300℃ Fiber Optic Patch Cord - SM/MM/PM Polyimide Coated Fiber Patch Cable - All-Metal Fiber Optic Jumper/Pigtail - High/Low Temperature Resistant Fiber Patch Cord

Aliases: 300 ℃ High Temperature Fiber Optic Patch Cord, 300 ℃ Fiber Patch Cord, 300 ℃ Fiber Optic Patch Cable, 300 ℃ Fiber Patch Cable, 300 ℃ Fiber Optic Jumper, 300 ℃ Optical Patch Cord, 300 ℃ Optical Patch Cable, Industrial Grade Fiber Optic Patch Cord, Extreme Environment Fiber Cable, Stainless Steel Armored Fiber Optic, Rugged Fiber Patch Cord, Heat Resistant Fiber Optic Jumper, Corrosion Resistant Fiber Optic Cable, Radiation Resistant Fiber Optic, Waterproof Fiber Optic Cable, Fire Resistant Fiber Optic Patch Cord, Small Diameter Armored Fiber, Harsh Environment Fiber Optic

Product Overview of OFSCN® 300 ℃ Fiber Optic Patch Cords:

OFSCN® 300 ℃ Fiber Optic Patch Cord (low temperature fiber optic jumpers) is special Fiber Optic Patch Cord produced by Beijing Dacheng Yongsheng Technology Co., Ltd (short for DCYS) . This Fiber Optic Patch Cord consists of fiber optic connectors (FC, SC, LC, ST, SMA etc.), stainless steel hose (optional), seamless steel tube, and specialty optical fiber etc.

This type of patch cords have features such as high temperature resistance, low temperature resistance, compact size, light weight, high tensile strength, high compressive strength, corrosion resistance, fire resistance, water resistance, radiation resistance, and radiation resistance. They come in various structures, which can be multi-mode/single-mode/polarization-maintaining fiber optic patch cords, and can be customized.

They can be widely used in equipment connections under high and low temperature environments, system connections in harsh industrial internet environments, equipment connections in confined spaces, and system connections in various extreme environments.

Product Structure of OFSCN® 300 ℃ Fiber Optic Patch Cords (Fiber Optic Jumpers):

Overview of OFSCN® 300 ℃ Fiber Optic Patch Cords:

Brand	OFSCN®
Product name	OFSCN® 300 ℃ Fiber Optic Patch Cord
Product number	OFSCN-SM300-FC/APC-FC/APC-xM (Many models are only examples)
Operating Temperature	-200℃ to +300℃ (long term)，350℃ (short term)
	Structure (Applicable to Rigid Structure Products): Prefabricated Fiber Optic Connector + 0.9mm Stainless  Seamless Steel Tube + Fiber Optic/Optical fiber
	Structure (Applicable to Rigid Structure Products): Prefabricated Fiber Optic Connector + 2.0mm Stainless  Seamless Steel Tube + Fiber Optic/Optical fiber
※Length range	Several meters to several kilometers (the specific length depends on the stock and demand)

Optical Fiber Parameters of OFSCN® 300 ℃ Fiber Optic Patch Cords:

Click here to view OFSCN® 300 ℃ Fiber Optic Patch Cords supporting optical fibers:

300℃ SM Polyimide Optical Fiber - High & Low Temperature Optical Fiber

300℃ MM Polyimide Optical Fiber - High & Low Temperature Optical Fiber

Optical Fiber Connector/Interface Parameters of OFSCN® 300 ℃ Fiber Optic Patch Cord:

You can choose room temperature fiber optic connector or 300℃ high temperature fiber optic connector.

Click here for 300℃ high temperature fiber optic connector:

300℃ Fiber Optic Connector - High Temperature Optical Fiber Connector

Armor Specifications of OFSCN® 300 ℃ Fiber Optic Patch Cords:

Armor Type	Standard Encapsulation for OFSCN® Capillary Seamless Steel Tube Fiber Optic Jumper (01、02S、02H type)
Armor Diameter	0.9mm、2.0mm / Customer-specified
Seamless Steel Tube Material	316L Stainless Steel, Corrosion-Resistant Alloys, etc.
Seamless Steel Tube Wall Thickness	Conventional 0.15mm, 0.18mm, 0.2mm / Customer-specified
Seamless Steel Tube Weight	Calculated based on different structures.
Tensile Strength	Calculated based on different structures.
Lateral Pressure Resistance	Calculated based on different structures.
Compression Strength	Calculated based on different structures.
※Armor Optional	Corrosion-resistant solutions, etc. (subject to stock availability).

---

Features of OFSCN® 300 ℃ Fiber Optic Patch Cords:

• Extreme Temperature Resistance: Operates reliably in temperatures ranging from extremely low to a scorching 300°C.
• Compact & Lightweight: Designed for minimal space requirements and easy handling.
• High Tensile Strength: Built to withstand significant pulling forces without damage.
• High Compressive Strength: Resists crushing and external pressure, maintaining signal integrity.
• Corrosion Resistance: Excellent durability in harsh chemical or corrosive environments.
• Fire & Water Resistance: Provides enhanced safety and reliability in adverse conditions.
• Radiation Resistance: Suitable for applications exposed to radiation.
• Rigid Structure: Features a 0.9mm or 2.0mm seamless stainless steel tube protecting a single optical fiber or cable, ensuring a robust and stable connection.

Application Scenarios & Industries of OFSCN® 300 ℃ Fiber Optic Patch Cords:

This specialized fiber optic patch cord is designed for critical applications in demanding environments:

Application Scenarios examples of OFSCN® 300 ℃ Fiber Optic Patch Cords:

• High/Low Temperature Equipment Connection: Establishing reliable data links for devices operating in extreme thermal conditions, such as furnaces, cryogenic freezers, or outdoor industrial machinery in deserts or arctic regions.
• Harsh Industrial Internet Environments: Connecting sensors, actuators, and control systems in factories, chemical plants, and heavy manufacturing facilities where dust, vibration, and extreme temperatures are common.
• Confined Space Equipment Connection: Providing robust and reliable communication in tightly enclosed or inaccessible areas where standard cables might be damaged.
• Various Extreme Environment System Connections: Enabling data transmission in research facilities, aerospace applications, geological exploration, and other fields with unique and challenging environmental factors.

Usage Industries examples of OFSCN® 300 ℃ Fiber Optic Patch Cords:

• Aerospace & Defense: For aircraft, spacecraft, and military equipment requiring robust communication links in extreme temperatures and high-vibration environments.
• Industrial Automation & Manufacturing: Connecting machinery, robotics, and monitoring systems in harsh factory floors, including steel mills, foundries, and chemical processing plants.
• Oil & Gas: For downhole sensing, offshore platforms, and refinery operations where high temperatures, pressure, and corrosive elements are present.
• Energy Sector (Nuclear & Renewable): In nuclear power plants for monitoring and control systems, or in solar thermal and geothermal energy facilities.
• Research & Development: For laboratory experiments and scientific instruments operating under extreme conditions, such as high-temperature ovens or vacuum chambers.
• Medical Devices: Potentially for specialized medical equipment used in high-temperature sterilization processes or challenging diagnostic environments.
• Automotive: For testing and in-vehicle systems that need to withstand high engine temperatures or external environmental extremes.