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D4K35
U s e r M a n u a l
020-100773-02
D4K35
U s e r M a n u a l
020-100773-02
NOTICES
COPYRIGHT AND TRADEMARKS
Copyright ©2014 Christie Digital Systems USA Inc. All rights reserved.
All brand names and product names are trademarks, registered trademarks or trade names of their respective holders.
GENERAL
Every effort has been made to ensure accuracy, however in some cases changes in the products or availability could occur which may not be reflected in this document. Christie reserves the right to make changes to specifications at any time without notice. Performance specifications are typical, but may vary depending on conditions beyond Christie's control such as maintenance of the product in proper working conditions. Performance specifications are based on information available at the time of printing. Christie makes no warranty of any kind with regard to this material, including, but not limited to, implied warranties of fitness for a particular purpose. Christie will not be liable for errors contained herein or for incidental or consequential damages in connection with the performance or use of this material. Canadian manufacturing facility is ISO 9001 and 14001 certified.
WARRANTY
Products are warranted under Christie’s standard limited warranty, the complete details of which are available by contacting your Christie dealer or
Christie. In addition to the other limitations that may be specified in Christie’s standard limited warranty and, to the extent relevant or applicable to your product, the warranty does not cover: a. Problems or damage occurring during shipment, in either direction.
b. Projector lamps (See Christie’s separate lamp program policy).
c. Problems or damage caused by use of a projector lamp beyond the recommended lamp life, or use of a lamp other than a Christie lamp supplied by Christie or an authorized distributor of Christie lamps.
d. Problems or damage caused by combination of a product with non-Christie equipment, such as distribution systems, cameras, DVD players, etc., or use of a product with any non-Christie interface device.
e. Problems or damage caused by the use of any lamp, replacement part or component purchased or obtained from an unauthorized distributor of
Christie lamps, replacement parts or components including, without limitation, any distributor offering Christie lamps, replacement parts or components through the internet (confirmation of authorized distributors may be obtained from Christie).
f. Problems or damage caused by misuse, improper power source, accident, fire, flood, lightning, earthquake or other natural disaster.
g. Problems or damage caused by improper installation/alignment, or by equipment modification, if by other than Christie service personnel or a
Christie authorized repair service provider.
h. Problems or damage caused by use of a product on a motion platform or other movable device where such product has not been designed, modified or approved by Christie for such use.
i. Problems or damage caused by use of a projector in the presence of an oil-based fog machine or laser-based lighting that is unrelated to the projector.
j. For LCD projectors, the warranty period specified in the warranty applies only where the LCD projector is in “normal use” which means the LCD projector is not used more than 8 hours a day, 5 days a week.
k. Except where the product is designed for outdoor use, problems or damage caused by use of the product outdoors unless such product is protected from precipitation or other adverse weather or environmental conditions and the ambient temperature is within the recommended ambient temperature set forth in the specifications for such product.
l. Image retention on LCD flat panels.
m.Defects caused by normal wear and tear or otherwise due to normal aging of a product.
The warranty does not apply to any product where the serial number has been removed or obliterated. The warranty also does not apply to any product sold by a reseller to an end user outside of the country where the reseller is located unless (i) Christie has an office in the country where the end user is located or (ii) the required international warranty fee has been paid.
The warranty does not obligate Christie to provide any on site warranty service at the product site location.
PREVENTATIVE MAINTENANCE
Preventative maintenance is an important part of the continued and proper operation of your product. Please see the Maintenance section for specific maintenance items as they relate to your product. Failure to perform maintenance as required, and in accordance with the maintenance schedule specified by Christie, will void the warranty.
REGULATORY
The product 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 product is operated in a commercial environment. The product 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 the product in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at the user’s own expense.
CAN ICES-3 (A) / NMB-3 (A)
이 기기는 업무용 (A 급 ) 으로 전자파적합등록을 한 기기이오니 판매자 또는 사용자는 이점을 주의하시기 바라며 , 가정 외의 지역에서 사용하는 것을
목적으로 합니다 .
Environmental
The product is designed and manufactured with high-quality materials and components that can be recycled and reused. This symbol means that electrical and electronic equipment, at their end-of-life, should be disposed of separately from regular waste. Please dispose of the product appropriately and according to local regulations. In the European Union, there are separate collection systems for used electrical and electronic products. Please help us to conserve the environment we live in!
Table of Contents
1: Introduction
2: Installation and Setup
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ii
3: Connect Devices to the Projector
4: Adjust the Image
Electronic Screen Masking .......................................................................................................4-7
5: Projector Operation
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Table of Contents
6: Projector Menus
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7: Maintenance
8: Troubleshooting
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Table of Contents
A: Specification
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Table of Contents
B: Serial API
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1 Introduction
This manual is intended for professionally trained operators of Christie high-brightness projection systems.
These operators are qualified to replace the lamp and air filter, but should not attempt to install or service the projector.
Only accredited Christie technicians who are knowledgeable about the hazards associated with high-voltage, ultraviolet exposure, and the high temperatures generated by the projector lamp are authorized to assemble, install, and service the projector.
1.1
Labels and Markings
These warning labels can appear on the projector:
DANGER Indicates a hazardous situation which that result in death or serious injury.
WARNING serious injury.
Indicates a hazardous situation which, if not avoided, could result in death or
Indicates a hazardous situation that could result in minor or moderate injury.
NOTICE! Addresses practices not related to personal injury.
WARNING
Never look directly into the projector lens or at the lamp. The extremely high brightness can cause permanent eye damage. For protection from ultraviolet radiation, keep all projector housings intact during operation. Protective safety gear and safety goggles are recommended when servicing.
WARNING FIRE HAZARD! Keep hands, clothes, and all combustible material away from the concentrated light beam of the lamp.
Position all cables where they cannot contact hot surfaces or be pulled or tripped over.
1) The American Conference of Governmental Industrial Hygienists
(ACGIH) recommends occupational UV exposure for an 8-hour day to be less than 0.1
microwatts per square centimeters of effective UV radiation. An evaluation of your workplace is advised to assure employees are not exposed to cumulative radiation levels exceeding the government guidelines for your area. 2) Be aware that some medications are known to increase sensitivity to UV radiation.
This projector must be operated in an environment that meets the operating range specification.
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Section 1: Introduction
1.2
AC / Power Precautions
To correctly install this projector, a certified electrician must install a permanent a single-phase connection from the projector to the AC supply. Operate the projector at the recommended voltage.
WARNING
Disconnect projector from AC before opening any enclosure.
1) DO NOT allow anything to rest on the power cord. Locate the projector where the cord cannot be abused by persons walking on it or objects rolling over it. Never operate the projector if the power cable appears damaged in any way.
2) DO NOT overload power outlets and extension cords as this can result in fire or shock hazards.
3) Note that only qualified service technicians are permitted to open any enclosure on the product and only if the AC has been fully disconnected from the product.
Power Cords and Attachments
WARNING 1) Verify that you are using a line cord, socket and power plug that meets the appropriate local rating standards. 2) Use only an AC power cord recommended by Christie.
Do not attempt operation if the AC supply and cord are not within the specified voltage and power range.
Use only the attachments and/or accessories recommended by Christie. Use of others may result in the risk of fire, shock or personal injury.
1.3
Lamp Precautions
Lamps used in the projector are under high pressure and you must handle them with caution. Lamps can explode and cause serious personal injury if they are dropped or mishandled.
DANGER EXPLOSION HAZARD! Wear authorized protective safety gear whenever the lamp door is open!
Recommended protective clothing includes, but may not be limited to a polycarbonate face shield, protective gloves, and a quilted ballistic nylon jacket or a welder’s jacket. This equipment is included in included in the Christie Protective Clothing Safety Kit #598900-095.
NOTE: Christie’s protective clothing recommendations are subject to change. Any local or federal specifica- tions take precedence over Christie recommendations.
DANGER
Lamp may explode causing bodily harm or death. 1) Always wear protective clothing whenever lamp door is open or while handling lamp. 2) Verify those within the vicinity of the projector are also suited with protective clothing. 3) Never attempt to access the lamp while the lamp is on. Wait at least 10 minutes after the lamp turns OFF before powering down, disconnecting from AC and opening the lamp door.
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Section 1: Introduction
The arc lamp operates at a high pressure that increases with temperature. Failure to allow the lamp to sufficiently cool prior to handling increases the potential for an explosion causing personal injury or property damage.
1.4
Contacting Your Dealer
If you encounter a problem with your Christie projector, contact your dealer. To assist with the servicing of your projector, enter the information in the tables and keep this information with your records.
Table 1.1 Purchase Record
Dealer:
Dealer or Christie Sales/Service Contact Phone Number:
Projector Serial Number*:
Purchase Date:
Installation Date:
* The serial number can be found on the license label located on the front panel.
Table 1.2 Ethernet Settings
Default Gateway
Projector IP Address
Subnet Mask
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Section 1: Introduction
1.5
Projector Overview
The D4K35 is a professional quality, easy-to-use splitbody DMD™ projector utilizing Digital Light
Processing (DLP™) technology from Texas
Instruments. It’s unique separation of projector and lamp power supply means both parts can be installed with greater ease, providing the ideal solution for tight spaces and challenging installations. Integrating smoothly into traditional projection environments The
D4K35 offers stunning wide screen, high-resolution
2D images at 30 fps. D4K35 interfaces with local networks throughout the world, and supports DVI source material for multimedia presentations from a variety of formats.
1.5.1 Key Features
• Three-chip 4K DLP light engine
• 4096 x 2160 native pixel format
• 2.0, 3.0, 4.5, and 6.0kW Xenon lamps available
• Supports theatre screens up to approximately 100 feet in width
• Touch Panel Controller (TPC) running Windows
XPe for main projector interface. Verify you have the latest software by visiting http://www.christiedigital.com
.
• Seamless switching between 292 and DVI inputs
Figure 1-1 D4K35 Projector (shown with 7kW external lamp power supply)
• One 10/100BaseT Ethernet port for connection to in-theatre Ethernet hub
• Two RS-232 ports for communication: one for Christie-supported peripherals and one for TI
• One GPIO port for control of automation
• One Simple Contact Closure Input (SCCI) for automated Lamp Start and Dowser operation, as well as a
Health Status output signal
• Two DVI-D inputs for display of copy protected alternate content
• Two USB ports on the back of the TPC for direct laptop connection, useful during setup and local software downloads
• One 3D port for interfacing to third-party 3D systems
• LiteLOC™ feature for constant image brightness
• LampLOC™ feature for motorized three-axis lamp alignment
• Electronically operated “quick” douser
• Motorized lens mount
• LED indicators on the rear corners of the projector for easy-to-read status indication
• Secure, encrypted communication protocol with multi-level password access
• High-security lock on SPB2 boundary for front electronics and content protection
• Low and medium-security locks or captive fasteners on access doors for internal maintenance
• Replaceable air filters (no tools required)
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• Capability to split power supply for use of Uninterruptible Power Supply (UPS) to power head electronics
• Optional Rack Mount Stand
• Choice of field-interchangeable zoom lenses and anamorphic lenses
• Optional Motorized Auxiliary Lens Mount (MALM) for anamorphic or auxiliary lenses
1.5.2 How the Projector Works
The D4K35 accepts a variety of 3G-SDI or DVI-compatible signals for projection on front or rear projection screens typical in commercial or other large screen applications. High-brightness light is generated by a short arc Xenon lamp, then modulated by three Digital Micromirror Device (DMD) panels responding to incoming data streams of digitized red, green and blue color information. As these digital streams flow from the source, light from the responding “on” pixels of each panel is reflected, converged and then projected to the screen through one or more front lenses, where all pixel reflections are superimposed in sharp full-color images.
1.5.3 List of Components
Verify the following components were received with the projector:
Projector with Touch Panel Controller
Lens plug
(required for shipping when lens is not installed to prevent contamination of critical optical components)
Nylon safety strap with clip
(required to secure projector to tabletop or optional rack mount)
Warranty Card
Shroud
Web Registration Form
Zoom Motor Kit
Verify the following components were received with the Lamp Power Supply (P/N 129-003104-XX):
10’ line cord (250V/10A)
Harness package (includes 4 cables)
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2 Installation and Setup
This section explains how to install, connect, and optimize the projector display.
2.1
Site Requirements
To safely install and operate the D4K35 projector, the installation location must meet these minimum requirements:
• Physical Operating Environment
• Maximum Ambient Temperature (operating) 35°C
• Minimum Ambient Temperature (operating) 10°C
• External Exhaust Ducting
• The installation site must provide a minimum of 450 CFM (ft
3
/min) external exhaust airflow to ensure adequate cooling of the Xenon arc lamp at less than or equal to 25°C ambient and less than 3,000 feet elevation. Above 25°C or 3,000 feet, 600 CFM is required. For detailed instructions for measuring CFM, see
Section 2.9 Connect External Exhaust Ducting .
• Power Connection
• A 30-32A double pole, UL listed wall circuit breaker is required. It must be part of the building installation and easily accessible.
• Single-phase 30A connection of AC supply to the terminal block.
• Protection from overcurrents, short circuits, and earth faults must be part of the building installation. The disconnect device (double pole switch or circuit breaker with minimum 3mm contact gap) must be readily accessible within the projection room.
NOTE: The requirements listed above are applicable for permanently wired installation or power cord connection.
2.2
Tools Required for Installation
You need these tools to install the D4K35 projector:
• 12” screwdrivers: Phillips #2 (magnetic) and flat
• 19mm and 7/8” wrenches
• Assorted Allen keys (metric)
• Heat extractor
• Christie approved protective safety clothing if you are working with the lamp
• Lamp
• Lens cleaning tissue and solution
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Section 2: Installation and Setup
2.3
Projector Components
Touch Panel Controller (TPC)
Non Operator Side
Operator Side
Two Piece Shroud Cover
2-2
Figure 2-1 Projector Overview
Air Filter Cover and Air Filter
The air filter filters the intake air before it circulates in the front compartment to cool the main electronics. See
Section 7.11 Replace the Light Engine Air Filter
.
Manual Douser Override
Closes the douser. Closing the douser rotates a shutter blade in front of the lamp and reduces lamp power to
2kW to conserve lamp life. The override switch is meant for emergency use only.
Exhaust Duct and Vane Switch
Extracts heated air from the lamp compartment. The vane switch inside the rigid port monitors the amount of airflow. See
Section 2.1 Site Requirements .
Adjustable Feet
Adjusts the tilting angle of the projector.
Lamp Door and Lamps
Provides access to the lamp. The lamp door must remain closed and locked for normal operation. Lamp replacement should only be performed by qualified technicians.
The projector is designed to operate with 2.0kW, 3.0kW, 4.5kW, and 6.0kW lamps. See
for a complete list of available lamp types .
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LED Status Indicators
Provide information about the status of the projector. See
Section 5.3 Projector Power States
for information about projector status.
Motorized Auxiliary Lens Mount (MALM)
An optional auxiliary lens mount can be installed adjacent to the primary lens mount to provide motorized positioning of a 1.25x Anamorphic lens or a 1.26 Wide Converter lens in front of the primary lens. The Wide
Converter lens “zooms” the image from flat to scope image formats. The Anamorphic lens horizontally spreads the image back into its wider 2.39:1 “scope” image and is most typically used on larger screen sizes.
Projection Lens
A variety of lenses can be used with the D4K35. See
Section Appendix A: Specification
for a list of available lenses.
RS-422 Connector
Connects the motorized lens mount to the projector.
Security Locks
Prevents unauthorized access to projector components.
Shroud
Covers the motorized lens mount assembly. Remove the shroud to install a lens, a MALM, or 3D hardware.
Input Panel
Connects the projector to external devices. You use these faceplates to connect devices.
• PIB3G (Projector Intelligence Board) Faceplate Connections:
• 10Base-T/100Base-TX Ethernet: Connects the projector to a network.
• GPIO: Connects the projector to external Input and output devices. See
3.3 Connect Devices to the GPIO
for GPIO pinouts.
• DVI-A / DVI-B: Connects the projector to video and graphics sources. These are single-link ports for single-link cables and connectors.
• 3G-SDI-A/3G-SDI-B: Connect a variety of high-definition sources to these SMPTE 292M/425 bit serial standard interface BNCs. The connectors can be used together to deliver Dual Link HD-SDI following the
SMPTE 372M standard. Also supports quad link 4K sources (refer to supported inputs),with each connector input a quarter’s image at 2K resolution in SDI format.
• SCCI: A Simple Contact Closure Interface (SCCI) port that uses a simple dry contact closure to turn the lamp on or off or to open or close the douser. See
3.2 Connect Devices to the SCCI Port
for SCCI pinouts.
• RS232 ICP: Connects a projector to a computer for direct DLP communication.
• RS232 PIB3G: Connects the projector to Christie accessories or third-party automation equipment.
• Emergency Start: Starts the projector, turns the lamp on, and opens the douser when the Touch Panel
Controller is unavailable or disconnected. Press and hold this button, to close the douser and turn the lamp off; the power remains on.
• Reset: Resets the projectors electronics. After the projector restarts, the projector returns to the standby mode.
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• 3D: Connects the projector to 3D products, such as MasterImage or Real D for polarizing and de-ghosting
3D content during projection.
ICP Faceplate Connections
The ICP board provides the image processing electronics for the projector. The ICP faceplate includes a number of LEDs that are only functional when the projector is in full power mode.
• REGEN: (Regulators Enabled) Indicates the presence of the internal regulator enable signal. When illuminated BLUE the internal regulators are enabled. When OFF, not enabled.
• SOFTST: (Software State) Indicates the state of the software application. When OFF, in a Fail state (0).
When RED, in a Fail state (1). When YELLOW, in a Fail state (2). When GREEN, status OK.
• OSST: (Operating System State) Indicates the state of the operating system. When OFF, in a Fail state (0).
When RED, in a Fail state (1), When YELLOW, in a Fail state (2). When GREEN, status OK.
• FMTST: (FMT FPGA State) Indicates the configured state of the FMT FPGA. When RED, unable to configure FPGA with Main or Boot application. When YELLOW, in Boot application. When Green, in Main application.
• ICPST: (ICP FPGA State) Indicates the configured state of the ICP FPGA. When RED, unable to configure
FPGA with Main or Boot application. When YELLOW, in Boot application. When Green, in Main application.
• Port A / Port B: Indicates the status of the ICP input port A or B. When OFF, no source is present. When
GREEN, active source present.
Touch Panel Controller (TPC)
The TPC is a touch-sensitive screen that you use to control the projector. It is mounted on the rear of the projector and you can use the flexible connection to adjust the viewing angle. In general, the TPC provides users with a means for monitoring operation and status of the projector. You typically use the TPC to turn the lamp on or off, select an input device, and view status information.
You can install the TPC on a wall near the projector, or you can use the optional extension cable to control the projector from a maximum distance of 100 feet.
Lamp Power Supply (LPS)
The Lamp Power Supply (LPS) (P/N 129-003104-XX) is an external component for the D4K35 projector. To connect it to the projector, you use a twisted-pair high power lamp cable assembly, a RS-232 serial cable and an Interlock (Lamp Enable) cable. You can install the LPS in the optional rack stand with the projector.
The LPS provides DC power for 2.0, 3.0, 4.5 and 6.0kW lamps. A breaker on the side of the LPS acts as a power switch, and provides protection against over-current conditions of 50A or more. If a fault occurs or excessive voltage is detected, the breaker automatically switches OFF to prevent damage.
The LPS includes two AC power outlets that you can use to power projector electronics or an approved extraction unit. Do not use these outlets to power other devices. The outlets must be wired accordingly for the local region.
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2.4
General Installation Safety and Warning Guidelines
Section 2: Installation and Setup
WARNING QUALIFIED TECHNICIAN REQUIRED for all installations. This product must be installed in a restricted access location.
WARNING Never operate the projector without all of it’s covers in place.
WARNING The projector uses a high-pressure lamp that may explode if improperly handled. Always wear manufacturer approved protective safety clothing (gloves, jacket, face shield) whenever the lamp door is open or when handling the lamp. Only qualified technicians should install projector lamps.
WARNING To prevent the projector from tipping unexpectedly, you must install the safety strap on the rear of the projector.
WARNING Four or more people are required to safely lift and hand-carry one projection head a short distance. Recommend removing the lamp before transporting the projector.
Keep the projector level when you lift or transport it. Avoid tilting the projector to the right. This can introduce an air bubble into the coolant hoses that can result in an air lock and the overheating of the projector.
Perform a automatic LampLOC™ adjustment when you move, level, or install a new lamp in the projector.
2.5
Position the Projector and lamp Power Supply
1. Position the projector at an appropriate throw distance (projector-to-screen distance) and vertical position.
Ideally, center the projector with the theatre screen. If space is limited, aim the projector slightly off-center.
This increases side keystoning, but reduces the horizontal lens offset required.
Figure 2-2 Position the Projector
NOTE: Keep the projector lens as parallel to the screen as possible, even if significantly above the screen center. When a particularly short throw distance combines with a very wide screen, you may have to forfeit some aim and stay more parallel to the screen. In such cases, some lens offset can reduce the keystone distortion.
2. Locate the lamp power supply so that its cables can reach the left side of the projector.
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3. If you are using an optional rack stand assemble the rack stand using the instructions provided with the rack stand. NOTES: 1) For better access, wire the LPS before installing it into the rack stand. 2) Use the hold down clamp (P/N 116-100101-01) when securing the projector to the rack stand.
4. Install and secure the lamp power supply (LPS) in the rack stand:
a. Remove the right (the operator's side) panel of the rack stand.
b. Remove cross bar.
Figure 2-3 Side View of Rack Stand
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Snap 3 piece airflow duct together using stand out pins
3.
2.
Lift LPS into frame
1.
Insert support frame
Figure 2-4 Steps to Installing LPS
c. Insert the LPS support into the rack stand and align the pins with the holes.
d. Lift the LPS into the frame.
e. Remove the bottom 10 panels from the back of the rack stand.
f. Assemble the three piece airflow duct (supplied with LPS). See Figure 2-4. First snap the 2 “L” shaped parts together, and then snap this into the 6 stand out pins of the third piece (flat panel)..
g. Position the airflow duct directly behind the LPS.
CAUTION!
Do not install any components in front of the lamp power supply that will restrict airflow..
h. Insert airflow duct into rack stand from the outside.
See Figure 2-4.
i. Secure airflow duct to rack stand using screws from the rack stand panels.
j. When installing other components in the rack stand allow at least 2” clearance above the LPS handles for
ease of servicing. See Figure 2-5.
k. Wire all components within the rack stand and replace the side panel.
l. Twist LPS cable 12 twist/meter.
Figure 2-5Steps to Installing LPS
2”
Keep
Clear
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2.6
Secure the Projector
WARNING Use of the projector’s rear safety strap is MANDATORY to prevent it from tipping. Secure the strap between the projector and the optional rack stand or any other surface it is mounted to.
2.7
Adjust Tilt and Level the Projector
WARNING The projector’s rear safety strap must be in place before you adjust the projector’s feet.
WARNING
DO NOT
the projector’s baseplate.
over-extend the feet. Make sure several threads are engaged into
The D4K35 lens should be centered and parallel with the screen. This orientation ensures ideal lens performance with minimal offset. If this position is not possible (such as when the projector is significantly higher than the center of the screen), it is better to rely on offset rather than extra tilt.
Use a protractor to measure the degree of screen tilt and then extend or retract the projector feet to match this angle.
NOTES: The front-to-back tilt of the projector must not exceed 15°. This limit ensures safe lamp operation and the proper positioning of the liquid cooling reservoir.
To adjust the vertical or horizontal position of the projector, extend or retract the adjustable feet on the bottom of the projector by rotating them.
Once the required adjustment is made, tighten the lock nut. (Figure 2-6)
If you need to adjust the vertical or horizontal position of the projector beyond what the standard feet allow, you can install two 6 inch extension rods to increase the amount of adjustment. To install the extension rods safely:
1. Prop the rear of the projector up to access and remove the two rear feet. This can be done by one person holding the back end of the projector up slightly so another person can unthread the feet OR by propping up the back of the projector with a sturdy object.
2. Add the extension rods to the standard feet.
3. Thread the extended feet into the projector’s baseplate. Adjust the feet until the desired tilt is achieved.
Figure 2-6 Adjust Feet
4. Lock the feet in place by turning each lock nut until it fits tight against the projector.
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2.
Remove rear feet
1.
Prop up rear of projector
19 mm wrench
Figure 2-7 Using the Foot Extension Rods
3.
Add foot extension rod
2.8
Install the Touch Panel Controller (TPC)
1. Loosen the mounting arm just enough for the end to fit over the ball joint located on the rear panel of the projector.
Figure 2-8
2. Tighten the mounting arm until it fits tightly on the joint.
Figure 2-9
3. Connect the cable from the TPC to the connector on the rear panel of the projector.
4. Adjust the angle of the TPC.
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2.9
Connect External Exhaust Ducting
Connect the existing outside-venting ductwork to the 8 inch diameter exhaust port on the top of the projector. Confirm that there are no obstructions or bends in the ducting, all air intakes are free of obstructions, and the vane switch at the exit duct moves freely.
The pre-installed outside-venting duct should be rigid at the projector and must also include a heat extractor and blower that maintains a minimum of 450 CFM* when the projector is operating at less than or equal to 25°C ambient and less than
3,000 feet, when measured at the projector exhaust opening.
WARNING
• *600 CFM is required in projection rooms with an ambient temperature above 25°C or located at an elevation greater than 3000 feet above sea level.
• At minimum, a 10” long, strong metal duct must be installed at the projector to prevent glass shards from exiting the duct in the event of a lamp explosion.
2.9.1 Determine the Projector Exhaust CFM Value
Use an airflow meter to measure the ft/min or ft/sec at the rigid end of the open exhaust duct that connects to the projector. Take the measurement at the very end of the duct without the projector connected. Use this formula to determine the CFM value for the projector:
Measured linear ft/min x 0.35 = CFM
Figure 2-10 Connect Exhaust Ducting
Table 2.1 Airflow Requirement
Lamp Type
Min.
Airflow (CFM)
Required
2.0 kW
3.0 kW
4.5 kW
6.0 kW
450 CFM*
450 CFM*
600 CFM
600 CFM
Figure 2-11 Exhaust Duct Vane Switch
*600 CFM is required in projection rooms with ambient temperature above 25°C or elevation (above sea level) greater than 3000 feet.
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Add an extractor or a booster if there is insufficient airflow. Do not mount the extractor on the projector as this may introduce some vibration into the image. NOTE: To prevent the projector from overheating or becoming unsafe, an alarm sounds if the duct is obstructed or a fan fails. It is recommended that you regularly verify that the exhaust is functioning correctly.
Never disable the vane switch. Attempting to operate the projector with inadequate airflow can result in dangerous overheating of the projector.
2.10 Remove the Shroud
To access the MLM and lens, you need to remove one shroud. You must remove the second shroud when you use a Motorized Auxiliary Lens Mount or plug AC power cord into front face of the projector.
1. Using finger pressure, push down on the locations specified by the red arrows in the diagram.
2. Carefully slide the shroud sideways and forward away from the MLM and lens.
3. Place the shroud cover on a clean surface to prevent scratches.
2.11 Install the Primary Lens
Figure 2-12 Shroud Removal
The lens seals the projection head, preventing contaminants from entering the main electronics area. Do not operate the projector without a lens installed. Install a lens plug when you install or transport the projector.
Never operate a projector without a lens .
WARNING T o prevent a collision between the projection lens and the Motorized Auxiliary
Lens Mount (MALM), move it to the OUT position before you calibrate the lens or perform reset functions. Keep your fingers and other body parts away from the moving parts in the projector. Motors and fans may start without warning. Tie back long hair, remove jewelry and loose clothing before manually adjusting the projector.
Installing a Primary Lens:
NOTE: 1) Make sure the zoom ring is against the front of motor mount for lenses: 1.6-2.4:1, 1.8-3.0:1, 2.15-
3.6:1. 2) Make sure the zoom ring is against the back of motor mount for lenses: 1.45-2.05:1, 1.25-1.83:1. 3)
All other lenses: Leave a gap between the rotating zoom section of lens and motor mount.
1. Unpack the zoom motor kit.
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2. Use a flathead screwdriver to install the zoom motor mount onto the lens with screw clamp.
2-12
Figure 2-13
3. Remove the cover from the zoom motor mount with phillips screwdriver. Keep the hardware and cover.
Figure 2-14
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4. Install zoom gear ring and adapter onto lens.
NOTE: 1) Use small adapter for lens 1.8-3.0. 2) Use large adapter for lens 1.45-2.05, 2.15-3.6, 1.25-
1.83:1
3) All other lenses do not need an adapter.
Figure 2-15
5. Verify that there is full travel of the gear ring, and the alignment of the sensor is correct.
NOTE: There must be a small gap between the gears to prevent binding. To ensure there is a gap, loosen the screws and readjust the gap. Tighten the screws when you have completed the adjustment.
Figure 2-16
6. Turn the lens clamp to the OPEN position on the MLM and fully insert the assembly straight into the lens mount opening without turning. When the lens is fully inserted it is seated properly within the lens mount and the aperture is installed correctly.
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Figure 2-17
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Section 2: Installation and Setup
7. Install the cover with the screws.
NOTE: Make sure the cover is between the mounting tabs.
8. Connect the harness wires.
Figure 2-18
Figure 2-19
9. Position the lens clamp DOWN to lock the lens assembly in place.
2-14
Figure 2-20
10. Calibrate the lens. See Figure 2-20
for details.
11. Install the shroud.
12. Install the shroud.
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2.12 Install the Optional Anamorphic Lens
1. Install the M-MALM according to the instructions provided with the kit. Ensure the primary lens is optimized first for best optical alignment, offset and boresight.
2. Loosen the holding clamp on the auxiliary lens mount and adjust rotation of the whole anamorphic lens so the image remains perfectly square with anamorphic in and out.
3. Adjust location of anamorphic lens so the image does not shift left or right with the anamorphic lens IN and OUT.
4. Adjust location of anamorphic lens so the image passes through the center as much as possible without vignetting or reducing side or corner brightness, especially in wide angle projection.
5. With the anamorphic lens not in place, re-focus the primary lens. The goal is good focus at center and on all sides. Now add the anamorphic lens and check focus again.
6. If center-to-edge horizontal focus in the image needs improvement, rotate the focus barrel.
2.13 Install the Optional Wide Converter Lens
1. Install the Auxiliary Lens Mount and WCL according to the instructions provided with the kit. Ensure the primary lens is optimized first for best optical alignment, offset and boresight.
2. Adjust the vertical and horizontal position of the WCL to align it with the already adjusted prime lens.
3. Adjust pitch, either up or down to equalize the top and bottom clearance to the prime lens barrel.
4. Adjust yaw so the clearance between both lens barrels is equal from side-to-side.
2.14 Install The Lamp
DANGER This procedure should only be performed by a Christie accredited technician.
High-pressure lamp may explode if improperly handled. Always wear approved protective safety clothing whenever lamp door is open or when handling the lamp.
1. If the projector is operating, turn it off and allow it to cool a minimum of 10 minutes.
2. Turn the breaker switch for the projector off.
3. Disconnect the projector from AC power.
4. Put on your protective clothing and face shield.
5. Use the security key to open the lamp door and access the lamp cooling compartment. Do not place heavy objects on the open lamp door.
6. Install the anode yoke assembly. Use this table to determine the correct position of the anode yoke assembly:
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Table 2.2 Lamp Types Available for D4K35 and Anode Yoke Position
LAMP TYPE
2.0 kW and 3.0kW
CDXL-20
CDXL-30
CXL-20*
CXL-30
4.5 and 6.0kW
CDXL-45
CDXL-60
ANODE YOKE POSITION
Move the lamp cradle to the rear position, which is approximately
1” closer to the reflector.
*NOTE: A lamp adapter kit must be used with the CXL-20 lamp.
Move the lamp cradle as far forward as possible (position closest to igniter)
7. Install the lamp. See
for lamp replacement instructions.
Figure 2-21 Anode Clamp Location
2.15 Connect Lamp Power Supply (LPS)
When connecting the LPS and the Igniter the black (-) power cable must be connected to the cathode lead and the red (+) power cable must be connected to the anode lead. Reversing the connections can damage the projector.
WARNING You must connect the LPS to the projector before you connect it to AC power.
WARNING 1) Certified electrician required. 2) Ground (earth) connection is necessary for safety. Never compromise safety by returning the current through the ground. 3) Connect ground FIRST to reduce shock hazard.
WARNING Use an appropriate strain relief connector on the AC supply cable to prevent the cable from rubbing against the LPS knockout plate and becoming damaged
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As shipped
200V 400V
3
Configure the LPS for incoming AC
NOTE: Internal Input Line Voltage switch setting must match AC available at the site.
Power Connectors (optional)
Must terminate the power connector terminal block correctly to ensure 200VAC-240VAC output. Line cord provided for connection to projector only.
Power Connector
Terminal Block
LPS Breaker
AC Input
Terminal Block
Power Connector Breaker
(On = up position)
Phase Status LEDs
Earth Ground
4.
Connect to 3-phase AC supply:
• 208 VAC in N. America
• 200 VAC in Japan
• 380-415 VAC in Europe
Line cord not supplied. Must supply appropriate strain relief.
Figure 2-22 Connect LPS
Interlocks
RS232
+ DC
– DC
1
2
Connect communication cables to projector
(inside LVPS compartment)
Connect lamp leads to projector (to igniter)
1. Connect the LPS Communication Cables:
a. Remove the 2 cover plate thumbscrews from the projector’s baseplate in the LVPS compartment.
b. Connect one end of the RS232 cable to the port on the LPS labeled RS232. Route the cable up through the opening in the projector’s baseplate into the LVPS compartment. Connect the other end of the
RS232 cable to the port labeled RS232 in the LVPS compartment.
c. Connect one end of the Interlock cable to the port on the LPS labeled Interlocks. Route the cable up through the opening in the projector’s baseplate that you ran the RS232 cable. Connect the other end of the Interlock cable to the port labeled Interlock in the LVPS compartment.
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2. Connect the Lamp Leads:
a. Open the LVPS access door and use a 3 mm driver to remove the four M4 hex head screws from the safety cage front panel. Lift the front panel over the igniter.
b. Loosen the 6 screws to remove the LPS side panel.
c. Route the cables through the strain reliefs in the LPS cover.
d. Connect the positive (+) and negative (-) lamp leads to the terminals on the LPS.
e. Tighten the strain reliefs.
f. Route the positive and negative leads from the LPS through the two strain reliefs in the projector baseplate.
When connecting the high current lamp leads between the LPS and the
Igniter make sure the black (-) power cable (cathode lead) is securely connected with the washers and lock washers properly in place and tighten to 175 inch-lbs, 14 ft-lbs or 20Nm at both ends as to prevent them from coming loose.
g. Connect the negative (-) black lamp lead to the negative (-) igniter terminal, left terminal. Connect the positive (+) red lamp lead to the positive (+) igniter terminal, right terminal. CAUTION! When tight- ening the positive and negative leads, do not tighten to the point that the brackets start to bend. Use an adjustable wrench to support the brackets when tightening.
h. Tighten the strain reliefs.
i. Replace the igniter safety cage.
3. Move the AC Input Line Voltage switch in the upper-left corner of the LPS to the left if you are using a 200
VAC supply, or right if you are using a 400 VAC supply.
4. Use an AC Input Terminal Block that is correct for your region to connect the AC directly to the LPS.
CAUTION!
Use an appropriately sized strain relief connector with the knockout plate provided to ensure adequate environmental sealing and to prevent the cable from accidentally being torn out.
• For North America, Japan, Korea and most of Central/South America (
200-230 VAC):
Wire Phase 1, 2, 3 and Ground
• For Europe and China (380-415 VAC):
Wire Phase 1, 2, 3, Neutral and Ground
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5. Using the line cord provided with the LPS, connect one end into the power connector labeled “Projector
ONLY” and the other end into the plug on the projector’s front bezel (Figure 2-23).
WARNING cal source.
DO NOT access power for the projector directly from the building electri-
WARNING!
If you choose to use the power connectors to power the D4K35 Projector and/or the
Extraction Unit, you must terminate the power connector terminal block correctly to allow 200VAC-
240VAC output. These connectors are controlled with the power connector breaker. For details, refer to the Interconnect Drawing provided with your projector and to Figure 2-22 Connect LPS .
to extractor
(optional)
Communication cables
Projector &
Extraction Unit Power
Connectors
Lamp leads to projector
Connect to AC at site
Figure 2-23 LPS Connection
6. Turn LPS Breaker ON.
7. If you are using the extraction unit and projector power connectors, turn them on.
8. Connect AC from the site to the projector (plug located on front bezel, bottom-right corner).(Figure 2-24)
Communication cables
Connect to AC at site with owner supplied line cord
200-240VAC (as indicated on licence label)
Lamp leads
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Connect to AC at site
Figure 2-24 Connection to AC
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2.16 Connect the Projector to an Optional Uninterrupted Power Supply
A UPS allows the projector head electronics to remain operable during a power failure.
It is recommended that you install a 200-240VAC UPS in-line between the LPS and the projector. To connect the projector to a UPS, unplug the LVPS input from the main power and then connect it to the UPS input socket.
WARNING Do not connect a UPS directly to the projector UPS input.
2.17 Connect Sources and Turn the Projector On
After you install the lamp, you can connect external servers and sources. Before you ignite the lamp for the first time, use this procedure to ensure successful communication with input devices.
1. Assign the projector a unique IP address and enter a baud rate:
• Tap Menu > Administrator Setup > Communications Configuration.
• Enter the IP address for the projector in the IP Address field.
• Select a baud rate for the input device in the Serial Speed (Baud) list.
2. Enter lamp information:
• Tap Menu > Advanced Setup > Lamp History.
• Tap Add Lamp.
• Complete the fields in the Add Lamp dialog.
• Tap Save.
3. Tap and hold the green power button to turn the projector on.
4. Complete a LampLOC™ alignment on the new lamp:
• Tap Menu > Advanced Setup > LampLOC™ Setup.
• Tap Do Auto.
5. Complete an optical alignment to optimize images displayed on screen.
6. Adjust optical components if required.
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3 Connect Devices to the Projector
This section provides information and procedures for connecting input devices to the projector. You connect input devices to the Projector Intelligence Board (PIB3G) located on side of the projector.
These communication ports are accessible by removing the side source and communication access panel.
When connecting devices, route all cables along the channels located on the bottom of the projector and up through the opening in the frame to the communication connection port.
Replace the access panel to ensure server and source connections remain secure.
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Figure 3-1 Connecting Server Sources
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Section 3: Connect Devices to the Projector
3-2
Figure 3-2 Connecting PC Sources
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3.1
Connect a Computer or Server
To communicate with the projector from a computer, server or an existing network, connect the equipment to the Ethernet hub or switch.
For applications or equipment utilizing serial communications, use the Christie-proprietary serial protocol to connect to the RS232 PIB3G port on the PIB3G. When using Christie serial protocol over Ethernet connect to port 5000.
NOTICE: The RS232 PIB3G port located on the PIB3G faceplate utilizes Christie-proprietary protocol and is intended for Christie accessories or automation controllers only.
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Figure 3-3 Connecting Communications
3-3
Section 3: Connect Devices to the Projector
3.2
Connect Devices to the SCCI Port
The Simple Contact Closure Port (SCCI) port is a DB-9 (male) connector is located on the PIB3G input panel and is used to control a limited set of projector functionality through contact closures. This table lists the control functions available through the SCCI:
6
7
8
3
4
5
Table 3.1 SCCI Connector Pinouts
PIN
1
2
SIGNAL NAME
+5V Standby
Lamp ON
+5V Standby
Lamp OFF
+5V Standby
Douser Closed
Douser Open
Health Output
9 Ground
Out
In
Out
In
In
Out
DIRECTION DESCRIPTION
Out
In
Out
Current limited 5VDC supply
Projector at Power ON mode, lamp is
ON
Current limited 5VDC supply
Projector at full power, lamp is OFF
Current limited 5VDC supply
Close douser
Douser open
Open Collector Low when one of the following interlocks is tripped or conditions present:
• Lamp Door
• Lamp Blower
• Extractor
• Tamper
• Ballast Communication
The show will not be able to play.
Open Collector High when all interlocks relevant to CineLink and Lamp are not tripped. The show is able to play.
Ground
NOTE: All SCCI inputs require a pulse input of 50ms to several seconds to operate reliably. Inputs are 5V resistor current limited LED’s inside of optocouplers.
A “Health Output” on this connector is also provided for locations that require a projector Health Output. The output is an open-collector circuit which only draws power when the projector is deemed to be “un-healthy”.
The primary use of the Projector Health Output is to ensure that patrons are not left in a dark location due to projector fault. Therefore, any fault that results in the content playback stopping should cause this circuit to draw power and indicate an un-healthy state. The projector is always considered to be “healthy” in Standby
Mode since there is no fear of projector fault causing an impact to patrons in this mode.
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3.3
Connect Devices to the GPIO Port
The GPIO port is a 37-pin D-sub connector (female) located on the PIB3G input panel and provides 8 input and 7 output signals for connecting external devices to the projector. To configure the pins on the connector, tap Menu > Administrator Setup > GPIO Setup.
Figure 3-4 Admin: GPIO Setup Window and GPIO Port Location on Projector
As shown below, each available pairing of pins (+/–) is defined as either an input or output. Four inputs and three outputs have already been predefined. Configure a pin as an input if you want the projector to respond to an incoming signal, or as an output if you want an external device to respond to the projector.
Inputs
GPIN #1
GPIN #2
GPIN #3
GPIN #4
GPIN #5
GPIN #6
GPIN #7
GPIN #8
Positive
Pin 1
Pin 2
Pin 3
Pin 4
Pin 5
Pin 6
Pin 7
Pin 8
Negative
Pin 20
Pin 21
Pin 22
Pin 23
Pin 24
Pin 25
Pin 26
Pin 27
Description
3-D L/R Input Reference
3-D L/R Display Reference
Reserved
Reserved
Input
Input
Input
Input
Outputs Positive
GPOUT #1
GPOUT #2
GPOUT #3
Pin 9
Pin 10
Pin 11
GPOUT #4
GPOUT #5
GPOUT #6
GPOUT #7
Pin 12
Pin 13
Pin 14
Pin 15
PROJ_GOOD Pin 16
Negative
Pin 28
Pin 29
Pin 30
Pin 31
Pin 32
Pin 33
Pin 34
Pin 35
Description
External 3-D L/R Output Reference
Reserved
Reserved
Output
Output
Output
Output
Projector Good
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If you are wiring your own GPIO cable for use with a server or 3D device such as an IR emitter or a polarizer, follow the circuit diagram.
Figure 3-5 GPIO Circuit Diagram
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3.4
Connect Devices to the 3D Connector
The 3D connector is a 15-pin D-sub connector (female) located on the PIB3G Board. The following table lists the control functions available through the 3D connector.
7
8
9
10
11
12
13
5
6
14
15
2
3
4
PIN SIGNAL NAME
1 +12V
GND
GND
RS232_RX
RS232_TX
CONN_3D_MODE+
CONN_SYNC+
3D_INPUT_REFRERENCE+
+12V
3D_INPUT_REFRERENCE-
3D_DISPLAY_REFERENCE+
3D_DISPLAY_REFERENCE-
CONN_3D_MODE-
CONN_SYNC-
Not connected
/
/
In
DIRECTION DESCRIPTION
Out
Out
Power to 3D device. Maximum 1A (total between both
+12V pins).
Ground
Ground
Data to projector from 3D device. 1200 Baud, 8 bits, no parity. Currently unsupported.
Data to projector from 3D device. 1200 Baud, 8 bits, no parity. Currently unsupported.
Out
Out
In
Out
In
In
In
SYNC from projector. To projector GPO collector.
Compatible with current projector GPIO requirements and restrictions. (24VDC max, 50mA max)
3D ON = Hi logic level = O/P transistor ON
3D OFF = Low logic level = O/P transistor OFF
SYNC from projector. To projector GPO collector.
Compatible with current projector GPIO requirements and restrictions. (24VDC max, 50mA max)
3D L/R Input Reference (P)
(Voltage Limit: 1.4VDC to 12VDC)
Power to 3D system. Maximum 1A (Total between both
+12V pins)
3D L/R Input Reference (N)
(Voltage limit: 1.4VDC to 12VDC)
3D L/R Input Reference (P)
(Voltage limit: 1.4VDC to 12VDC)
3D L/R Input Reference (P)
(Voltage limit: 1.4VDC to 12VDC)
Out
Out
3D mode state from projector. From projector GPO emitter. Compatible with current projector GPIO requirements and restrictions. (24VDC max, 50mA max)
SYNC from projector. From projector GPO emitter.
Compatible with current projector GPIO requirements and restrictions. (24DC max, 50mA max)
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4 Adjust the Image
This section provides information and procedures for adjusting the projector image.
4.1
Maximize Light Output
To ensure optimal operation and peak screen brightness, use LampLOC™ to adjust the lamp position whenever you install a new lamp. When you complete the LampLOC adjustment, the lamp is centered and is the correct distance from the illumination system. Before running LampLOC, verify that:
• The anode yoke is in the correct position for the lamp type.
• The lamp extension nut is installed when using a CDXL-30SD lamp. Remove the nut if you are not using a
CDXL-30SD lamp.
• The lamp is on and the douser is open.
1. On the Touch Pad Controller, tap the Test Patterns icon.
2. Tap the Full Screen White test pattern.
3. Tap Menu > Advanced Setup > LampLOC™ Setup.
4. Tap Do Auto.
4.2
Calibrate Screen Brightness (fL)
1. On the Touch Pad Controller, tap Menu > Administrator Setup > Foot Lamberts Calibration.
2. Complete the Foot Lamberts Calibration wizard.
4.3
Basic Image Alignment
This procedure ensures that the image reflected from the digital micromirror device (DMD) is parallel and centered with the lens and screen. This procedure must be completed before you complete a boresight adjustment.
1. Verify the projector is properly positioned relative to the screen. See 2.3 Position the Projector.
2. Display a test pattern that you can use to analyze image focus and geometry. The framing test pattern works well for this.
3. Perform a preliminary focus and (if available) a zoom adjustment with the primary lens. Focus the center
of the image first. See Section 5.7 Work with Lenses
.
4. Hold a piece of paper at the lens surface and adjust the offsets until the image is centered within the lens perimeter.
5. With the framing test pattern on screen, re-check projector leveling so the top edge of the image is parallel to the top edge of the screen.
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4.4
Adjust Offset
Project an image with the primary lens. Always adjust offset before boresight.
Select a framing test pattern and then adjust the horizontal and vertical offset to display a square image on the screen with minimal projector aiming error. (Figure 4-1)
NOTES: 1) For the best optical performance and minimize keystone error, use offset and not aiming to center the image in off axis installations. 2) Avoid extreme tilts or offsets.
Corner vignettes on a white test pattern indicate extreme offset that should be avoided using mechanical alignment.
Horizontal
Boresight
Bolt
HORIZONTAL
OFFSET
VERTICAL
OFFSET
Anchor
Bolt
Lock/Unlock
Lens
FOCUS
4.5
Adjust Offset with an ILS
Project an image with the primary lens. Always adjust offset before boresight. Ensure the correct lens is selected in the Advanced Setup: Lens
Adjust window before calibration to ensure you remain within the applicable boundary of the installed lens.
Vertical
Boresight
Bolt
Figure 4-1 Standard Lens Mount
1. Tap Menu > Advanced Setup > Lens Setup.
2. Tap Enable Automatic ILS. Enabling Automatic ILS overwrites the pre-defined settings for the channel.
3. Tap the Test Patterns icon and select a framing test pattern.
4. Tap Menu > Advanced Setup > ILS File Setup.
5. Tap the directional arrows in the Offset area. For best optical performance, make sure to minimize keystone error by using offset more than aiming to center the image in off axis installations. Avoid extreme tilts or offsets. Corner vignettes on a white test pattern indicates extreme offset that should be avoided using mechanical alignment.
4.6
Adjust Left and Right Boresight
When performing these adjustments the goal is to balance the tilt of the lens mount to compensate for screen to projector tilt, but also to precisely maintain the original factory settings of the lens mount axial position.
1. Loosen the horizontal hold screw.
2. Extend the lens focus completely.
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3. Adjust the Focus using the focus knob to retract the lens. (Figure 4-2) Watch the image at the left edge of the screen until it comes into focus. If the entire screen is in focus, proceed to step 7.
Focus
Left Edge
Center
Figure 4-2 Adjust Focus
4. Continue retracting the lens.
a. If the right side of the image comes into focus before the lens is completely retracted, adjust the horizontal boresight bolt to balance the left and right edges.
b. If the right side of the image fails to come into focus, adjust the horizontal boresight bolt.
5. When both sides appear equally blurry, adjust the horizontal or vertical offset to re-center the image.
6. Repeat steps 1 - 5 until both sides of the image are focused.
7. Tighten the horizontal hold screw to maintain your adjustments.
8. Check the boresight again.
Figure 4-3 Aerial View Illustrating
Misaligned Boresight
Adjust
H Boresight
Bolt
Hold
Focus
Figure 4-4 Adjust Horizontal
Boresight Bolt
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4.7
Adjust Top and Bottom Boresight
1. Focus the image at the top edge of the screen.
2. Loosen the vertical hold screw.
3. Extend the lens focus completely.
4. Adjust the Focus knob to retract the lens. Watch the image at the top edge of the screen until it comes into focus. If the entire screen is in focus, proceed to step 8.
Focus
Top Center
Focus
Figure 4-5 Focus Top Center of Screen
5. Continue retracting the lens.
a. If the bottom edge of the image comes into focus before the lens is completely retracted, adjust the vertical boresight bolt to direct or aim the lens mount UP towards the top of the screen to balance out the top/bottom edges.
b. If the top edge of the image is not in focus, adjust the vertical boresight bolt to direct or aim the lens mount toward the bottom of the screen.
6. When both sides appear equally blurry, adjust the horizontal and/or vertical offset to re-center the image on the screen.
7. Repeat Steps 2 - 5 until the top and bottom of the screen are both well-focused.
8. Re-focus the center of the image. The goal is for good focus at the center and on all sides.
9. Tighten the vertical hold screw to maintain your adjustments.
10. Check the boresight again.
Adjust
V Boresight
Bolt
Hold
Figure 4-6 Adjust Vertical Boresight Bolt
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4.8
Adjust Top and Bottom Boresight with an ILS
1. Loosen the Vertical Locking Screw.
2. Extend the lens focus completely.
3. Adjust the Focus to retract the lens using the counter-clockwise button on the ILS Adjust window. Watch the image at the top edge of the screen until it comes into focus. If the image appears well focused on the top edge but not on the bottom, we need to determine if the bottom edge focuses in front of or behind the screen. If the entire screen comes into focus, skip to step 8.
4. Continue retracting the lens.
a. If the bottom edge of the image comes into focus before the lens is completely retracted, then the image focuses in front of the screen. To correct this problem, adjust the Vertical Bore-
sight Bolt to direct or aim the lens mount UP towards the top of the screen to balance out the top/bottom edges.
Vertical
Boresight
Bolt
Vertical
Locking
Screw
Figure 4-7 Vertical Boresight
b. If the top edge of the image fails to come into focus then the image focuses behind the screen. To correct this problem, adjust the Vertical Boresight Bolt to direct or aim the lens mount DOWN towards the bottom of the screen.
5. When both sides appear equally blurry, tap Menu >
Advanced Setup > ILS File Setup and tap the directional arrows in the Offset area to center the image on the screen.
Focus Left
Edge Center
6. Repeat Steps 2 - 5 until the top and bottom of the screen are both well-focused.
Figure 4-8 Adjust Vertical Boresight
7. Although all sides of the image should now be in focus, the center of the image may be slightly blurry at this point. Re-focus the center of the image. The goal is for good focus at the center and on all sides.
8. Adjust the Vertical Locking Screw to lock the lens mount in place and check boresight again.
4.9
Adjust DMD Convergence
DANGER
UV EXPOSURE! Protective UV glasses must be worn when performing convergence adjustments.
A convergence problem occurs when one or more projected colors (red, green, blue) appears misaligned when examined with a convergence test pattern. Normally, the three colors should overlap precisely to form pure white lines throughout the image and one or more poorly converged individual colors may appear adjacent to some or all of the lines. Contact your Christie accredited service technician to correct DMD convergence issues.
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Section 4: Adjust the Image
4.10 Fold Mirror Adjustment
If a corner or edge of an image is missing, the fold mirror might be misaligned with the optical system. To correct this issue:
• Adjust the screw closest to the operator’s side (right side, when facing screen) to raise or lower the image.
Adjust the screw on the left side to move the image left or right.
Figure 4-9 Fold Mirror Adjustment
4.11 Calibrate the System
Use the TPC to calibrate the image color performance and define electronic screen masking. This is required in your particular installation for the creation of Source, Screen, MCGD and TCGD files necessary for proper display of incoming material. You can also define the system/network configuration for communication links to the projector and transmit information to and from the D4K35 via an Ethernet or RS-232 connection.
4.12 Color Calibration
To ensure an accurate color display:
1. Measure the colors displayed on the screen from the center of the audience viewing location to determine the Measured Color Gamut Data (MCGD) value.
2. On the Touch Pad Controller tap Menu > Advanced Setup > MCGD File Setup and enter the color values in the x and y fields for the different colors.
Tap Save. The software automatically determines the Target Color Gamut Data (TCGD) value. The TCGD value determines what corrections are needed to display the correct colors.
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4.13
Electronic Screen Masking
You can use the masking tool to correct image edge blanking. The masking tool produces results that are similar to filing the aperture plate in a film projector. After you create the Flat and Scope screen files you can use them in multiple channels.
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5 Projector Operation
This section provides information and procedures for operating the projector.
5.1
Turn the Projector On
WARNING!
Do not attempt to turn the projector on if the AC supply is not within the
specified voltage range.
1. Turn the circuit breaker for the projector on.
2. On the Touch Panel Controller (TPC), tap and hold the green power icon.
3. On the TPC, tap and hold the light bulb
5.2
Turn the Projector Off
icon to ignite the lamp.
1. On the Touch Panel Controller (TPC), tap and hold the light bulb icon to turn the lamp off.
2. On the TPC, tap and hold the red power icon. The projector enters a cool down mode and the fans and electronics stay on for 10 minutes. After this cool down period, the projector enters standby mode.
3. If you are servicing the projector, or removing the protective cover, disconnect AC and turn the breaker
OFF.
5.3
Projector Power States
This table identifies what occurs when you press the Power and Lamp icons on the Touch Panel Controller
(TPC)
.
Table 5.1 Projector Status when any TPC Lamp or Power Buttons Selected
Projector’s Current State:
Power ON
Power OFF
Lamp ON
Lamp OFF
Standby Power Mode
(Solid Yellow)
To full power ON
(boot delay)
No action
No action
Power ON/ Lamp OFF
(Green Blip)
No action
To power ON and lamp
ON (boot delay)
Power OFF immediately
To lamp ON
(immediately)
No action
Power ON / Lamp ON
(Solid Green)
Cooling Down
Mode (Yellow Blip/
Green Blip)
No action Cancels cool down, goes into full power
No action Lamp OFF (immediately), enters cool down mode
No action Cancels cool down, goes to Lamp ON
(immediately)
Lamp OFF (immediately) No action
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5.4
Projector LED Status Indicators
Red, yellow, and green LEDs on the top and rear corners of the projector indicate the status of the projector.
The LEDs can be solidly lit, or they can flash frequently or intermittently. This table lists the LED state and its associated meaning.
Table 5.2 Projector Status LED Legend
LED State
Solid Green
Lamp ON
Green Blip
Power ON
Description
Power is ON, Lamp is ON.
Power is ON, Lamp is OFF. The lamp can be struck when in this mode.
Power is OFF, Lamp is OFF. Power saving mode.
Solid Yellow
Standby mode
Yellow Blip/
Green Blip
Cool down mode Transitioning to Standby mode.
Power is ON, Lamp is OFF.
The lamp can be struck when in this mode.
Flashing Red
Solid Red
New critical alarm or warning New critical alarm or warning has NOT been acknowledged by operator.
Existing critical alarm or warning Critical alarm or warning exists, but has been acknowledged by operator.
5.5
Work with the Lamp
This section provides information and procedures for optimizing lamp performance. Optimizing lamp performance can ensure you receive the brightest, most uniform image possible for the life of the lamp.
5.5.1 Turn the Lamp On
1. Turn on the circuit breaker for the projector.
2. On the Touch Pad Controller (TPC) press and hold the green power icon for two seconds.
3. On the TPC, press and hold the lamp on icon for 2 seconds.
5.6
Turn the Lamp Off
1. On the Touch Pad Controller (TPC), press and hold the lamp off icon for two seconds.
2. On the TPC, press and hold the power off icon for two seconds.
3. Disconnect the projector from AC power and turn the projector circuit breaker off.
5.6.1 Adjust Lamp Power
1. Tap Menu > Advanced Setup > Lamp Power/LiteLOC Setup .
2. Increase or decrease the Power % value.
3. Tap Set Target.
4. Select Enable LiteLOC™.
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5.6.2 Change the Lamp Power Percentage
Entering a new Lamp Power percentage temporarily disables LiteLOC settings.
1. Tap Menu > Advanced Setup > Lamp Power/LiteLOC Setup.
2. Increase or decrease the Power % value.
5.6.3 Use LampLOC
™
to Adjust the Lamp Position
To ensure optimal lamp performance and peak brightness at the screen for the life of the lamp, use LampLOC
™ to adjust the lamp position when you install a new lamp in the projector. After making the adjustment, the lamp is well-centered and distanced correctly from the remainder of the illumination system. Before adjusting
LampLOC
™
, ensure the following criteria are met:
• The lamp must be ON and the douser (shutter) OPEN during adjustment. A 10-minute warm-up is recom- mended. Ensure to follow all the criteria specified in
Section 5.1 Turn the Projector On
.
• Perform a white test pattern. This is recommended to allow you to view LampLOC
™
progress on-screen.
To automatically adjust LampLOC
™
:
1. Tap Menu > Advanced Setup > LampLOC™ Setup.
2. Tap Do Auto.
5.6.4 Manually Adjust the Lamp Position
1. On the Main screen of the TPC, tap the test patterns button.
2. Tap RGB-12bit-Full Screen White.
3. Mount a light meter on a tripod and center it with the lens. The distance from the lens does not matter. You may need an attenuator or an internal foil aperture.
4. Tap Menu > Advanced Setup > LampLOC™ Setup.
5. Tap the directional arrows to adjust the value displayed in the Z field. The brightness reading in front of the lens should be maximized.
6. Tap the directional arrows to adjust the values displayed in the X and Y fields. The brightness reading in front of the lens should be maximized.
7. Repeat Steps 5-6, but take your readings at the screen instead of at the lens.
8. Run LiteLOC™ or LampLOC™ if required.
5.6.5 View Lamp Information
To view information on the lamps previously installed in the projector, or to add a new lamp:
Tap Menu > Advanced Setup > Lamp History.
5.6.6 Receive an Alarm when a Lamp Reaches Its Expiry Date
To receive an alarm when the lamp reaches its operational limit:
1. Tap Menu > Administrator Setup > Preferences.
2. Tap Lamp Expiry in the Alarm Triggers area.
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5.6.7 Receive an Alarm when a Lamp Needs to be Rotated
To receive an alarm when the lamp reaches its operational limit:
1. Tap Menu > Administrator Setup > Preferences.
2. Tap Lamp Rotation in the Alarm Triggers area.
5.6.8 Lamp Expiry Hours
This table lists the maximum hours projector lamps can operate before replacement:
Lamp Expiry Hours
Lamp Type Replace BEFORE
CDXL-20 (2.0 kW)
CDXL-30 (3.0 kW)
CDXL-30SD (3.0 kW)
3500 hours
2500 hours
2000 hours when operating at 2.5 kW
1100 hours when operating at 3.0 kW
900 hours CDXL-45 (4.5 kW)
CDXL-60 (6.0 kW) 700 hours at 6.5 kW
CDXL-60SD (6.5 kW/7.0 kW) 350 hours at 7.0 kW
5.6.9 Minimum and Maximum Lamp Power Ratings
This table lists the minimum and maximum power settings for projector lamps:
Table 5.3 Minimum and Maximum Lamp Power by Lamp Type
Lamp Type Lamp Size
CDXL-20 2 kW
CDXL-30
CDXL-45
CDXL-60
CDXL-60SD
3 kW
4.5 kW
6.0 kW
7.0 kW
Min Lamp Power Max Lamp Power
1000W (50%)
1800W (60%)
2700W (60%)
3600W (60%)
3600W (51%)
2200W (110%)
3300W (103%)
4950W ( 110%)
6600W (110%)
7100W (101%) *
* The maximum power of the lamp power supply is restricted to 7000W ± 100W.
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Section 5: Projector Operation
5.7
Work with Lenses
The lens mount secures the primary zoom lens to the projector and provides setup adjustments for correct boresight, and manually controlled focus, zoom and offsets.
Horizontal
Boresight
Bolt
HORIZONTAL
VERTICAL
OFFSET
Anchor Bolt
Zoom Ring
Lock/Unlock
Lens
Focus
Vertical
Boresight
Bolt
Figure 5-1 Lens Mount
The optional Intelligent Lens System (ILS) automates the process of adjusting the Focus, Horizontal (X) and
Vertical (Y) Offset, and Zoom in real-time using a motorized lens mount. ILS settings are saved in a file named
ILS Flat or ILS Scope.
Motorized Vertical Offset Vertical Offset Knob
Horizontal Boresight Bolt
Motorized Zoom
Anchor Bolt
Horizontal Offset Knob
Lock/Unlock Lens
Focus
Vertical Boresight
Motorized Horizontal Offset
Figure 5-2 Anatomy of the Lens Mount
An anamorphic lens (1.25x) can be installed into the optional auxiliary lens mount, then swung into place in front of the primary lens to widen a “squeezed” image into a properly proportioned “scope” anamorphic display.
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Section 5: Projector Operation
5.7.1 Enable Automatic ILS Selected
When the Enable Automatic ILS check box is selected, the ILS adjusts each motor for the focus, offset, and zoom to automatically move the lens based on the settings in the selected ILS file. Changing channels will change the position of the lens, assuming the new channel uses a different ILS file. To make adjustments to an
ILS file, use the motorized lens mount adjustment features in the Advanced Setup: ILS File Setup window or
Lens Adjust window from the Main panel to adjust the focus, zoom and offset values. NOTE: Any changes made to the focus, offset and zoom values will overwrite the current values in the ILS file, therefore these changes will affect every channel that uses this ILS file.
5.7.2 Enable Automatic ILS NOT Selected
When the Enable Automatic ILS check box is NOT selected, the lens does not move unless you make adjustments to the focus, offset and zoom from the Lens Adjust window launched from the Main panel (the
ILS File Setup window is not available when the Enable Automatic ILS
check box is not selected). These settings will NOT overwrite the ILS values and changing channels will not affect the position of the lens.
The following table provides an example of what happens to the lens position and saved ILS Flat values when you adjust the focus, zoom, and offset in both states of the Enable Automatic ILS feature.
Table 5.4 Example - ILS Flat Values and Lens Position with Enable Automatic ILS
Focus
Zoom
Horizontal
Offset (x)
Vertical
Offset (y)
Starting
Position
Original
ILS Flat
Values
-155
100
0
256
Adjust ILS Flat Values with
Enabled Automatic ILS
Selected
Adjusted
Lens
Position
-200
125
35
375
ILS Flat
Values
(
New positions are saved to the
ILS file
)
-200
125
35
375
0
25
15
Change to a Channel with
ILS Scope
Values
(
Changing channels changes the lens position)
200
Adjust ILS Flat Values with
Enabled Automatic ILS NOT
Selected
Adjusted
Lens
Position
-200
125
35
375
Lens
Position
ILS Flat
Values
(
New positions are not saved to the ILS file
)
-155
100
0
256
Change to a Channel with
ILS Scope
Values
(
Changing channels does not change the lens position
)
-200
125
35
375
Using the offset, focus, and zoom knobs on the lens mount does not save the settings to the ILS file. These settings will be lost once the
Enable Automatic ILS
check box is selected in the Advanced Setup: Lens Adjust window.
5.7.3 Access the ILS
On the Main screen of the TPC, Tap Advanced Setup > ILS File Setup.
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5.7.4 Enable ILS on a Channel
1. On the Main screen of the TPC, tap a channel.
2. Tap the Test Patterns button and then tap a test pattern.
3. On the Main screen of the TPC, tap Lens Adjust.
4. Tap Enable Automatic ILS to automatically apply the active channel settings.
5.7.5 Alter the Active ILS Settings
1. On the Main screen of the TPC, tap Lens Adjust.
2. Tap Enable Automatic ILS.
3. Tap the directional arrows to adjust the values displayed in the X, Y, and Zoom fields. These values overwrite the ILS settings.
5.7.6 Maintain Lens Position Regardless of Selected Channel
1. On the Main screen of the TPC, tap Lens Adjust.
2. Clear the Enable Automatic ILS check box.
3. Tap OK.
4. Adjust the focus, Horizontal (X) and Vertical (Y) offset, and zoom by tapping the applicable button.
NOTE: This does not over-write the system settings for the ILS. If Enabled Automatic ILS is selected again, the ILS will position the lens to the saved channel settings.
5. If the Quick Reset or Lens Calibration buttons are tapped in the Advanced Setup: Lens Setup window, the lens returns to this remembered location. Also, this setting is remembered across system resets and reboots.
5.7.7 Reset the ILS
The ILS must be reset when:
• the lens has been moved
• manual adjustments have been made to horizontal or vertical offset, zoom or focus
• a power outage occurred during a channel change
• ILS settings are drifting within a short period of time
1. On the Main screen of the TPC, tap Lens Adjust.
2. Tap Quick Reset. If Enable Automatic ILS is not selected, the lens returns to the stored settings.
5.7.8 Calibrate the ILS
You must calibrate the ILS must when you install a new lens.
1. On the Main screen of the TPC, tap Lens Adjust.
2. Tap Full Calibration. If Enable Automatic ILS is not selected, the lens returns to the stored settings.
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Section 5: Projector Operation
5.8
Display Content
To display content from standard or high definition sources, connect the source to the DVI-D A and DVI-D B ports on the input panel. The DVI port auto-detects progressive scan and digital RGB sources and displays them in their original format. Using two DVI ports as a higher-bandwidth dual-link or twin-link pair is not supported.
The 3G-SDI ports accept 3G, HD, and SD signals. 4 SDI connectors, 2 from the PIB3G and 2 from the 3GIC option card, can be used to input 4K resolution image. Each SDI port can accept input from a 2K source. The top-left corner of the image is sourced by the PIB3G main board channel A, the top-right corner from channel
B, the bottom-left corner from the option card channel A, and the bottom-right corner from the option card channel B. The 4 inputs must be synchronized with maximum relative delay < 60 pixel clocks. The input format can be either in YC 4:2:2 10bit or RGB 4:4:4 12bit For a list of compatible DVI and 3G-SDI sources,
Section Appendix A: Specification
5.8.1 Select a Source
The projector uses pre-configured channels to determine how to display images from different sources. Each channel file contains the optimum processing and display settings for the source. You select channels on the
Main Touch Pad Controller (TPC) screen. If the channel you need is not listed on the Main panel, click All.
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6 Projector Menus
This section provides information and procedures for using projector menus. You can use projector menus to adjust projector settings and view status information.
6.1
Using the Touch Panel Controller (TPC)
The TPC is a touch-sensitive screen that you use to control the projector. You can use the TPC to turn the projector and lamp on or off, select channels, and view status information. The TPC is mounted on the rear of the projector. You can tilt and turn the TPC to improve the viewing angle. There are two USB ports under a cover on the rear of the TPC that you can use to download log files and install software upgrades. You can disconnect the TPC from the projector and an optional cable allows you to control the projector from a maximum distance of 100 feet.
If the TPC fa ils or is disconnected, press the emergency start button that is recessed on the faceplate. This starts the projector, turns the lamp on, and opens the douser.
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Section 6: Projector Menus
6.2
Main Screen
Use the Main screen of the Touch Panel Controller (TPC) to access power, lamp, douser, auxiliary lens, lens adjust, and test pattern settings. You can also select channels.
Status LED Title Bar
1
3
4
2
5
10
6
9
8
7
Navigation Button
11
Status Bar
Figure 6-1 Main Panel
Table 6.1 Main Panel
Control
1: Title Bar *
Status LED
Status Error Message
2: Channels Buttons
Description
Displays a green, yellow, or red LED. A green LED indicates that the projector is operating properly. If a monitored system falls below a normal reading, the LED is yellow or red. A yellow LED indicates a warning, and a red LED indicates a critical error that you must correct. Click the status LED to open the Status window and resolve issues. For information about the Status window, see
.
Displays custom projector settings.
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Control
3: All Channels Button
4: Power
Power OFF Power ON
Section 6: Projector Menus
Description
Click to choose a channel from all 64 channels.
Turns the projector on or off. Press off to place the projector in stand-by mode.
To prevent accidental activation, you must press and hold the on or off buttons.
A message displays in the title bar when the projector turns on or off.
5: Lamp
Lamp OFF Lamp ON
Turns the lamp on or off. To prevent accidental activation, you must press and hold the on or off buttons. A boot delay occurs if you select lamp on before pressing power on.
6: Douser
Douser Closed Douser Opened
Opens or closes the douser.
7: Aux Lens
Aux Lens OUT Aux Lens IN
Engages or disengages the auxiliary lens. If the auxiliary lens mount is not installed, the Aux Lens buttons are disabled. Engaging the auxiliary lens temporarily overrides the position settings defined in the Config 1 channel.
8: Lens Adjust
Controls the Intelligent Lens System (ILS) lens motors. Press to open the ILS
Adjust window. If the Intelligent Lens System is not installed, the Lens Adjust button is not available.
9: Test Patterns
Disable Select Test Pattern
Selects or disables test patterns. Press Select Test Pattern to open the Preferred
Test Patterns window.
10: Operational Status
Displays the status of projector functions including the Projector Intelligence
Board (PIB3G), TI Electronics the Integrated Processor Board (ICP), Standby
Power, Main Power, and Run. A green LED indicates the system is functioning correctly. A red LED indicates a critical error that you must correct. Click the status LED to open the Status window and resolve issues.
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Section 6: Projector Menus
Control
11: Status Bar *
Menu Button
Status
Select Test Pattern
Description
The Menu button is the starting point to the user windows. Tapping this button opens a 2 layer menu system populated with available windows based on your permission level. The bottom right corner of every window shows the logged in user, the active channel, as well as the status of the Power, Lamp, Douser and
Aux Lens. These icons change as these elements update from changes on the projector. The current time also displays.
Tap the Select Test Pattern icon to open the Preferred Test Patterns window and select a test pattern to display. .
6.3
Open the On Screen Keyboard
Tap the Launch Dialog button ( ) to open the On Screen Keyboard. The Onscreen Keypad is only available when you need to enter numerical values.
Figure 6-2 On Screen Keyboard
6.4
User Access and Rights
This table lists the Touch Panel Controller (TPC) permissions:
Table 6.2 User Levels
Permission Level Description
Status
Any user can view basic projector status, diagnostic information and software version information. This is the default level for Serial Communication sessions.
Operator
Advanced
Administrator
Service
This level of user can view detailed diagnostic logs for in-depth troubleshooting and view server errors.
This is the default level at the TPC.
This level of user can define all display setups such as source resolution, aspect ratio, image cropping, and color gamut information, optimize light output, record lamp changes, and define setup files as selectable choices for processing a variety of incoming signals.
This level of user can activate channel and test patterns, perform screen Foot Lambert calibration, define Ethernet settings (IP network address), restore backup files, and upgrade the system software.
NOTE: Administrators can add users and set user access rights from its own level and below only.
Installers and other service personnel can access all windows on the TPC, yet cannot perform Marriage.
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Table 6.3 Accessible Windows Per User Level
Menu Status Operator Advanced Administrator Service
Main X X X X X
Status
Diagnostics
- Interrogator
- SMPTE Errors
- System Logs
- Server Test
- DLP Management
Network Devices
Channel Setup
- Config 1
- Config 2
- 3D Control
Advanced Setup
- Lamp Power / LiteLOC™ Setup
- Lamp Change Wizard
- Lamp History
- LampLOC™ Setup
- ILS File Setup
- Lens Setup
- Source File Setup
- Screen File Setup
- MCGD File Setup
- TCGD File Setup
Administrator Setup
- Preferred Channel Setup
- Preferred Test Pattern Setup
- Preferences
- Content Devices Configuration
- Time Setup
- Communications Configuration
- Network Devices Setup
- GPIO Setup
- Foot Lamberts Calibration
- User Accounts
- Upgrade
Service Setup
- File Management
- System Access
- Lamp Power Supply Setup
About
Help
X
X
X
X
X
X
(except DLP
Management)
X
X
X
X
X
(except DLP
Management)
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
6.5
Status Window
Use the Status window to view projector status information. To view the Status window, tap Menu > Status.
The right pane displays a list of projector items and their status. The left pane provides detailed information about individual projector items.
A green LED indicates the item is functioning correctly. A yellow LED is a warning that a projector item requires attention. A red LED indicates a projector item requires immediate attention.
If the Item or Value descriptions are too long for the cell, click the description to view the full description at the bottom of the window. To adjust the width of a column in the left pane, click and drag the column border.
When you close the Status window, the column widths return to their default size..
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Section 6: Projector Menus
Figure 6-3 Status Window
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Table 6.4 Summary of Status: System Components
All
Displays all the status items that are in alarm state.
Cooling
Cooling Pump
Card Cage Fanpack (bottom right)
Card Cage Fanpack (top right)
Intake Fanpack (bottom right)
Intake Fanpack (bottom left)
Intake Fanpack (top right)
Intake Fanpack (top left)
LAD Fan
Radiator
Card Cage Exhaust (Operator side)
Card Cage Exhaust (Non-Operator side)
Lamp Power Supply Fan
Temperatures (degrees Celsius)
Card Cage Exhaust
Lamp Exhaust
Filtered Air Intake
Integrator
Prism
Blue DMD
Green DMD
Red DMD
ILS Board
LampLOC™ Board
EVB Board
Lamp Power Supply
FMT FPGA
ICP FPGA
ICP Board
PIB
Backplane
Interlocks
Extractor fan intake
AC Blower
Lamp Door
Fire Alarm
Signal
Input Frequency
Input Port
Data Format
292-A Total SMPTE Error Count
292-A Recent SMPTE Error Count
292-B Total SMPTE Error Count
292-B Recent SMPTE Error Count
CPLD Self Test
PI Board Seated Properly
RAM Self Test
Flash Self Test
LVDS Self Test
LampLOC™ Main Code - CRC
LampLOC™ State
LampLOC™ X Sensor
LampLOC™ Y Sensor
LampLOC™ Z Sensor
EVB Main Code - CRC
EVB State
LVPS AC OK
LVPS DC OK
65 °C = warning, 75 °C = critical
90 °C = warning, 100 °C = critical
60 °C = warning, 70 °C = critical
63 °C = warning, 68 °C = critical
63 °C = warning, 68 °C = critical
63 °C = warning, 68 °C = critical
OK/Failed
OK/Failed
OK/Failed
OK/Failed
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Section 6: Projector Menus
System
Hours on projector
ICP State
LD State
Lamp Hours on projector
Lamp Power Supply State
Available Disk Space (MB)
Disk space used (MB)
Available Memory (KB)
ICP 3.3v rail
ICP 2.5v rail
ICP 1.8v rail
ICP 1.2v rail
Versions
Package Version
TPC Software
TPC OS
EVB Main
EVB Boot
EVB Hardware
IMCB ILS Boot
IMCB ILS Main
IMCB ILS Hardware
IMCB Lamp Boot
IMCB Lamp Main
IMCB Lamp Hardware
PIB LVDS FPGA
PIB FPGA Production
PIB FPGA Factory
PIB Main Production
PIB Main Factory
Lamp Info
Lamp ID
Lamp Serial Number
Lamp Power
Lamp Current
Lamp Voltage
Luminance
Lamp Intensity
Lamp Expired Status
Lamp Needs Rotation
Total Hours on Installed Lamp
Lamp State
Configuration
Projector model
Projector serial number
Date of manufacture
Projector subtype
Projector subtype ID
Light engine native resolution
Lamp Power Supply ID
IP Address
Subnet mask
Gateway
Peripherals
Auxiliary Lens Install Status
Auxiliary Lens Type
ILS Install Status
ILS Main Code - CRC
ILS Temperature
ILS Board ID
ILS Boot Version
ILS Software Version
ILS Hardware Version
ILS X Sensor
ILS Y Sensor
ILS Focus Sensor
ILS Zoom Sensor
ILS State
6-8
Lamp power in watts
Lamp current in amps
Lamp voltage in volts
Luminance in Foot Lamberts or Candela
Current light intensity reading
Yes/No
Yes/No
Total number of hours on current lamp
On/Off
Displays projector model
Displays projector serial number
Displays manufacture date
2048 x 1080
Displays IP address
Displays subnet mask address
Displays gateway address
Yes/No
Type of auxiliary lens installed
Yes/No
Displays ILS temperature in Celsius/Fahrenheit when ILS is installed
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PIB Bootloader
PIB CPLD
Router Bootloader
Router Kernel
Router Sysfs
ICP Software
ICP OS
ICP Kernel
ICP RAM Disk
ICP Software Boot
ICP Firmware Boot
ICP Software Main
ICP Firmware Main
ICP Firmware FPGA Config
ICP Secure Processor
Formatter Software Boot
Formatter Firmware Boot
Formatter Software Main
Formatter Firmware Main
Formatter Satellite
Formatter FPGA Config
Formatter Sequence Data
Formatter DMD Data
PIB Mod ID.Rev.Level
Backplane Mod ID.Rev.Level
Faceplate Mod ID.Rev.Level
SFB-Red Level Mod ID Board
SFB-Blue Level Mod ID Board
SFB-Green Level Mod ID Board
Security
Security Enclosure Armed
Security Enclosure Tamper
Security Enclosure Battery Low
Bottom Enclosure Open
Top Enclosure Open
Log Error
Log Warning
Projector Security Lid Tamper
The certificates on the LD have been zeroized
Serials
ICP
Projector
Backplane
PIB
EVB
LampLOC™ Board
ILS Board
Primary Lens
Auxiliary Lens
Lamp
Lamp Power Supply
Value displayed as PIB3G model ID. Revision Number. Level
Value displayed as Backplane model ID. Revision Number. Level
Value displayed as Faceplate model ID. Revision Number. Level
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6.6
Alarm Window
When an alarm occurs, an Alarms window with a red border appears with a description of the alarm condition, state, and time and date of the alarm. The window only displays alarms you have not previously acknowledged.
To acknowledge an alarm and remove it from the Alarms window, click Acknowledge. To view all alarms, tap
Menu > Status > All Alarms in the left pane.
Figure 6-4 Alarm Window
6.7
Interrogator Window
To open the Interrogator window you need Operator, Administrator, or Service permissions. Tap Menu >
Diagnostics > Interrogator.
When you run the interrogator, you cannot modify projector settings. Image disruption can occur if you run the interrogator during a show. If a failure occurs, run the interrogator to capture valuable diagnostic information before you correct the issue or restart the projector.
Use the Interrogator window to retrieve log files and current configuration information in a single file. Select
Basic Mode to return log files, or select Enhanced Mode to return log files and registered batch files. Select
Download to USB to copy the log and batch files to a USB drive.
NOTE: Log files are compressed into a .7z or 7-zip file format. A tool for opening these archives can be downloaded from http://www.7-zip.org.
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Figure 6-5 Diagnostics: Interrogator Window
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6.8
SMPTE Errors Window
To open the SMPTE Errors window you need Operator, Administrator, or Service permissions. Tap Menu >
Diagnostics > SMPTE Errors.
The SMPTE Errors window displays a numerical representation of the signal integrity of the HD-SDI signals sent to the projector on the BNC signal cables. Click Clear Errors to clear all errors.
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Figure 6-6 Diagnostics: SMPTE Errors Window
Table 6.5 Diagnostics: SMPTE Errors Window
Region
SMPTE Error
Counts
SMPTE Error History
Control
292-A Total
292-A Recent
292-B Total
292-B Recent
Clear Errors
Description
The total count of 292-A errors.
The recent count of 292-A errors.
The total count of 292-B errors.
The recent count of 292-B errors.
Clears the SMPTE errors from the logfile and resets all SMPTE Error
Counts to 0. This is used for testing to see if the error returns.
A history of SMPTE errors.
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6.9
System Logs Window
To open the System Logs window you need Operator, Administrator, or Service permissions. Tap Menu >
Diagnostics > System Logs.
Use the System Logs window to retrieve or download log files.
Figure 6-7 Diagnostics: System Logs Window
Table 6.6 Diagnostics: System Logs Window
Control
From
To
Type
Description
The start date for the log file reporting period.
The end date for the log file reporting period.
The type of log file to retrieve. These are the available options:
All
System
Event
Maintenance
Operational
Security
Engineering
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6.10 Server Test Window
To open the Server Test window you need Operator, Administrator, or Service permissions. Tap Menu >
Diagnostics > Server Test.
Use the Server Test window to test subtitle and metadata commands supplied with presentation content. You can search the subtitle and metadata .xml files for errors in content or in transmission from the server. The controls in the Server Test menu DO NOT turn metadata or subtitling OFF and ON.
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Figure 6-8 Diagnostics: Server Test
Table 6.7 Diagnostics: Server Test
Control
Meta File URL
Subtitling URL
Description
The URL of the Meta File (XML) for the current digital content.
The URL of Subtitling (XML) for the current digital content.
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6.11 DLP Management Window
Use the DLP Management window to manage the TI Integrated Processor (ICP) electronics. Tap Menu >
Diagnostics > DLP Management.
Figure 6-9 Diagnostics: DLP Management Window
Table 6.8 Diagnostics: DLP Management Window
Control
Stop DLP
Communication
Download ICP
Certificate
Reset DLP
Description
Turns off communication to the DLP hardware (Integrated Processor).
Copies the ICP certificate to a file on the USB drive. If a USB drive is not available, the file is saved to the FTP root directory.
Resets the ICP board. Do not select this option when a movie is playing.
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6.12 Network Devices
The Network Devices menu only displays when you add a network device in the Network Devices Setup window.
You can interact with the device via an on-screen keyboard by clicking window. You can also alter the zoom of the device by clicking the drop-down menu, right corner of the window.
in the top right corner of the
, in the top
6.13 Channel Setup Windows
To open the Channel Setup windows you need Advanced, Administrator, or Service permissions. Tap Menu >
Channel Setup.
Use the Channel Setup window to create and store customized projector settings for different inputs. You can create a maximum of 64 channels.
1 2 3
4
5
7
6
8
9
Active Channel
Figure 6-10 Channel Setup Window
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Table 6.9 Channel Setup Window
Control
1: Channel Name
2: Edit Name
3: Active Channel
4: Activate
5: Config 1
6: Config 2
7: 3D Control
8: Warning
9: Defaults
Description
The name of the channel.
Edits the name of the currently selected channel.
Activates the selected channel.
Tapping the Activate button activates the currently selected channel. If the Activate button is disabled, the current channel selected is the active channel.
General configuration options.
Color configuration options.
Features to support 2K 3D displays.
The currently displayed file does not exist on the system and needs to be defined in the Advanced Setup window.
Applies the factory default settings of the current channel or all channels.
6.13.1 Config 1 Window
The Channel Setup: Config 1 window provides general configuration options when setting up a channel.
1
4
5
2
3
6
8
9
10
7
Figure 6-11 Channel Setup: Config 1 Window
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Table 6.10 Channel Setup: Config 1 Window
Control
1: Icon
2: Input
3: Data Format
4: Source File
5: Screen File
6: Use PCF
7: PCF
8: Lamp File
9: ILS File
10: Auxiliary Lens
Description
The icon associated with the channel.
The location or connection for the current input.
The source type (8-10-12 bit) and whether or not it is packed.
The resolution and aspect ratio of the incoming source. To view a list of available sources, see
6.14.6 Source File Setup Window
The display area, masking, cropping and lens for the current input.
Selects a pre-defined Projector Configuration File (PCF) for the input and prevents Channel adjustments.
The PCF file.
The lamp configuration associated with the channel. Click Launch Dialog to edit the lamp file settings. Any changes made to the Lamp File settings are applied to all channels that use this lamp file.
The ILS configuration associated with the channel. Click Launch Dialog to edit the ILS file settings.
Any changes made to the ILS File settings are applied to all channels that use this ILS file.
Indicates if the channel uses an anamorphic lens.
6.13.2 Config 2 Window
Use the Config 2 window to change the color settings of a channel.
1
2
3
4
5
7
6
Figure 6-12 Channel Setup: Config 2 Window
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Table 6.11 Channel Setup: Config 2 Window
Control
1: Measured Color
2: Target Color*
3: Color Space*
4: Gamma*
5: LUT_CLUT*
6: Scan Type
Description
The Measured Color Gamut Data (MCGD) file to use as a reference for calculating target color processing.
The Target Color Gamut Data (TCGD) value.
The method of color decoding for the current source. The default is YCbCr for all DVI sources. The default for all 3G-SDI sources is Unity RGB.
The gamma correction required for the proper tonal range of the source material.
Applies a 3D color cube for increased color accuracy.
The video scan type. The default is Progressive.
* NOTE: Components marked with an asterisk (*) are part of pre-defined PCFs (Projector Configuration
Files) that control image processing for a given source. When you select Use PCF, these options are not available.
6.13.3 3D Control Window
Use the 3D Control window to adjust and synchronize incoming 3D signals with external 3D equipment such as screens, emitters, and glasses.
1
3
4
5
6
2
7
8
9
10
Figure 6-13 Channel Setup: 3D Control Window
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Table 6.12 Channel Setup: 3D Control Window
Control
1: Enable 3D
2: 3D Test Patterns
3: 3D Sync Input Mode
4: L/R Display Reference
5: Frame Rate N:M
6: L/R Display Sequence
7: 3D Sync Polarity
8: Dark Time
9: Output Delay
10: Phase Delay
Description
Enables 3D.
Displays 3D test patterns.
Specifies whether a specific frame of input data has left eye or right eye data.
Use GPI (polarity = true) or (polarity = inverted): Select if you are using a single 3D signal requiring a separate 3D stereo sync input at the GPIO.
Use Selected Input Port (polarity = true) or (polarity = inverted): Select if your 3D source provides separate left and right data via 2 cables at the 3G-SDI A and 3G-SDI B SMPTE ports. This assumes the 3D stereo sync signal is included with the image data inputs rather than supplied separately at the GPIO port.
Use White Line Code (true and inverted): Select only if using a single 3D input signal in which an embedded white line at the bottom of each frame identifies left vs. right, and an additional separate 3D stereo sync input at the GPIO port is not present. The bottom row of the left-eye sub-field should be pure white for the left-most 25% of the pixel row and pure black for the remainder of the row. The bottom row of the right-eye sub-field should be pure white for the left-most 75% of the pixel row and pure black for the remainder of the row.
Use Line Interleave: For use with 3D source data only. When specified, the TI system will de-interleave each line into the left image or right image in memory as specified. Line interleave can be used with PsF 3D data (left and right data for one field, then left and right data for second field).
Specifies which frame of eye data to display during a specific display frame. This signal is referenced to the display frame rate which is specified by the Frame Rate N:M.
Sets how many frames to display per number of frames that form one complete image.
Increase the display frame rate to reduce flicker from your source(s).
Defines the frame order (L-R or R-L) required for 3D perspective. This option only has meaning when the Frame Rate factor M is equal to 2. For this case, 2 input frames of data are required to constitute a complete frame of image data. This parameter tells the system which frames go together to make a complete image. NOTE: When using Line Interleave as the 3D Sync Input Mode, ensure that Left (L1R1 L2R2) is selected.
Keeps 3D stereo sync output the same as input (true) or reversed (inverted).
True: 3D L/R sync output from GPO will match L/R sync input.
Inverted: 3D L/R sync output from GPO will be the opposite of sync input (left = right, right = left).
Creates a blank time interval between left and right frames to allow for LCD shutter glasses, Z screen, or rotating 3D wheel to synchronize the output. See Dark Time and
Output Delay Notes below. Values between 0 and 65535 are accepted. Tap the Launch
Dialog button to enter the dark time value.
The non-image time in Microseconds (μ). Offset 3D stereo sync output in relation to dark time interval. Acceptable values are between -32768 and 32767 are accepted where a positive offset = delay and negative offset = start early. Tap Launch Dialog to enter the output delay value.
The degree of reference between the left and right sync output. Values between -180 and
180 are accepted. Tap Launch Dialog to enter the phase delay value.
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FRAME RATE N:M NOTES
These N:M ratios define how many frames to display per number of frames that form one complete image. For all 3D use, the denominator is 2, indicating that two frames (left and right) are combined into every complete display frame. For non-3D, it is 1 frame. Set to the highest rate possible without image cropping.
EXAMPLE
4:2 = 4 frames displayed
2 frames per image
4:2 5:2
NOTE: Not for 2048 x 1080
6:2
24 Hz
A
24 Hz
B
24 Hz
A
24 Hz
B
24 Hz
A
24 Hz
B
48 Hz
4 frames, 2 sources
(48 Hz x 2)
48 Hz
5 frames, 2 sources:
(48 Hz x 2.5)
48 Hz
6 frames, 2 sources:
(48 Hz x 3)
96 Hz 120 Hz 144 Hz
Figure 6-14 Examples of Frame Rate N:M
DARK TIME and OUTPUT DELAY NOTES
The dark time between incoming left and right frames provides a brief interval of non-image time (in microseconds) for your switching device (such as shutters in glasses) to complete its switch. When this interval is set properly, neither eye sees image data intended for the other eye and this helps to prevent color artifacts and ghosting. The output delay setting shifts the 3D sync in relation to the Dark Time interval, starting each frame slightly earlier (-) or later (+). Too much offset can cause “bleed-through” where each eye sees some data that is intended for the other, or causes color cropping since some DMD sequences may be clipped.
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6.14 Advanced Setup Windows
To open the Advanced Setup window you need Advanced, Administrator, or Service permissions.
Use the Advanced Setup windows to define the operating parameters for the projector including lamp settings and the lens position.
1 2 3 4
6-22
Figure 6-15 Functionality in Advanced Setup Windows
Table 6.13 Functionality in Advanced Setup Windows
Control
1: Current File
2: Save As
3: Save
4: Revert
Description
The file to which you want to apply modifications. This option is only available in the Lamp Power /
LiteLOC ™ Setup, ILS Setup, Source File Setup, Screen File Setup, MCGD File Setup and
TCGD File Setup windows. Changes are applied to all channels that use this file.
Saves the configuration file with a new name.
Saves the configuration file.
Cancels unsaved screen settings and reapplies the saved settings.
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6.14.1 Lamp Power / LiteLOC™ Setup Window
LiteLOC™ is a power control algorithm that increases the power level to maintain lamp brightness as the lamp ages. Tap Menu > Advanced Setup > Lamp Power/LiteLOC™ Setup.
1
4
6
5
2
3
LiteLOC™
Target
Light
Intensity
Figure 6-16 Advanced Setup: Lamp Power / LiteLOC™ Setup Window
Table 6.14 Advanced Setup: Lamp Power / LiteLOC™ Setup
Control
1: Power %
Description
The percentage of power to supply to the lamp. See Table 6.15 for the valid Lamp Power ranges for
specific lamp types.
Applies LiteLOC ™ to the current channel.
2: Enable
LiteLOC™
3: Light Meter - Set
Target
4: Amps, Volts,
Watts, ~FL or
~cd/m
2
, Hours
5: Text Region
Automatically enables LiteLOC ™ and maintains the current brightness level as long as possible. The
Light Meter value is an arbitrary unit of measure, not lumens or fL.
Lamp current in amperes, lamp voltage in volts, lamp power in watts, approximate Foot Lamberts reading on the light sensor (assuming a calibration was performed), and hours on current lamp.
6: Light Bar
The current light sensor reading in arbitrary units-of -measure and does not represent actual lumens or fL.
The current light intensity and LiteLOC ™ target.
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6.14.2 Lamp History Window
The Lamp History window displays a list of the previous and current lamps installed in the projector. Tap
Menu > Advanced Setup > Lamp History.
You cannot remove a lamp from the list after you add it.
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Figure 6-17 Advanced Setup: Lamp History Window
Table 6.15 Minimum and Maximum Lamp Power by Lamp Type
Control
Date
Lamp Type
Serial Number
Hours
Expiry Hours
Rotated
Reason
Add Lamp
Acknowledge
Lamp Rotation
Description
The date the lamp was installed.
The lamp type.
The lamp serial number.
The number of hours the lamp has operated.
The number of hours the lamp operates before it is replaced.
Specifies if the lamp has been rotated.
The reason for changing the lamp.
Tap Add Lamp to open the Add Lamp window. See
Acknowledge the lamp has been rotated.
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Add Lamp Window
Section 6: Projector Menus
Figure 6-18 Advanced Setup: Add Lamp Window
Table 6.16 Advanced Setup: Add Lamp Window
Control
Type
Serial Number
Reason for Change
Lamp Expiry
Hours Used
Description
The lamp type.
The serial number of the new lamp. A serial number can be up to 32 alpha-numeric characters.
The reason you are installing the lamp.
The number of hours the lamp operates before it is replaced. For information about lamp expiry
hours for available lamps, see Section 5.6.8 Lamp Expiry Hours .
The number of hours the lamp has operated.
6.14.3 LampLOC™ Setup Window
Use the LampLOC Setup window to reposition the projector bulb for optimized light output. Tap Menu >
Advanced Setup > LampLOC™ Setup
Click Do Auto to run LampLOC automatically. You must turn the lamp on before you run LampLOC. If you turn the lamp off during LampLOC, the bulb returns to its former position. The douser is open and it is not functional during a LampLOC adjustment. To keep the bulb optimized as it ages, run LampLOC once a month .
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1
2
LiteLOC™
Target
Light
Intensity
3
Figure 6-19 Advanced Setup: LampLOC™ Setup Window
Table 6.17 Advanced Setup: LampLOC™ Setup Window
Control
Left/Right
Up/Down
In/Out Arrow
Buttons
Value
Light Bar
Do Auto
Display Full
Screen White
Test Pattern
Auto
LampLOC™
Progress Bar
Cancel Auto
Description
Moves the lamp up, down, in, out, left, and right. The current position of the lamp displays in Cartesian coordinates. Tap once to increase or decrease the lamp position by a single increment. Press and hold a button to increase or decrease the lamp position by multiple increments. You cannot move the lamp beyond the pre-defined limits for the projector. For D4K35 X/Y = +/-250; Z = +/-175.
Shows the current light sensor reading in arbitrary units-of -measure and does not represent actual lumens or fL.
Indicates the current light intensity (vertical bar) and LiteLOC ™ target (red horizontal line).
Starts the auto LampLOC ™ calibration procedure, which adjusts the lamp position until the highest light reading is obtained from the light sensor.
Temporarily displays a full screen white test pattern for the duration of the LampLOC™ adjustment.
The previous display reappears when you close the LampLOC™ Setup page or clear the check box.
Shows the current LampLOC ™ procedure completion status.
Cancels the LampLOC calibration.
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6.14.4 Advanced Setup: ILS File Setup Window
WARNING To prevent the projection lens and the Motorized Auxiliary Lens Mount
(MALM) colliding, move the MALM to the out position before calibrating the lens or resetting the MALM. When performing a lens calibration keep your fingers away from moving parts.
Use the ILS File Setup window to modify the Intelligent Lens System (ILS) settings in an ILS file. Tap Menu
> Advanced Setup > ILS File Setup
The ILS File Setup window is not available if you have not selected the ILS Installed option in the Lens Setup window. Changes made to settings are applied to all channels that use the ILS file. Tap once to increase or decrease the focus, offset, or zoom by a single increment. Press and hold a button to increase or decrease the focus, offset, or zoom by multiple increments. If you adjust the focus, offset, or zoom of the lens mount manually, the new settings are not saved in the ILS file.
Figure 6-20 ILS File Setup Window
Table 6.18 ILS File Setup Window
Control
Focus
Zoom
Offset
Quick Reset
Description
Adjusts the zoom.
Adjusts the offset.
Resets the lens to the mechanical center before moving back to the original position.
Resets the position of the MALM to the mechanical reference point.
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6.14.5 Lens Setup Window
Use the Lens Setup window to setup the primary and auxiliary lenses and configure the Intelligent Lens
System (ILS) if it is installed. Tap Menu > Advanced Setup > Lamp Power/LiteLOC™ Setup.
1
2
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Figure 6-21 Advanced Setup: Lens Setup Window
Table 6.19 Advanced Setup: Lens Setup Window
Control
Primary Lens
Serial Number
Auxiliary Lens
Serial Number
Save
Revert
Enable
Automatic ILS
Reset on Startup
Quick Reset
Full
Calibration
MALM Installed
MALM Reset
Description
The type of primary lens installed on the projector.
The serial number for the primary lens.
The type of auxiliary lens installed on the projector.
The serial number for the auxiliary lens.
Saves the lens type or serial number(s).
Reverts to the last saved values for the lens type or serial number(s).
Automatically moves the lens to the position specified by the channel and overwrites focus, zoom, and offset settings in the ILS file.
Uses ILS settings to calibrate the lens when you start the projector.
Resets the ILS and returns the lens to the manual position..
Perform a full ILS calibration and returns the lens to the manual position.
Indicates a MALM is installed on the projector.
Resets the position of the MALM to the mechanical reference point.
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Control
In
Out
Section 6: Projector Menus
Description
Moves the MALM to the right or left. If the MALM is in the OUT position (right), the MALM moves to the IN position (left) before the incremental adjustments begin.
Moves the MALM to the right or left. If the MALM is in the IN position, the MALM moves to the
OUT position (right) before the incremental adjustments begin.
6.14.6 Source File Setup Window
1. Use the Source File Setup window to create source files that store resolution, offset, and aspect ratio settings for input devices .
Tap Menu > Advanced Setup > Source File Setup.
1 2
3
Figure 6-22 Advanced Setup: Source File Setup Window
Table 6.20 Advanced Setup: Source File Setup Window
Control
1: Resolution
2: Offset
3: Aspect Ratio
Description
The X and Y resolution of the incoming signal. For example, 2048 (X) and 858 (Y) or 1920 (X) and
1080 (Y). The resolution must match the incoming signal format. Tap once to increase or decrease the resolution by a single increment. Tap and hold a button to increase or decrease the resolution by multiple increments.
The amount of incoming data to discard. Set the values to zero to process all incoming data. Tap once to increase or decrease the offset by a single increment. Press and hold a button to increase or decrease the offset by multiple increments. The allowable X range is -4096 to 4096 pixels and Y range of -2160 to 2160 pixels.
The aspect ratio for the incoming signal. The allowable range is 0 to 7.99.
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6.14.7 Screen File Setup Window
Use the Screen File Setup window to define the display panel size and how you want the image cropped. You can save your settings, and apply them to other input devices. Tap Menu > Advanced Setup > Screen File Setup.
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Figure 6-23 Advanced Setup: Screen File Setup Window
Table 6.21 Advanced Setup: Screen File Setup Window
Control
Letter Box
Lens Factor
Presentation
Cropping
Description
All image data is displayed and the aspect ratio is maintained.
The amount you want to stretch an image horizontally. Allowable values can range from 0.00 to
7.99. Enter 1 if you are not using an anamorphic lens.
The size and location of the image. By default, the projector uses a 4096 x 2160 panel.
Hides unwanted image data.
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6.14.8 MCGD File Setup Window
Use the MCGD File Setup window to correct uncorrected, on-screen colors. Tap Menu > Advanced Setup >
MCGD File Setup.
1
3 4
2
Figure 6-24 Advanced Setup: MCGD File Setup Window
Table 6.22 Advanced Setup: MCGD File Setup Window
Control Description
1: Gamut Visual Control Enables the color test pattern on the screen.
2: Off Button Turns off the displayed color and returns the projector to content play.
3: Revert
4: Back
5: Enter Button
Reverts to the previously saved value.
Deletes the entry before the cursor one character at a time.
Advances the cursor to the next text region.
Record MCGD Color Settings
1. On the Touch Pad Controller, tap Menu > Advanced Setup > MCGD File Setup.
2. In the Current Measured (MCGD) File list, select Onsite.
3. Tap a color option button to display the full-field YCbCr test pattern.
4. Measure the coordinates at the screen with a color meter.
5. Enter the values in the X and Y fields of the MCGD File Setup window.
6. Repeat Steps 3 - 5 for each color.
7. Select Off and then tap Save.
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6.14.9 TCGD File Setup Window
Use the TCGD File Setup window to modify or create custom Target Color Gamut Data (TCGD) files. Tap
Menu > Advanced Setup > TCGD File Setup.
A TCGD file appears in the Channel Setup: Config 2 window as Target Color where you can select it for use in the display.
2
1
3
5
4
Figure 6-25 Advanced Setup: TCGD File Setup Window
Table 6.23 Advanced Setup: TCGD File Setup Window
Control
1: Use White Clip
*
2: Gamut Visual
Control *
3: Gain *
Description
Brings the chromaticity of white within range with the projector without sacrificing output brightness or contrast.
Displays the corresponding x and y color coordinates for the current target color gamut.
The brightness or intensity of each color when compared with a full white, ranging from 0 (0%) to 1
(100%).
Shows a test pattern when the color changes.
4: Display Test
Pattern
5: White
Tolerance *
Enables the White Tolerance grid and x and y text boxes.
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Section 6: Projector Menus
6.15 Administrator Setup Window
To open the Administrator Setup window you need Administrator, or Service permissions.
Use the Administrator Setup windows to define projector settings.
6.15.1 Preferred Channel Setup Window
To open the Preferred Channel Setup window you need Administrator or Service permissions. Tap Menu >
Administrator Setup > Preferred Channel Setup.
Use the Preferred Channel Setup window to manage and organize the channels that appear on the Main panel of the Touch Panel Controller.
1
2
3
Figure 6-26 Administrator Setup: Preferred Channel Setup Window
Table 6.24 Administrator Setup: Preferred Channel Selection Window
Control
1: All Channels
2: Selected
Channel Buttons
3: Trash Can
Description
An alphabetical list of the 64 available channels.
The 9 buttons that display on the Main panel of the TPC.
Deletes a channel from the Selected Channel Buttons area.
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6.15.2 Preferred Test Pattern Setup Window
The Preferred Test Pattern Setup window enables the management and organization of all available test
Test Pattern button on the Main panel.
1 2
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6
3 4 5
Figure 6-27 Administrator Setup: Preferred Test Pattern Setup Window
Table 6.25 Administrator Setup: Preferred Test Pattern Setup Window
Control
1: Unselected
Patterns
2: User Selected
3: Test Pattern Off
4: Test
5: Full Screen
6: Trash Can
Description
An alphabetical list of all available test patterns for display by the projector for you to choose from. If a pattern is dragged to the User Selected region, it will be removed from this list.
A list of test patterns selected by you.
Removes the test pattern currently displayed.
Displays the selected test pattern.
Displays the test pattern full screen, 2048 x 1080.
Used to delete a test pattern from the User Selected region.
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6.15.3 Preferences Window
Use the Preferences window to modify projector system settings. To open the Preferences window you need
Administrator or Service permissions. Tap Menu > Administrator Setup > Preferences.
1
2 3
4
Figure 6-28 Administrator Setup: Preferences Window
Table 6.26 Administrator Setup: Preferences Window
Control
Temperature Units
Image
Orientation
Luminance Units
Language
Beep on Screen Press
Enable Screen Saver /
Screen Saver Delay
Over Temperature, Fan
Failure, Lamp Rotation,
Lamp Expiry, LD Log
Warning
Brightness
Calibrate Screen
Description
Determines if temperature information is displayed in Celsius or Fahrenheit.
The direction of the on screen image.
Determines if luminance information is displayed in Foot Lamberts or Candela.
The language for the TPC and online help.
Plays a sound when you touch the TPC screen.
Enables a screen saver and determines the frequency that the screen saver appears.
Opens an alarm window when a pre-defined event occurs.
Adjusts the brightness of the touch screen display.
Opens the Calibrate window.
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6.15.4 Time Setup Window
Use the Time Setup window to change projector time settings. To open the Time Setup window you need
Administrator or Service permissions. Tap Menu > Administrator Setup > Time Setup.
1
2
Figure 6-29 Administrator Setup: Time Setup Window
Table 6.27 Administrator Setup: Time Setup Window
Control
Time Zone
24 Hour Time
Adjust for Daylight Savings
Time
Time Offset
Apply Time
Adjustment
Description
The time zone where the projector is installed.
Displays time in a 24-hour format.
Automatically adjusts the time for daylight savings.
Increases or decreases the projector time.
Applies time adjustment settings.
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6.15.5 Scheduler Window
Use the Scheduler window to schedule when the projector turns on or off. To open the Scheduler window you need Administrator or Service permissions. Tap Menu > Administrator Setup > Scheduler.
Figure 6-30 Administrator Setup: Scheduler Window
Table 6.28 Administrator Setup: Scheduler Setup Window
Control
Enable Scheduler
Delete All
Description
Enables or disables the scheduler.
Deletes all scheduled events.
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6.15.6 Communications Configuration Window
The Communications Configuration window configures the Ethernet settings, serial communication parameters, SNMP settings, and remote access settings.
1
2 3
4 5
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Figure 6-31 Administrator Setup: Communications Configuration Window
Table 6.29 Administrator Setup: Communications Configuration Window
Control
1: Device Name
IP Address
Description
The name of the network device.
The IP address of the network device.
Subnet Mask
Gateway
The subnet mask to which the address belongs.
The IP address for the network gateway.
Apply Applies Ethernet settings.
Serial Speed (Baud) The baud rate of the serial port. The default is 115200.
Enable SNMP
SNMP V2 / SNMP
V3
Management IP
Enables SNMP.
The SNMP protocol type. Contact Christie for the SNMP V3 user ID and password.
The IP address where SNMP information and notifications are sent.
Download MIB to
USB
Apply
Serial Access
Sends the SNMP Management Information Base (MIB) file to a USB drive.
Applies SNMP settings.
Grants access to serial connections.
Ethernet Access Grants access to Ethernet connections.
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6.15.7 Network Devices Window
Use the Network Devices window to view the web interface of external peripherals such as Christie ACT.
(IMB). Tap Menu > Administrator Setup > Network Devices Setup.
1
2
Figure 6-32 Administrator Setup: Network Devices Window
Add a Network Device
1. Tap Menu > Administrator Setup > Network Devices Setup
2. In the Device Name area, select the check box to the left of the device you are adding.
3. Enter the device name in the Device Name field.
4. In the URL field, enter the URL of the device you are adding .
5. Click Menu, select Network Device, and then select a network device. The web interface for this device appears.
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6.15.8 GPIO Setup Window
Use the GPIO Setup window to configure the input and output settings of the GPIO interface. To open the
GPIO Setup window you need Administrator or Service permissions. Tap Menu > Administrator Setup >
GPIO Setup.
1 2
Figure 6-33 Administrator Setup: GPIO Setup Window
Table 6.30 Administrator Setup: GPIO Setup Window
Control
Rising Edge
Falling Edge
Trigger
Output
Description
The rising edge for the signal.
The falling edge for the signal.
The trigger that is sent when the function is activated.
The output that triggers the GPIO signal.
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6.15.9 Foot Lamberts Calibration Window
Use the Foot Lamberts Calibration wizard to calibrate the internal light meter to Foot Lamberts. When you run
Foot Lamberts Calibration during a show, the show stops. To run the Foot Lamberts Calibration wizard you need Administrator or Service permissions. Tap Menu > Administrator Setup > Foot Lamberts
Calibration.
Figure 6-34 Administrator Setup: Foot Lamberts Calibration Start Window
6.15.10 User Accounts Window
Use the User Accounts window to manage users, passwords, and user access rights. Depending on your login level, you will be able to manage users having the same or fewer access rights as you. Tap Menu >
Administrator Setup > User Accounts.
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Figure 6-35 Administrator Setup: User Accounts Window
Table 6.31 Administrator Setup: User Accounts Window
Control Description
User Name and Permission A list of all users and their permissions.
Add
Edit
Delete
Adds a username, password and permission level for a new user.
Edit user passwords and permissions.
Deletes a user account.
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Figure 6-36 Add a New User Window
Section 6: Projector Menus
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6.15.11 Upgrade Window
Use the Upgrade window to upgrade the projector software. You must have Administrator or Service permissions to upgrade software .
Upgrade: File Selection Window
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Figure 6-37 Upgrade: File Selection Window
Table 6.32 Upgrade: File Selection Window
Control
Available Upgrade
Files
Disk Space Used
Free Space
Upload
Remove
Next
Description
Lists all the upgrades currently stored in the FTP directory of the projector.
A visual representation of the amount of used disk space on the projector.
The amount of available free space on the projector.
Uploads a file.
Deletes an upgrade file.
Opens the Extraction window.
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Upgrade: Package Details Window
Section 6: Projector Menus
Figure 6-38 Upgrade: Package Details Window
Table 6.33 Upgrade: Package Details Window
Control
Upgrade
Different
Components Only
ICP Only Force
Install
Force Upgrade All
Factory Install
Upgrade
Different
Components Only
Description
Upgrades system components that are newer or older than the currently installed version.
Forces an ICP install regardless of what current version is installed.
Upgrades all components in the upgrade package.
Removes all configurations and upgrades all components.
Upgrades system components that are newer or older than the currently installed version.
6.16 Service Setup
To open the Service Setup window you need Service permissions.
Use the Service Setup windows to manage backup and restores of projector data.
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6.16.1 Service Setup: File Management Window
Use the File Management window to manage backups and restore system settings. Tap Menu > Service Setup
> File Management.
1
2
3
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Figure 6-39 Service Setup: File Management Window
Table 6.34 Service Setup: File Management Window
Region
1: Backup
2: Restore
3: Factory
Defaults
Description
Backs up configuration, preference, channel, and user data to a USB drive or an FTP site.
Restores backup data.
Resets all information on the projector to the factory default.
Restore Backup Files
1. Tap Menu > Service Setup > File Management .
2. Tap Browse.
3. Navigate to the location of the backup file.
4. Select the backup file and click Open.
5. In the Select restore type list, select a file type.
6. Tap Restore.
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6.16.2 Digital Convergence Window
Use the Digital Convergence window to adjust the red, green, and blue digital micromirror devices (DMD) electronically. The maximum adjustment you can make is 3 pixels. When you complete a electronic micromirror adjustment, 1 to 3 pixels are removed from the image.
Do not perform a digital convergence until you manually adjust and set the DMDs. Reset the red, green, and blue DMD values to their default setting before you manually adjust the DMDs.
Tap Menu > Service Setup > Digital Convergence.
Table 6.35 Digital Convergence Window
Control
Red DMD
Green DMD
Blue DMD
Default
Description
Adjusts the red digital micromirror device.
Adjusts the green digital micromirror device.
Adjusts the blue digital micromirror device.
Returns all digital micromirror devices to the default setting 0:3.
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6.16.3 System Access Window
Use the System Access window to access Microsoft Windows functions. Tap Menu > Service Setup > System
Access.
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Figure 6-40 Service Setup: System Access Window
Table 6.36 Service Setup: System Access Window
Control
Task Manager
Computer
Management
Windows Explorer
Network
Connections
Description
Opens the Microsoft Windows Task Manager.
Opens the Computer Management window.
Opens Windows Explorer.
Opens the Network Connections window.
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6.16.4 Service Setup: Lamp Power Supply
You need Service permission to access the Lamp Power Supply Setup window. Use the Lamp Power Supply
Setup window to specify the length of the cable used to connect the projector to an external power supply.
Tap Menu > Service Setup > Lamp Power Supply Setup .
Figure 6-41 Service Setup: Lamp Power Supply
6.17 About Window
Use the About window to view information about the projector including the serial number, the current software version, the Digital Light Processing (DLP) version, the lens and lamp type. If the projector has been upgraded, a U appears at the end of the model number
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Figure 6-42 About Window
6.17.1 Help Window
Use the Help window to view information about the Touch Panel Controller (TPC) windows.
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Figure 6-43 Help Window
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7 Maintenance
This section provides information and procedures for performing projector maintenance. You should read through this section in its entirety before performing maintenance activities. When you perform projector maintenance, obey all warnings and precautions.
ELECTRICAL SHOCK HAZARD! Always turn off, disconnect, and disengage all power sources to the projector before servicing. Failure to comply results in death or serious injury.
Only Christie accredited service technicians are permitted to open any enclosure on the projector and only if the AC power has been fully disconnected. Failure to comply could result in minor or moderate injury.
7.1
Ventilation
Vents and louvers in the projector covers provide ventilation, both for intake and exhaust. Never block or cover these openings. Do not install the projector near a radiator, heat register, or within an enclosure. To ensure adequate airflow around the projector, keep a minimum clearance of 50cm (19.69”) on the left, right, and rear sides of the projector.
7.2
Filling the Coolant Reservoir
DANGER
HAZARDOUS SUBSTANCE! The coolant used in the projector contains ethylene glycol. Use caution when handling. DO NOT ingest .
WARNING Only use coolant recommended by Christie in your projector. Using unapproved coolant can result in projector damage and voids the projector warranty
The liquid cooler system sends and receives coolant from the digital micromirror device (DMD) heat sinks.
Check the coolant level every 6 months, by removing the top projector lid. The coolant level should always be above the minimum level indicator. If the liquid cooling system fails, an over-temperature alarm window appears in the Touch Pad Controller (TPC). The lamp turns off if the projector enters an over-temperature state for longer than one minute.
Top up the coolant with the Christie approved coolant JEFFCOOL E105. Use the refill bottle (with the nozzle) provided in the Liquid Coolant Fill Service Kit (P/N: 003-001837-xx). When refilling, use caution not to spill or let any of the coolant drip on or near the electronics. After filling the reservoir, check the coolant hoses for kinks which may restrict fluid flow.
If coolant drips on electronics or other components, blot the affected area using a dust-free optical grade tissue.
It is recommended you blot a few times, discard the tissue and use a new tissue to blot the area again. Keep repeating this cycle until the coolant is removed. Then lightly moisten a new tissue with de-ionized water and blot the area again. Use a dry tissue to dry the area.
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7.3
Inspect the Lamp
DANGER Always disconnect the projector from AC power and wear authorized protective safety gear.
• Check the contact surfaces of the anode (positive) and the cathode (negative) connections for cleanliness.
• Clean electrical contact surfaces regularly to prevent contact resistance from scorching connectors. Use an approved contact cleaner.
Verify that all electrical and lamp connections are secure.
7.4
Inspect and Clean Optics
Unnecessary cleaning of optics can increase the risk of degrading delicate coatings and surfaces. If you are not a qualified service technician, you can only inspect and clean the lens and lamp reflector. Do not perform maintenance on other optical components. Check these components periodically in a clean, dust-free environment using a high-intensity light source or flashlight. Clean them only when dust, dirt, oil, fingerprints or other marks are obvious. Never touch an optical surface with your bare hands. Always wear latex lab gloves.
• These are the recommend tools for removing dust or grease:
• Soft camel-hair brush
• Dust-free blower - filtered dry nitrogen blown through an anti-static nozzle.
• Dust-free lens tissue, such as Melles Griot Kodak tissues (18LAB020), Opto-Wipes (18LAB022), Kim
Wipes or equivalent.
• For the lens only - lens cleaning solution such as Melles Griot Optics Cleaning Fluid 18LAB011 or equivalent
• For the reflector only - Methanol.
• Cotton swabs with wooden stems.
• Lens cleaning cloth or microfiber such as Melles Griot 18LAB024 or equivalent.
7.4.1 Clean the Lens
A small amount of dust or dirt on the lens has minimal effect on image quality-to avoid the risk of scratching the lens, clean the lens only if absolutely required.
Remove Dust
1. Brush most of the dust off with a camelhair brush or use a dust-free blower.
2. Fold a microfiber cloth and wipe the remaining dust particles off the lens with the smooth portion of the cloth that has no folds or creases. Do not apply pressure with your fingers. Instead, use the tension in the folded cloth to remove the dust.
3. If significant dust remains on the lens surface, dampen a clean microfiber cloth with lens cleaning solution and wipe gently until clean.
Remove Fingerprints, Smudges, or Oil
1. Brush most of the dust off with a camelhair brush or use a dust-free blower.
2. Wrap a lens tissue around a swab and soak it in lens cleaning solution. The tissue should be damp but not dripping.
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3. Gently wipe the surface using a figure eight motion. Repeat until the blemish is removed.
lean the lens only if absolutely required.
7.4.2 Cleaning the Lamp Reflector
Inspect the mirror surface (reflector) for cleanliness when you remove the lamp for replacement. Wear protective clothing while inspecting or cleaning. Color variations on the reflector are normal.
Remove Dust
1. Brush most of the dust off with a camelhair brush or use a dust-free blower.
2. If some dust remains, leave it. Some dust is inevitable. Avoid unnecessary cleaning.
Remove Fingerprints, Smudges, or Oil
1. Brush most of the dust off with a camelhair brush or use a dust-free blower.
Fold a microfiber cloth and wipe the remaining dust particles off the lens with the smooth portion of the cloth that has no folds or creases. Do not apply pressure with your fingers. Instead, use the tension in the folded cloth to remove the dust.
7.5
Inspect and Clean the Lamp Blower
NOTICE! DO NOT bend the impeller blades or loosen the balancing weights.
A clogged lamp blower impeller or motor can reduce air flow leading to overheating and failure of the lamp.
1. Vacuum loose dirt from the lamp blower impeller.
2. If necessary, use a brush with hot water.
3. Fold a clean microfiber cloth and dampen with methanol and wipe evenly with the smooth portion of the cloth that has no folds or creases. Do not apply pressure with your fingers. Use the solution in the cloth to collect the dirt.
7.6
Clean the Igniter
Clean the high voltage terminal and insulator to remove accumulated dust or dirt.
7.7
Inspect and Clean the Airflow Interlocks
The D4K35 uses two airflow interlocks; a lamp blower vane switch and an extractor vane switch.
The lamp blower vane switch is located within the lamp cooling compartment. The extractor vane switch is located just inside the top duct on the projector lid. Check and clean the switches to remove accumulated dust or dirt that could impede movement if necessary. Within the exhaust duct connected at the top of the projector, adequate airflow must be maintained and routed outside of the building. Inspect regularly and confirm that 1) there are no obstructions or “kinks” within the ducting, 2) all air intake areas are unobstructed, and 3) exhaust airflow is at least 450 CFM* (measured at the rigid end of the duct when not connected to the projector). Refer
.
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* 600 CFM is required in projection rooms with ambient temperature above 25 ° C or elevation
(above sea level) greater than 3000 feet.
7.8
Inspect the Laminar Airflow Device (LAD)
The LAD filter is attached to the light engine assembly handle in the light engine compartment. Inspect the
LAD filter every six months. If the LAD filter is dark grey, contact Christie or your dealer for replacement.
7.9
Replace the Lamp
DANGER 1) Lamp replacement must be performed by a qualified service technician only.
2) EXPLOSION HAZARD. Wear authorized protective clothing whenever the lamp door is open and when handling the lamp. Never twist or bend the quartz lamp body. Use the correct wattage lamp supplied by Christie. 3) Ensure those within the vicinity of the projector are also wearing protective safety clothing. 4) Never attempt to remove the lamp when it is hot. The lamp is under a great deal of pressure when hot and may explode, causing personal injury or death and/or property damage. Allow the lamp to cool completely before replacing it.
1. Tap and hold the red power button on the TPC Main panel to turn the lamp and projector off.
2. Allow the lamp to cool for a minimum of 10 minutes.
3. Unplug the projector.
4. Put on your protective clothing and face shield.
5. Unlock and open the lamp door. Release the tethered latch mechanism to remove the door entirely.
6. Remove the old lamp and inspect the reflector: a. Remove the front lamp duct to reveal the cathode end (-) of the lamp.
b. Loosen the set screw securing the anode connector.
c. Loosen the set screw securing the cathode connector.
d. Slip the positive anode connector off the front of the lamp.
e. Hold the lamp from the cathode end and carefully unscrew the lamp from the cathode connector ensuring not to make contact with the reflector.
f. With your free hand guide the cathode end out of the reflector, on an angle.
g. Before placing the old lamp into the protective case ensure the cathode nut is reinstalled. Place the lamp, within the case, on the floor where it cannot fall or be bumped. WARNING! Handle box with extreme caution - the lamp is hazardous even when packaged. Dispose of lamp box according to local area safety regulations.
h. With the lamp removed, visually inspect the reflector for dust. If necessary, clean the reflector.
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Figure 7-1 Removing the Lamp
7. Remove the new lamp from the protective case. NOTE: Before removing the lamp from the case loosen
the cathode screw and remove the cathode nut from the lamp.
8. Install the new lamp:
Handle the lamp by the cathode/anode end shafts only, never the glass. DO
NOT over-tighten. DO NOT stress the glass in any way. Check leads. Ensure the anode (+) lead between the lamp and igniter is well away from any projector metal, such as the reflector or firewall.
a. Hold the anode end of the lamp in your left hand and angle it up through the hole in the back of the reflector assembly. Insert your right index and middle finger through the back front of the reflector and guide the lamp onto the cathode clamp. Be careful not to hit the lamp against the reflector.
b. Insert the threaded cathode (-) end of the lamp into the negative lamp connector nut located in the rear
of the lamp compartment. (Figure 7-2) Using both hands, hand-tighten this end into the threaded nut.
c. Caution! 1) Handle the lamp by the cathode/anode end shafts only, never the glass. DO NOT over tighten. DO NOT stress the glass in any way. 2) Check leads. Make sure the anode (+) lead between the lamp and igniter is well away from any projector metal such as the reflector or firewall.
d. Rest the anode (+) end of the lamp on the anode yoke and slip the positive lamp connector over the
bulb end. (Figure 7-2) Using the 5mm Allen key, squeeze together with the anode clamp making sure
not to place any torque on the lamp quartz tube. Important! For CDXL-30SD lamps, make sure the
“flat” part of the anode end of the lamp (if applicable) is facing in the 10 or 2 o’clock position once the lamp finger is installed in the 14mm threads and the clamp screw is tightened. For all other lamp types, keep the “flat” part of the anode end of the lamp facing up. WARNING! Explosion hazard -
Do not apply torque to the anode end of the lamp.
e. Tighten the anode and cathode set screws.
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Figure 7-2 Installing the Lamp
9. Re-install the front lamp duct. As you install the front lamp duct, lift the small light shield on the rear lamp duct cover so that it does not get jammed between the two pieces when they come together. (Figure 7-3) To ensure a good fit between the two pieces, squeeze the top and bottom cover snaps to ensure they are locked in place. The light shield should move freely to the touch.
10. Close the internal lamp door and manually turn the 2 thumbscrews to lock it in place.
11. Turn the circuit breaker for the projector on.
12. On the Touch Panel Controller (TPC), tap and hold the green power icon.
13. Record the new lamp information: a. Tap Menu > Advanced Setup > Lamp History. b. Tap Add Lamp.
c. Complete the fields in the Add Lamp dialog.
d. Tap Save.
Figure 7-3 Light Shield on Front
Lamp Duct
14. On the TPC, tap and hold the light bulb
15. Run a LampLOC™ on the new lamp:
icon to ignite the lamp.
a. Tap Menu > Advanced Setup > LampLOC™ Setup. b. Tap Do Auto.
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7.10 Rotating the Lamp
DANGER 1) Lamp rotation must be performed by a qualified service technician only. 2)
EXPLOSION HAZARD! Wear authorized protective clothing whenever the lamp door is open and when handling the lamp. Never twist or bend the quartz lamp body. Use the correct wattage lamp supplied by Christie. 3) Ensure those within the vicinity of the projector are also wearing protective safety clothing. 4) Never attempt to remove the lamp when it is hot. The lamp is under pressure when hot and may explode, causing personal injury, death, or property damage. Allow the lamp to cool completely.
When the operational life of the lamp reaches halfway, it is recommended that you rotate it 180° to ensure an even burn of the lamp, improve lamp performance, and extend the life of the lamp. An alarm window appears on the TPC after you complete the lamp rotation.
1. Tap and hold the red power button on the TPC Main panel to turn the lamp and projector off.
2. Allow the lamp to cool for a minimum of 10 minutes.
3. Unplug the projector.
4. Put on your protective clothing and face shield.
5. Unlock and open the lamp door. Release the tethered latch mechanism to remove the door entirely.
6. Remove the cathode cable and rotate the lamp 180°.
7. Replace the cathode cable.
8. Replace and lock the lamp door.
9. Remove your protective clothing and face shield.
10. Tap and hold the green power button to turn the projector on.
11. Tap Menu > Advanced Setup > Lamp History.
12. Tap Acknowledge Lamp Rotation.
7.11 Replace the Light Engine Air Filter
Use only high efficiency Christie approved filters. Never operate the projector without the filter installed.
Always discard used air filters.
You should check the condition of the light engine air filter monthly. Replace the light engine air filter when you replace the lamp module or sooner if you are operating the projector in a dusty or dirty environment. The filter is located on the right side of the projector behind the air filter cover.
1. Release two tabs on the air filter cover and remove.
2. Slide the air filter out and discard. Insert the new air filter with the airflow indicator facing toward the projector. NOTE: Never reuse an old air filter. The air filters in this product cannot be cleaned thoroughly enough for reuse and can lead to the contamination of optical components.
3. Install the air filter cover by inserting the two bottom tabs into place and then snapping the door closed.
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7.12 Replace the Liquid Cooling Air Filter
The radiator air filter is located on left/front side of the projector behind a small air filter cover.
1. Release a single tab on the air filter cover and remove.
2. Slide the air filter out and discard. Insert the new air filter with the air flow indicator facing toward the projector. NOTE: Never reuse an old air filter. The air filters in this product cannot be cleaned thoroughly enough for reuse and can lead to the contamination of optical components.
7.13 Replace the Lens
1. Tap and hold the red power button on the TPC Main panel to turn the lamp and projector off.
2. Allow the lamp to cool for a minimum of 10 minutes.
3. Unplug the projector
4. Turn the lens clamp to the OPEN/UP position.
5. Release the lens locking lever (UP position).
6. Pull out the lens and replace it with a different high-brightness lens. NOTE: Always install the lens with
“UP” label in the top position. This will assist in achieving consistent boresight alignment each time the
lens is replaced. See Section 2.11 Install the Primary Lens
.
7. Secure the lens with the lens locking lever (DOWN position).
8. Calibrate the lens.
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8 Troubleshooting
This section provides information and procedures for resolving common projector issues. If you cannot resolve a projector issue, contact a Christie accredited service technician.
8.1
Projector Does Not Power ON
• Check the wall circuit breaker to see if it is ON. If there is a problem with the wall circuit breaker, have a certified electrician investigate any electrical problem.
• Check the status of the LEDs on the rear corners of the projector.
(Figure 8-1). If there is no activity, see #3.
• Verify power by looking through the rear, right side grill. One
LED should be present in the upper right. This indicates the LVPS has power. Another LED should be seen in the lower left indicat-
• On the TPC, verify in the Operational Status region of the Main panel that there is no failure with PIB3G communication (PIB Status).
Figure 8-1 Projector Status LEDs
Figure 8-2 View Power Status LEDs
8.2
Lamp Does Not Ignite
• Tap Menu > Advanced Setup > Lamp History and verify the number of hours the lamp has operated.
Replace a lamp nearing the end of its operational life
• Tap Menu > Status and then Interlocks in the left pane. Check and correct all interlock failures.
• Tap Menu > Status and then All Alarms in the left pane. If a ballast communication error has occurred, restart the projector and turn the lamp on.
• Tap Menu > Status and then Temperatures in the left pane. Verify if the DMD temperatures are too high. If the temperatures are too high, cool the projector. Ensure the projector is properly ventilated, the air filters are not blocked, and the liquid cooling reservoir has coolant.
• Listen for a clicking noise that indicates the ballast is attempting to strike the lamp. If you do not hear a clicking noise, there might be a problem a problem with the ballast. Contact a Christie accredited service technician to resolve the issue.
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Section 8: Troubleshooting
• If you hear a brief clicking noise, but the lamp does not ignite, replace the lamp.
• Check the transformer Voltage switch on the transformer.
8.3
Lamp Suddenly Turns OFF
• Tap Menu > Advanced Setup > Lamp Power/LiteLOC Setup. Increase the lamp power.
• Tap Menu > Status and then Interlocks in the left pane. Review and correct all interlock failures.
• If EVB errors occur, check the door interlock.
• Tap Menu > Status and then Temperatures in the left pane. Verify if the DMD temperatures are too high. If the temperatures are too high, cool the projector. Ensure the projector is properly ventilated, the air filters are not blocked, and the liquid cooling reservoir has coolant.
8.4
Flicker, Shadows Or Dimness
• Ensure the douser is open.
• Run a LampLOC™ adjustment.
• Verify that a LampLOC™ adjustment is not in progress.
• Tap Menu > Advanced Setup > LampPower/LiteLOC™ Setup. Monitor the Power % field to determine if the power is consistent or varying. Increase the lamp power. Lamps which are near end of service may not operate reliably at a lower power setting.
• Fold mirror misalignment. Contact your Christie accredited service technician to resolve the issue.
• Integrator rod misalignment. Contact your Christie accredited service technician to resolve the issue.
8.5
LampLOC™ Not Working
• If the Do Auto option is not working, tap Menu > Advanced Setup >
LampLOC™ Setup and adjust the lamp position manually. Observe screen brightness by adjusting the XYZ values or use a light meter to check for changes in brightness.
• Check that the anode yoke (lamp yoke) is in the correct position. (Figure
8-3)
• Check that the flat part of the anode end of the lamp (if applicable) faces up in the anode yoke.
8.6
LiteLOC™ Not Working
• Tap Menu > Advanced Setup > LampPower/LiteLOC™ Setup. Tap
Enable LiteLOC ™
.
• If the lamp power is at the maximum setting to maintain a LiteLOC™ setting, LiteLOC™ is automatically disabled. Reduce the LiteLOC™ setting, or install a new lamp.
Figure 8-3 Lamp Yoke Position
8.7
Touch Panel Controller ( TPC)
• If the TPC does not appear, restart the projector.
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• If the TPC display is blank, ensure the TPC is on by opening the flap at the back of the TPC and verify the grey button in the bottom left corner is ON.
• If the button taps on are misinterpreted, the TPC screen may need recalibrating. Tap Menu > Administrator
Setup > Preferences. Tap Calibrate Screen and follow the instructions on the screen.
8.8
Trouble Establishing Communication with Projector
Verify all input devices have the same subnet mask and unique IP addresses.
8.9
Blank Screen, No Display of Image
• Ensure the lens cap is not on either end of the lens.
• Ensure the lamp is ON.
• Confirm all power connections are OK.
• Ensure the douser is OPEN by verifying the state of the douser on Main panel as well as the state of the douser switch at the back of the projector in the top, left corner.
• Ensure any test pattern other than the full black test pattern displays properly.
• Verify the correct display file is selected?
• For all connections, verify the correct port is used
8.10 Inaccurate Display Colors
• Adjust the color, tint, color space, and color temperature settings of your input source. Tap Menu > Channel
Setup. Tap Config 1 in the left pane and verify the correct value is selected in the PCF list. Tap Config 2 in the left pane and verify the correct value is selected in the Color Space field..
8.11
Display is Not Rectangular
• Verify the projector is level and the lens surface and screen are parallel to one another.
• Adjust the vertical offset of the lens mount with the vertical offset knob or ILS.
• Check that the anamorphic lens is straight. Rotate to orient the aperture correctly.
• Tap Menu > Advanced Setup > Screen File Setup and verify the settings for the screen file are correct.
8.12
Display is Noisy
• Adjust the input source pixel tracking, phase, and filter.
• Verify the video input is terminated (75 ohms). If the device is the last device in a linked series, verify the video input is terminated at the last input source.
• Verify the cables connecting the input device to the projector meet the minimum requirements.
• Add signal amplification or conditioning if the distance between the input device and the projector exceeds
25 feet.
8.13 Display has Suddenly Frozen
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Section 8: Troubleshooting
Turn off the projector and unplug the power cord from the power source. Plug the projector power cord into a power source and turn the projector on.
8.14 Data is Cropped from Edges
Reduce the image size to fill the display area, and then stretch the image vertically to fill the screen. Add an anamorphic lens to regain image width. See
Section 6.14.7 Screen File Setup Window
8.15 The Projector is ON, but There is No Image
• Ensure AC power is connected.
• Make sure the lens cover is removed from the lens.
• Make sure the douser is open.
• Tap on the main TPC screen. If the lamp does not strike, see
Section 8.2 Lamp Does Not Ignite .
• Tap Menu > Channel Setup. Verify the correct channel is selected and the settings are correct.
• Ensure an active source is connected properly. Check the cable connections and make sure the alternative source is selected.
• Verify you can select test patterns. If you can, check your source connections again.
8.16 The Display is Jittery or Unstable
• Verify that the input device is connected properly. If the input device is not connected properly, the projector repeatedly attempts to display an image.
Section Appendix A: Specification
for scan frequency ranges.
• The sync signal may be inadequate. Correct the source problem.
8.17 Portions of the Display are Cut OFF or Warped to the Opposite Edge
If you have resized the image, adjust the resizing settings until the entire image is visible and centered. See
Section 6.14.7 Screen File Setup Window
8.18 The Display is Faint
• Verify the input source is terminated only once.
• If the input is not a video source, use a different sync tip clamp location.
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8.18.1 Display Appears Compressed (Vertically Stretched)
• Adjust the frequency of the pixel sampling clock for the input source.
• Verify the size and position settings are correct for the input source.
• Use an anamorphic lens for HDTV and anamorphic DVD input sources that have been re-sized and vertically stretched.
8.19 Inconsistent Picture Quality
• Verify the quality of the signal from the input source.
• Verify the H and V frequencies of the input source are correct.
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Appendix A: Specification
This section provides detailed D4K35 specifications. Due to continuing research, specifications are subject to change without notice.
A.1 Display
A.1.1 Panel Resolution and Refresh Rate
Pixel format (H x V square pixels)
Processing path
4096 x 2160
23.97 - 120Hz
A.1.2 Achievable Brightness
(Measured at Screen Center)
2.0 kW (CDXL-20)
3.0 kW (CDXL-30)
4.5 kW (CDXL-45)
6.0 kW (CDXL-60)
Nominal
8,000 lumens
14,000 lumens
20,000 lumens
30,000 lumens
Maximum
10,000 lumens
16,000 lumens
23,000 lumens
32,500 lumens
NOTES: Center point measurement only, with new lamp running at rated nomial power, except CDXL-60 lamps being run at 6.6kW.
A.1.3 Achievable Contrast Ratio
450:1 ANSI, 1850:1 Full Frame ON/OFF
A.1.4 Color and Grayscale Resolution
Displayable colors
Grayscale resolution
35.2 trillion
45 bits total linear, 15 bits per RGB component
A.1.5 White Point
Nominal White
(full white, after calibration to Telecine mode) y = 0.351 ± 0.002
x = 0.314 ± 0.002
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Appendix A: Specifications
A.1.6 Gamma
Nominal 2.6 ± 5%
A.2 Source Signal Compatibility
When the input format is defined as 4:4:4/4:2:2, 10/12bits in the tables below, the following formats are supported 4:4:4 10-bit, 4:4:4 12-bit and 4:2:2 12-bit.
Table 1 3GSDI Quad Link Formats (requires dual link 3GSDI option card)
NAME STANDARD
4K Cinema 2D Quadrant
Alt Cnt 2D
Alt Cnt 2D
Alt Cnt 2D
Quadrant
Quadrant
Quadrant
SMPTE 428-1
BT.1769
BT.1769
BT.1769
4096 x 2160
3840 x 2160
3840 x 2160
3840 x 2160
INPUT FORMAT
24
SCAN TYPE
4:4:4 12bits Progressive
23.98/24
25
29.97/30
4:4:4
4:4:4
4:4:4
12bits
12bits
12bits
Progressive
Progressive
Progressive
Table 2 HDSDI Quad Link Formats
NAME STANDARD
4K Cinema 2D Quadrant
4K Cinema 2D Quadrant
Alt Cnt 2D
Alt Cnt 2D
Alt Cnt 2D
Quadrant
Quadrant
Quadrant
SMPTE 428-1
BT.1769
BT.1769
BT.1769
INPUT FORMAT
4096 x 2160
4096 x 2160
3840 x 2160
3840 x 2160
3840 x 2160
24
30
23.98/24
25
29.97/30
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
SCAN TYPE
10bits Progressive
10bits Progressive
10bits Progressive
10bits Progressive
10bits Progressive
A-2
Table 3 HDSDI Dual Link Formats
NAME
Alt Content 2D
Alt Content 2D
Alt Content 2D
2K Cinema 2D
2K Cinema 2D
2K Cinema 2D
STANDARD
SMPTE 274M
SMPTE 274M
SMPTE 274M
DCI SMPTE 428-9
DCI SMPTE 428-19
DCI SMPTE 428-19
1920 x 1080
1920 x 1080
1920 x 1080
2048 x 1080
2048 x 1080
2048 x 1080
INPUT FORMAT
23.98/24
25
29.97/30
24
25
30
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4
4:4:4
4:4:4
SCAN TYPE
10/12bits Progressive
10/12bits Progressive
10/12bits Progressive
12bits Progressive
12bits Progressive
12bits Progressive
Table 4 Format for Generic Inputs to DVI-D Ports, Single Link
SOURCE
PIXEL
FORMAT
640 x 480
1280 x 720
1920 x 1080
720 x 480
1280 x 720
1920 x 1080
1440 x 480
1920 x 1080
1440 x 576
1920 x 1080
1920 x 1080
1920 x 1080
BITS /
COMP
8/10/12
8/10/12
8/10/12
8/10/12
8/10/12
8/10/12
8/10/12
8/10/12
8/10/12
8/10/12
8/10/12
8/10/12
DATA
FORMAT
4:4:4
4:4:4
4:4:4
4:4:4
4:4:4
4:4:4
4:4:4
4:4:4
4:4:4
4:4:4
4:4:4
4:4:4
VERTICAL
RATES
59.94/60 Hz
59.94/60 Hz
59.94/60 Hz
59.94/60 Hz
50 Hz
50 Hz
59.94/60 Hz
59.94/60 Hz
50 Hz
23.98/24 Hz
25 Hz
29.97/30 Hz
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Appendix A: Specifications
Table 5 3GSDI Single Link Formats
NAME
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
2K Cinema 2D
2K Cinema 2D
2K Cinema 2D
STANDARD
SMPTE 296M
SMPTE 296M
SMPTE 296M
SMPTE 296M
SMPTE 296M
SMPTE 260M
SMPTE 274M
SMPTE 274M
SMPTE 274M
SMPTE 295M
SMPTE 274M
SMPTE 274M
SMPTE 274M
DCI SMPTE 428-9
DCI SMPTE 428-19
DCI SMPTE 428-19
1280 x 720
1280 x 720
1280 x 720
1280 x 720
1280 x 720
1920 x 1035
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
2048 x 1080
2048 x 1080
2048 x 1080
59.94/60
23.98/24
25
29.97/30
50
59.94/60
50
59.94/60
24
25
30
INPUT FORMAT
23.98/24
25
29.97/30
50
59.94/60
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:4:4/4:2:2
4:2:2
4:2:2
4:4:4
4:4:4
4:4:4
SCAN TYPE
10/12bits Progressive
10/12bits Progressive
10/12bits Progressive
10/12bits Progressive
10/12bits Progressive
10/12bits Interlaced
10/12bits Progressive
10/12bits Progressive
10/12bits Progressive
10/12bits Interlaced
10/12bits Interlaced
10bits Progressive
10bits Progressive
12bits Progressive
12bits Progressive
12bits Progressive
Table 6 HDSDI Single Link Formats
NAME
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
Alt Content 2D
2K Cinema 2D
2K Cinema 2D
2K Cinema 2D
STANDARD
SMPTE 296M
SMPTE 296M
SMPTE 296M
SMPTE 296M
SMPTE 296M
SMPTE 260M
SMPTE 274M
SMPTE 274M
SMPTE 274M see note 1 see note 1 see note 1 see note 1
SMPTE 274M
SMPTE 295M
SMPTE 274M
DCI SMPTE 428-9
DCI SMPTE 428-19
DCI SMPTE 428-19
1280 x 720
1280 x 720
1280 x 720
1280 x 720
1280 x 720
1920 x 1035
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
1920 x 1080
2048 x 1080
2048 x 1080
2048 x 1080
59.94/60
23.98/24
25
29.97/30
23.98/24
25
29.97/30
48
50
50
59.94/60
24
25
30
INPUT FORMAT
23.98/24
25
29.97/30
50
59.94/60
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
4:2:2
1. Currently there is no known 3rd party test pattern generator to test these formats.
SCAN TYPE
10bits Progressive
10bits Progressive
10bits Progressive
10bits Progressive
10bits Progressive
10bits Interlaced
10bits Progressive
10bits Progressive
10bits Progressive
10bits Interlaced
10bits Interlaced
10bits Interlaced
10bits Interlaced
10bits Interlaced
10bits Interlaced
10bits Interlaced
10bits Progressive
10bits Progressive
10bits Progressive
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Appendix A: Specifications
A.3 Control Signal Compatibility
A.3.1 Ethernet Port
Interface
Connector
Bit Rate
A.3.2 RS232-PIB3G
Interface
Connector
Bit Rate
Data Format
Communication Protocol
A.3.3 RS232-ICP
Interface
Connector
Bit Rate
Flow Control
Data Format
A.3.4 GPIO Port
Interface
Connector
Number of I/O Lines
Type of Connection
Input Current
Output Current
Input Forward Voltage Drop
10Base-T/100-Base-TX
Female RJ-45
100 Mbps
TIA-232
9-pin subminiature D, female
115,200 bps
1 start bit, 8 data bits, 1 stop bit, no parity
Christie Serial Protocol
TIA-232
9-pin subminiature D, female
38,400 (default); 57,600; 115,200 bps not auto-detected
Hardware (RTS/CTS)
1 start bit, 8 data bits, 1 stop bit, parity odd
Opto-LED inputs, transistor outputs
37-pin subminiature D, female
16 - 8 inputs, 8 outputs including 1 health signal output
Opto-isolated
5mA nominal, 50mA maximum
50mA maximum
1.1V nominal, 1.4V maximum (@5mA)
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Appendix A: Specifications
A.3.5 Simple Contact Closure Interface (SCCI) Port
Interface
Connector
Number and type of I/O
Input Current
Input forward voltage drop
Opto-LED inputs, TTL voltage outputs
9-pin subminiature D, female
Input 1 - Lamp Off
Input 2 - Lamp On
Input 3 - Douser Open
Input 4 - Douser Closed
Output 1 - Projector Health (high = health ok)
5mA nominal, 50mA maximum
1.1V nominal, 1.4V maximum (@5mA)
A.3.6 Lamp Power Supply (LPS)
Control Port
Interface
Connector at Lamp Power Supply End
Interlock Port
Interface
Connector at Lamp Power Supply End
Number and Type of Signals
RS232
9-pin subminiature D, male
+5V TTL-compatible, opto-isolated at LPS end
9-pin subminiature D, female
1 - lamp enable (low = enable lamp)
3 - safety interlock (high = disable lamp)
1 - +5V to power opto-isolation interface
A.3.7
MALM
(located on Auxiliary Input Panel)
Interface
Connector
Number of I/O Lines
3.3V CMOS
9-pin subminiature D, female
4 GPIO
A.4 Touch Panel Controller (660E)
Type of Display
Display Size
Display Resolution (H x V pixels)
Maximum Dimensions (W x H x D)
Integrated Operating System
Communication Interface with Projector
Power Requirement
Interface Connector
Color VGA TFT LCD, backlit
144.8 mm (5.7 inches) diagonal
640 x 480
195 mm x 148 mm x 44.4 mm
Microsoft Windows® XPe
10/100BaseT Ethernet
1.02 A maximum at 24VDC ± 10%
12-pin Circular connector (push-pull)
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Appendix A: Specifications
A.5 Touch Panel Controller (650H)
Type of Display
Display Size
Display Resolution (H x V pixels)
Maximum Dimensions (W x H x D)
Integrated Operating System
Communication Interface with Projector
Power Requirement
Interface Connector
A.6 Power Requirements
A.6.1 Projection Head
AC Input
Voltage Range
Line Frequency
Inrush Current
Current Consumption
Power Consumption
Current Rating of AC Input
Lamp (DC)
Operating Voltage Range
Start-up Voltage (Open Current)
Operating Current Range
Connector Type
Color VGA TFT LCD, backlit
144.8 mm (5.7 inches) diagonal
640 x 480
195 mm x 148 mm x 58 mm
Microsoft Windows® XPe
10/100/1000 BaseT Ethernet
0.71A maximum at 24VDC ± 10%
12-pin Circular connector (push-pull)
200 - 240 VAC
50 Hz - 60 Hz nominal
70 A maximum
6 A maximum (at 200 VAC)
120 W maximum
10-15 A maximum (Specified Wall Breaker)
18-46 VDC
135-175 VDC
50-180 A
Field Wireable Lugs
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Appendix A: Specifications
A.6.2 7kW Lamp Power Supply
Nominal Voltage Range
Operating Voltage Range
Number of Phases
Line Frequency
Inrush current
Current per Phase
Power Consumption
Current Rating of 3Phase AC Input
Low line: 200-230 VAC
High line: 380-415 VAC
Low line: 180-253 VAC
High line: 342-456 VAC
3
50-60Hz nominal
120 A max.
Low line: 35 A max.
High line: 23 A max.
8.8 kW max. (at max. output for 6kW lamp plus head)
37A
Lamp Power Supply Output to Projection Head
Operating Voltage Range
Start-up Voltage (Open Current)
Operating Current Range
Ripple
Connector Type
18-46 VDC
125-155 VDC
50-180 A
1% max (at 25°C, rated input and rated output)
Field Wireable Lugs
Lamp Power Supply Power Receptacle Output
Operating Voltage Range
Operating Current Range - Projection Head
Operating Current Range - Heat Extractor
Current Rating of Input
200-230 VAC
6 A
1 A
Both run from 15 A breaker (internal)
A.6.3 UPS AC Input
Voltage Range
Line Frequency
Inrush Current
Current Consumption
Power Consumption
Current Rating of AC Input
100 - 240 VAC
50 Hz - 60 Hz nominal
70 A maximum
12 A maximum at 100 VAC
1200 W maximum
15 A maximum (Specified Wall Breaker)
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Appendix A: Specifications
A.7 Lamp
Type:
Power (software adjustable):
CDXL-20
CDXL-30
CDXL-45
CDXL-60
Xenon bubble
1000W min., 2000W nom., 2200W max.
1800W min., 3000W nom., 3300W max.
2700W min., 4500W nom., 4950W max.
3600W min., 6000W nom., 6600W max.
NOTES: 1) The lamp power supply is current regulated to a maximum of 180 A.. Therefore the maximum power specification for a given lamp may not be achievable until the lamp has aged, since lamp voltage increases with hours of use.
2) The maximum power of the lamp power supply is restricted to 7000W ± 100W.
Average Life:
CDXL-20
CDXL-30
CDXL-45
CDXL-60
3500 hours
2500 hours
900 hours
1000 hours
Wait time between lamp strikes: 2 minutes min.
NOTE: Projectors typically force a 10 minute cool down period. Verify you do not re-strike the lamp any sooner than 2 minutes into this cool down period since hot re-strikes reduce lamp life.
Other lamps with bulb diameters not exceeding 70mm may also be used, however the projector may not meet its specified light output rating. Such lamps include the following:
CXL-20 (2.0kW Xenolite® bulb)
CXL-30 (3.0kW Xenolite® bulb)
A.8 Physical Specifications
Overall Size (L x W x H):
(including lens mount, stack and feet)
Weight:
As installed with lens
Shipping (includes packaging)
1211 mm (47.7 inches) x 635 mm (25.0 inches) x 483 mm
(19.0 inches)
111 kg (245 lbs)
143 kg (315 lbs)
Operating Position:
Rotation about projection axis
Tilt of projection axis from horizontal
± 15 degrees maximum
± 15 degrees maximum
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Appendix A: Specifications
A.9 Regulatory
This product conforms to the following requlations related to product safety, environmental requirements and electromagnetic compatibility (EMC):
A.9.1 Safety
CAN/CSA C22.2 No. 60950-1-07, 2nd edition
UL 60950-1, 2nd Edition
IEC 60950-1:2005, 2nd Edition
EN60950:2006+A11:2009
A.9.2 Electro-Magnetic Compatibility
Emissions
FCC CFR47, Part 15, Subpart B, Class A - Unintentional Radiators
CISPR 22:2008-09/EN 55022:2006+A1:2007, Class A - Information Technology Equipment
Immunity
CISPR 24:1997 (Modified) +A1:2001+A2:2002/ EN55024: 1998+A1:2001+A2:2003 EMC
Requirements - Information Technology Equipment
Environmental
EU Directive (2002/95/EC) on the retriction of the uses of certain hazardous substances (RoHS) in electrical and electronic equipment and the applicable official amendment(s)
EU Regulation (EC) No. 1907/2006 on the registration, evaluation, authorization and restriction of chemicals
(REACH) and the applicable official amendment(s).
EU Directive (2002/96/EC) on waste and electical and electronic equipment (WEEE) and the applicable official amendment(s)
Japanese industrial standard (JIS C 0950:2005) on marking for the presence of specific chemical substances for electrical and electronic equipment.
China Ministry of Information Industry Order No.39 (02/2006) on the control of pollution caused by electronic information products, hazardous substances concentration limits (SJ/T11363-2006), and the applicable product marking requirements (SJ/T11364-2006)
A.10 Environment
A.10.1Operating Environment
Temperature
Humidity (non-condensing)
Altitude
Maximum ambient temperature
10°C to 35°C (50°F to 95°F)
20% to 80%
0 - 3000 meters
35°C
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Appendix A: Specifications
A.10.2 Non-Operating Environment
Temperature
Humidity (non-condensing)
A.11 Accessories
-25°C to 65°C (-13°F to 149°F)
0% to 95%
A.11.1 Standard (Included with product)
Touch Panel Controller (TPC) with interface cable
User Manual and Setup Guide
Interconnect Diagram
Lens Mount Cover
Motors and Zoom kit for motorized lens mount
Light Engine removal tool
Convergence tool
A.11.2
Accessories (sold separately)
• Lenses (prime and auxiliary)
Prime Zoom Lenses
• Lens 1.25-1.45:1 (129-104106-01)
• Lens 1.45-1.8:1 (129-105107-01)
• Lens 1.8-2.4:1 (129-106108-01)
• Lens 2.2-3.0:1 (129-107109-01)
• Lens 3.0-4.3:1 (129-108100-01)
• Lens 4.3-6.0:1 (129-109101-01)
• Lens 5.5-8.5:1 (129-110103-01)
Auxiliary Lenses
• 1.25x Anamorphic Lens (38-809054-01, 38-809054-51)
• 1.26x Wide Converter Lens (108-281101-01)
NOTE: Use of the Anamorphic or Wide Converter Lens requires the Motorized Auxiliary Lens Mount
(MALM).
• Motorized Auxiliary Lens Mount (108-111101-xx & 108-111102-xx)
• Rack Stand (108-282101-02)
• Bracket Foot Lock used with optional Rack Stand
(116-100101-01)
• High-contrast Internal Aperture Kit (38-813028-51)
• Service Manual
(available online)
• Replacement Lamps
• 03-000695-01P CDXL-20
• 03-000696-01P CDXL-30
• 003-000600-02 CDXL-45
• 003-000601-02 CDXL-60
• 108-306101-01 CDXL-60SD
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• Replacement Air Filters
• 003-001184-01 Light Engine Filter (5-pack)
• 003-003082-01 Liquid Cooling Radiator Filter
• 03-001982-51P LAD Filter (3-pack)
• Firmware Installation Program
• Liquid Cooling Kit (003-001837-xx)
• TPC Remote Cable (003-111169-01)
• Lamp Adaptor Kit for CXL-20 (003-001728-01)
Appendix A: Specifications
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Appendix B: Serial API
This section provides a list of serial API commands that you can run to modify projector settings.
B.1
Function Codes
Auxiliary Motorized Lens (AML)
Control the motorized auxiliary lens (anamorphic or converter lens). Reset all preference and configuration settings in the device to their default values. The value of 111 must be sent with each of the sub codes as well as the default. The number 111 helps prevent accidental use of this control. Select data packing format for selected input.
SUBCODE
CALI*
DESCRIPTION OF USE
1, send command to find the center position of the sensor for MALM.
Cxxx
INST
Replace xxx with channel number. Valid range is 101 - 164.
0-1, the flag to indicate if MALM is installed.
LENI*
LENO*
The number of steps to move MALM to lens in position where (AML1) is set
The steps to move MALM to lens out position where (AML0) is set
NONE Set auxiliary lens position:
0 - lens removed from optical path,
1 - lens inserted in optical path
POSI* Returns where MALM is located. Read-only command.
* command not applicable on all projectors
EXAMPLES:
(AML?) Get the current status of auxiliary lens.
(AML+C108 1) Use auxiliary lens on channel 108.
(AML+C108?) Query auxiliary lens setting for channel 108.
(AML+C108!001) Response from previous query.
(AML+INST 1) Set flag for using MALM, otherwise MALM is ignored
(AML+LENI -300) Move lens to -300 for lens in position
(AML+LENO 6000) Move lens to 6000 for lens out position
(AML+POSI?) Query where the lens is
Automatic Scan Type Detection (ASD)
Set the Automatic Scan Type Detection ON or OFF for the current channel.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with channel number. Valid range is 101 - 164.
NONE Select use Automatic Scan Type Detection for the current channel.
EXAMPLES:
(ASD?) Get the current status of Automatic Scan Type Detection on the current active channel.
(ASD+C108?) Get the current status of Automatic Scan Type Detection on the provided channel.
(ASD+C108 1) Use Automatic Scan Type Detection on channel 108.
(ASD+C108 0) Do not use Automatic Scan Type Detection on channel 108.
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Appendix B: Serial API
Baud Rate (BDR)
Set the baud rate for a serial communications port.
SUBCODE
PRTA
DESCRIPTION OF USE
Set the baud rate on port A. Rates can be 1200, 2400, 9600, 19200, 38400, 57600, or 115200.
EXAMPLES:
(BDR+PRTA6) Set baud rate on port A to 115200 bits per second
(BDR+PRTA?) Get baud rate (BDR+PRTA!006 ”115200)
Channel (CHA)
Select Channel configuration to use. Channel range is 101 to 164. Channel configuration sets the input routing and image processing options for input signals.
SUBCODE DESCRIPTION OF USE
NONE Select Channel. Valid range 101 - 164
EXAMPLES:
(CHA?) Get current active channel
(CHA 108) Set channel 108 as active channel
Channel Icon (CHI)
Set icon file name and path for the specified channel. This selects the icon to be displayed on the Web UI for the channel button.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select icon for the current channel.
EXAMPLES:
(CHI+C108 “/etc/data/icons/ch108.ico”) Use ch 108.ico for channel 108.
(CHI+C108?) Get icon file name and path for channel 108.
(CHI?L) List all available channel icon entries.
Color Space (CSP)
Color space control, color space file will be set when PCF in Use (PIU) is OFF. This control describes the source colorimetry information. Can use index or text string to set control.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select color space for the current channel
EXAMPLES:
(CSP+C108 “RGB Unity”) Use file “RGB Unity” on channel 108
(CSP+C108?) Get color space file name on channel 108
(CSP?L) List all entries of color space control
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Appendix B: Serial API
Defaults (DEF)
This control will reset all preference and configuration settings in the device to their default values. The value of 111 must be sent with each of the sub codes as well as the default. The number 111 helps prevent accidental use of this control. Select data packing format for selected input.
SUBCODE
CHAN
DESCRIPTION OF USE
Restore default channel settings for specified channel. 0 defaults all channels.
CONF
PREF
Restore default configuration settings.
Restore default preferences.
UNSV
USER
Restore unsaved controls.
Clears all users and restores the factory default user.
NONE Restore channel, config, preferences, and users.
EXAMPLES:
(DEF 111) Restore all preference, configuration, and user controls to default.
(DEF+USER 111) Clear all users and restore factory default user
(DEF+CONF 111) Reset all configuration controls
(DEF+PREF 111) Reset all preference controls
(DEF+CHAN 101) Restore Channel 101
(DEF+CHAN 0) Restore all channels
Data Logging (DLG)
Set/get the lowest log level to write to the engineering log, also extract data from log in text format.
Levels are:
0 = Trace: Level test output, threading info, protocol.
1 = Debug: Debug messages.
2 = Info: Informational messages.
3 = Notices: Event of importance
4 = Warning: Warnings
5 = Error: An error has occurred
6 = Clear: An error has been cleared
SUBCODE
NONE
EXLG
DESCRIPTION OF USE
Set/get the minimum log level to write to the log.
Extract entries from log files. Requires 3 parameters: ”startdate”, “enddate”, “logtype”. The data parameters require the date in the format “yyyymmdd”. The logtype parameter can have the following values:
“ENG” (engineering),
“SEC” (security),
“OPR” (operational),
“MAI” (maintenance),
“EVE” (event),
“SYS” (system),
“ALL”.
EXAMPLES:
(DLG “20091108” “20091110” “ALL”)
(DLG+EXLG!”Log data extracted to filename ‘logextract.txt’ on FTP root”)
(DLG 2) Set current logging level to 2
(DLG?) Get current logging level. Response is (LDG!00002 “Info”)
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Appendix B: Serial API
Data Format (DTF)
Select data packing format for selected input. Available data formats depends on current input port (as selected by SIN).
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select data format for current channel
EXAMPLES:
(DTF?) Get current data format
(DTF?L) Show entries on the list
(DTF 1) Set current data format to 1 (292: 422 Packed 12Bit)
(DTF+C108?) Get data format on channel 108
(DTF+C108 20) Use data format 20 (DVI: Unpacked 8Bit) on channel 108
Enable Error Messages (EME)
Enable broadcasting error messages.
SUBCODE
FANF
NONE
TEMP
DESCRIPTION OF USE
0 - No Fan Fail warning will be generated,
1 - Fan Fail warning will be generated.
0 - Disable broadcast,
1 - Enable broadcast of error messages to all connected serial ports and telenet sessions.
0 - No Over Temperature warning will be generated,
1 - Over Temperature warning will be generated.
EXAMPLES:
(EME 1) Enable broadcasting error messages
(EME+FANF 0) Disable fan fail alarm warnings
(EME?) Requests current state of broadcast. Example response is (EME!001)
B-4
Focus Lens Position Adjustment (FCS)
Adjust lens to specific focus position with a specified direction. NOTE: This command can only be used to update
the current ILS file. Changing the focus for the current channel will change the focus for any channel using the same ILS file.
Use command without subcode:
• If ILS is ON, motor will move to specified steps, and save data to the active channel.
• If ILS is OFF, motor will move to specified steps. Do not save data to the active channel.
SUBCODE
BACN
BACP
CALB
Cxxx
NONE
RNGN
DESCRIPTION OF USE
Motor backlash in negative direction. Read-only.
Motor backlash in positive direction. Read-only.
Calibrate travel range and backlash on specified. Only valid parameter for this command is 1. SET only command.
Replace Cxxx with the channel number. Valid range is 101-164.
Moving lens mount to a specified vertical position with a specified direction.
Motor moving range in negative direction. Read-only.
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Focus Lens Position Adjustment (FCS) (Continued)
RNGP Motor moving range in positive direction. Read-only.
RSET Move motor to the center flag then move back to current position. Only valid parameter for this command is 1. SET only command.
STRT Start motor moving in specified direction, where direction can be (-1, 1). Write-only for v1.3 or newer.
STOP
MOVR
Stops the motor. Write-only for v1.3 or newer.
Moves the motor a given number of steps based on the current location. Write-only for v1.3 or newer.
EXAMPLES:
(FCS 500 1) Move lens to position 500 at focus motor with positive approach
(FCS 500 -1) Move lens to position 500 at focus motor with negative approach
(FCS+C101 -500 1) Set lens focus position for channel 1 to -500 with positive approach
(FCS?) Return current motor position
(FCS+CALB 1) Calibrate the focus axis
(FCS+RSET 1) Reset the focus axis
(FCS+STRT 1) Starts motor moving in positive direction
(FCS+STOP) Stops motor
(FCS+MOVR -100) Move motor 100 steps in negative direction
(FCS+MOVR 200) Move motor 200 steps in positive direction
Gamma Control (GAM)
Gamma control, gamma file will be set when PCF in Use (PIU) is off. This control describes the gamma response curve for the source signal.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select gamma for the current channel.
EXAMPLES:
(GAM+C108 “gamma 2.6”) Use file “gamma 2.6” on channel 108
(GAM+C108?) Get gamma file name on channel 108
(GAM?L) List all entries of gamma control
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Appendix B: Serial API
Lamp History (HIS)
Retrieve the history of installed lamp entries, including the current lamp. There is an individual entry for each lamp in the history. The format for each entry is: (HIS!AAA “BBBB/BB/BB” “C” “D” EEE FFF GGG HHH III JJJ
KKK).
A = Lamp Number
B = Date Installed
C = Serial Number
D = Type
E = Strikes
F = Failed Strikes
G = Failed Restrikes
H = Unexpected Lamp Off
I = Pre-installed Hours (will always return “00000”)
J = Lamp Hours
K = Lamp Rotation
SUBCODE
NONE
DESCRIPTION OF USE
None
EXAMPLES:
(HIS?)
(HIS!000 “N/A” “N/A” “N/A” 000 000 000 000 000 000 000)
(HIS!001 “2007/05/21” “qa-1” “CDXL-30” 000 000 000 000 020 020 001)
(HIS!002 “2007/05/21” “qa-2” “Other-30” 000 000 000 000 015 015 000)
(HIS!003 “2007/05/21” “qa-3” “Other-20” 000 000 000 000 000 000 001)
Serial Help (HLP)
Get help on serial commands.
SUBCODE
NONE
DESCRIPTION OF USE
Request entire command help listing or list for a single command
EXAMPLES:
(HLP?) Retrieve entire command help listing
(HLP? “DLG”) Retrieve all subcodes/descriptions for DLG control
ICP File Management (ICP)
Provides file management for LUT-SCC (PCT), LUT-CLUT, MCGD, TCGD, Source, Screen, and PNG (Test Pattern) files.
SUBCODE
FSET
FGET
FDEL
DESCRIPTION OF USE
Adds or Copies an ICP file from the TPC’s ftproot directory to the appropriate directory on the ICP. Will not overwrite an existing file with the same name.
Not supported.
Deletes a file from the ICP. The filename parameter is case sensitive.
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ICP File Management (ICP) (Continued)
FCOP
FREN
Not supported.
Not supported.
EXAMPLES:
(ICP+FSET “ones4K_LE.LUT-SCC”) Copies the “ones4K_LE.LUT-SCC” PCT file from the TPC’s ftproot directory to the
LUT-SCC directory on the ICP.
(ICP+FSET “Nominal.MCGD”) Copy the “Nominal.MCGD” MCGD file from ftproot to the MCGD directory on the ICP.
(ICP+FDEL “Nominal.MCGD”) Deletes the “Nominal.MCGD” file from the ICP.
ILS File (ILF)
Set or get the current ILS file for the current or a specific channel.
SUBCODE
C1xx
NONE
DESCRIPTION OF USE
Set or get the current ILS file for a specific channel.
Select the ILS file for a current channel.
SAVE Save the currently active ILS data to a file. Will overwrite an existing file with the same name. Requires advanced access level.
FDEL Delete an ILS File
EXAMPLES:
(ILF+C101 “ILS Flat”) Set ILS file for channel 1 to file “ILS Flat”
(ILF?L) List all available ILS files
(ILF 1) Set ILS file for current channel to index 1 in file list
(ILF+Save “filename”) Save the active ILS values to a file named “filename”. If the file doesn’t exist, it will be created. If the file already exits, it will be overwritten.
(ILF+FDEL “LensSetup1”) Delete the “LensSetup1” ILS file from the system.
(ILF+FDEL 3) Delete the ILS file at index 3 in the list.
Intelligent Light System Config (ILS)
Enable/disable the Intelligent Lens System for each channel.
SUBCODE
ACLB
CALB
CSTS
INST
NONE
DESCRIPTION OF USE
Enable/disable the Auto Lens Mount and Lens reset feature. Once ACLB is turned on, lens mount and lens system will be reset automatically when system is powered on.
Calibrate travel range and backlash on specified. Only valid parameter for this command is 5. SET only command.
Motor calibration status (0-100%)
Sets ILS to installed
Enable/Disable the Intelligent Lens System for each channel. (1/0)
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Appendix B: Serial API
Intelligent Light System Config (ILS) (Continued)
RSET Move motor to center flag and then move back to current position. Only valid parameter for this command is 5. SET only command.
RSTS Motor reset status (0-100%)
EXAMPLES:
(ILS 1) Enable ILS, lens will be moved to the position in each channel
(ILS 0) Disable ILS, position data in each channel will not be used. Moving lens will not affect any channel setting
(ILS+CALB 5) Calibrate all axes of the lens. Set only command
(ILS+RSET 5) Reset all axes of the lens
(ILS+ACLB 1) Reset lens automatically when power on
Start Interrogator, check interrogator status (INT)
SUBCODE
BASC
DESCRIPTION OF USE
Start a basic interrogation (set only)
ENHA Start an enhanced interrogation (set only)
STAT Responds with 2 values: currently running (1 if running) and result file.
EXAMPLES:
(INST+BASC 1) Run a basic interrogation (set only)
(INT+STAT?) Query interrogator status. Returns (INT+STAT!00100 00000 “Interrogator_Enhanced_20101103194849.7z”), which means the interrogator is 100% finished, not currently running and the latest interrogator file that was generated is named
“Interrogator_Enhanced_201001103194849.7z” and can be found on the projector’s FTP server.
Internal Test Pattern (ITP)
List and select internal test patterns. This command also creates the customized test pattern list from the internal test patterns. The list of available test patterns is determined by what files are loaded on the TI electronics.
SUBCODE
FULL
DESCRIPTION OF USE
Set(1)/Reset(0) full screen size
KEEP
NOCR
When KEEP=1, don’t disable test pattern when changing channels
NOCR set non-correction test patterns for measured color. Valid range is 0 to 6
NONE
STUP
Select test pattern from full list of defined test patterns
Add test pattern from full list of defined test patterns to the user list
USER Select test pattern from user defined test pattern list
EXAMPLES:
(ITP ?) Get current test pattern, 0 means no test pattern is used.
(ITP 4) or (ITP “ “) Use number or string to set test pattern
(ITP+USER 4) or (ITP+USER “ “) Use number or string to set test pattern from user’s test pattern list.
(ITP+FULL 1) Use full screen size
(ITP+FULL 0) Use active channel screen file
(ITP+NOCR 1) Set non-correction test patterns for measured color you can use
(ITP+STUP “DC2K Framing Green, DC2K Framing Red”) Add these two test patterns to the user list
(ITP+STUP 1 3) Add these two test patterns indexed in the ITP list to the user list
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Lamp Intensity Calibration (LCA)
This control is used to calibrate (correlate) the intensity feedback mechanism to footlamberts. Note the minimum/ maximum power are used to pick two points on the curve. These points will not stay consistent over the life of the lamp, but the conversion algorithm will extrapolate the conversion beyond the range of the two end points. Footlamberts for minimum/maximum power are converted to integer by multiplying 100 because serial command protocol does not support floating point number. NOTE : Changing the lamp or lamp alignment will require re- calibration.
SUBCODE
MAXF
DESCRIPTION OF USE
Set footlamberts at maximum lamp power, the value should be (footlamberts * 100)
MAXS
MINF
Set sensor value at maximum lamp power
Set footlamberts at minimum lamp power, the value should be (footlamberts * 100)
MINS
NONE
Set sensor value at minimum lamp power
Not available
EXAMPLES:
(LCA+MINF 10) Set 10 footlamberts as measured brightness at minimum lamp power
(LCA+MINF?) Get footlamberts on minimum lamp power
(LCA+MINS 5000) Set 5000 as reading value from the light sensor at minimum lamp power
(LCA+MAXF 17) Set 17 footlamberts as measured brightness as maximum lamp power
(LCA+MAXF?) Get footlamberts at maximum lamp power
(LCA+MAXS 15000) Set 15000 as reading value from the light sensor on maximum lamp power
LUT CLUT Control (LCT)
Set Look up Table (LUT) Color Look Up Table (CLUT) file for the specified channel. The CLUT is used during color processing in the electronics.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select CUT for the current channel.
EXAMPLES:
(LCT+C108 “9x9x9”) Use PCF file “9x9x9” on channel 108
(LCT+C108?) Get LUT-CLUT file name on channel 108
(LCT?L) List all entries of LUT-CLUT control
Lamp Intensity Calibration (LEN)
Define model and serial number for primary installed lens and auxiliary lens.
SUBCODE
AMOD
ASER
MMOD
DESCRIPTION OF USE
Auxiliary lens model
Auxiliary lens serial number
Main lens model
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Appendix B: Serial API
Lamp Intensity Calibration (LEN) (Continued)
MSER
NONE
Main lens serial number
Not available
EXAMPLES:
(LEN+MMOD?L) List supported lens model
(LEN+AMOD?L) List supported auxiliary lens model
(LEN+MMOD 1 Set lens model
(LEN+MSER “xxxx”) Set lens serial number
Lens Horizontal Position Adjustment (LHO)
Adjust lens offset to specific horizontal position with a specified direction. NOTE: This command can only be
used to update the current ILS file. Changing the horizontal offset for the current channel will change the horizon- tal offset for any channel using the same ILS file.
Use command without subcode:
• If ILS is ON, motor will move to specified steps and save data to the active channel.
• If ILS is OFF, motor will move to specified steps, do not save data to the active channel.
SUBCODE
BACN
DESCRIPTION OF USE
Motor backlash in negative direction. Read-only.
BACP
CALB
Cxxx
NONE
RNGN
RNGP
RSET
STRT
Motor backlash in positive direction. Read-only.
Calibrate travel range and backlash on specified. Only valid parameter for this command is 1. Set only command.
Replace xxx with the channel number. Valid range is 101-164.
Moving lens mount to a specified horizontal position with a specified direction.
Motor moving range in negative direction. Read-only.
Motor moving range in positive direction. Read-only.
Move motor to the center flag then move back to current position. Only valid parameter for this command is 1. Set only command
Start motor moving in specified direction, where direction can be (-1, 1). Write-only for v1.3 or newer.
Stops the motor. Write-only for v1.3 or newer.
STOP
MOVR Moves the motor a given number of steps based on the current location. Write-only for v1.3 or newer.
EXAMPLES:
(LHO 500 1) Move lens to position 500 along horizontal axis with positive approach
(LHO 500 -1) Move lens to position 500 along horizontal axis with negative approach
(LHO+C101 -500 1) Set lens horizontal position for channel 1 to -500 with positive approach
(LHO ?) Return current motor position along horizontal axis and direction (-1 or 1)
(LHO+CALB 1) Calibrate the horizontal axis
(LHO+RSET 1) Reset the horizontal axis
(LHO+STRT 1) Starts motor moving in positive direction
(LHO+STOP) Stops motor
(LHO+MOVR -100) Move motor 100 steps in negative direction
(LHO+MOVR 200) Move motor 200 steps in positive direction
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Lamp ID (Type) (LID)
Get lamp type (ID) for the currently installed lamp. Supports readback of the list of supported lamp types.
SUBCODE
NONE
DESCRIPTION OF USE
Get Lamp ID for current lamp. This is a read-only control. Lamp ID can be changed with LPC (lamp change) command only.
EXAMPLES:
(LID?L) List supported lamp IDs
(LID?) Get the lamp ID for installed lamp
LampLOC™ Module (LLM)
Allows adjustment of lamp position to optimize intensity and uniformity of the optical system. This is referred to as the LampLOC™ feature and can be done automatically or manually.
SUBCODE
AUTO
DESCRIPTION OF USE
Set to 1 to do LampLOC™ automatically. It will do calibration first, then move the X, Y, Z-motors to find the maximum brightness. Set to 0 to cancel auto adjustment and restore the previous position. Reset to 0 when it has finished.
Calibrate LampLOC motors.
CALI
MTRX
MTRY
MTRZ
NONE
Moving X-axis motor manually. Data range from ±250.
Moving Y-axis motor manually. Data range from ±250.
Moving Z-axis motor manually. Data range from ±175.
Not Available
STAT Provides feedback (status) on the progress of the Auto mode. Read-only command. Data range from 0 to
100, where 100 indicates the LampLOC™ is finished.
EXAMPLES:
(LLM+MTRX 100) Move motor X to position 100
(LLM+AUTO 1) Do LampLOC™ automatically
(LLM+AUTO 0) Abort LampLOC™. It will restore the motors to previous position automatically
(LLM+AUTO?) Get running status. (LLM+AUTO!000) indicates finished, (LLM+AUTO!001) indicates running
(LLM+STAT ?) Get the progress feedback of the Auto mode (0-100%)
Adjust All Lens Position Parameters Simultaneously (LMV)
Adjust all lens position parameters simultaneously.
SUBCODE
NONE
DESCRIPTION OF USE
(LMV <lho><lvo><zom><fcs><lhodir><lvodir><zomdir><fcsdir>) where <lhodir>, <lvodir>, <zomdir>, and <fcsdir> represent the horizontal, vertical, zoom, and focus position information. Valid values for direction are 1 and -1.
EXAMPLES:
(LMV 1000 1500 500 -500 -1 -1 1 1)
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Local Settings (LOC)
S et the time format and display options for temperature units.
SUBCODE
LANG
DESCRIPTION OF USE
Set the current language of the user interface.
Set the temperature units. 0 - Celsius. 1 - Fahrenheit.
TEMP
TIME Set Time format. 0 - 24 hour, 1 - 12 hour.
EXAMPLES:
(LOC+TIME 1) Set time zone to standard 12 hour
(LOC+TIME?1) Get list of formats
(LOC+TIME?)(LOC+TIME!001) Get time format
Lamp Changed (LPC)
Record current lamp information into the lamp history, then start a new entry. Set lamp information of a new lamp type ID, serial number, and pre-used hours. When the values are set, use the (LPC 1) command to add the record.
SUBCODE
LPID
DESCRIPTION OF USE
Set lamp type ID for the new lamp
Save lamp information to lamp history NONE
PREV
SERL
Set lamp previous lamp hours for the new lamp
Set lamp serial number for the new lamp
EXAMPLES:
(LPC+LPID 2) Set lamp type ID
(LPC+SERL “CDX30-001”) Set lamp serial number
(LPC 1) Save information to lamp history. Consecutive lamp changes require a 5 - 10 second time difference as writing to
EEPROM is involved.
Lamp File (LPF)
Set or get the current lamp file for the current or a specific channel. This command can also be used to save the active lamp data to a new or existing lamp file, and delete a lamp file from the system.
SUBCODE
Cxxx
DESCRIPTION OF USE
Set or get the current lamp file for a specific channel
NONE
SAVE
Set lamp file for current channel
Save the currently active lamp data to a file. Will overwrite an existing file with the same name.
FDEL Delete a lamp file from the system.
EXAMPLES:
(LPF+C101 “Default”) Set lamp file for channel 1 to file “Default”
(LPF?L) List all available lamp files
(LPF 1) Set lamp file for current channel to index 1 in file list
(LPF+SAVE “filename”) If the file doesn’t exist, it will be created. If the file already exits, it will be overwritten.
(ILF+FDEL “LampSetup1”) Delete the “LampSetup1” lamp file from the system.
(ILF+FDEL 3) Delete the lamp file at index 3 in the list.
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Lamp Hours (LPH)
Get information on installed lamp. Read only control.
SUBCODE
FLSK
DESCRIPTION OF USE
Return total failed lamp strikes on the installed lamp
Return total failed lamp restrikes on the installed lamp FRSK
LPOF
NONE
Return total lamp unexpected off times on the installed lamp
Return lamp usage for current lamp in hours.
TLSK Return total lamp strikes on the installed lamp
EXAMPLES:
(LPH?) Get usage in hours
(LPH+FLSK?) Get lamp strikes
Lamp Intensity (LPI)
Set lamp intensity setpoint. The value is used when lamp mode is set to LiteLOC™. The projector will adjust the
Lamp Power to maintain this intensity. NOTE: This command can only be used to update the current lamp file.
Changing the lamp intensity for the current channel will change the lamp intensity for any channel using the same lamp file.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace Cxxx with the channel number. Valid range is 101-164.
NONE Set lamp intensity for the current channel.
EXAMPLES:
(LPI 4500) Set lamp intensity to 4500 for current channel
(LPI+C103 4000) Set the lamp intensity to 4000 for channel 3
(LPI?) Get lamp intensity for the active channel
Lamp Life (LPL)
Set/get expected lamp life in hours. The default hours will be used if lamp life is ‘not set’. Lamp expiry message will be sent out when lamp usage is over the lamp life.
SUBCODE
LIFE
NONE
DESCRIPTION OF USE
0 - No warning will be generated.
1 - Lamp Life Expiry Warning will be generated when lamp hours extends past lamp life. Warning will be reported in SST. Warning will be cleared by extending lamp life or changing the lamp.
Set or get expected lamp life.
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Lamp Life (LPL) (Continued)
ROTA Set to 1 acknowledge the Lamp Rotation Warning. Will auto clear at lamp life or on lamp change.
ROTW 0 - No warning will be generated.
1 - Lamp Rotation Warning will be generated when lamp hours extends past 1/2 lamp life. Warning will be reported in SST. Warning will be cleared by LPL+ROTA or changing the lamp.
EXAMPLES:
(LPL 1500) Set lamp life limit to 500 hours.
(LPL 0) Set lamp life limit to default hours based on the lamp type.
(LPL ?) Get lamp life limit.
(LPL+LIFE 1) Enable lamp expired message.
(LPL+LIFE 0) Disable lamp expired message.
(LPL+ROTW 1) Enable lamp rotation message.
(LPL+ROTA 1) Acknowledge that lamp was rotated.
Lamp Mode (LPM)
Set lamp mode to constant power or LiteLOC™ for global and per channel. NOTE: This command can only be
used to update the current lamp file. Changing the lamp power for the current channel will change the lamp power for any channel using the same lamp file.
SUBCODE DESCRIPTION OF USE
Cxxx
NONE
Replace Cxxx with the channel number. Valid range is 101-164.
Set lamp mode for the current channel.
EXAMPLES:
(LPM 0) Set Constant Power mode for current channel
(LPM “Constant Power”) Set Constant Power mode for active channel
(LPB+C101 1) Set intensity mode for channel 1
(LPM?) Get Lamp mode for active channel
Lamp Power (LPP)
Set lamp power to be used when in Constant Power mode. NOTE: This command can only be used to update the current lamp file. Changing the lamp power for the current channel will change the lamp power for any channel using the same lamp file.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace Cxxx with the channel number. Valid range is 101-164.
MINI
NONE
Get nominal minimum lamp power for the current lamp. Read-only value
Set lamp power for the current channel.
EXAMPLES:
(LPP 2500) Set lamp power to 2500 for current channel
(LPP+C102 2000) Set lamp power to 2000 for channel 2
(LPP+C102?) Get the lamp power for channel 2
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Lens Vertical Offset Adjustment (LVO
Adjust lens offset to specific vertical position with a specific direction. NOTE: This command can only be used to
update the current ILS file. Changing the vertical offset for the current channel will change the vertical offset for any channel using the same ILS file.
Use command without subcode:
• If ILS is ON, motor will move to specified steps and save data to the active channel.
• If ILS is OFF, motor will move to specified steps. Do not save data to the active channel.
SUBCODE
BACN
BACP
CALB
DESCRIPTION OF USE
Motor backlash in negative direction. Read-only.
Motor backlash in positive direction. Read-only. Set only command.
Calibrate travel range and backlash on specified. Only valid parameter for this command is 1. Set only command.
Cxxx
NONE
Replace Cxxx with the channel number. Valid range is 101-164.
Moving lens mount to a specified vertical position with a specified direction.
RNGN
RNGP
Motor moving range in negative direction. Read-only.
Motor moving range in positive direction. Read-only.
RSET Move motor to the center flag then move back to current position. Only valid parameter for this command is 1. Set only command.
Start motor moving in specified direction, where direction can be (-1, 1). Write-only for v1.3 or newer.
STRT
STOP
MOVR
Stops the motor. Write-only for v1.3 or newer.
Moves the motor a given number of steps based on the current location. Write-only for v1.3 or newer.
EXAMPLES:
(LVO 500 1) Move lens to position 500 along vertical axis with positive approach
(LVO 500 -1) Move lens to position 500 along vertical axis with negative approach
(LVO+C101 -500 1) Set lens vertical position for channel 1 to -500 with positive approach
(LVO ?) Return current motor position along vertical axis and direction
(LVO+CALB 1) Calibrate the vertical axis
(LVO+RSET 1) Reset the vertical axis
(LVO+STRT 1) Starts motor moving in positive direction
(LVO+STOP) Stops motor
(LVO+MOVR -100) Move motor 100 steps in negative direction
(LVO+MOVR 200) Move motor 200 steps in positive direction
Measured Color (MCG)
Select the Measured Color Gamut file. This file describes the native colorimetry for the projector as installed and is required for accurate color processing in the electronics. This control is per channel to allow for different colorimetry for applications such as 3D.
SUBCODE
Cxxx
NONE
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
Select measured color gamut for the current channel.
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Appendix B: Serial API
Measured Color (MCG) (Continued)
DATA Set/Get active MCGD measurement values. The order is RedX, RedY, GreenX, GreenY, BlueX, BlueY,
WhiteX, WhiteY, BlackX, BlackY. The range for each value is 0 - 100000. The values represent MCGD measurement values multiplied by 100000.
Saves the active MCGD measurement values to a new or existing MCGD file. (SET Only Command) SAVE
EXAMPLES:
(MCG+C108 “Nominal”) Use file “Nominal” on channel 108
(MCG+C108?) Get measured color file name on channel 108
(MCG?L) List all entries of measured color control
(MCG+DATA 123 31786 00333 0 100000 66000 1 88899 2154 5441) Set the active MCGD measurement values to
RedX=0.00123,
RedY=0.31786, GreenX=0.00333, GreenY=0.00000, BlueX=1.00000, BlueY= 0.66000, WhiteX=0.00001, WhiteY=0.88899,
BlackX=0.02154, BlackY=0.05441
(MCG+DATA?) Retrieve the 10 active MCGD measurement values.
(MCG+SAVE “filename”) Save the 10 active MCGD measurement values to a file named “filename”. If the file doesn’t exist, it will be created. If the file already exists, it will be overwritten.
Monitor Card Cage Fans (MCF)
Enables or disables the monitoring of the two additional card cage fans.
SUBCODE
NONE
DESCRIPTION OF USE
Set to 1 to monitor and 0 to not monitor.
EXAMPLES:
(MCF 1) Start monitoring the card cage fans
Channel Name (NAM)
Set the descriptive channel name for the specified channel
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select channel name for the current channel.
EXAMPLES:
(NAM+C108 “Scope 2.39”) Set channel name for channel 108
(NAM+C108?) Get channel name for channel 108
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Network Setup (NET)
Set the network parameters for Eth0, Gateway, and Subnet 0.
SUBCODE
DLP0
ETH0
GATE
HOST
DESCRIPTION OF USE
Set the IP address for the MGMT Ethernet controller (deprecated).
Set the WAN IP address for the projector
Set the WAN Gateway for the projector
Host name
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Network Setup (NET) (Continued)
MAC0
SUB0
Gets the MAC address of the projector
Set the WAN subnet mask for the projector
EXAMPLES:
(NET+ETH0 "192.168.1.35") Set new IP address on the MGMT Ethernet controller
(NET+GATE "192.168.0.1") Set the gateway
(NET+SUB0 "255.255.255.0") Set the subnet mask on the MGMT Ethernet controller
(NET+HOST "MyHostName") Set the host name
(NET+ETH0 ?) Retrieve IP address from the MGMT Ethernet controller. (NET+ETH0! 192.168.1.35)
(NET+MAC0 ?) Retrieve MAC address from MGMT controller. (NET+MAC0! 00:12:3F:7B:76:B4)
(NET+GATE ?) Retrieve default gateway. (NET+GATE! 192.168.0.1)
(NET+DLP0 “192.168.206.10”) Set IP address (deprecated)
(NET+DLP0?) (NET+DLP0! “192.168.206.10”) Query IP address (deprecated)
Projector Configuration File (PCF)
Set Projector Configuration File (PCF) file for the specified channel. This file is used to configure many aspects of the electronics. It will only be used if PCF in use (PIU) control is set.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select PCF file for the current channel
EXAMPLES:
(PCF+C108 “SCOPE 2.39”) Use PCF file “Scope 2.39” on channel 108. File used when PIU is on
(PCF?L) List all entries of PCF control
PCF In Use (PIU)
Select whether to use the PCF file or not.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select “Use PCF” for the current channel
EXAMPLES:
(PIU?) Get the current status of PCF file
(PIU+C108 1) Use PCF file on channel 108
(PIU+C108 0) Do not use PCF file on channel 108
Ping (PNG)
This command returns basic projector information to the user which includes the type of device & main software version. Note that some devices have multiple CPUs each with its own software version. Only the software version of what is considered to be the master CPU is returned here. The return parameters are: Type, Major, Minor, and
Beta. The beta value is optional meaning it is an engineering build and has not been validated.
NOTE: List of devices:
40 = ACT,
46 = D4K35
48 = MCB/IMCB,
49 = EVB
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Appendix B: Serial API
SUBCODE DESCRIPTION OF USE
NONE None
EXAMPLES:
(PNG?)(PNG!46 001 000 234) -- Indicates software type: 1 major, 0 minor, 234 beta
Power (PWR)
Change the power state of the projector. Data can be:
3 - Power OFF - all electronics power OFF except Projector Control Module (PCM). It's also called Standby mode.
1 - Power ON - projector is powered ON with lamp ON.
0 - Full power mode - projector is ready for lamp ON.
11 - Warm up. Read only, it's middle status between standby and full power mode.
10 - Cool down. Read only, projector will stay in cooling down mode for 15 minute after lamp is turned OFF.
SUBCODE
COOL
DESCRIPTION OF USE
Status of current cooling down timer. Read only command.
Select power state.
NONE
STAT Status of current power state. Read only command.
EXAMPLES:
(PWR+STAT?) - Get projector power status
(PWR+COOL?) - Get how many seconds left on cooling down mode
(PWR3) - Set the projector to standby mode
(PWR0) - Turn the projector ON and lamp OFF
(PWR1) - Turn the projector ON and lamp ON
(PWR?) - Get the target power state from the latest command sent to the projector. Target power state.
For projector power states, refer to Table 3.1.
Remote Access Level (RAL)
Set the remote serial protocol access level for a serial communications port. Valid sections are
0 - No Access,
1 - Login Required,
2 - Free Access.
Default value is 1 - Login required.
SUBCODE
NONE
DESCRIPTION OF USE
Set the access level on Ethernet all ports.
PRTA Set the access level on RS232 port A.
EXAMPLES:
(RAL 0) Disable remote serial protocol access for all Ethernet ports
(RAL?) Get access level for Ethernet ports (RAL!0)
(RAL+PRTA 2) Set remote serial protocol access level on port A to free access
(RAL+PRTA?) Get access level (RAL+PRTA!2)
Reboot TPC (RBT)
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Command for rebooting the TPC, requires argument 3.
SUBCODE
NONE
DESCRIPTION OF USE
Reboot TPC, use 3 as argument other arguments have no effect.
Schedule (SCH)
Schedule a power up or a power down at a specific time.
SUBCODE
BPON
BPOF
POND
DESCRIPTION OF USE
Bypass power on scheduling. 1 = enable, 0 = disable
Bypass power off scheduling. 1 = enable, 0 = disable
Set the power on date and time, setting the date/time to empty (“”) will turn off power on scheduling until a new date/time has been set. Format “yyyy-mm-dd hh:mm”
POFD Set the power off date and time, setting the date/time to empty (“”) will turn off power off scheduling until a new date/time has been set. Format “yyyy-mm-dd hh:mm”
EXAMPLES:
(SC+BPON 1) Disable power on scheduling events, it will still be possible to set the time but no event will occur.
(SC+POFD “2011-07-11 23:00”) Schedule a power off event at 11pm on 11 July, 2011
(SC+POND “”) Set the power on event to no time - no event will be scheduled, if one was scheduled before it is removed.
(SC+BPOF?) Query the current setting for bypass power off events.
Screen Format (SCF)
S elect Screen format file which describes the geometry for the output image.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select screen file for the current channel.
EXAMPLES:
(SCF+C108 “FLAT”) Use file “FLAT” on channel 108
(SCF+C108?) Get screen file name on channel 108
(SCF?L) List all available entries of screen control
Shutter/Douser (SHU)
Open/Close shutter/douser
SUBCODE
NONE
DESCRIPTION OF USE
Select douser position 0 - douser removed from optical path 1 - douser blocking optical path
STEP The number of steps the douser should be moved when opening/closing (default 60, minimum 30, maximum 200)
EXAMPLES:
(SHU 1) Close shutter
(SHU 0) Open shutter
(SHU?) Get current status of shutter
(SHU+STEP?) Get number of steps douser should move to open/close
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Appendix B: Serial API
Select Input (SIN)
Selecting input port will reset the list and default data of DTF control. Use index number or text description to select input port. Available options are:
“Auto-select”,
“292-A”,
“292-B”,
“292-Dual”,
“DVI-A”,
“DVI-B”,
“DVI-Dual/Twin”
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select input for current channel
EXAMPLES:
(SIN?) Get current input port
(SIN?L) Show entries on the list
(SIN 1) Set current input port to entry with index 1
(SIN+C101 ?) Get input port on channel 101
(SIN+C101 1) Set input on channel 101
SNMP Agent Configuration (SNM)
This control will set the various configuration options for SNMP Agent
SUBCODE
ENVT
DESCRIPTION OF USE
Enables/Disables SNMP version 2 and enables version 3
Gets/sets the Lamp Expire Trap Flag for the SNMP Agent LEXT
LHLT
TSIP
Gets/sets the Lamp Half Life Trap Flag for the SNMP Agent
Sets the Trap IP address for the SNMP agent
EXAMPLES:
(SNM+TSIP “xxx.xxx.xxx.xxx”) Sets the Trap IP address to xxx.xxx.xxx.xxx
(SNM+TSIP “0.0.0.0”) Setting the IP address to 0.0.0.0 will stop SNMP Agent from sending the traps.
(SNM+LHLT 1) Setting this flag to 1 will disable any future lamp half life traps
(SNM+LEXT 1) Setting this flag to 1 will disable any future lamp expire traps
(SNM+ENVT ?) Get the flag to see if V2 is enabled (1) or disabled (0)
(SNM+ENVT 1) Enable SNMP V2
(SNM+ENVT 0) Disable SNMP V2
Screen Orientation (SOR)
Set screen orientation. This allows for flipping the screen orientation to allow for various mounting options of the projector including the use of mirrors and front or rear screen projection.
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SUBCODE
NONE
DESCRIPTION OF USE
Select Orientation:
0 - Normal Front,
1 - Inverted Rear,
2 - Normal Rear,
3- Inverted Front
EXAMPLES:
(SOR?L) List orientation options
(SOR?) Get the orientation status
(SOR0) Set orientation to front
Select Source Format (SRF)
S elect the Source format file.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select source format for the current channel.
EXAMPLES:
(SRF+C108 “XXX”) Use file “XXX” on channel 108
(SRF+C108?) Get source file name on channel 108
(SRF?L) List all entries of source control
(SRF+RFSH 1) Refresh TI file list
System Status (SST)
R etrieve the various system status groups.
NONE
PERI
SECU
SERI
SIGN
SYST
SUBCODE
ALRM
CONF
COOL
HLTH
INTE
LAMP
DESCRIPTION OF USE
Returns a summary of any active alarms
Returns configuration data - model, sn, build date, etc
Returns cooling data - cooling fans, air flow, etc
Returns system health
Returns interlock data
Returns lamp operational data.
Returns information on all status groups, with one message per item.
Returns peripherals data - Cine-IPM, etc
Returns security data
Return serial numbers
Returns signal data - freq, etc.
Returns system data - power, hours of use, shutter open, etc
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Appendix B: Serial API
System Status (SST) (Continued)
TEMP
VERS
Returns temperature data
Returns version numbers
EXAMPLE:
(SST+ALRM?) returns (SST+ALRM!000 002 “101” “Prism temperature”) where parameters are:
P1=index number,
P2=error level,
P3=value,
P4=description.
Error level is:
0=no errors or warnings,
1=warning,
2=error,
3=error and warning
Stop DLP Communication (STP)
Stop communications to DLP ® Electronics temporarily, i.e. for DLP software upgrading.
SUBCODE
NONE
DESCRIPTION OF USE
0 - restart DLP communications;
1 - stop DLP communications.
EXAMPLES:
(STP 0) Restart DLP communication
(STP 1) Stop DLP communication
(STP?) Request current state. Example response is (STP!000)
Projector Platform and Motherboard Related Information (SYS)
Query only command that returns version information.
SUBCODE
BACB
DESCRIPTION OF USE
Return backplane version information.
FACB
PIBB
Return faceplate version information.
Return PIB3G version information.
EXAMPLES:
(SYS+BACB?) Returns backplane version information.
Target Color Gamut (TCG)
Set the Target Color Gamut file. This file describes desired output colorimetry from the projector. For this control to function the Measured Color Gamut Data must be accurate.
SUBCODE DESCRIPTION OF USE
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Cxxx Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select target color gamut for the current channel.
EXAMPLES:
(TCG+C108 “Atlantis”) Use file “Atlantis” on channel 108
(TCG+C108 ?) Get target color file name on channel 108
(TCG?L) List all available entries of target color control
Enable 3D (TDC)
Enable/disable 3D on the specified channel or the current channel. This controls the frame rate multiplication features that allow for simulated three dimensional image projection.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select 3D enable for the current channel
EXAMPLES:
(TDC+C108 1) Enable 3D on channel 108
(TDC+C108?) Get 3D setting on channel 108
(TDC?) Get current 3D status
3D DARK TIME (TDK)
Set dark time for 3D control. This controls how much time between displayed images the output remains dark to allow for the glasses on other gating mechanism to flip between the eyes.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select dark time for the current channel
EXAMPLES:
(TDK+C101 1) Set dark time to 1 on channel 101
(TDK+C101?) Get dark time on channel 101
Output Reference Delay (phase) (TDP)
Set output reference delay phase for 3D control. This is an additional control for output timing relative to input timing. The data range is -180 to 180.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select output reference delay phase for the current channel
EXAMPLES:
(TDP+C101 1) Set output reference delay phase to 1 on channel 101
(TDP+C101?) Get output reference delay phase on channel 101
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Appendix B: Serial API
3D L/R Display Reference (TDR)
Set the L/R display reference for 3D control.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select L/R display reference for the current channel
EXAMPLES:
(TDR+C101 1) Set L/R display reference to 1 on channel 101
(TDR+C101?) Get L/R display reference on channel 101
Output Reference Delay (time) (TDT)
Set output reference delay time for 3D control. This command controls how much delay between the input and output reference timing.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select reference delay for the current channel
EXAMPLES:
(TDT+C101 1) Set output reference delay time to 1 on channel 101
(TDT+C101?) Get output reference delay time on channel 101
L/R Display Sequence (TFD)
Set L/R Display Sequence for 3D control. This selects which signal is considered first in the source signal, the left or the right.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select L/R display sequence for the current channel
EXAMPLES:
(TFD?L) List all entries on Input Frame Dominance control
(TFD+C101 1) Set Input Frame Dominance to 1 on channel 101
(TFD+C101?) Get Input Frame Dominance on channel 101
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3D Frame Rate Multiple (TFR)
Setup frame rate multiple for 3D control
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101 - 164.
NONE Select 3D frame rate for the current channel.
EXAMPLES:
(TFR?L) List all entries on the frame rate multiple factor
(TFR+C101 3) Set frame rate multiple to “4:2” on channel 101
(TFR+C101?) Get frame rate multiple on channel 101
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Get Certificates (TIG)
Gets the ICP certificate.
SUBCODE
ICPC
DESCRIPTION OF USE
Retrieve ICP Certificate
EXAMPLES:
(TIG+ENGC?) Gets the LD certificate
(TIG+ICPC?) Gets the ICP certificate
3D Input Reference (TIR)
Setup the Input Reference for 3D control.
SUBCODE
Cxxx
DESCRIPTION OF USE
Replace xxx with the channel number. Valid range is 101-164.
NONE Select input reference for the current channel.
EXAMPLES:
(TDK+C101 “Use GPI (polarity=true)”) set Input Reference to ‘Use GPI (polarity=true)’ on channel 101
(TDK+C101?) get Input Reference for channel 101
Time/Date (TMD)
Set/get the time, date and time zone.
SUBCODE
DATE
DESCRIPTION OF USE
Get the date in the form yyyy/mm/dd. Read-only.
Set/get the daylight savings time adjust value.
DSTA
TIME
TOFF
Set/get the local time in the form hh:mm:ss. Ready only.
Set Time Offset in seconds (± 900 seconds). Must be powered ON. (Write-only)
ZONE Set/get the time zone
EXAMPLES:
(TMD+DSTA?) 0 or 1 (DST OFF or DST ON)
(TMD+DSTA 0) Turn daylight savings OFF (0) or ON (1)
(TMD+ZONE 20) Set time zone to EST
(TMD+TIME? ) Get local time (TMD+TIME! 17:50:45)
(TMD+TOFF 120) Increase the time by two minutes.
(“TMD+TOFF: Disabled Control”) Error message returned when power is OFF.
(“TMD+TOFF: LD Real Time Clock Offset range for time adjustment has been exceeded.”)
3D Output Reference Polarity (TOP)
Setup output timing signal reference polarity for 3D control.
SUBCODE DESCRIPTION OF USE
Appendix B: Serial API
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Appendix B: Serial API
3D Output Reference Polarity (TOP) (Continued)
Cxxx
NONE
Replace xxx with the channel number. Valid range is 101-164.
Select output reference polarity for the current channel.
EXAMPLES:
(TOP+C101 1) Set Output Reference Polarity to 1 on channel 101
(TOP+C101?) Get Output Reference Polarity on channel 101
User ID (UID)
Allows users to login to the serial interface.
SUBCODE DESCRIPTION OF USE
NONE None
EXAMPLES:
(UID) “username” “password”) Login a user
(UID) Logout the current user, also happens automatically when a new user logs in
(UID?)(UID! “username” 01) Display the current logged in user and their access level
Zoom Lens Position Adjustment (ZOM)
Adjust lens to specific zoom position with a specified direction (1, -1). NOTE: This command can only be used to
update the current ILS file. Changing the zoom for the current channel will change the zoom for any channel using the same ILS file.
Use command without subcode:
• If ILS is ON, motor will move to specified steps and save data to the active channel.
• If ILS is OFF, motor will move to specified steps, do not save data to the active channel.
SUBCODE
BACN
BACP
CALB
Cxxx
NONE
RNGN
RNGP
RSET
STRT
DESCRIPTION OF USE
Motor backlash in negative direction. Read-only.
Motor backlash in positive direction. Read-only.
Calibrate travel range and backlash on specified. Only valid parameter for this command is 1. Set only command.
Replace xxx with the channel number. Valid range is 101-164.
Moving lens mount to a specified vertical position.
Motor moving range in negative direction. Read-only.
Motor moving range in positive direction. Read-only.
Move motor to the center flag then move back to current position. Only valid parameter for this command is 1. Set only command.
Start motor moving in specified direction, where direction can be (-1, 1). Write-only for v1.3 or newer.
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Zoom Lens Position Adjustment (ZOM) (Continued)
STOP
MOVR
Stops the motor. Write-only for v1.3 or newer.
Moves the motor a given number of steps based on the current location. Write-only for v1.3 or newer.
EXAMPLES:
(ZOM 500 1) Move lens to position 500 with positive approach
(ZOM 500 -1) Move lens to position -500 with negative approach
(ZOM+C101 -500 1) Set lens zoom position for channel 1 to -500 with positive approach.
(ZOM ?) Return current motor position
(ZOM + CALB 1) Calibrate the zoom
(ZOM + RSET 1) Reset the zoom
(ZOM+STRT 1) Starts motor moving in positive direction
(ZOM+STOP) Stops motor
(ZOM+MOVR -100) Move motor 100 steps in negative direction
(ZOM+MOVR 200) Move motor 200 steps in positive direction.
D4K35 User Manual
020-100773-02 Rev. 1 (10-2014)
B-27
*000-102919-02*
ASSY TECH DOCS D4K25
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