The FIBERMASTER optical fiber tester from Trend, model R240-SIPV, is an advanced and reliable device for network engineers and technicians, designed for performing accurate OTDR tests in industrial and commercial environments.
This device, utilizing single-mode technology, provides the capability to accurately measure cable length, signal loss, and identify fault points in fiber optic networks.
With a simple user interface and a high-resolution display, operators can quickly analyze technical data and make precise technical decisions for network maintenance and repairs.
Key Features of the FIBERMASTER Optical Fiber Tester from Trend, model R240-SIPV
- Support for single-mode optical fiber for long-distance applications
- Capability for accurate cable length and loss measurement with high precision
- Automatic identification of faults, connections, and branches
- Graphical display with readability under various lighting conditions
- Ergonomic and durable design for use in industrial environments
- High processing speed for delivering results in a short time
Technical Specifications
| Feature | Value |
| Fiber Type | Single-mode |
| Main Application | OTDR Testing and Troubleshooting |
| Display | Graphical |
| Measurement Accuracy | High |
| Usage Environment | Industrial and Commercial |
Frequently Asked Questions
Is the FIBERMASTER optical fiber tester from Trend, model R240-SIPV suitable for multimode fibers?
No, this model is specifically designed for single-mode optical fibers and is suitable for long-distance applications.
Is it possible to store test results in the device?
Yes, the device has the capability to store test results for later review and analysis.
Does this device require periodic calibration?
Yes, like all precise measuring equipment, it is recommended to calibrate the device periodically to ensure result accuracy.
Conclusion
The FIBERMASTER optical fiber tester from Trend, with its high accuracy, reliability, and user-friendly design, is an essential tool for any technical team seeking to optimize and maintain fiber optic networks.
This device, by providing accurate and rapid data, helps reduce network downtime and increase productivity.
