CALLER ID (CID)

Caller ID (CID) is a service available from your local telephone company. For Caller ID to work on this system, you must subscribe to Caller ID service. To receive Caller ID information for a Call Waiting call, you must subscribe to the combined Caller ID Call Waiting service.

When your telephone rings, and you are subscribed to Caller ID Call Waiting service, you will receive information (if available) transmitted by your local telephone company. You will also receive Caller ID information from Call Waiting calls. If you receive an incoming call and you are already on the phone, a beep indicates the presence of a Call Waiting Call on the line, and Caller ID information for the Call Waiting call shows on the display. This information may include the phone number, date and time; or the name, phone number, and date and time.

RECEIVING AND STORING CID RECORDS

When you receive a call, Caller ID information is transmitted by the phone company to your Caller ID telephone between the first and second ring. The Caller ID information appears on the display while the phone rings, giving you a chance to monitor the information and decide whether or not to answer the call.

If you are not at home or cannot answer, your telephone’s Caller ID memory automatically stores the call number, date, time, phone number, and name for the 99 most recent calls so you can see who called while you were unavailable. CID records are stored sequentially, in the order they are received. When the 100th call is received, the oldest CID record is automatically deleted.

You may review the stored information for the most recent 99 calls at any time. Calls received since your last review show as NEW in the display.

REVIEWING CID RECORDS

As CID records are received and stored, the display is updated to let you know how many calls you have received.

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GE 25825, 25826 manual Receiving and Storing CID Records, Reviewing CID Records

25825, 25826 specifications

The GE 25826 and 25825 are notable variants of General Electric’s robust line of track and signaling systems that have been engineered to meet the demanding needs of modern railway operations. Both models exhibit exceptional reliability and efficiency, making them indispensable tools for railroad companies across the globe.

One of the standout features of the GE 25826 and 25825 is their advanced signal processing capabilities. These models incorporate cutting-edge digital technology that enhances the accuracy and speed of train control systems. With real-time monitoring and data analysis, they can efficiently manage train movements, reducing the risk of collisions and improving overall safety on the tracks.

The design of both models emphasizes ease of installation and maintenance. The GE 25826 and 25825 units are built with modular components that allow for straightforward repairs and upgrades. This modularity not only minimizes downtime but also ensures that the systems can be adapted to evolving operational requirements, making them future-proof investments for railway operators.

In terms of interoperability, these systems are designed to function seamlessly with a variety of communication protocols and platforms. This adaptability facilitates smoother integration into existing infrastructure, allowing railway companies to enhance their operations without the need for complete overhauls.

The technological advancements in the GE 25826 and 25825 also encompass energy efficiency. They use power-saving modes during periods of inactivity, contributing to overall cost savings and sustainability goals within the railway sector. This feature aligns with the growing emphasis on reducing the environmental impact of transportation.

Moreover, the rugged construction of both models ensures they can withstand harsh operating environments. Built with high-quality materials intended to endure extreme weather conditions and heavy wear, these systems promise longevity and durability, reducing the frequency of replacements.

In summary, the GE 25826 and 25825 are state-of-the-art signaling and control systems that combine advanced technology with practical design features to enhance railway safety and efficiency. Their robust performance, coupled with energy-saving functionalities and ease of maintenance, positions them as leading choices for railway operators looking to modernize and optimize their systems.