FOSC HA967V-000 Single Ended Round Fiber Closure Owner’s Manual
- June 9, 2024
- FOSC
Table of Contents
- FOSC HA967V-000 Single Ended Round Fiber Closure
- Product Information
- Product Description
- General Specifications
- Product Usage Instructions
- Product Classification
- Dimension Drawing
- Material Specifications
- Packaging and Weights
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
FOSC HA967V-000 Single Ended Round Fiber Closure
Product Information
Product Name:
HA967V-000 | FOSC450-C6-6-24-1-C3V
Product Description
The HA967V-000 | FOSC450-C6-6-24-1-C3V is a single-ended, O-ring sealed dome closure designed for splicing feeder and distribution cables. It features gel cable sealing technology that allows easy adding or removing of a wide size range of cables. The closure is compatible with most common cable types, including loose tube, central core, and ribbon fiber. It can be used in aerial, pedestal, and underground environments (up to 5 meters) and is compatible with CommScope’s CWDM modules and optical splitter trays.
General Specifications
- Cable Entry Drop Port Style: Round
- Cable Entry Main Port Style: Round
- Cable Ports Quantity, total: 6 round ports
- Cable Sealing Type: Compressed gel
- Closure Sealing Type: Dome-to-base clamp with O-ring
- Closure Style: Single-ended
- Color: Black
- Fiber Storage Basket Type: C6 standard size
- Mounting: Pole | Strand | Wall
- Network Area Type: Feeder
- Splice Tray Included, quantity: 1
- Splice Tray Type Included: 24-way, heat shrink
- Splicing Capacity, Mass Fusion, maximum: 864 fibers
- Splicing Capacity, Single Fusion, maximum: 192 fibers
- Splicing Capacity, Single Splice, 12 fibers, maximum: 192 fibers
- Splicing Capacity, Single Splice, 6 fibers, maximum: 96 fibers
- Splicing Type, Supported: Mass fusion | Single fusion
- Dimensions:
- Length: 584.2 mm | 23 in
- Diameter: 254 mm | 10 in
- Diameter, with clamp: 292 mm | 11.496 in
- Main Cable Diameter,maximum: 25 mm | 0.984 in
- Packaging and Weights:
- Packaging quantity: 1 Box | Carton
- Weight, net: 7.26 kg | 16.006 lb
- Material Specifications:
- Material Type: Impact-resistant polymer
- Environmental Specifications:
- Environmental Space: Below ground | Buried
- Qualification Standards: IEC 61300, 5 m waterhead
- Water Resistance: Flash test valve at 5 psi (40 kPa)
- Regulatory Compliance/Certifications:
- Agency: CHINA-ROHS
- Classification: Below maximum concentration value
- ISO 9001: 2015
- REACH-SVHC: Designed, manufactured and/or distributed under this quality management system Compliant as per SVHC revision on www.commscope.com/ProductCompliance
- ROHS: Compliant
Product Usage Instructions
The HA967V-000 | FOSC450-C6-6-24-1-C3V dome closure is designed for splicing feeder and distribution cables. It is compatible with most common cable types, including loose tube, central core, and ribbon fiber. The closure can be used in aerial, pedestal, and underground environments (up to 5 meters).
When using the FOSC450-C6-6-24-1-C3V closure, ensure that the cable sealing type is compressed gel to allow for easy adding or removing of a wide size range of cables. The closure has a single-ended style and is sealed with a dome-to-base clamp with O-ring.
The closure comes with a 24-way heat shrink splice tray that is hinged for easy access to any splice without disturbing other trays. The closure can accommodate up to 864 fibers for mass fusion splicing and up to 192 fibers for single fusion splicing. It also has a splicing capacity of up to 192 fibers for single splice 12 fibers and up to 96 fibers for single splice 6 fibers.
Mounting options include pole, strand, and wall. The closure can be used in feeder network areas and has six round ports for cable entry. The maximum diameter for the main cable is 25 mm.
The HA967V-000 | FOSC450-C6-6-24-1-C3V closure is made of impact-resistant polymer and is intended for below ground or buried environmental spaces. It meets the IEC 61300, 5 m waterhead qualification standards and has a flash test valve at 5 psi (40 kPa) for water resistance.
The closure is compliant with CHINA-ROHS and ROHS regulations and is designed, manufactured, and/or distributed under the ISO 9001:2015 quality management system. It is also compliant as per SVHC revision on www.commscope.com/ProductCompliance for REACH-SVHC.
FOSC® 450 C6 Fiber Optic Splice Closure, Gel Cable sealing, one preinstalled 12-splice tray, 6 cable attach., three ground feedthrough lugs, with test valve
- Single-ended, O-ring sealed dome closure for splicing feeder and distribution cables
- Gel cable sealing technology allows easy adding or removing of a wide size range of cables
- Compatible with most common cable types: e.g. loose tube, central core, ribbon fiber
- FOSC splice trays hinged for access to any splice without disturbing other trays
- Closure can be used in aerial, pedestal and underground (up to 5 meters) environments
- Compatible with CommScope’s CWDM modules and optical splitter trays
Product Classification
- Regional Availability Latin America | North America
- Product Type Single-ended, round fiber closure
- Product Brand FOSC®
- Product Series FOSC 450
Dimension Drawing
Ordering Tree
Material Specifications
Material Type Impact-resistant polymer
Environmental Specifications
- Environmental Space Below ground | Buried
- Qualification Standards IEC 61300, 5 m waterhead
- Water Resistance Flash test valve at 5 psi (40 kPa)
Packaging and Weights
- Packaging quantity 1
- Packaging Type Box | Carton
- Weight, net 7.26 kg | 16.006 lb
Regulatory Compliance/Certifications
Agency Classification
CHINA-ROHS Below maximum concentration value
ISO 9001:2015 Designed, manufactured and/or distributed under this
quality management system
REACH-SVHC Compliant as per SVHC revision on
www.commscope.com/ProductCompliance
ROHS Compliant
©2022 CommScope, Inc. All rights reserved. All trademarks identified by ® or ™ are registered trademarks, respectively, of CommScope. All specifications are subject to change without notice. See www.commscope.com for the most current information. Revised: January 12, 2022