Fluke Networks QuickClean-1.25-1P Quick Clean Cleaner 1.25 mm Fiber, LC and MU, Single

Enhance the efficiency of your fiber optic cleaning process with the Fluke Networks QuickClean-1.25-1P Quick Clean Cleaner. This precision measuring tool is designed to provide a seamless cleaning experience for 1.25 mm Fiber, LC, and MU connectors, ensuring optimal performance for your network connections.

• Effortlessly cleans 1.25 mm Fiber, LC, and MU connectors, eliminating dust and debris for improved signal quality.
• Packaged with a weight of only 0.05 Kg, this lightweight cleaner is convenient to carry and use on-the-go.
• Comes as a single package, offering a complete solution for maintaining the cleanliness of your fiber optic connections.
• Precision engineered with dimensions of 2.3cm (L) x 7.5cm (W) x 22.5cm (H), ensuring compatibility with a range of connector types.
• The Fluke Networks QuickClean-1.25-1P Quick Clean Cleaner is a reliable tool that simplifies the maintenance of your fiber optic network, promoting seamless data transmission.

Technical Details:

• Product Type: Precision Measuring
• Package Quantity: 1

How to Install:

1. Remove the Quick Clean Cleaner from its packaging.

2. Gently insert the cleaner into the 1.25 mm Fiber, LC, or MU connectors that require cleaning.

3. Rotate the cleaner to ensure thorough removal of dust and debris.

4. After cleaning, store the Quick Clean Cleaner in a safe and dry place for future use.

Frequently Asked Questions:

Q: Can this cleaner be used for both LC and MU connectors?
A: Yes, the QuickClean-1.25-1P Quick Clean Cleaner is designed to clean both LC and MU connectors effectively.

Q: Is this cleaner suitable for cleaning other types of fiber optic connectors?
A: This cleaner is specifically designed for 1.25 mm Fiber, LC, and MU connectors. For other connector types, it is recommended to use cleaners designated for those specific connectors.

Q: How often should I use the Quick Clean Cleaner?
A: It is advisable to clean your fiber optic connectors regularly to maintain optimal performance. Depending on the environmental conditions, a cleaning schedule can be established to ensure consistent signal quality.