SC/APC Fiber Optic Adapter with Spring, Pullable Dust Cap Model: MBN-SC/APC-Pullable

SC/APC Fiber Optic Adapter with Spring, Pullable Dust Cap

The SC/APC single-core Fiber Optic Adapter adhere to the standard dimensions as specified by industry standards. It should have the appropriate length, width, and height to ensure compatibility and proper alignment with other optical components.

Connector type:
The Fiber Optic Adapter should be designed specifically for SC/APC connectors. The SC/APC connector is a type of fiber optic connector that features an angled end face (APC) to minimize back-reflection and improve signal quality.

Profiled design:
The adapter should have a profiled design to ensure precise alignment and connection between the mating connectors. This design helps to minimize signal loss and maximize transmission efficiency.

Mounting hole:
The Fiber Optic Adapter you described does not have a mounting hole. A mounting hole is typically used to secure the adapter to a panel or chassis for stability and ease of installation.

Spring mechanism:
The inclusion of a spring mechanism helps to ensure a secure and reliable connection between the adapter and the mating connectors. The spring provides appropriate tension and helps maintain constant contact, preventing signal interruptions or disconnections.

Dust cap:
The Fiber Optic Adapter come with a dust cap to protect the connector end faces from dust, debris, and potential damage when not in use. The dust cap helps maintain the cleanliness and integrity of the connectors, ensuring optimal performance.

Smooth insertion and extraction:
The adapter should allow smooth and easy insertion and extraction of plugs and connectors. The interface should have low insertion and extraction forces to minimize the risk of damaging the connectors or causing signal disruptions.

Strong clips:
The clips on the adapter should be strong and secure to ensure that the mating connectors are firmly held in place. The clips should provide sufficient retention force to prevent accidental disconnections while allowing for easy removal when necessary.

By adhering to these specifications, the Fiber Optic Adapter will provide a reliable and efficient connection for SC/APC connectors in optical fiber networks.

SC/APC Fiber Optic Adapter Photos

SC/APC Fiber Optic Adapter Dimension

SC/APC Fiber Optic Adapter Specification

Fiber Optic Adapter/ Fiber Optic Flange/ Fiber Adaptor
Interface Type	SC, FC, ST, LC, MU, ST
End-face	APC/UPC/PC
Mode	Singlemode & Multimode
Fiber mode	Simplex, Duplex, Quad
Sleeve	Zirconia, Ceramic, Phosphor bronze
Frame Material	Plastic (LSZH)
Color	Blue, Green, Beige, Aqua
Flange type	With/without Flange
Shutter type	With/without Shutter
Adaptor Type	LC			SC
	Simplex	Duplex	Quad	Simplex	Duplex
Housing Material	Polybutylene Terephthalate
Sleeve Material	Zirconia	Phosphor Bronze	Zirconia		Phosphor Bronze
Insertion Loss (dB)	≤0.2	≤0.3	≤0.2	≤0.2	≤0.3
Sleeve/Ferrule Withdraw Force	200gf – 600gf
Operating Temperature	-40°C ~ +75°C
Storage Temperature	-45°C~85°C
Durability	>1000

You can insert a fiber optic adapter to various types of connectors at both ends of the adapter. When you do so, you realize the conversion capability between different types of interfaces. They include ST, LC, FC, MPO, and MTRJ.

Bwnfiber Fiber optic adaptors play a crucial role as passive components in FTTH ODN connectivity. These adaptors facilitate the seamless connection of two fiber optic patch cables, enabling the smooth transition between different interfaces. They are designed to work with both single mode and multimode fiber optic patch cords. Bwnfiber Fiber optic adaptors are renowned for their exceptional performance, offering minimal loss and high repeatability.

Bwnfiber proudly offers a diverse range of fiber adaptors that adhere to the ITU standard. The product lineup includes Fiber Mating Sleeve Adaptors, Fiber Hybrid Adaptors, Fiber Bare Fiber Adaptors, Fiber Mechanical Attenuators, Field Assembly Optical Connectors (FAOC), Splice-On Connectors, Semi-finished Fiber Connectors, and more.