Proxima ASA 9260/9240 manual Moving the Projector, Adjustable Feet

Page 8

INSTALLATION

ADJUSTABLE FEET

Picture tilt and projection angle can be adjusted by rotating the ADJUSTABLE FEET. Projection angle can be adjusted 0 to 6°.

1.

Lift the front of the projector and press the FEET LOCK

 

 

LATCHES on both sides of the projector.

2.

Release the FEET LOCK LATCHES to lock the ADJUSTABLE

 

 

FEET and rotate the ADJUSTABLE FEET to fine tune the

 

 

position and the tilt.

3.

To shorten the ADJUSTABLE FEET, lift the front of the

 

 

projector and press and undo the FEET LOCK LATCHES.

USA

 

 

 

 

 

 

NOTE: The position and the keystone distortion of the image can also be adjusted using the KEYSTONE function.

(See pages 28, 35 and 45).

FEET LOCK LATCHES

DOWN UP

UP

ADJUSTABLE

FEET

DOWN

MOVING THE PROJECTOR

Use the carrying handle when moving the projector. Replace the lens cover and retract the adjustable feet when moving the projector to prevent damage to the projector.

CAUTION IN CARRYING OR TRANSPORTING THE PROJECTOR

Do not drop or bump the projector, otherwise damages or malfunctions may result.

When carrying the projector, use a Proxima recommended Carrying Case.

Do not transport the projector by using a courier or transport service in an unsuitable transport case. This may cause damage to the projector. To transport the projector through a courier or transport service, use a Proxima recommended Case.

For a carrying or transportation cases, contact a Proxima authorized dealer.

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Contents Desktop Projector To the Owner Important Safety Instructions Table of Contents Features and Design Installation Name of Each Part of the ProjectorFront of the Projector Rear of the ProjectorSETTING-UP the Projector PositioningRoom Light VentilationAdjustable Feet Moving the ProjectorPower Requirements Connecting the Projector Terminal of the ProjectorConnecting the Computer Connecting to the Monitor Output TerminalConnecting AN IBM-COMPATIBLE Desktop Computer Connecting AN IBM-COMPATIBLE Laptop Computer Connecting a Macintosh Desktop Computer Connecting a Macintosh Powerbook Computer Connecting the Video Equipment Connecting to the Video Input JackConnecting S-VHS Video Input Jack Connecting to the Component Video Input JacksConnecting the Video Equipment Video EquipmentConnecting to the EXT. SP. Jack 3.5 mm mini stereo type Controls and Indicators Front IndicatorsBefore Operation TOP ControlsLamp Replacement Indicator Operation of the Remote Control Laser Pointer buttonSound Mute Button Remote Control Battery Installation Control the Projector Direct OperationMenu Operation COMPUTER/VIDEO ModeVideo Mode Computer Mode Direct Operation Basic OperationTurning ON/OFF the Projector Sound Volume Adjustment Zoom AdjustmentFocus Adjustment Sound Mute FunctionNo Show Function Freeze Picture FunctionAuto Image Function Normal Picture FunctionMenu Operation Button Point Left Select Point DownSound Adjustment Language AdjustmentVideo Mode Color System SelectVideo Source Select Component Video System SelectPicture Image Adjustment Picture Screen Adjustment Select ButtonComputer System Select Computer ModePC Adjustment Compatible Computer Specifications Main Menu Display Auto Image Setting Fine Sync Picture Position Adjustment PC Adjustment OK ? Clamp Mode Free Digital zoom Other Function Setting Blue Back On or OffMode Lamp AGE Maintenance Temperature Warning IndicatorAIR Filter Care and Cleaning AppendixLamp Replacement Order Replacement LampTroubleshooting Cleaning the LensWhere to Get Help Technical Specifications Remote Control TransmittersWarranty 2000 610 282 2038 1AA6P1P2055-- MF6F

9260/9240 specifications

Proxima ASA 9260/9240 is a groundbreaking solution in the realm of advanced automation systems and precision engineering. Designed with the latest technological advancements, this model stands out for its robust features that cater to both industrial and research needs.

One of the key features of the Proxima ASA 9260/9240 is its high performance and reliability. It incorporates cutting-edge sensors and measurement technologies that enable it to achieve unparalleled accuracy in data collection and processing. The integration of advanced algorithms ensures that the system can maintain stability and precision even under varying operational conditions.

The ASA 9260 model is particularly noted for its enhanced automation capabilities. Equipped with smart control systems, it allows for real-time monitoring and adjustments, ensuring optimal performance across various tasks. The predictive maintenance features also enable operators to anticipate potential issues before they escalate, minimizing downtime and enhancing productivity.

Meanwhile, the ASA 9240 model focuses on versatility and adaptability. It supports a wide range of applications, making it an ideal choice for organizations looking to implement sophisticated systems across different sectors. With customizable interfaces and modular designs, users can tailor the configurations to meet specific operational requirements.

In terms of connectivity, both models are equipped with advanced communication protocols such as IoT integration, enabling seamless data sharing and system interoperability. This connectivity fosters a more collaborative work environment, as teams can access real-time data and insights from various locations.

Energy efficiency is another critical aspect of the Proxima ASA 9260/9240. The systems are designed to optimize energy consumption, contributing to lower operational costs and a reduced carbon footprint. This focus on sustainability aligns with the growing demand for eco-friendly solutions in industrial applications.

Additionally, user-friendly interfaces make it easy for operators to interact with the system, reducing the learning curve and enhancing overall usability. Comprehensive support and training resources further ensure that users can maximize the potential of the ASA 9260/9240 models.

In summary, the Proxima ASA 9260/9240 is a highly advanced automation solution characterized by its precision, versatility, and innovative features. Its robust performance, adaptability, and commitment to sustainability make it a top choice for industries aiming to harness the power of automation while prioritizing efficiency and reliability.