Corning CCH-CS12-AE-P00RE

Corning CCH-CS12-AE-P00RE Pigtailed Splice Cassette User Manual

Model: CCH-CS12-AE-P00RE

1. N'eluview

The Corning CCH Pigtailed Splice Cassette, model CCH-CS12-AE-P00RE, is designed to facilitate faster field splicing and provide modular management of connectorization within fiber optic housings. This cassette is preloaded and pre-routed for efficient fusion splicing of individual or ribbon fiber pigtails, utilizing the same space-saving platform as standard CCH splice cassettes. It aims to reduce field labor by streamlining components and features, allowing for greater efficiency in fiber optic installations.

The cassette is prepped with a 3-meter pigtail assembly, compatible with all pre-existing CCH panel connector options. It features 900 µm cabling at the connector panel for enhanced durability and colored 250 µm fibers for ease of splicing. Strain relief is pre-applied from the manufacturing facility. This modular design allows for easy access to fibers within an individual cassette without disturbing other fibers in the housing.

2. Atụmatụ igodo

3. Kedu ihe dị na Igbe ahụ

The package for the Corning CCH-CS12-AE-P00RE Pigtailed Splice Cassette typically includes the following components:

Corning CCH-CS12-AE-P00RE Pigtailed Splice Cassette in its retail packaging.

Figure 1: The Corning CCH-CS12-AE-P00RE Pigtailed Splice Cassette as packaged, showing the front view with product labels and connectors.

4. Ntọala na nwụnye

The CCH pigtailed splice cassette is designed for straightforward installation within compatible Corning CCH housings. The pre-routed pigtails and included accessories simplify the splicing process.

4.1. Usoro Nwụnye Izugbe

  1. Housing Preparation: Ensure your CCH-01U, CCH-02U, CCH-03U, or CCH-04U housing is properly mounted and ready for cassette insertion.
  2. Cassette Insertion: Slide the pigtailed splice cassette into the designated slot within the CCH housing. Use the appropriate rails provided (one rail for 01U/02U/03U, two rails for 04U).
  3. Incoming Cable Routing: Route the incoming fiber optic cable into the housing and through the protective braided tubing provided. Secure the cable using the grommets and cable ties for strain relief.
  4. Pigtail Routing: The pigtails are pre-routed within the cassette. Ensure they are not kinked or excessively bent.
  5. Splicing: Perform fusion splicing of the incoming fibers to the 250 µm colored pigtail fibers. The modular design allows splicing to be done away from the rack housing in a suitable workspace, if preferred. Utilize the included heat-shrink splice protectors for each splice.
  6. Connectorization: Connect the LC UPC duplex shuttered connectors to the appropriate ports on your equipment or patch panel.

4.2. Routing Diagrams and Details

Diagrams illustrating fiber routing within Corning CCH housings, pigtail layer, splice tray layer, and incoming cable layer for the splice cassette.

Figure 2: Detailed routing diagrams for the CCH-CS12-AE-P00RE cassette, showing fiber paths for 1U/2U/3U housings, pigtail management, splice tray layout, and incoming cable routing. For 4U routing, refer to Corning document SRP 003-895.

For detailed routing instructions specific to your CCH housing type, refer to the diagrams provided on the product packaging and the official Corning documentation. Specifically, for 4U routing, consult Corning document SRP 003-895.

Akụkụ view of the Corning CCH-CS12-AE-P00RE Pigtailed Splice Cassette, showing the LC UPC duplex shuttered connectors and the transparent cover.

Foto 3: Akụkụ view of the CCH-CS12-AE-P00RE cassette, highlighting the LC UPC duplex shuttered connectors and the compact design.

4.3. Important Resources

5. Ọrụ

The Corning CCH Pigtailed Splice Cassette is a passive component designed to organize and protect fiber optic splices and connections within a fiber optic housing. Its primary function is to provide a secure and accessible environment for fusion splicing and subsequent connection to active equipment or patch panels.

5.1. Fiber Management

Once installed and spliced, the cassette effectively manages the fiber slack and protects the delicate splice points. The modular design allows for individual cassette access, meaning you can work on or inspect fibers within one cassette without disturbing the connections or splices in adjacent cassettes within the same housing.

5.2. Njikọta

The LC UPC duplex shuttered connectors on the cassette provide a reliable interface for connecting to network devices, switches, or other fiber optic equipment. The shutters protect the ferrule ends from dust and debris when not in use, maintaining optimal signal integrity.

6. Nlekọta

Proper maintenance of fiber optic components is crucial for ensuring long-term performance and reliability. While the CCH splice cassette itself requires minimal maintenance, the connected fibers and connectors do.

6.1. Nchacha njikọ

Regular cleaning of the LC UPC duplex connectors is highly recommended. Dust, dirt, and oils can significantly degrade optical performance. Use only approved fiber optic cleaning tools and methods, such as lint-free wipes with isopropyl alcohol or specialized one-click cleaners. Always inspect connectors with a fiber inspection microscope before and after cleaning.

6.2. Njikwa USB

Ensure that all incoming and outgoing cables are properly routed and secured within the housing, avoiding sharp bends or excessive tension. Verify that strain relief mechanisms (grommets, cable ties) are functioning correctly.

6.3. Ihe gbasara gburugburu ebe obibi

Keep the housing and cassette free from dust and moisture. Operate within the specified environmental conditions to prevent damage to the fiber optic components.

7. Nchọpụta nsogbu

Most issues related to fiber optic connectivity stem from dirty connectors, damaged fibers, or improper splicing. The CCH splice cassette itself is a passive component and is unlikely to be the direct cause of signal issues unless physically damaged.

7.1. Okwu nkịtị na Ngwọta

If issues persist after performing these checks, it is recommended to use specialized fiber optic testing equipment (e.g., Optical Power Meter, OTDR) to diagnose the exact location and nature of the fault.

8. Nka na ụzụ nkọwa

NjirimaraNkọwa
Nọmba akụkụCCH-CS12-AE-P00RE
Ọnụọgụ eriri12 Fiber
Ụdị eririOtu ụdị (OS2)
Ụdị njikọLC Duplex Shuttered
Ụdị PolishUPC
Ogologo Pigtail3 mita
Cable Type (Pigtail)250 µm colored fibers, 900 µm at connector panel
Splice Protectors Included12 heat-shrink splice protectors
Ụlọ dakọtaraCorning CCH-01U, CCH-02U, CCH-03U, CCH-04U
Akụkụ ngwugwu14 x 8 x 3 sentimita asatọ
Ibu Ibu3 pound
Onye nrụpụtaCorning
Ụbọchị mbụ dịỌgọst 7, 2025

9. Akwụkwọ ikike Ozi

Specific warranty terms and conditions for the Corning CCH-CS12-AE-P00RE Pigtailed Splice Cassette are provided by the manufacturer, Corning. Please refer to the official documentation included with your product or visit the official Corning website for detailed warranty information, including coverage period, terms, and conditions.

Note: This manual does not constitute a warranty. All warranty claims must be made directly through Corning or an authorized reseller.

10. Nkwado na Ozi kọntaktị

For technical support, product inquiries, or assistance with the Corning CCH-CS12-AE-P00RE Pigtailed Splice Cassette, please contact Corning directly.

10.1. Manufacturer Contact

Onye nrụpụta: Corning

Please visit the official Corning website for the most up-to-date contact information, technical documentation, and support resources.

When contacting support, please have your product model number (CCH-CS12-AE-P00RE) and any relevant purchase details ready.

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