Emerson HD8115 owner manual Connecting The Stereo Headphones

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Connecting The Stereo Headphones

Connect the plug of the supplied stereo headphones to the headphone jack on

the right side of the cabinet.

NOTE: Make sure the headphone plug is inserted into the headphone jack

as far as it will go. If the plug is not fully inserted, you may only hear sound from one side of the headphones.

TRACK

88 6 0

9270

96 9 0

MIN SEC

100 110

BASS BOOST SYSTEM

104 1 4 0

108 1 7 1

EQx10

MHz kHz

FM AM

STOP

SEARCH /

SKIP FWD.

PLAY /

PAUSE

MODE

SEARCH /

SKIP REV.

PROG.

To Headphone Jack

IMPORTANT!

Always set the VOLUME control to a low level before you put the headphones on and begin playing a CD. Then start playback and gradually increase the volume to a comfortable listening level. Do not play the CD at loud volume levels that might prevent you from hearing warning sounds such as car horns, etc.

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Contents HD8115 Thank you Important Notes This product contains a low power Laser DevicePreparation for USE Power SourceRemove The Transit Card Connecting The Optional AC Adapter Not Included Battery Replacement Installing The BatteriesBattery Precautions Connecting The Stereo Headphones Location of Controls and Indicators Search /SKIP REV. Button SEARCH/SKIP FWD. ButtonPLAY/PAUSE Button LCD Display Indicators EQ Preset Equalizer Button Hold SwitchOperating Instructions Electronic Anti-Skip Protection Normal CD Playback Pause Control SKIP/SEARCH / Controls Repeat Playback Mode ButtonShuf Shuffle Playback Intro Intro Scan PlaybackProgrammed Playback Antenna Information Listening To The RadioCare and Maintenance Troubleshooting Guide Model Number HD8115 Serial Number Limited WarrantyEmerson

HD8115 specifications

The Emerson HD8115 is a cutting-edge device designed to meet the demanding needs of modern industrial applications. This highly versatile and robust instrument is primarily utilized for precise measurement and control in various sectors, including oil and gas, chemicals, pharmaceuticals, and manufacturing. Its advanced features and technologies make it a favorite among professionals, ensuring enhanced efficiency and reliability in operations.

At the core of the HD8115 is its advanced measurement technology, which is capable of providing high-accuracy readings across a wide range of parameters, such as pressure, temperature, flow, and level. The device integrates innovative sensors that ensure consistent performance even in harsh operating conditions. The HD8115 utilizes a proprietary calibration method that maintains accuracy over time, reducing the need for frequent recalibrations and saving operational costs.

One of the standout characteristics of the Emerson HD8115 is its user-friendly interface. The device boasts a bright, high-resolution display that provides clear and intuitive access to critical data. This allows operators to monitor processes in real-time, facilitating rapid decision-making and response to any abnormalities. The interface is designed for ease of navigation, enabling users to configure settings and parameters effortlessly.

The Emerson HD8115 is outfitted with robust communication protocols, making it compatible with various control systems and networks. It supports both wired and wireless communication methods, providing flexibility in how data is transmitted and accessed. This versatility makes the HD8115 an integral component in integrated automation systems, contributing to better overall system performance and data accuracy.

The device's rugged construction ensures durability and longevity, even in the most demanding environments. Its weatherproof casing protects it against dust, moisture, and other potentially damaging elements, making it suitable for both indoor and outdoor applications. This reliability is further enhanced by its resistance to temperature fluctuations and mechanical vibrations.

In summary, the Emerson HD8115 stands out due to its precision measurement capabilities, user-friendly interface, versatile communication options, and robust design. These features collectively ensure that the device meets the stringent demands of various industrial applications, ultimately contributing to enhanced operational efficiency and safety.