Telecommunication Testing Equipments

Product Details:

Description:

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.
Features:

• Self-calibration function.
• High-performance import laser detector.
• High sensitivity and large dynamic range.
• Automatically converted Range.
• Small size, light weight, high reliability.
• Convenient field work.
• Line display or relative loss displayed.

Additional Information:

• Delivery Time: 1 week

Product Details:

Tough -– Rugged –- Cost-EffectiveThe Deviser AE Series Optical Power Meter is the ideal testing instrument for fibre network installation, debugging and maintenance in optical networks, CATV and FTTx.
Key benefits include:

• Pocket size, making it easy to carry
• Power Efficient with up to 50 hours’ battery life
• Extremely cost-effective
• Auto shut down and auto calibration
• LCD Backlit display.

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: New Delhi
• Delivery Time: 1 week

• This AQ1000 is specifically designed to increase the productivity of field personnel working on the installation and deployment of optical access networks such as Fiber To The Home (FTTH). Although it is positioned as an entry-level model, it still retains Yokogawa’s established standards of quality/reliability and features characteristics which are usually present in higher-level models, such as a high-quality capacitive multi-touch touchscreen and wireless connectivity

Additional Information:

• Minimum Order Quantity: 1 Unit

Product Details:

Easy to check fiber faults with visual red laser light FC, SC, ST General interface Sturdy and durable shell Constant output power Long inspection distance Operates in either CW (Continuous wave) or pulse (Both modes are available) Pen pattern design, convenient for use and carry Dust-proof design keeps fiber connectors clean Compact in size, light in weight, red laser output, both SM and MM available.

Introduction:

1. Central wavelength:650nm±10nm
2. Emitter type: LD
3. Output power: 10mW
4. Optical connector: 2.5mm universal connector
5. CW frequency: 2Hz
6. Power supply: 2 x AA Alkaline batteries(not include)
7. Operating temperature: -10~+60¿¿¿
8. Storage temperature: -20~+70¿¿¿
9. Dimension: 168mm*27mm

Additional Information:

• Pay Mode Terms: T/T (Bank Transfer)
• Port of Dispatch: Delhi
• Delivery Time: 1 week

Product Details:

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.

Features:

• Robust body design.
• Easy-to-use fiber clamp.
• Status indicator and adjustable settings for result retaining.
• Buzzer volume.
• Backlight brightness.
• Auto-dimming.
• Auto power off.