GE VG4252 Recording Audio Only, Recording Features, To Record Audio Only, To Play Back Audio Only

Models: VG4252

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Recording a Program

Recording Audio Only

You can record audio only from another audio source connected to the AUDIO IN (L and R) jacks on the back of the VCR.

To Record Audio Only

1.Press the INPUT button until the line indicator (VIDEO) appears on the TV screen.

The VCR will record audio from the audio equipment connected to the AUDIO IN jacks.

2. Use SPEED on the remote to select the recording speed.

The tape speed indicator appears in the VCR’s display panel and on the TV screen.

3. Make sure the Reception: STEREO/MONO/SAP feature is set to STEREO.

A. Press MENU to display the VCR MAIN MENU on the TV screen.

B.Press 5 to display the AUDIO menu.

C.Press 1 to select Reception: STEREO.

4. Start audio source playing and press RECORD to begin recording.

REC and Dappear in the VCR’s display panel.

5. Press STOP when you are finished.

VCR MAIN MENU

1 Timer Recordings

2 Set Clock

3 Channels

4Preferences

5 Audio

6 Language

0 Exit

AUDIO

1 Reception: STEREO

2 Tape Playback: HI-FI

0 Exit

To Play Back Audio Only

Connect the AUDIO OUT of the VCR to the appropriate input on your amplifier or receiver. Do not use the phono input. Refer to your amplifier or receiver user’s guide for information.

Recording Features

Recording Pause

To prevent recording short passages of unwanted material, use PAUSE during recording to stop and start recording. The VCR automatically switches from pause to stop after a few minutes.

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GE VG4252 manual Recording Audio Only, Recording Features, To Record Audio Only, To Play Back Audio Only, Recording Pause

VG4252 specifications

The GE VG4252 is a sophisticated gas turbine designed for power generation and various industrial applications. Known for its efficiency and reliability, the VG4252 model represents a significant advancement in gas turbine technology, making it a valuable asset for energy producers and manufacturers worldwide.

One of the main features of the VG4252 is its advanced combustion system, which enables high efficiency and lower emissions. This gas turbine utilizes a dry low emissions (DLE) technology to significantly reduce nitrogen oxide (NOx) emissions, contributing to a more environmentally friendly operation. The DLE system operates by carefully managing the fuel and air mixture to minimize emissions while maintaining optimal performance.

The VG4252 is designed for modularity and flexibility, allowing it to be effectively deployed in various applications, including mechanical drive systems and electricity generation. Its modular design facilitates easier maintenance and quicker repairs, which optimizes operational uptime and reduces the overall cost of ownership.

In terms of performance, the VG4252 offers high thermal efficiency, contributing to reduced fuel consumption and operational costs. The turbine operates with a high level of efficiency across a wide range of loads and conditions, making it suitable for peak load and baseload applications. The advanced aerodynamic design of the turbine blades enhances performance, allowing the VG4252 to extract maximum energy from the fuel used.

The VG4252 incorporates state-of-the-art monitoring and control technologies, ensuring optimal performance and reliability. Real-time monitoring systems provide valuable data on engine performance, enabling operators to detect potential issues early and perform timely maintenance. This predictive maintenance capability contributes to increased reliability and minimizes unexpected downtime.

Additionally, the turbine is compatible with a variety of fuels, including natural gas and liquid fuels, enhancing its operational flexibility. This capability allows facilities to adapt to changing fuel availability and pricing, which is crucial in the current energy market.

In summary, the GE VG4252 gas turbine combines cutting-edge technology with robust performance characteristics. Its advanced combustion system, high thermal efficiency, modular design, and compatibility with various fuels make it an excellent choice for power generation and industrial applications, ensuring environmental compliance and operational excellence.