Fiber optic pigtail MM SC/UPC OM2 EASY strip 50/125 2m orange FP-SCUP-MS21-0020-OG

Fiber optic pigtail – quick and reliable connections

This 2-meter fiber optic pigtail, terminated with SC/UPC connectors, is an ideal solution for creating connections in multimedia networks. Made of OM2 fiber with a diameter of 50/125 µm, it ensures stable data transmission. The Easy Strip design simplifies processing and preparation for connection, saving time for both installers and users.

Construction and application

The pigtail is designed to connect fiber optic devices in LAN networks, server rooms or data centers. The use of multimode (Multimode) OM2 fiber makes it compatible with existing infrastructure based on this technology. The SC/UPC connector is characterized by low return loss, which translates to higher transmission quality. The LSZH (Low Smoke Zero Halogen) jacket minimizes the emission of toxic gases in the event of a fire, increasing the safety of the installation.

Key features and benefits

• Easy Strip design: Allows for quick and easy removal of the fiber's protective coating, reducing installation time.
• High quality connection: The SC/UPC connector provides low insertion loss (0.2 dB) and high return loss (35 dB), guaranteeing stable data transmission.
• Safety: The LSZH jacket minimizes the risk of toxic gas emissions during a fire, protecting health and property.
• Versatility: Compatible with existing infrastructure based on OM2 fiber.
• Environmental resistance: Designed to operate in a wide temperature range (-40°C to 85°C) and resistant to bending (minimum bending radius 7.5 mm).
• Durable construction: Cable diameter of 0.9 mm provides adequate mechanical strength and resistance to damage.
• Orange color: Facilitates identification and organization of cables in the installation.

This pigtail is a solid choice for professionals and users looking for a reliable solution for building fiber optic networks. Its ease of installation, high quality workmanship and safety make it an ideal component of any modern telecommunications infrastructure.