Optical Fibre Identifier Suppliers in Darwin

An Optical Fibre Identifier is a device used to identify the presence of an optical signal in an optical fibre without the need to disconnect the fibre or interrupt the signal. It works by clamping onto the fibre and detecting the light signal through the fibre's cladding. Optical Fibre Identifiers are commonly used in telecommunications, data centres, and other industries where optical fibres are used for communication or data transmission.

There are several types of optical fibre identifiers available in the market, including:

• Visual fault locator (VFL): It is a handheld device that emits a visible red laser light to locate breaks, bends, and other faults in the fibre.
• Optical power meter (OPM): It measures the power of the light signal transmitted through the fibre and can be used to identify the location of a break or loss of signal.
• Optical time-domain reflectometer (OTDR): It sends a pulse of light through the fibre and measures the time and intensity of the reflected signal to identify the location and severity of any faults.
• In-line fibre identifier: It is a passive device that can be inserted into the fibre without interrupting the signal flow, and can be used to identify the fibre type, direction of transmission, and signal strength.
• Optical spectrum analyzer (OSA): It measures the spectral characteristics of the light signal transmitted through the fibre and can be used to identify the presence of specific wavelengths or frequencies.

Optical talk set: It is a two-way communication device that can be used to test the quality of the signal transmission and identify any faults or issues in the fibre.

When buying an Optical Fibre Identifier, the key features to consider are:

• Compatibility: Ensure that the identifier is compatible with the type of fibre optic cable you are working with.
• Wavelength Range: Check the wavelength range of the identifier to ensure it covers the wavelengths you need to work with.
• Sensitivity: Look for an identifier with high sensitivity to detect low power signals.
• Display: Consider the type of display the identifier has, whether it is digital or analog, and if it is easy to read.
• Battery Life: Check the battery life of the identifier to ensure it can last for the duration of your work.
• Portability: Consider the size and weight of the identifier if you need to carry it around with you.
• Durability: Look for an identifier that is durable and can withstand harsh working conditions.

Additional Features: Some identifiers may come with additional features such as a built-in light source or power meter, which can be useful for troubleshooting and testing.

However, based on my research, the price range for Optical Fibre Identifiers in Australia varies depending on the brand, model, and features. Generally, the price range can start from around AUD 100 up to AUD 1000 or more. It is recommended to check with local suppliers or online retailers for the latest pricing information.

To use an Optical Fibre Identifier, follow these steps:

• Turn off the power to the fibre cable.
• Open the Optical Fibre Identifier and insert the fibre cable into the slot.
• Turn on the power to the fibre cable.
• Look at the display on the Optical Fibre Identifier to see if there is any light being transmitted through the cable.
• If there is light, use the Optical Fibre Identifier to determine the type of light being transmitted.
• If there is no light, check the cable for any damage or breaks.
• Once you have identified the type of light being transmitted, use the Optical Fibre Identifier to determine the direction of the light.
• Follow the light to the end of the cable to determine where it is coming from.

Use the information gathered to troubleshoot any issues with the fibre cable.

An Optical Fibre Identifier can detect different types of fibres, including single-mode and multi-mode fibres. However, it may not be able to distinguish between different grades or categories of fibres within the same type.

However, Optical Fibre Identifiers are generally considered to be highly accurate and reliable in identifying the presence and direction of signals in optical fibres. The accuracy of an Optical Fibre Identifier depends on various factors such as the quality of the device, the type of fibre being tested, and the expertise of the user. Generally, the accuracy of an Optical Fibre Identifier is within a range of ± 1 dB.

To maintain and calibrate an Optical Fibre Identifier, follow these steps:

• Clean the device: Use a soft, lint-free cloth to clean the device's exterior and the optical port. Avoid using any harsh chemicals or solvents.
• Check the battery: Ensure that the battery is fully charged or replace it if necessary.
• Calibrate the device: Use a known good fibre to calibrate the device. Connect the fibre to the device and adjust the calibration knob until the device displays the correct signal strength.
• Test the device: Use the device to identify fibres and verify that it is working correctly. If the device is not working correctly, repeat the calibration process.
• Store the device properly: Store the device in a dry, cool place when not in use. Avoid exposing it to extreme temperatures or moisture.

Service the device: If the device is not working correctly, contact the manufacturer or a qualified technician for servicing. Do not attempt to repair the device yourself.

It is best to check with the manufacturer or seller of the product for details on the warranty period.