Optical Fiber Identifiers
GAOTek is proud to offer a wide range of affordable and high-performance optical fiber identifiers. Optical fiber identifiers are reliable devices that identify the presence of signals on optical fibers. They are designed to assure that live fibers are not disconnected and provide the capability to trace fibers from end to end. As optical fiber identifiers are made for engineers and technicians to detect dark or live fibers and excessive losses due to misalignment of mechanical splices or weak connections, they are ideal for installation and maintenance of telecommunications and CATV systems as well as other fiber optics networks. GAOTek’s optical fiber identifiers are valuable assets for installing and maintaining fiber links and are included in every technician`s toolkit.
Since it is usually important to understand how a particular fiber works during installation, maintenance, rerouting, or restoration. The optical fiber identifiers can be used to indicate if there is no signal, tone or traffic and related signal direction on the fibers. The devices simply clamp onto fibers, where they induce a safe macro-bend and allow a small amount of light to escape. The units use this light to identify the presence of network traffics, test tones or CW signals and indicate the direction of the signals. Optical fiber identifiers can quickly detect the direction of transmitted fibers and display the relative core power without any damages to the bent fibers. They allow users to eliminate the risk of accidental disruption of revenue service. The devices provide professionals with important real-time operational data on a fiber system. They also save time and money when compared to more elaborate precision measurements.
GAO Tek offers a wide range of high-performance optical fiber identifiers that meet the needs of every customer. The devices are portable, easy-to-use (One Key Operation), and budget-friendly. They enable users to easily locate the optical signals without disconnecting fibers or disrupting network traffics. As the latest technology available in the market, they can detect the traffic directions and identify a wide range of optical tones (270Hz, 1kHz, 2kHz) effectively. The identifiers offer safe and reliable macro bending technology which allows them to discover optical signals without disrupting the network communications and damaging the fibers. These well-constructed devices also feature Ø0.25, Ø0.9, Ø2.0 and Ø3.0 easy-to-swap adaptors to match various optical cables. These high-quality instruments are essential tools for installing and maintaining fiber networks.
Optical fiber identifiers are generally used to identify live or dark fibers, verify continuity through splices and connectors, identify signal direction (transmit or receive), trace signals with the use of tone generators. They also can be used in several applications such as relative loss measurements, fiber identification for routing, and general installation and troubleshooting. Optical fiber identifiers are highly useful in industries such as CATV industry, telecom industry, digital industry, and service industry.
Showing all 11 results
GAOTek Fiber Optic Video Inspection Probe with Low Weight (Magnifier)ID: GAO-OFI-101 Call for Quote
This Fiber Optic Video Inspection Probe with Low Weight (Magnifier) is a high-performance portable video microscope which comes with high magnification power that helps to inspect all kinds of fiber optic errors and terminations.
GAOTek Optical Fiber Identifier with Signal Direction (Relative Core Power)ID: GAO-OFI-103 Call for Quote
This portable Optical Fiber Identifier with Signal Direction (Relative Core Power) identifies the direction of transmitted fiber and displays the relative core power without disrupting the traffic on that fiber.
GAOTek Optical Fiber Identifier with Signal Injection/IdentifierID: GAO-OFI-104 Call for Quote
This Optical Fiber Identifier with Signal Injection/Identifier recognizes the low-frequency signal online injection, without disrupting other online optical fibers.
Optical Fiber Identifier with High Accuracy (Lightweight)ID: GT00ZP00ZV Call for Quote
This instrument measures and displays the information about the traffic inside an optical fiber cable
GAOTek Optical Fiber Identifier with Multi Adapter (Signal Indicator)ID: GAO-OFI-105 Call for Quote
This Optical Fiber Identifier with Multi Adapter (Signal Indicator) is an essential fiber installation and maintenance instrument for detecting optical signals in SM fibers comes with 4 types of adapter heads (Ø0.25, Ø0.9, Ø2.0 and Ø3.0).
GAOTek Optical Fiber Identifier with Large Range (Long Battery)ID: GAO-OFI-106 Call for Quote
This Optical Fiber Identifier with Large Range (Long Battery) uses fiber interference technology for quick identification of cables which are usually buried in the wells or wire poles for a maximum test range of 37.28 mi (60 km).
GAOTek Optical Fiber Identifier with OFI & VFL (Low Battery Sign)ID: GAO-OFI-107 Call for Quote
This Optical Fiber Identifier with OFI & VFL (Low Battery Sign) allows the user to maintain data traffic through an optical fiber cable and is used for optical fiber installation and maintenance.
GAOTek Optical Fiber IdentifierID: C0230004tek Call for Quote
This Optical Fiber Identifier is a low cost, portable instrument designed to detect optical signals without disrupting traffic. It is portable and easy to use.
GAOTek Optical Cable IdentifierID: GAO-OFI-109 Call for Quote
This Optical Cable Identifier is designed for fast identification of cables, which is buried underground and comes with a maximum test range of 37.3 miles
Portable Optical Fiber IdentifierID: C0230002tek Call for Quote
This portable optical identifier is an easy to use device which quickly identifies the direction of transmitted fiber without disrupting the current service.
Compact Fiber Optic IdentifierID: C0230001tek Call for Quote
This compact fiber optic identifier is an easy to use test device used to detect signals on optical fibers for a wavelength ranging from 800 nm~1700 nm using the safe and reliable macro-bending technology.