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The display shows:
3. Press 1, 2 or 3 (as instructed by your Installer) then ￿.
Your system starts calling your Installer's computer.
Your alarm system may be connected to <Downloader> for several minutes.
When the <Downloader> has finished and the connection is broken the keypad display shows the time and date.
2. Press 0.
1. Key in your access code.
Your Installer may be using a personal computer connected to the telephone network in order to program your alarm system. The software1￿￿￿￿1￿￿￿￿￿the Installer uses to program your alarm system is called <Downloader>.
There may be times when your Installer asks you to make your alarm system start a telephone call out to the Installer's <Downloader> . Your alarm system is programmed to call three different telephone numbers. You do not have to know these numbers, your Installer will tell you to select one of them by pressing keys 1, 2 or 3. To start the call:
Note:
1. You can abandon the test at any time by pressing ￿.
2. You cannot test Fire, PA or other types of 24 hour zone with this command.
3. You cannot test tamper circuits with this command.
Starting a Call Out to <Downloader>
￿(￿￿￿￿￿￿￿￿4. Special Functions

As you trigger a detector the

 

keypad and internal sounder give a

 

short tone. The display shows the

 

zone number of any detector(s)

"beep"

that you have triggered. If there is

more than one detector triggered

 

then the display show the number

 

of each detector in turn.

 

4. Press ￿to stop the test when you have triggered all the detectors.

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Cooper Bussmann 9752 manual That you have triggered. If there is

9752 specifications

The Cooper Bussmann 9752 is a versatile and reliable fuse that plays a critical role in protecting electrical circuits against overloads and short circuits. This specific fuse is designed to cater to a wide range of applications, particularly in industrial, commercial, and residential settings. The 9752 model is renowned for its robust construction and operational efficiency, making it a go-to choice for many electrical engineers and technicians.

One of the most notable features of the Cooper Bussmann 9752 is its current limiting capability. This technology allows the fuse to reduce the amount of energy that can pass through when a fault occurs. By limiting the current, the 9752 effectively minimizes the potential for thermal damage to both the fuse itself and other components in the circuit, thereby ensuring greater system integrity.

The 9752 is constructed using high-quality materials that ensure durability and a long service life. Its design includes a reliable element that melts only under fault conditions, allowing normal operating currents to pass without interruption. This feature is particularly important in protecting sensitive electronic equipment from damage due to unexpected surges in current.

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In conclusion, the Cooper Bussmann 9752 is an exemplary choice for circuit protection. With its current limiting technology, durable construction, fast-acting response, and user-friendly design, it meets the high standards demanded by modern electrical systems. Whether it's used in industrial machinery, commercial buildings, or residential applications, the 9752 fuse delivers reliable performance, ensuring the safety and longevity of connected devices and systems.