Acoustic Research AW791 Charging, Batteries, Iii. Connecting to Analog Components

Page 4

iii. Connecting to Analog Components:

You can connect the headphones to an analog device and listen to Dolby Pro Logic recordings and compact discs.

 

III

Charging

 

the

 

Batteries

TRANSMITTER

 

 

 

CHANNEL

 

 

 

 

A

B C

 

 

 

 

AC 7V

 

 

 

 

 

DIGITAL 1

DIGITAL 2

ANALOG 3

 

 

 

 

 

 

VCR

 

 

 

 

 

OUTPUT

INPUT

 

 

 

RIGHT

LEF T V ID EO

RIGHT LEF T V ID EO

 

 

ANTENNA

TV

 

 

 

 

IN

OUT

 

 

1.Connect one end of the Analog Audio Cable (not included) to the RCA-TYPE ANALOG AUDIO OUTPUT of your audio/video equipment.

2.Connect the other end of the Analog Audio Cable to the RCA-type Analog Left/Right Connectors (F3) on the transmitter marked “Analog 3”.

Note: The rechargeable batteries included with this product must be charged for 10 hours before use.

i.Inserting the Batteries into the Headphones:

1.

Remove the Battery Compartment

 

Cover (I) by simultaneously

 

depressing the tab and pulling up on

 

the cover.

2.

Pull the cloth strip across the Battery

 

Compartment (H) so the

 

Rechargeable Batteries (P) can be

 

inserted over the strip.

3.

Insert the Rechargeable Batteries (P)

Note: When using a device with a variable analog output, make sure the volume level is set to 1/2 to 2/3 volume. When using a variable level output, noise may occur if the signal level is too weak or too strong. Adjust the volume to eliminate the noise.

+

+

+

observing the polarity ("+" and "-") as

diagrammed inside the Battery

Compartment (H).

4. Replace the Battery Compartment

Cover (I).

iv. Connecting the Power Supply:

ii. Charging the Batteries within the Headphones:

TRANSMITTER

CHANNEL

A

B

C

AC 7V

DIGITAL 1 DIGITAL 2

ANALOG 3

1.Insert the 2.5mm barrel connector from the AC Power Supply (O) into the AC Input Jack (E).

2.Plug the AC Power Supply

(O) into a standard electrical wall outlet.

1. Place the headphones onto the

Transmitter, making sure the

charging contact on the left earcup is

sitting properly on the charging post

of the transmitter.

2.

Allow the Rechargeable Batteries (P)

 

to fully charge for 10 hours before

 

using for the first time.

3.

Place the headphones on the

 

transmitter when not in use. This will

 

ensure the batteries are always fully

 

charged for hours of entertainment.

 

The Rechargeable Batteries (P) use

Note: Make sure the electrical outlet is not a switched outlet - usually designed to control a lamp - and remains ON at all times. This is important, as the transmitter base charges the headphones when not in use.

- 4 -

SS 1 2 3

high-capacity Ni-MH cells that allow

 

recharging without the memory

 

effect of Ni-CD cells.

For customers in the USA and CANADA

RECYCLING NICKEL METAL-HYDRIDE BATTERIES

Nickel Metal-Hydride (Ni-MH) batteries are recyclable. Acoustic Research asks you to help preserve our environment and recycle any unwanted Ni-MH batteries at your nearest recycling facility for proper disposal.

Acoustic Research participates in the Rechargeable Battery Recycling Corporation (RBRC) program. If you need advise on proper disposal of the included Ni-MH batteries, please call 1-800-822-8837 (US and CANADA ONLY).

Caution: Do not handle damaged or leaking batteries.

- 5 -

Image 4
Contents Wireless Surround Sound Headphones Contents IntroductionLocation Connecting Headphone SystemFunctions Iii. Connecting to Analog Components Inserting the Batteries into the HeadphonesIII ChargingHeadphones TroubleshootingListening ProcessingSpecifications WarrantyVII Viii

AW791 specifications

The Acoustic Research AW791 is a remarkable wireless speaker that has gained popularity in the realm of portable audio solutions. Designed with versatility in mind, this speaker is engineered to deliver exceptional sound quality while ensuring convenience for users on the go.

One of the standout features of the AW791 is its wireless connectivity. It utilizes Bluetooth technology, allowing users to stream music from various devices such as smartphones, tablets, and laptops without the hassle of tangled cords. This wireless capability enhances the speaker's portability, making it a perfect companion for outdoor activities, picnics, or simply moving around the house.

Sound quality is a crucial aspect of any audio device, and the AW791 does not disappoint. It incorporates advanced audio engineering techniques that ensure crisp highs, rich midranges, and deep, resonating bass. The speaker is equipped with efficient drivers and a well-tuned acoustic chamber, allowing for a balanced audio profile that can cater to various musical genres.

The AW791 also features a robust battery life, providing hours of continuous playback on a single charge. This extended battery performance is essential for those who wish to enjoy their music without interruptions. Additionally, the speaker's rechargeable battery can be easily powered through a standard USB connection, making it convenient for charging while on the go.

Another key characteristic of the AW791 is its rugged build. Designed to withstand various outdoor conditions, the speaker is often resistant to water and dust, ensuring durability during excursions. The rugged housing not only protects the internal components but also gives the speaker an appealing aesthetic that can fit into any environment.

The user interface of the AW791 is intuitive, featuring simple controls for playback, volume adjustment, and Bluetooth pairing. This simplicity enhances the user experience, allowing anyone to enjoy high-quality audio without the need for extensive setup.

Overall, the Acoustic Research AW791 is a well-rounded wireless speaker that combines impressive audio performance with convenient portability. Its durable design, extended battery life, and user-friendly features make it an excellent choice for music enthusiasts who value both quality and convenience in their audio devices. Whether it’s for home use or outdoor adventures, the AW791 stands out as a reliable and stylish audio solution.