|Wavelength Ranges||850 - 1625 nm|
|Measuring Range||-70 to +6 dBm and -50 to +26 dBm|
Optical Power Meter with a chip microcomputer control and the large-screen graphics LCD. The optical power meter can test the PM power to the light, light stability, insertion loss, optical transmittance, the reflectance of light and so on. It widely used in optical fiber communications, CATV, Fiber Optical Sensors etc. It is indispensable for scientific research and engineering construction.
|Minimum Order Quantity||5 Unit|
|Storage Temperature||-20 C ~ + 70 C|
|Modulated Light Output||2 kHz|
Keith Handheld Laser source series is microprocessor-controlled intelligent Handheld Laser source. It can be used to test the usual single-mode optical fiber connector loss, a single-mode fiber-optic network, LAN, FDDI, ATM, FTTH fiber optic systems, It also can test the telecommunications networks, CATV systems which need large dynamic range test system maintenance. The handheld stable source with the international advanced level in the micro-processing hardware, software technology, microelectronic technology, and surface mount (SMT) technology provides its users with high performance, high reliability, which is the best performance at home and the most practical appearance of the light source. With the current international advanced level, the handheld light source provides continuous or modulated light output in the state of the two working conditions.
|Display Size||2.4 Inches|
|Display Screen||Colour LCD Touch Panel|
The Fiber Identifier FID-30R includes an optical power meter and succeeds the FID-25R while the FID-31R, the updated standard model, replaces the FID-26R. The fiber identifiers, used for identifying the light power presence in optical fibers, include three detecting functions: TONE, TRAFFIC, and ONU. Both models include a trigger operated clamp to macro-bend the fiber in order to leak light which is then detected by two photosensors. The fiber identifiers can detect the presence of several kinds of light signal and indicate signal directions. The trigger lock function ensures the fiber is clamped with constant pressure, while LCD touch panel equipped with a backlight function, allows the user to view the estimated optical power in the fiber and select the desired wavelength. Identification of modulated tones at 270Hz, 1kHz, and 2kHz is provided, along with continuous wave and ONU signals. Users are also able to select from three detection sensitivity modes; normal, fast and fine. The fiber identifiers can be used for UV-coated fiber, 0.9mm diameter tight buffered fiber, fiber cord up to 3mm in diameter, and fiber ribbon with up to 12 fibers.
|Minimum Order Quantity||1 Unit|
|Type of OTDR Test||To Find Faults, Verify Splice Loss, Distance Measurement|
|Kind of Application||Business/Commercial|