Christie CP2220
22,000 Lumen 2K 3DLP Digital Cinema Projector for Screens Up to 70 Feet

Features:

• Now with Christie Previsto High Frame Rate (HFR) technology, your investment is ready for the next evolution of digital cinema. Display premium 2D/3D HFR feature film and alternative content in its original format, giving your audiences the best visual experience possible.
• 2K, Series 2 DLP Cinema technology
• DCI compliant
• Easily upgradable to 4K
• 3D ready
• Lowest cost of ownership
• Accessories – for easy integration into any environment, Christie's full range of digital cinema accessories includes the Christie Integrated Media Block (IMB), Christie Cine-IPM 2K for alternative content, the Christie SKA-3D for economical Audio/Video processing, the Christie ACT automation control system, and a full suite of lenses and lamps.
• Standard support for HDCP, SNMP and VNC
• Split power operation for use with UPS
• Local control via flexible Touch Panel Controller (TPC) and full access from anywhere via web service based GUI
• One-piece compact design for flexible mounting and installation
• Operates with standard 2kW, 3kW and high performance 3kW cinema lamps

Specifications:

Christie CP2220 (127-002103-01)
Brightness
Lamp1	2.0kW (CDXL-20) 003-000598-XX 3.0kW (CDXL-30) 003-000599-XX 3.0kW (CDXL-30SD) 003-001165-XX
Nominal	22,000 lumens
Screen Size	70' screen1
Display Technology
Supported Frame Rates	2D up to 120 fps, 3D up to 60 fps/eye2
Contrast Ratio	>2100:1 full field on/off
Digital Micromirror Device	1.2" 2K 3-chip DMD DLP Cinema 2048 x1080 pixels Upgradable to 1.38" 4K (4096 x 2160 pixels)
Number of Colors	35.2 trillion
Signal Inputs
Standard	2 x HD-SDI inputs for 2K source content 2 x DVI (HDMI) inputs for alternative content
Power Requirements
Input Line Voltage	Single phase 220V
Lamp Power Supply	3.3kW low-ripple switch mode lamp power supply
Physical
Size (LxWxH)	46.3 x 25.2 x 18.9" (1175 x 641 x 480mm)
Weight	As installed: 256lbs max (116kg)
Others
Accessories	Christie Integrated Media Block (IMB) 108-384107-01 Variable aperture kits 38-813028-51 Nema-L6 30A 250V male PWR plug w/1.5m cord 116-102104-01 Rack mount stand 108-416102-01 3 phase to 1 phase 208V/120V power distribution unit 111-277001-01
Warranty	3 years on the projector Contact an authorized Christie representative for full details of our limited warranty

¹ Maximum screen size depends upon various factors such as screen gain, lamp age, geometry, etc. Consult your Christie representative for detailed analysis. Measured at screen center.
² To learn more about high frame rates and the next evolution of digital cinema display see Christie's High Frame Rate technology overview.

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Xenolite Lamps (CDXL):

Designed to Deliver Long-Lasting Brilliance

Christie Xenolite lamps are designed specifically for Solaria Series digital cinema projectors, setting new levels of performance for digital cinema technology. Choices in brightness and power levels offer flexibility for a variety of screen sizes for new and existing theater infrastructures.

Christie's Superior Performance Xenolite lamp series uses the latest in Xenon lamp technology to provide increased brightness, improved stability and a longer life span. This increased brightness offers more captivating 2D and 3D experiences, without a cost to overall lamp performance. In fact, our Superior Performance (SP) Xenolite lamps are not only brighter, they last 30% longer than comparable Xenon lamps while still offering the same extraordinary 99.999% in-theater uptime. This means the show will not only go on, but it will go on brighter and with a lower total cost of ownership, increasing your theater's overall profitability.

The Benefits of Christie Superior Performance Xenolite Lamps

More usable hours per dollar

• Longer warranties allow you to safely get more use out of each lamp
• Fewer lamp replacements equals lower cost of operation and less maintenance required

More lumens per dollar

• Less brightness drop-off for more available brightness
• Less power required thanks to less brightness drop-off
• Less power required equals lower energy costs and lower cost of operation

More stable brightness and reliability

• New lamp technology provides better arc stability and ignition performance
• Improved performance with the same 99.999% in-theater uptime reliability

Superior Performance Xenolite lamps – Brightness maintenance

Christie's Superior Performance Xenolite lamp series provides increased brightness and 30% longer life than comparable Xenon lamps.

Christie CP2220 and Christie CP4220

Consistent quality, 99.999% proven uptime, longer lamp life and lower operating costs make Christie Xenolite lamps and Solaria Series projectors a winning combination.

Christie CP2230 and Christie CP4230

Christie Xenolite lamps can produce remarkable brightness and color consistency with excellent resistance to flicker, ignition difficulty and explosion. With this superior performance comes great return on investment.

	CDXL-20LB	CDXL-20 1	CDXL-20SP	CDXL-30 1	CDXL-30SP	CDXL-30SD	CDXL-45	CDXL-45SP	CDXL-60	CDXL-60SP
Part Number	003-005079-01	003-000598-02	003-004251-01	003-000599-02	003-004252-01	003-001165-01	003-000600-03	003-004253-02	003-000601-03	003-004254-02
Operational Details3
Estimated Average Expected Life (hrs)	3500 hrs	3500 hrs	4000 hrs	2500 hrs	2800 hrs	15003 hrs	1200 hrs	1500 hrs	900 hrs	1100 hrs
Warranty	100% warranty to 2400 hrs	100% warranty to 2400 hrs	100% warranty to 3200 hrs	100% warranty to 1500 hrs	100% warranty to 1900 hrs	100% warranty to 1000 hrs	100% warranty to 1000 hrs	100% warranty to 1300 hrs	100% warranty to 600 hrs	100% warranty to 800 hrs
Maximum Lumen Output4	7000/8000 lumens (CP2220, CP4220/ CP2230, CP4230)	9000/10,000 lumens (CP2220, CP4220/CP2230, CP4230)		16,000/19,000 lumens (CP2220, CP4220/CP2230, CP4230)		22,000 lumens (CP2220/ CP4220)	24,000/26,000 lumens (CP2230/CP4230)		32,000/34,000 lumens (CP2230/CP4230)
Projector Air Extraction Requirement	450 CFM	450 CFM	450 CFM	450 CFM	450 CFM	450 CFM5	600 CFM	600 CFM	600 CFM	600 CFM
Compatibility	CP2220 CP4220 CP2230 CP4230	CP2220 CP4220 CP2230 CP4230	CP2220 CP4220 CP2230 CP4230	CP2220 CP4220 CP2230 CP4230	CP2220 CP4220 CP2230 CP4230	CP2220 CP4220	CP2230 CP4230	CP2230 CP4230	CP2230 CP4230	CP2230 CP4230
Technical Data
Rated Input Power	2000W	2000W	2000W	3000W	3000W	3000W	4500W	4500W	6000W	6000W
Rated Current	80A	80A	80A	110A	110A	100A	145A	145A	155A	155A
Operating Wattage Range	1400-2000W	1400-2000W	1400-2000W	2100-3000W	2100-3000W	2100-3000W	3150-4500W	3150-4500W	4200-6000W	4200-6000W
Rated Voltage	25V	25V	25V	27V	27V	30V	31.5V	31.5V	39V	39V
Horizontal	±5º	±5º	±5º	±5º	±5º	±5º	±5º	±5º	±5º	±5º
Base Surface Temperature	200ºC max	200ºC max	200ºC max	200ºC max	200ºC max	200ºC max	200ºC max	200ºC max	200ºC max	200ºC max

¹ Cost efficient
² By following Christie's Best Practices for Lamp Usage on pages 7-8 of this brochure, you can find out how to select the ideal lamp size to meet your projector and screen requirements
³ 1500 hours when operated in a CP2220, CP4220 or CP2000-ZX
⁴ Color corrected/center lumens
⁵ Exhaust extraction is optional. Extraction with the optional extraction duct requires 450 CFM

Frequently Asked Questions

How to calculate the amount of light required

The basic formula to calculate this theoretical light requirement is:

1. Lumens (L) = Average Screen Brightness desired (average fL) X Screen Area (sq ft)
   • Given a good light distribution, the "Average Screen Brightness" can be estimated by multiplying the center brightness desired by 0.95. Generally accepted practice for the target center brightness is: 14fL for 2D and 4.5fL for 3D (light measurement taken through 3D glasses).
2. After you have the "Lumens" number you would divide it by all significant system efficiencies. Some examples would be:
   • Screen gain: 1.0 to 2.4. Silver screens are 2.4. This is a very important part of this equation and care should be taken to make sure this number is accurate. If the screen in question is not new then the overall gain should be measured properly. Any degradation or debris on the screen will reduce the screen gain.
   • Port window efficiency: 96% efficiency is typical for good port glass
   • Loss due to color correction required for meeting DCI color specifications: 97% efficiency is typical
   • 3D system light efficiency: this number can be anywhere from 10% to 30% efficiency depending on the 3D system used
   • Other effects like down angle and screen curve do make a difference for light distribution, but they only affect these calculations if they are excessive
3. Calculation: Lumens Required (L) = Lumens (L) / (Screen Gain X Port Window Efficiency X Color Correction Efficiency X 3D Efficiency)
4. The resulting "Lumens Required" number you get would be the "MINIMUM lumen requirement" to meet the desired light levels.

How to select the right projector/lamp combination that will provide enough light to satisfy screen brightness requirements

There should be enough brightness available even at the end of the lamp's life to meet your specified center brightness requirement. Your company's lamp changing policy may need to be reviewed to make this decision.

1. There is a natural brightness drop-off that occurs with any Xenon lamp during its life. This brightness curve is typically sharp at the beginning of the lamp's life and drops slower after this initial period. Leaving the lamp at 100% power throughout its life would give this typical brightness curve:
   
   
   
   
2. This initial drop-off in brightness is mainly due to the reshaping of the electrodes inside the lamp. The arc between the electrodes inside the lamp will move slightly during this period. Re-aligning the lamp often can minimize this dropoff. This re-alignment should be done at least every time the equipment is serviced. The more frequently this is done, the more light efficiency can be preserved.
3. 100% rated brightness would indicate the use of a new lamp running at 100% power.
4. It is NOT recommended to run a lamp in this way. If this is done then the brightness level will not be maintained for very long and the lamp life will be reduced.
5. This chart describes the recommended operation of any Xenon lamp.
   
   
6. Understanding this brightness curve will help when deciding which projector and lamp to use. It is important to select a lamp that can produce the required brightness at the end of its life. Here is how this is estimated:
   • Select a lamp for an example from pages 5-6 of this brochure and reduce its maximum lumen value by about 25% as a starting point. This would be an estimate of the brightness that the lamp can achieve at/or near the END of its life at the stated warranty. For higher wattage lamps this value would be more like 30% or 35%. If you intend on running the lamp longer than the stated warranty then you would increase this percentage. Call this resulting lumen value the "maximum aged brightness."
   • Take the "minimum lumens required" number and select the lamp/projector combination that can cover this with its "maximum aged brightness" value. It is best to be conservative with this selection to make sure the required brightness can be reached.

How to preserve lamp life with the proper projector operating environment

Proper operating environment conditions will preserve lamp life.

1. Room temperature: Comfortable room temperature is usually acceptable between 50°F and 95°F (10-35°C).
2. Room humidity (non condensing): 20% to 80%.
3. External exhaust extraction: Use pages 5-6 of this brochure to find the proper air flow in CFM that is required:
   • Make sure this air flow is maintained anytime the projector is on. Add this measurement to all routine service visits.
   • Make sure that the air duct system has a damper feature which closes off to the outside air when the system is powered down. This will prevent dirty moist air from being pulled back down into the projector when the system is off.

How to ensure proper lamp house electrical connections to the lamp

Xenon lamps operate at very high current or amperage levels. Because of this, any electrical connections are very critical. When installing a lamp, make sure these connections are tight and secure.

1. loose or bad connection can cause the connector to burn which in turn will either break the electrical connection or overheat the end of the lamp causing the seal inside the lamp end to fail. This will result in a lamp that will not ignite.
2. Do not use any connectors that are discolored or burnt. Replace any discolored connectors before installing a new lamp.
3. Inspect both end connectors for discoloration at every routine service visit.
4. Lamps exhibiting burnt or discolored ends are not covered under warranty.

How to determine average expected life

On pages 5-6 of this brochure, you will find an "Estimated average expected life" number for each lamp/projector combination.

1. This number is a guideline to help you determine how long a particular lamp can be operated under optimal conditions as described here.
2. If the operating situation is not optimal then a shorter lamp life can be expected.
3. Non-optimal conditions would include:
   • Starting the lamp out near or above 100% power and running it this way throughout its life
   • Not providing adequate air extraction
   • Poor operating environment
   • Changing the power level drastically up and then back to accommodate two different light level requirements such as 2D then 3D

Christie Xenolite Lamp Champion Warranty

Christie Xenolite lamps are of very high quality and any failure is unlikely. If a lamp has failed for some reason then a service technician should check the system and operating practices to make sure that the lamp is being used properly. All Christie Xenolite lamps are covered under the Christie Xenolite Lamp Champion Warranty against any manufacturer defects. The period of time is based on the warranty hours of operation given on pages 5-6 of this brochure and a period of two years from invoice date whichever comes first.

1. If a warranty claim is required then prompt action must be taken. A "Xenolite Lamp Warranty Claim Form" must be filled out completely and submitted, following the instructions on the form. These forms are in the lamp box or they can be obtained by contacting the Christie office located in your region. Please see contact information on the back of this brochure.
2. If the request is unusual and it is suspected that the lamp did not cause the failure, Christie will contact the person making the claim to verify the operating conditions. This is to help prevent repeat failures caused by something other than the lamp.

Frequently Asked Questions:

How do I upgrade the software?

One Software Package updates all boards and the Touch Panel Controller (TPC).

If your unit is running firmware lower than v1.2.0(9) please refer to Solaria v1.2.0 (9) or Higher Software Upgrade Service Bulletin (p/n 020-200110-03) for step by step instructions

To upgrade units running v1.2.0(9) or higher follow the below instructions:

a. Download the desired Software Package from the Downloads section at http://www.christiedigital.com/en-us/cinema/cinema-products/digital-cinema-projectors/Pages/christie-CP2220-DLP-Digital-Cinema-Projector.aspx (login required)

b. Copy the file to a USB Drive and connect the USB drive to one of the TPC’s USB ports.

c. Make sure the Projector is in Full Power mode (lamp doesn’t have to be on) and disconnect any Ethernet connections to the projector.  The projector cannot be connected to a cinema server during the upgrade.

d. Click on Administrator Setup >> Upgrade.   Login required.
 Note: The USB Drive shows as (E) on the TPC application.

e. Click on Upload to Browse for the Software Package.

f. Select the file, then click Next.

g. The TPC will extract the files, then provide a list of the current software revisions and the new revisions.

h. Choose one of the following Software Upgrade options:

i. Upgrade Different Packages Only (Recommended).
ii. Force Upgrade All.
iii. Factory Defaults Install.

Note: New software revisions will show in bold

i. Click Next to initiate the upgrade.

Note: After the upgrade is complete you may need to power cycle the projector and bring it up to full Power On mode more than once in order o push all the upgrades through.

What kind of UPS should I use?

When calculating the capacity needed in a UPS you can use the formula:

VA = (V*A)/PF, where VA = volt amps, PF = power factor, V = volts, A = amps

Industry standard rule-of-thumb is that you plan for a power factor of 60% (actual PF of the CP2220 is closer to 90%, so this leaves plenty of head room)

VA = (200V*23A)/0.6
VA = 7667

This is the value you want to make sure the UPS can meet or exceed.

Where can I find the RS232 information?

The RS232 information can be found in the back of the User Manual in Appendix B: Serial API.

Serial API commands can be sent over Ethernet to the projector’s IP address on Port 5000.

You can also send Serial API commands over RS232 connection to the PIB RS232 port.

Synchronous system:  Asynchronous
Baud: 115,200 default (can be changed in the Communication Configuration window)
Start Bit: 1
Data Length: 8 bits
Parity: None
Stop Bit: 1
Flow Control: None
Cable Type: Straight through (male to female)

Documentation:

Download the Christie CP2220 Projector Data Sheet (PDF)