Digital Portable Palm OTDR Meter Tester RY-OT4000 32/30dB 1310nm/1550n
Digital Portable Palm OTDR Meter Tester RY-OT4000 32/30dB 1310nm/1550n
RY-OTDR4000 Palm OTDR TesterOTDR Wavelength, 1310nm/1550nm Single-Mode 32/30dB
offer top quality Digital Portable Palm OTDR Meter Tester RY-OT4000 32/30dB 1310nm/1550n
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images of Digital Portable Palm OTDR Meter Tester RY-OT4000 32/30dB 1310nm/1550n
Digital Portable Palm OTDR Meter Tester RY-OT4000 32/30dB 1310nm/1550n
Overview
RUIYAN OTDR-4000 series portable optical time domain reflectometry (OTDR) is the latest FTTx optical fiber cable-based test instrument. It has light weight, elegant appearance, small size, easiness of installation and maintenance, high-capacity built-in battery. It provides multiple built-in test wavelengths and optical testing functions like visual fault locator (VFL). As a new product specially designed for FFTx network testing, it provides site technicians with the highest performance and upgrade services.
Features
Advanced anti-reflective LCD, display interface is clearly visible in bright light
(VFL)Visual fault location function
It provides high-speed USB port, waveform file conversion and printing convenience
Long-lasting lithium battery, ideal for long-time outdoor construction work
Online upgrade function, users do not have to go back to original factory to upgrade the system.
Main functions
1. Fast automatic test
Automatic test function allows the user not to have to know more details about the equipment operation, test steps become very simple. User only needs to connect in the optical fiber, click Test button, then the instrument will automatically set optimal test conditions and eventually give accurate test results, such as the test curve and event lists.
Automatic test function allows the user not to have to know more details about the equipment operation, test steps become very simple. User only needs to connect in the optical fiber, click Test button, then the instrument will automatically set optimal test conditions and eventually give accurate test results, such as the test curve and event lists.
2. Fast curve analysis
It can find out the event point or failure point in test curve and its location information quickly and accurately test curve, and list all event information in the circuit in the form of event list. This is very helpful for circuit maintenance personnel, not only improves the testing efficiency, but also eliminates the need to learn difficult background knowledge.
It can find out the event point or failure point in test curve and its location information quickly and accurately test curve, and list all event information in the circuit in the form of event list. This is very helpful for circuit maintenance personnel, not only improves the testing efficiency, but also eliminates the need to learn difficult background knowledge.
3. Powerful document management
In addition to the ability to store, view, delete the files in the machine, it also provides PCL language-based laser or jet printers to print test reports. Besides, it also utilizes PC software to realize high-speed communications with PC via USB cable.
In addition to the ability to store, view, delete the files in the machine, it also provides PCL language-based laser or jet printers to print test reports. Besides, it also utilizes PC software to realize high-speed communications with PC via USB cable.
4. Convenient VFL function
With visual IR VFL function, it can easily and quickly the locations of disconnecting points or big loss points in short-distance optical fibre links, so that the maintenance personnel could take measures in shortest time therefore saving a lot of time.
With visual IR VFL function, it can easily and quickly the locations of disconnecting points or big loss points in short-distance optical fibre links, so that the maintenance personnel could take measures in shortest time therefore saving a lot of time.
5. Manual test mode
Users can choose real-time test mode or average test mode according to the testing needs. Real-time test can fast test the dynamic change of optical-fibre links. It is mainly used for the connecting occasions requiring monitoring or observing optical-fibre links at real time.
Users can choose real-time test mode or average test mode according to the testing needs. Real-time test can fast test the dynamic change of optical-fibre links. It is mainly used for the connecting occasions requiring monitoring or observing optical-fibre links at real time.
6. Average test mode
Average test mode is used to withhold the noise in test curves to the most extent, therefore obtain more accurate testing results. In average test mode, the number of averaging tines will influence the effects of suppressing the noise in test curves. The bigger the number of time is, the effect the time is, but the testing time is to be extended accordingly. Therefore, user should set averaging time based on actual need.
Average test mode is used to withhold the noise in test curves to the most extent, therefore obtain more accurate testing results. In average test mode, the number of averaging tines will influence the effects of suppressing the noise in test curves. The bigger the number of time is, the effect the time is, but the testing time is to be extended accordingly. Therefore, user should set averaging time based on actual need.
7. Dead zone test mode
It is suitable for the test of ultra short-distance optical fibre.
It is suitable for the test of ultra short-distance optical fibre.
Specifications
| Model | RY-OT2000 | RY-OT1000 | RY-OT4000 | RY-OT5000 |
| wavelength | 1310nm/1550nm | 850nm/1300nm | 1310nm/1550nm | 1310nm/1550nm/1490nm |
| Fiber Type | Single-Mode | Single-Mode | Single-Mode | Single-Mode |
| Dynamic Range | 15/16dB | 22/23dB | 32/30dB | 36/35dB |
| Measurement range (single ) | 50-60KM | 80-100KM | 140-160KM | |
| Event dead zone | 0.8m/0.1-16m | |||
| Accuracy | +(1m+ Sampling interval +0.003%*Distance) (excluding refractive index imbedding error) | |||
| Resolution | 0.1m-16m | |||
| Loss Threshold | 0.01dB | |||
| Linearity | 0.05dB/dB | |||
| VFL output power | 5mW | |||
| Measurement range (single ) | 1.6km-80km | |||
| Pulse width (single mode) | 10ns~1024ns | |||
| Number of sampling points | 65K | |||
| Waveform storage capacity | 1000 frames | |||
| Range of refractive index | 1.00000~2.00000 | |||
| Range of optical-cable correction factor | 0.80000~1.0000 | |||
| Display | Color TFT LCD, 5.1 inch, 640*480 | |||
| Port | USB | |||
| Optical output port | FC/PC | |||
| Power supply | AC/DC adapter: | |||
| AC input: 100V~240V(1.5A) | ||||
| Output DC: 9V(2A) | ||||
| Power frequency: 50Hz~60Hz | ||||
| Internal lithium battery: 7.4V, 3200mAh | ||||
| Working hours of battery: 10 hours (normal temperature) | ||||
| Menu language | Simplified Chinese/English | |||
| Environmental requirements | Storage temperature: -40°C~70°C(exclusive of battery) | |||
| Relative humidity 5%-95%, no condensation | ||||
| Dimensions | 215mm*130mm*66mm | |||
| Weight | About 1kg | |||
Note: the price here is only for RY-OT4000.
By default, we will ship the product with voltage and frequency standard in the recipient's country. If you need something different, please send us a message.
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