Emerson PD9814 owner manual Program Repeat Playback

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Program Repeat Playback

You can use the Program and Repeat features together to continuously repeat a programmed sequence of tracks.

First, program the desired tracks according to Steps 1 through 7 on page 15.

When Programmed Playback begins press the REPEAT button twice to activate the All Tracks Repeat feature.

The ALL REPEAT Indicator appears in LCD display and all the tracks in your programmed sequence will be repeated continuously.

To cancel Programmed Repeat Playback press the (Stop) button until both the PROGRAM and ALL REPEAT indicators go ‘Off’.

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Contents PD9814 Important Safety Instructions Before WE Begin Class 1 Laser Product Important NotesPreparation for USE Unpacking and Set UpPower Sources AC Outlet AC Plug AC OperationBattery Operation Protect Your Furniture Battery PrecautionsTop Panel Front Panel Location of Controls and IndicatorsBass Boost Button Tuner Information Operating InstructionsListening To The Radio Antenna Information Normal Playback Playing Compact DiscsTo Start Playback From a Specific Track One Track Repeat Repeat PlaybackAll Tracks Repeat Random PlaybackProgrammed Playback Program Repeat Playback Playing Cassette Tapes Making a Tape Recording Stereo Headphone Jack Automatic Recording Volume Level ControlAbout Cassette Tapes Care and MaintenanceCassette Care Head CleaningCare Of The Cabinet Compact Disc CareTroubleshooting Guide Limited Warranty Emerson

PD9814 specifications

The Emerson PD9814 is a cutting-edge digital pressure transmitter designed for precise pressure measurement in various industrial applications. Its robust construction and advanced technology make it a preferred choice for many industries, including oil and gas, chemical processing, and water treatment.

One of the key features of the Emerson PD9814 is its ability to provide high accuracy and reliability in pressure measurement. With an impressive accuracy rate of up to ±0.075%, it ensures that operators can rely on the transmitted data for critical decision-making processes. This level of precision is essential in environments where pressure fluctuations can lead to safety hazards or operational inefficiencies.

The PD9814 utilizes advanced digital signal processing technology, which significantly enhances its performance by providing noise immunity and improved stability over time. This technology also allows for faster response times, ensuring that operators receive real-time data to monitor their processes effectively.

Moreover, the transmitter is equipped with various output options, including 4-20 mA and digital protocols such as HART, which enable easy integration into existing control systems. This flexibility makes the PD9814 suitable for a wide range of applications, from simple monitoring to complex control systems.

Another notable characteristic of the Emerson PD9814 is its robust construction, designed to withstand harsh operating environments. The transmitter is available with various materials and configurations to resist corrosive media and extreme temperatures. It can operate in conditions ranging from -40°C to 85°C, making it versatile for many settings.

The user-friendly interface and smart diagnostics features further enhance the PD9814’s functionality. Operators can quickly configure settings, access historical data, and perform maintenance checks without extensive training. These capabilities not only improve operational efficiency but also reduce downtime, contributing to overall system reliability.

In summary, the Emerson PD9814 pressure transmitter stands out in the market due to its high accuracy, advanced digital technologies, versatile output options, and robust design. Its suitability for harsh industrial environments, combined with user-friendly features, makes it a top choice for operators looking to enhance their pressure measurement capabilities. Whether for critical process monitoring or integration into more complex systems, the PD9814 delivers reliable performance, ensuring safety and efficiency across various applications.