ZU2200 - Projector OPTOMA - Free user manual and instructions

Product type	DLP projector
Dimensions (L x W x H)	400 x 300 x 150 mm
Weight	8.5 kg
Power supply	100-240V AC, 50/60 Hz
Main features	High brightness projection, keystone correction, motorized zoom, interchangeable lenses
Maintenance and cleaning	Clean the air filter regularly, use a soft dry cloth for the lens
Safety	Kensington lock device, automatic shutdown in case of overheating
Spare parts and Repairability	Replacement lamp, air filter, optional lenses
General information	Brand OPTOMA, model ZU2200

Frequently Asked Questions - ZU2200 OPTOMA

How to install the OPTOMA ZU2200 projector?

Place the projector on a stable surface, connect the power supply and connect the video source via HDMI or VGA. Turn on the projector with the power button.

How to clean the projector air filter?

Turn off the projector and unplug it. Remove the filter cover, take out the filter and clean it with a vacuum or warm water. Let it dry completely before putting it back.

How to replace the projector lamp?

Turn off the projector and let it cool down. Unscrew the lamp cover, remove the old lamp and insert the new one. Close the cover and reset the lamp counter in the menu.

What to do if the image is blurry?

Use the focus ring on the lens to adjust sharpness. Also check the projection distance and angle. If the problem persists, clean the lens.

The projector does not turn on, what to do?

Check the power cable and electrical outlet. Make sure the power indicator is on. If nothing happens, contact OPTOMA customer service.

How to connect an external speaker to the projector?

Use the 3.5 mm audio output of the projector to connect an amplified speaker. You can also use the digital audio output if available.

What is the lamp life?

The lamp of the OPTOMA ZU2200 projector has a lifespan of approximately 3000 hours in normal mode and up to 4000 hours in economic mode.

How to adjust keystone correction?

Access the OSD menu, select 'Keystone Correction' and use the directional keys to correct vertical and horizontal distortion.

Can the projector be used wirelessly?

Yes, if you have a wireless HDMI adapter or an optional Wi-Fi dongle compatible with the projector. Some models have built-in wireless connectivity.

How to update the projector firmware?

Download the latest firmware from the OPTOMA website onto a USB drive. Insert the drive into the projector's USB port, then follow the instructions in the 'Update' menu.

USER MANUAL ZU2200 OPTOMA

Technical line drawing of a rectangular electronic device with ventilation grilles and mounting feet (no text or symbols)

TABLE DES MATIÈRES

SÉCURITÉ .... 5

Menu Communication....71

ID Projecteur 71

Optoma Technology Inc. 47697 Westinghouse Drive, Fremont, CA 94539, USA

This product complies with performance standards for laser products under 21 CFR Part 1040 except with respect to those characteristics authorized by Variance Number FDA-2021-V-1350 [effective from 2022/10/02]

U.S.A. Only

Illustration of a projected projector device with labeled projection (no text or symbols on the device itself)

Technical diagram of a device casing with mounting holes and internal components (no text or symbols)

Technical illustration of a computer rack with two views: one showing internal components and the other showing external hardware (no text or symbols present)

INTRODUCTION

Vue de côté

Before installing or replacing the lens, switch off the power to the projector.

Avoid using the remote control or projector keypad button to adjust the lens shift or zoom/focus while the lens attachment process is carried out.

IMPORTANT!

Technical line drawing of a mechanical device with labeled ports and a blue circular arrow indicating rotation (no text or symbols present)

Technical illustration of an electronic device with a rotating cable and labeled ports (no text or symbols present)

CONFIGURATION ET INSTALLATION

Technical illustration of a rectangular electronic device with ventilation grilles and mounting feet, no text or symbols present

CONFIGURATION ET INSTALLATION

3D cutaway view of a mechanical assembly showing internal components and mounting brackets (no text or symbols visible)

3D mechanical assembly diagram showing internal components and mounting brackets (no text or labels)

CONFIGURATION ET INSTALLATION

3D mechanical assembly diagram showing internal components and wiring (no text or symbols)

CONFIGURATION ET INSTALLATION

UTILISER LE PROJECTEUR

Couleur

Pure geometric diagram with dashed and solid lines inside a rectangle, no text or symbols present

Pure geometric diagram with dashed lines and arrows, no text or symbols present

Pure geometric diagram with dashed lines forming a trapezoid and two blue arrows at the base (no text or symbols)

Pure geometric shape with dashed lines and arrows, no text or symbols present

Pure geometric diagram of a symmetrical shape with dashed vertical lines and arrows, no text or symbols present.

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Pure geometric diagram of a rectangle with curved sides and two arrows indicating upward and downward directions (no text or symbols)

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UTILISER LE PROJECTEUR

Pure geometric diagram of a rectangle with dashed internal lines and four corner cells, no text or symbols present.

Déformation avancée

Emplacement PBP
PBP, Gauche Principale	PBP, Droite Principale
PBP, Haut Principal	PBP, Bas Principal

- Emplacement PIP

Emplacement PIP	Taille PIP
	Petit	Moyen	Large
PIP, Bas Droite
PIP, Bas Gauche
PIP, Haut Gauche
PIP, Haut Droite

UTILISER LE PROJECTEUR

Optoma Management Suite (OMS)

Green grid background with a diagonal pink line and a small pink dot at the top-left corner (no text or symbols)

(a) Gauche : 0 (0%) / 192 (10%) \~ 960 (50%)
(b) Droite : 0 (0%) / 192 (10%) \~ 960 (50%)
(c) Haut : 0 (0%) / 120 (10%) \~ 600 (50%)
(d) Bas : 0 (0%) / 120 (10%) \~ 600 (50%)

Two-panel grid transformation diagram showing color shift from purple to green and gray to black (no text or symbols)

Pass:	O	k	n
			Variable

■ System Automatically Send

I	N	F	O	n
				Variable

Character to HEX table

Character	HEX
~	7E
0	30
1	31
2	32
3	33
4	34
5	35
6	36
7	37
8	38
9	39
Space	20
CR (Enter)	0D

e.g.

ASCII to HEX

RS232 Command	~	0	0	1	9	5		1	CR
HEX	7E	30	30	31	39	35	20	31	0D

Level 2	Level 3	Level 4	Option / Value	Step	User Data	Write Command
						Command		Response
						CMD	Set Para.	Fail	Pass
Auto Source			Off		●	~XX563	0	F	P
			On			~XX563	1	F	P
Quick Resync			Off		●	~XX315	0	F	P
			On			~XX315	1	F	P
Active Inputs			VGA		●	~XX408	5	F	P
			HDMI1			~XX408	1	F	P
			HDMI2			~XX408	15	F	P
			DVI-D			~XX408	2	F	P
			Display Port			~XX408	20	F	P
			3G-SDI			~XX408	22	F	P
			HDBaseT			~XX408	21	F	P
Latency Adjustment			Normal		●	~XX220	0	F	P
			2D Ultra			~XX220	1	F	P
Backup Input	Auto Switch		Off		●	~XX264	0	F	P
			On			~XX264	1	F	P
	Current Signal		(read only)		X
	First Input		HDMI1		●	~XX265	7	F	P
			HDMI2			~XX265	8	F	P
			HDBaseT			~XX265	16	F	P
			Display Port			~XX265	15	F	P
	Second Input		HDMI1		●	~XX266	7	F	P
			HDMI2			~XX266	8	F	P
			HDBaseT			~XX266	16	F	P
			Display Port			~XX266	15	F	P
	Backup Input Status		Active/Inactive (read only)		X
	Backup Input Change		Changed/No Change (read only)		X
	Backup Input Info.	Current Signal	(read only)		X
		Backup Input Status	Active/Inactive (read only)		X
		Backup Input Change	Changed/No Change (read only)		X

Read Command
Command		Response
CMD	Value	Fail	Pass
~XX133	1	F	O	k 0
~XX133	1	F	O	k 1
~XX274	1	F	O	k 0
~XX274	1	F	O	k 1
~XX275	1	F	O	k 7
~XX275	1	F	O	k 8
~XX275	1	F	O	k 16
~XX275	1	F	O	k 15
~XX276	1	F	O	k 7
~XX276	1	F	O	k 8
~XX276	1	F	O	k 16
~XX276	1	F	O	k 15
~XX277	1	F	O	k 0=Inactive1=Active
~XX278	1	F	O	k 0=No Change1=Changed
~XX279	1	F	O	k a=0 Nonea=1 DVia=2 VGaa=7 HDMI1a=8 HDMI2a=15 Display Porta=16 HDBaseTta=18 3G-SDI
~XX277	1	F	O	k 0=Inactive1=Active
~XX278	1	F	O	k 0=No Change1=Changed

Level 2	Level 3	Level 4	Option / Value	Step	User Data	Write Command
						Command		Response
						CMD	Set Para.	Fail	Pass
		First Input	By First Input (read only)		X
		Resolution	(read only)		X
		Horz Refresh	(read only)		X
		Color Space	(read only)		X
		HDR	Yes/No (read only)		X
		Second Input	By Second Input (read only)		X
		Resolution	(read only)		X
		Horz Refresh	(read only)		X
		Color Space	(read only)		X
		HDR	Yes/No (read only)		X
VGA	Phase		0-100	1	●	~XX74	0~100	F	P
	Resolution		(read only)		X
HDMI	Output		HDMI 1		●	~XX309	5	F	P
			HDMI 2			~XX309	6	F	P
	HDMI 1 EDID		1.4		●	~XX236	1	F	P
			2			~XX236	2	F	P
	HDMI 2 EDID		1.4		●	~XX237	1	F	P
			2			~XX237	2	F	P
HDBaseT	EDID		1.4		●	~XX238	1	F	P
			2			~XX238	2	F	P
Reset					X	~XX178	1	F	P

Read Command
Command		Response
CMD	Value	Fail	Pass
~XX275	1	F	O k a=7 HDMI1a=8 HDMI2a=16 HDBaseTa=15 Display Port
~XX276	1	F	O k a=7 HDMI1a=8 HDMI2a=16 HDBaseTa=15 Display Port

Level 1

Level 2

Level 3

Write Command

Read Command

Command

Response

Command

Response

CMD

space

Set Para.

Fail

CMD

space

CMD Value

Fail

Pass

When projector in standby, RS232 have to support

Power On

~XX00

1

F

~XX124

1

F

O

k 1

Power On with password

~XX00

1 ~nnnn

F

Information

Info String

~XX150

1

F

O

k abbbb bcc ddddee (Note*1)

Light Source Hours

~XX108

1

F

O

k nnnnn (hour digits)

Other Items

Power Off

~XX00

0

F

~XX124

1

F

O

k 0

Power On

~XX00

1

F

~XX124

1

F

O

k 1

Re-Sync

~XX01

1

F

AV Mute

Off

~XX02

0

F

~XX355

1

F

O

k 0

On

~XX02

1

F

~XX355

1

F

O

k 1

Freeze

Unfreeze

~XX04

0

F

Freeze

~XX04

1

F

3D Sync Out

To Emitter

~XX232

0

F

To Next Projector

~XX232

1

F

3D Frame Delay

1~200

~XX233

1~nnn

F

Output 3D state

2D

~XX130

1

F

O

k 0

3D

~XX130

1

F

O

k 1

System Auto Send

Standby Mode

I N F O 0

Warming up

I N F O 1

Cooling Down

I N F O 2

Out of Range

I N F O 3

lightsource Fail (LED Fail)

I N F O 4

Thermal Switch Error

I N F O 5

Fan Lock

I N F O 6

Over Temperature

I N F O 7

LightSource Hours Running Out

I N F O 8

Cover Open

I N F O 9

lightsource Ignite Fail

I N F O 10

Format Board Power On Fail

I N F O 11

Color Wheel Unexpected Stop

I N F O 12

Over Temperature

I N F O 13

FAN 1 Lock

I N F O 14

FAN 2 Lock

I N F O 15

FAN 3 Lock

I N F O 16

FAN 4 Lock

I N F O 17

FAN 5 Lock

I N F O 18

LAN fail then restart

I N F O 19

LD lower than 60%

I N F O 20

LD NTC (1) Over Temperature

I N F O 21

LD NTC (2) Over Temperature

I N F O 22

High Ambient Temperature

I N F O 23

System Ready

I N F O 24

I N F O 25

FAN 6 Lock

I N F O 26

FAN 7 Lock

I N F O 27

FAN 8 Lock

I N F O 28

FAN 9 Lock

I N F O 29

FAN 10 Lock

I N F O 30

FAN 11 Lock

I N F O 31

FAN 12 Lock

I N F O 32

FAN 13 Lock

I N F O 33

Optoma Technology, Inc. 47697 Westinghouse Drive. Fremont, Ca 94539

888-289-6786 510-897-8601 [e-mail]

Canada

Optoma Technology, Inc. 47697 Westinghouse Drive. Fremont, Ca 94539

888-289-6786 510-897-8601 [e-mail]

Amérique Latine

Optoma Technology, Inc. 47697 Westinghouse Drive. Fremont, Ca 94539

888-289-6786 510-897-8601 [e-mail]

Europe

Unit 1, Network 41, Bourne End Mills Hemel Hempstead, Herts, HP1 2UJ, United Kingdom www.optoma.eu Téléphone réparations : [phone]

Benelux BV

Randstad 22-123 1316 BW Almere Les Pays-Bas www.optoma.nl

[phone] [phone]

France

Bâtiment E [phone] avenue Edouard Vaillant [phone] 92100 Boulogne Billancourt, France [e-mail]

Espagne

C/ José Hierro,36 Of. 1C 28522 Rivas VaciaMadrid, Espagne

[phone] [phone]

Allemagne

Am Nordpark 3 41069 Mönchengladbach Allemagne

[phone] [phone] [e-mail]

Scandinavie

Lerpeveien 25 3040 Drammen Norvège

[phone] [phone] [e-mail]

https://www.optoma.com/kr/

Japon

https://www.optoma.com/jp/

Taiwan

https://www.optoma.com/tw/

Chine

Room 2001, 20F, Building 4, No.1398 Kaixuan Road, Changning District Shanghai, 200052, China

Australie

https://www.optoma.com/au/

[phone] [phone] www.optoma.com.cn