance
is required, refer servicing to a qualified technician.

Replacing the Lamp

To replace the lamp, follow the procedures outlined in "Lamp Installation" on page 1-7.

Cleaning

You should clean your Studio Color on a regular basis. Dust, dirt, and smoke (cigarette
and oil-based fog fluid) can accumulate and cause malfunctions.

Warnings: Do not submerse in liquid. There are no user serviceable parts inside.

Servicing should only be conducted by a qualified technician. If any liquid
(soda, beer, etc.) has been spilled on or into the Studio Color, contact High
End Systems technical support before attempting to service the fixture.
Disconnect the fixture from power before cleaning. Exterior surfaces can
reach 140° C. Wait five minutes before touching any surface.

Exterior

To clean the exterior surfaces:

• Wipe with a soft damp cloth or tissue, or use a small vacuum to remove any built­up dust and dirt. Do not use a blower, as this will force dirt into the fixture.

• For stubborn substances (grime and serious build up), use Industrial Strength
Green 409™ cleaner (sparingly) and a soft cloth.

A

Introduction

Troubleshooting

and Maintenance

Appendix A Troubleshooting and Maintenance A-11

Lens Interior

To clean the interior of the lens, perform the following procedure:

1. Disconnect power from the unit. If the unit has been in operation, allow it to
cool for at least five minutes.

2. Unlatch the latches on the top and bottom of the bezel. Refer to Figure A.1.

latch latch

Studio Color

3. Detach the safety cable from the bezel and pull the bezel off unit.

4. Wipe with a soft damp cloth or tissue, or use a small vacuum to remove the
built-up dust and dirt.

5. Replace the bezel and safety cable.

6. Relatch the bezel.

A-12 Studio Color User’s Manual

Figure A.1. Removing the Bezel

Software Updates

Studio Color software is easily upgradeable through the following means:

• Status Cue

• Upload Dongle

• another Studio Color
To acquire the latest software version, refer to "Acquiring Help" on page A-2.

Status Cue

To update Studio Color software through Status Cue, complete the following
procedure:

1. Copy the latest Studio.s19 file to the Status Cue directory (if necessary).

2. Select Device upload... from the File drop-down menu. This brings up the

Device Code Upload dialogue box. Refer to Figure A.2.

Figure A.2. Device Code Upload Dialogue Box

3. Select Studio Color check box from the list of available devices.

4. Select the appropriate check box for the fixture(s) to upload.

5. Click the OK button to start uploading. This brings up the Device Upload

Status

display will quickly flicker and display UPLd to indicate it is uploading. The

Device Upload Status dialogue box indicates the number of fixtures that are

being uploaded and the progress of the upload.

information box. Refer to Figure A.3. During the upload, the fixture’s

A

Introduction

Troubleshooting

and Maintenance

Appendix A Troubleshooting and Maintenance A-13

Figure A.3. Device Upload Status Inf ormation Window

6. When the update has successfully completed, the Process field will indicate

Finished! Click the OK button to complete the procedure.

Note: Status Cue provides upload communication with Studio Color fixtures. If any error

messages are received, refer to

"Upload Troubleshooting" on page A-9.

A-14 Studio Color User’s Manual

Upload Dongle

To use the upload dongle, you will need the following items:

• High End Systems parallel-to-DMX dongle (p/n 99190009)

• 386-based or faster PC

• MS DOS® v3.3 or later

• 1 MB free disk space

• dongle software

• latest Studio Color binary file (studioxx.bin)
Connect the dongle to the computer and install its software as outlined in the

instructions provided with the dongle. To upload software from the dongle, complete
the following procedure:

1. In DOS, enter the Studio Color upload directory by typing cd scupload at
the

c:\ prompt.

2. Copy the latest studioxx.bin file into the upload directory.

3. Type upload to start the program.

4. The program will cause the fixtures to strobe for 30 seconds and then it starts
the upload. Optionally, you may press <R> to instantly run the upload or <Q>
to quit the program.

5. The display will indicate the fixtures and the status of the upload.

Notes: the dongle software provides bi-directional upload communication with Studio

Color fixtures. If any error messages are received, refer to
Troubleshooting" on page A-9.

Another Studio Color

This procedure is covered in “Cross-Loading Fixtures” on page 3-13.

"Upload

A

Introduction

Troubleshooting

and Maintenance

Appendix A Troubleshooting and Maintenance A-15

A-16 Studio Color User’s Manual

Appendix B Accessory Installation

In this chapter you will:

S install accessory dichroic glass (B-2)
S install an accessory lens (B-7)
S install a light snoot (B-8)

Overview

This appendix provides information on accessory installation. A list of
approved accessories is provided in the “Introduction” on page I-12.

Caution: Do not install accessories that are not specified by High End Systems. Doing

so may damage the fixture and void the warranty.

Warning: Before performing any procedure in this Appendix, adhere to the following

safety precautions:

• disconnect the unit from power

• allow the unit to cool for a minimum of 10 minutes

B

Introduction

Installation

Accessory

Appendix B Accessory Installation B-1

Dichroic Glass Installation

You will need the following items to install dichroic glass into your Studio Color:

• phillips-head screw driver

• accessory dichroic glass
Note: Studio Color uses the same dichroic glass catalogue as Cyberlight® and

Cyberlight CX.

To install dichroic glass, complete the following procedure:

1. Remove power from the fixture and place it on a flat surface.

2. Remove the bezel by releasing the two latches located in the middle of the
fixture head. Refer to

Figure B.1.

latch latch

Studio Color

Figure B.1. Removing the Bezel

3. Remove the safety cable from its latch and set the bezel aside.

4. Disconnect the stepper motor drive cable from its connector. Refer to Figure
B.2.

B-2 Studio Color User’s Manual

heat plate

stepper motor

drive cable

screw 1 of 4

Figure B.2. Stepper Drive Cable Removal

5. Using a phillips-head screw driver, remove the four screws holding the optical
assembly to the heat plate and remove the assembly.

6. Turn the optical assembly over so that the stepper motors are resting on the
table.

7. Remove the six screws holding the strobe plate to its standoffs. Refer to Figure
B.3.

B

Introduction

Installation

Accessory

Appendix B Accessory Installation B-3

remove these

screws (4)

o

r

t

s

y

l

b

m

e

s

s

a

e

b

remove these

screws (4)

Figure B.3. Removing the Strobe Plate

8. Remove the two screws securing the L-brackets to the sides of the optical
assembly. Refer to

Figure B.3.

9. Lift the strobe assembly straight up and away from the remaining optical
assembly. Refer to

Figure B.4.

color wheel

B-4 Studio Color User’s Manual

Figure B.4. Locating the Color Wheel

10. Take special note of the index positions on the color wheel. Refer to Figure
B.5.

2

¾ CTO

4

Magenta

index tab

Pink

3

5

Red

6

Aqua

1

Open

Figure B.5. Color Wheel and Factory Index Positions

11. Gently push the glass towards the spindle in the center of the color wheel (A),
lift the edge away from the spindle (B), and remove the glass. Refer to

Figure

B.6.

A. B.

5

Red

5

Red

Figure B.6. Removing the Dichroic Glass

Caution: Do not bend or lift the inner tabs up, as you could damage them.

12. Using the above steps in reverse, install the new dichroic into the color wheel
with the coated side down (towards the lamp).

Appendix B Accessory Installation B-5

B

Introduction

Installation

Accessory

13. Take note of the new positions on the color wheel.

14. Reinstall the strobe assembly by replacing the eight screws removed in Step 7
and Step 8.

15. Place the optical assembly back into the head and replace the four screws
removed in

Step 5.

16. Reconnect the stepper motor power cable.

17. Replace the bezel, secure the safety cable to its clamp, and relatch the bezel.

Note: the bezel can only be replaced one way to ensure the safety cable can connect to

its bracket.

B-6 Studio Color User’s Manual

Accessory Lens Installation

To complete this procedure, you will need the following items:

• accessory lens

• phillips screw driver
Complete the following procedure to install an accessory lens:

1. Remove power from the fixture and place it on a flat surface.

2. Remove the bezel by releasing the two latches located in the middle of the
head. Refer to

3. Remove the safety cable from its latch and set the bezel on a flat surface.

4. Using a phillips-head screw driver, loosen the four screws securing the clips to
the lens and rotate the clips 90°. Refer to

Figure B.1.

Figure B.7.

remove these

screws (4)

Figure B.7. Lens Removal

5. Remove the old lens and install the new lens in its place.

6. Rotate the clips back in place and tighten the four screws. Check to ensure the
lens is secure by attempting to rotate it.

7. Reinstall the bezel, attach the safety clip, and relatch the bezel.

Note: the bezel can only be correctly replaced one way to allow the use of the safety

cable.

Appendix B Accessory Installation B-7

B

Introduction

Installation

Accessory

Light Snoot

Studio Color has an optional light snoot which can be installed to eliminate the
light leak common with Fresnel lenses.

To complete this procedure, you will need the following items:

• light snoot

• phillips screw driver
Complete the following procedure to install the light snoot:

1. Remove power from the fixture and place it on a flat surface.

2. Remove the bezel by releasing the two latches located in the middle of the
head. Refer to

3. Remove the safety cable from its latch and set the bezel on a flat surface.

4. Using a phillips-head screw driver, loosen the four screws securing the clips to
the lens and rotate the clips 90°. Refer to Figure B.7.

5. Remove the lens and set it aside.

6. Place the light snoot under the four securing clips with the lip pointing
outwards and replace the lens. Refer to Figure B.8.

Figure B.1.

B-8 Studio Color User’s Manual

Figure B.8. Installing the Light Snoot (Exploded View)

7. Rotate the clips back in place and tighten the four screws. Refer to Figure B.9.
Check to ensure the lens is secure by attempting to rotate it.

Figure B.9. Installed Light Snoot

8. Reinstall the bezel, attach the safety clip, and relatch the bezel.

Note: the bezel can only be correctly replaced one way to allow the use of the safety

cable.

Warning: when the fixture is in operation, the light snoot will become very hot.

Take heed to not burn yourself.

B

Introduction

Installation

Accessory

Appendix B Accessory Installation B-9

B-10 Studio Color User’s Manual

C

Introduction

Supplemental

Information

Appendix C Supplemental Information

In this appendix you will:

S match common gel colors (C-1)
S convert DMX values to MSpeed times (C-5)

Color Matching

This appendix provides the DMX values and fader percentages to
approximately match common gel colors with Studio Color. Additional color
matches are available on the High End Systems web site. The color matches
were created at full intensity with Studio Color and PAR 64 fixtures. The
reference PAR 64 fixtures used 1000-watt tungsten lamps. Due to fixture
variations and lamps, minor adjustments may be required.

Use the following table match common gel colors. R depicts a Rosco® gel
color, L depicts a Lee® gel, and LHT depicts a high temperature Lee gel.

Table C.1: Color Matching

Fixed

Color

Name

No Color
Blue

Mist Blue R61 0 0% 255 100% 196 77% 168 66%

Booster
Blue

Pale Blue R63 0 0% 255 100% 223 87% 189 74%

Light
Steel Blue

Daylight
Blue

Cool Blue R66 0 0% 255 100% 221 87% 166 65%

Color

#

R60 0 0% 255 100% 189 74% 166 65%

R62 0 0% 255 100% 255 100% 201 79%

R64 0 0% 171 67% 223 87% 255 100%

R65 0 0% 158 62% 255 100% 209 82%

Color

Wheel

DMX
Va lue

Fixed
Color

Wheel

%

Red

DMX

Va lue

Red

%

Green
DMX

Va l ue

Green

%

Blue

DMX

Va l ue

Blue

%

Light Sky
Blue

R67 0 0% 135 53% 222 87% 255 100%

Appendix C Supplemental Information C-1

Table C.1: Color Matching

Color

Name

Color

#

Fixed
Color

Wheel

DMX
Va l ue

Fixed
Color

Wheel

%

Red

DMX

Va l ue

Red

%

Green
DMX
Va l ue

Green

%

Blue
DMX
Va l ue

Blue

%

Sky Blue R68 0 0% 30 9% 161 63% 255 100%

Brilliant

R69 0 0% 36 14% 255 100% 199 78%

Blue

Nile Blue R70 0 0% 166 65% 255 100% 163 64%

Sea Blue R71 0 0% 110 43% 255 100% 171 67%

Azure

R72 0 0% 115 45% 255 100% 176 69%

Blue

Peacock

R73 0 0% 84 33% 255 100% 148 58%

Blue

Light

R76 0 0% 0 0% 255 100% 194 76%
Green
Blue

Green

R77 0 0% 17 7% 181 71% 255 100%
Blue

Trudy

R78 0 0% 158 62% 168 66% 255 100%
Blue

Green

R80 0 0% 5 2% 122 48% 255 100%
Blue

Urban

R81 0 0% 56 22% 150 58% 255 100%
Blue

Clearwater R360 0 0% 255 100% 189 74% 166 65%

Tipton

R362 0 0% 255 100% 222 87% 207 81%
Blue

Aquama-

R363 0 0% 255 100% 240 94% 176 69%
rine

Blue Bell R364 0 0% 181 71% 191 75% 255 100%

Tharon

R365 0 0% 217 85% 201 79% 255 100%
Delft Blue

C-2 Studio Color User’s Manual

Table C.1: Color Matching

C

Introduction

Supplemental

Information

Fixed

Color

Name

Bermuda
Blue

Alice Blue R378 0 0% 150 59% 132 52% 255 100%

Medium
Yellow

Medium
Amber

Gold
Amber

Scarlet L024 0 0% 255 100% 34 13% 49 19%

Bright
Red

Color

#

R376 0 0% 105 41% 255 100% 181 71%

L010 0 0% 255 100% 158 62% 15 6%

L020 0 0% 255 100% 84 33% 18 7%

L021 0 0% 255 100% 18 7% 41 16%

L026 0 0% 255 100% 255 100% 0 0%

Color

Wheel

DMX
Va lue

Fixed
Color

Wheel

%

Red

DMX

Va lue

Red

%

Green
DMX

Va l ue

Green

%

Blue

DMX

Va l ue

Blue

%

Medium
Red

Light Pink L035 0 0% 255 100% 115 45% 112 44%

Medium
Pink

Dark
Magenta

Light Lav­ender

Lavender L058 0 0% 153 60% 94 37% 255 100%

Deep
Amber

Orange LHT

Magenta L113 0 0% 255 100% 0 0% 38 15%

Peacock
Blue

LHT
027

L036 0 0% 255 100% 84 33% 112 44%

L046 0 0% 255 100% 0 0% 71 28%

L052 0 0% 255 100% 128 50% 148 58%

L104 0 0% 255 100% 115 45% 15 6%

105

L115 0 0% 43 17% 255 100% 110 43%

0 0% 255 100% 255 100% 33 13%

0 0% 255 100% 99 39% 0 0%

Appendix C Supplemental Information C-3

Table C.1: Color Matching

Color

Name

Color

#

Fixed
Color

Wheel

DMX
Va l ue

Fixed
Color

Wheel

%

Red

DMX

Va l ue

Red

%

Green
DMX
Va l ue

Green

%

Blue
DMX
Va l ue

Blue

%

Light Blue L118 0 0% 46 18% 255 100% 186 73%

Dark

L124 0 0% 26 10% 255 100% 38 15%

Green

Mauve L126 0 0% 255 100% 0 0% 158 62%

Medium

L132 0 0% 0 0% 166 65% 255 100%

Blue

Primary

L139 0 0% 0 0% 255 100% 0 0%

Green

Deep

L158 0 0% 227 89% 36 14% 0 0%

Orange

Chrome

L179 0 0% 255 100% 87 34% 0 0%

Orange

Dark Lav­ender

L180 0 0% 102 40% 79 31% 255 100%

C-4 Studio Color User’s Manual

Converting DMX Values to MSpeed Times

Use the following table to convert DMX values and fader percentages to the
desired MSpeed time.

Table C.2: DMX Values to MSpeed Times

C

Introduction

Supplemental

Information

MSpeed

DMX Value Fader %

1 0.4 0.15 23 9 215.9

2 0.8 0.15 24 9.4 214

3 1.2 0.15 25 9.8 212.2

4 1.6 252.7 26 10.2 210.4

5 2 250.7 27 10.6 208.5

6 2.4 248.7 28 11 206.7

7 2.7 246.7 29 11.4 204.9

8 3.1 244.7 30 11.8 203.1

9 3.5 242.7 31 12.2 201.3

10 3.9 240.8 32 12.5 199.5

11 4.3 238.8 33 12.9 197.7

Time in

Seconds

DMX Value Fader %

MSpeed

Time in

Seconds

12 4.7 236.8 34 13.3 195.9

13 5.1 234.9 35 13.7 194.2

14 5.5 233 36 14.1 192.4

15 5.9 231 37 14.5 190.6

16 6.3 229.1 38 14.9 188.9

17 6.7 227.2 39 15.3 187.2

18 7.1 225.3 40 15.7 185.4

19 7.5 223.4 41 16.1 183.7

20 7.8 221.5 42 16.5 182

21 8.2 219.6 43 16.9 180.3

22 8.6 217.8 44 17.3 178.6

Appendix C Supplemental Information C-5

Table C.2: DMX Values to MSpeed Times

MSpeed

DMX Value Fader %

Time in

DMX Value Fader %

Seconds

45 17.6 176.9 71 27.8 135.9

46 18 175.2 72 28.2 134.4

47 18.4 173.6 73 28.6 132.9

48 18.8 171.9 74 29 131.5

49 19.2 170.4 75 29.4 130

50 19.6 168.6 76 29.8 128.6

51 20 167 77 30.2 127.2

52 20.4 165.3 78 30.6 125.7

53 20.8 163.7 79 31 124.3

54 21.2 162.1 80 31.4 122.9

55 21.6 160.5 81 31.8 121.5

MSpeed

Time in

Seconds

56 22 159.9 82 32.2 120.1

57 22.4 157.5 83 32.5 118.7

58 22.7 155.7 84 32.9 117.4

59 23.1 154.1 85 33.3 116

60 23.5 152.6 86 33.7 114.6

61 23.9 151 87 34.1 113.3

62 24.3 149.5 88 34.5 111.9

63 24.7 147.9 89 34.9 110.6

64 25.1 146.4 90 35.3 109.3

65 25.5 144.9 91 35.7 108

66 25.9 143.3 92 36.1 106.6

67 26.3 141.8 93 36.5 105.3

68 26.7 140.3 94 36.9 104.1

69 27.1 138.8 95 37.3 102.8

70 27.5 137.3 96 37.6 101.5

C-6 Studio Color User’s Manual