FIBER OPTIC CHARACTERIZATION KIT (OPTICAL SOURCE CHARACTERISTICS AND POWER MEASUREMENT)

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FIBER OPTIC CHARACTERIZATION KIT (OPTICAL SOURCE CHARACTERISTICS AND POWER MEASUREMENT) Specification

Type
Fiber Optic Characterization Kit

Material
High-grade Metal, Plastic, Optical Components

Size
Portable, Field-use Design

Input Voltage
100-240V AC, 50/60 Hz (with adapter)

Color
Black/Blue

Dimension (L*W*H)
400 x 320 x 140 mm

Capacity
Supports SM/MM Fiber Types

Noise Level
< 45 dB (Instrument Operation)

Battery
Rechargeable Li-Ion, 8-hour operation

Operating Temperature
-10°C to +50°C

Connector Type
Interchangeable FC, SC, ST adapters

Data Storage
Built-in memory for 1000 readings

Display Type
Digital LCD with backlight

Wavelength Range
850 nm, 1300 nm, 1310 nm, 1550 nm (depending on source unit)

Accessories Included
Carrying case, cleaning tools, power adapter, fiber pads, user manual

Optical Source Type
Laser Diode/LED with interchangeable modules

Storage Temperature
-20°C to +60°C

Calibration
Factory calibrated, NIST traceable

Output Power Range
-7 dBm to -15 dBm (typical, depending on wavelength)

Measurement Accuracy
±0.2 dB

Application
Fiber optic link characterization, insertion loss measurement, power testing, attenuation assessment, optical source verification

Power Meter Range
+5 dBm to -70 dBm

About FIBER OPTIC CHARACTERIZATION KIT (OPTICAL SOURCE CHARACTERISTICS AND POWER MEASUREMENT)

Featured as a wondrous solution for fiber professionals, the FIBER OPTIC CHARACTERIZATION KIT delivers unprecedented accuracy and capability. Utilise this offer to find terrific performance in optical source characteristics and power measurement across multiple wavelengths (850/1300/1310/1550 nm). The kit includes interchangeable laser diode/LED modules, a digital LCD display, and comprehensive accessories. Its high-grade metal and plastic construction, coupled with a portable, field-use design, ensures resilience and convenience. Achieve reliable measurements with factory calibration and efficient rechargeable Li-Ion battery, making it ideal for insertion loss testing, attenuation assessment, and more.

Outstanding Performance Across Diverse Applications

The FIBER OPTIC CHARACTERIZATION KIT is tailored for applications in telecom centers, data centers, laboratories, and field installations. Used for fiber optic link characterization, insertion loss measurement, power testing, and optical source verification, this kit sets itself apart with its versatile wavelength range, factory-calibrated accuracy, and interchangeable components, offering primary competitive advantages. Field professionals and technicians benefit from its robust construction, portability, and reliable data storage of up to 1000 readings.

Flexible Payment & Seamless Supply Process

Benefit from flexible payment terms when ordering the FIBER OPTIC CHARACTERIZATION KIT. Sample availability ensures you can evaluate before purchase. Once ordered, your kit is carefully packed & dispatched, with a streamlined order processing system to guarantee timely delivery. Each unit is handed over after thorough quality checks, ensuring supply ability even for bulk and export demands. From single units to large consignments, every step-from packing to dispatch-follows stringent quality standards.

FAQ's of FIBER OPTIC CHARACTERIZATION KIT (OPTICAL SOURCE CHARACTERISTICS AND POWER MEASUREMENT):

Q: How does the interchangeable optical source module enhance versatility?

A: The interchangeable module system allows users to switch between laser diode and LED sources for different wavelengths, expanding application possibilities for a variety of fiber types and testing requirements.

Q: What benefits does the built-in data storage feature offer?

A: With built-in memory for 1000 readings, users can conveniently record and retrieve measurements in the field without needing immediate data transfer, increasing efficiency during fieldwork.

Q: Where can this kit be typically used?

A: This kit is ideal for deployment in telecommunications facilities, network data centers, research laboratories, and for on-site fiber optic installation or maintenance projects.

Q: What is the process for calibrating the kit, and how accurate are the measurements?

A: Each unit is factory calibrated and NIST traceable, providing measurement accuracy within 0.2 dB, ensuring reliable performance across all supported wavelengths.

Q: When should the battery be recharged during field use?

A: The rechargeable Li-Ion battery supports up to 8 hours of continuous operation. It's recommended to recharge the device after a day's work or whenever the battery indicator drops to low levels.

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