10M SC/APC Pushable to SC/APC Simplex 9/125 OS2 Single Mode PE Fiber Optic Patch Cable 3.0mm Black

• Innovative Pushable Connector Design: Flexible housing compresses for installation in spaces as narrow as 15mm where standard SC connectors cannot reach
• Dual SC/APC Termination: 8-degree angle polish delivers >60dB return loss, eliminating reflections for high-performance optical systems
• OS2 Premium Single-Mode Fiber: 9/125μm specifications support 10G/40G/100G transmission with <0.3dB/km attenuation at 1550nm
• Simplex Single-Fiber Configuration: Optimized for unidirectional links, BiDi transceivers, or separated TX/RX path architectures
• PE Outdoor-Rated Jacket: 3.0mm polyethylene construction provides UV resistance, moisture protection, and -40°C to +85°C operation
• 10-Meter Versatile Length: Spans typical floor-to-floor, rack-to-rack, or pole-to-building distances without excessive slack
• Tool-Free Installation: Push-to-connect operation eliminates special tools or equipment for field deployment
• Universal Compatibility: Mates with all standard SC adapters, bulkheads, and equipment ports without modifications

• FTTx Customer Premises Connections: Links optical network terminals mounted in confined wall boxes or outdoor enclosures to distribution equipment where standard connectors cannot access recessed ports
• High-Density Equipment Rack Installations: Enables connections to closely-spaced SFP transceiver modules in switches and routers where conventional connector boots create physical interference
• Building Entrance Cable Terminations: Facilitates connections at demarcation points where fiber enters building through tight conduit penetrations with limited working space
• Outdoor Aerial Drop Cables: Provides weather-resistant connections from utility pole distribution points to building-mounted ONTs in fiber-to-the-home deployments
• Medical Equipment Interconnects: Links diagnostic imaging systems, surgical equipment, and monitoring devices mounted in confined spaces within medical device cabinets
• Industrial Control System Networks: Connects PLCs, SCADA equipment, and sensors in manufacturing environments where cables route through tight cable glands and congested equipment panels
• Telecommunications Central Offices: Establishes cross-connects in dense fiber distribution frames where conventional connectors limit port accessibility and cable management

Installation preparation begins with careful inspection of the pushable connector—verify the flexible housing moves freely and returns to its original shape after compression. Test the compression mechanism before deployment to familiarize yourself with the insertion technique and required force. Clean both connector ferrules using appropriate fiber optic cleaning methods—lint-free swabs with optical-grade isopropyl alcohol for accessible surfaces, or fiber cleaning cassettes for the recessed ferrule end-face. Contamination represents the primary cause of elevated insertion loss, and the pushable design’s recessed ferrule makes inspection more challenging than conventional connectors.

When making connections in confined spaces, align the pushable connector with the target port, then press firmly while guiding the cable to prevent lateral stress. The housing will compress longitudinally as it enters the restricted space, then the internal latch mechanism will engage once the ferrule seats fully. You should feel or hear tactile confirmation of engagement—if uncertain, gently tug the cable to verify the latch has secured. Unlike conventional SC connectors where the push-pull tab provides obvious engagement feedback, the pushable design’s flush profile makes confirmation more subtle, requiring attention during installation.

• Length Customization: Production capabilities span from 0.5-meter equipment jumpers to 500-meter extended distribution runs, manufactured to exact specifications eliminating wasteful slack
• Jacket Material Alternatives: LSZH (low smoke zero halogen) formulations available for indoor riser and plenum applications requiring fire-safe, low-toxicity materials
• Connector Configuration Options: Pushable connector available on one or both ends, or mixed with standard SC connectors based on specific installation requirements
• Fiber Performance Upgrades: Bend-insensitive G.657.A1/A2 fiber variants available for installations requiring tighter bend radius tolerance in confined routing scenarios
• Color Coding Programs: Custom jacket colors, boot colors, or printed identification markings support network segmentation and asset management systems
• Duplex Assembly Configurations: Paired simplex cables or integrated duplex constructions available for bidirectional applications requiring segregated transmit-receive paths
• Environmental Enhancement: Armored variants with corrugated steel or aluminum tape protection for installations subject to mechanical threats or rodent activity

OS2 Fiber Optic Patch Cord Customization Options

Item	Available Options
Connector Type	LC, SC, FC, ST, E2000, CS®, SN®, MDC, MPO/MTP®, Custom
Connector Configuration	Simplex, Duplex, Uniboot, Breakout
Fiber Type	OS2 9/125μm Single Mode
Connector Polish	UPC, APC
Cable Diameter	0.9mm, 1.6mm, 2.0mm, 3.0mm
Cable Jacket	PVC, LSZH, OFNR, OFNP
Cable Length	0.5m–100m, Custom
Insertion Loss	Standard Loss, Low Loss
Return Loss	Standard, Enhanced

Delivery Performance: Standard configurations with common lengths dispatch within 24-48 hours of order confirmation. Custom specifications including non-standard lengths, specialized jackets, or unique connector combinations typically complete within 7-10 business days.

Quality Verification: Each cable includes insertion loss test results at 1310nm and 1550nm wavelengths, return loss measurements confirming APC polish quality, and high-resolution ferrule end-face inspection photographs. Batch certificates documenting RoHS and material compliance available upon request.

Technical Differentiation: Our pushable connector assemblies utilize authentic components from established manufacturers rather than aftermarket alternatives, ensuring mechanical reliability and optical consistency. Rigorous quality control including mechanical compression cycle testing validates long-term performance that generic products cannot guarantee.

Application Support: Technical staff available to assist with connector selection, cable routing planning, and troubleshooting for challenging installation scenarios. We provide guidance on bend radius management, environmental protection strategies, and optimal cable management approaches for specific deployment conditions.

Installation & Technical FAQ

Q: How does the pushable connector mechanism work, and what prevents it from accidentally disconnecting?

A: The pushable design uses a spring-loaded housing that compresses longitudinally during insertion, allowing the assembly to fit through narrow openings. Once the ferrule seats in the alignment sleeve, an internal latching mechanism engages—similar to standard SC connectors but relocated within the flexible housing. The latch provides positive retention preventing accidental disconnection from cable pulls or vibration. To disconnect, press the release mechanism (location varies by manufacturer) while withdrawing the connector. The design is engineered for 100+ mating cycles without degradation.

Q: Can I use the pushable SC/APC connector with standard SC/UPC equipment and adapters?

A: The pushable connector is mechanically compatible with standard SC adapters and equipment ports, but you must never mate APC (angled polish) with UPC (flat polish) connectors. The 8-degree angle difference causes severe insertion loss typically exceeding 2dB and can physically damage the ferrule surfaces through repeated mating. The green connector color indicates APC—only mate with other green APC connectors. If your equipment has blue SC connectors (UPC), you need UPC cables, not APC. Mixing polish types is a common and costly installation error.

Q: What is the minimum clearance required for installing the pushable connector compared to standard SC connectors?

A: Standard SC connectors with conventional boots require approximately 35-40mm clearance to accommodate the boot diameter and provide finger access to the push-pull latch. Pushable connectors reduce this requirement to as little as 15mm—less than half the standard clearance. This enables connections to deeply recessed SFP ports, wall-mounted ONTs with minimal access gaps, or equipment with closely-spaced connector arrays. However, you still need sufficient working space to align and press the connector—it’s not a zero-clearance solution for completely inaccessible locations.

Q: Is the PE jacket suitable for direct burial applications, or does it require conduit protection?

A: The PE jacket provides excellent moisture resistance and UV protection, making it suitable for aerial outdoor runs and conduit installations. However, it lacks the armored construction necessary for direct burial where ground shifting, rocks, or digging equipment could cause damage. For true direct burial without conduit, specify armored cable variants with corrugated steel tape or request our gel-filled, rodent-resistant constructions. For most outdoor applications using innerduct, flexible conduit, or aerial mounting, this standard PE jacket provides adequate protection.

Q: Does the pushable connector design affect optical performance compared to standard SC connectors?

A: When properly manufactured and installed, pushable connectors deliver identical optical performance to conventional SC connectors—both use the same 2.5mm ferrule technology, ceramic alignment sleeves, and polishing specifications. Insertion loss should be <0.3dB and return loss >60dB for APC, matching standard SC/APC performance. The mechanical housing design differs, but it doesn’t impact the critical optical interface. Poor-quality aftermarket pushable connectors may show degraded performance due to inferior polishing or tolerance control, which is why we use authentic components from established manufacturers.