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Minimum Order
Place of Origin:
CHINA
Price for Minimum Order:
-
Minimum Order Quantity:
1 Piece
Packaging Detail:
carry case
Delivery Time:
3 days
Supplying Ability:
-
Payment Type:
T/T
الشخص الذي يمكن الاتصال به bella
baixia, Nanjing, Jiangsu
OrienTek T*9P Pentype Visual Fault Locator
Visual fault locator (also called laser fault locator or **0nm fault locator) is a handheld device using **0nm or **5nm visible laser source that emits a bright beam of laser light into a fiber, allowing the user to visually detect a fiber fault for up to 5 km.
With these fault locators you can easily isolate high losses and faults in optical fiber cables. The bright beam of **0nm or **5nm red light in a fiber allows you to see a break as a glowing or blinking red light. Two versions are available: one with a universal port for 2.5mm ferrule connectors (FC, SC, ST, E***0, DIN), and one which includes an adapter that allows use with 1.*5mm ferrule connectors as well (LC, MU).
Features of Orientek T*9P Visual Fault Locator(Laser Fault Locator):
Laser Fault Locators provide the capability to trace fiber routes for end-to-end continuity. Locate breaks within the deadzone of an OTDR, bad splices, potential fiber problems caused by imperfections as well as microbends and macrobends. These devices also can be used as fiber identifiers. They can operate on multimode or singlemode fibers independent of the transmission wavelength. Visible beams make results easily noticeable. Laser fault locators are excellent instruments for locating fiber faults and other anomalies where the pulse width of the laser used in OTDRs won't allow measurements to be made. Applications include LAN, WAN, fiber data links, telephone and CATV.
A **0nm fault locator is used for cable fault detection over short to moderate distances.
These visual fault finders use the more effective **5 nm wavelength. They comply with the safety requirements for Class 1 or 2 laser devices.
Visual Fault Finder is an economical, yet highly effective visual fault location unit. These devices typically couple **0uW of **0nm(or **5nm) Laser light into the fiber core, allowing for instant identification of fiber breaks, micro or tight macrobending, even through tight buffered or unbuffered fiber.