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- About Us
Multifiber IRL Meter
Platform+modular design, conservative application expansion
RL winding free test, single core dual wavelength test speed less than 1 second
RL minimum detectable -75dB (single mode)
The shortest measurement fiber length is 0.7 meters
Rich and interchangeable, high reliability detector adapter connectors
Supports multiple control methods such as network and USB
Automatically save test data reports and support remote control
Product Overview
The Dimension multi-core insertion loss tester options a high stability light source and a high precision optical power meter to achieve wind free return loss testing and high speed insertion loss testing The single wavelength loss detection time is less than 0.5s, and the minimum return loss detection can be achieved by -75dB RLM includes a total of 6 test wavelengths for both single mode and multi-mode (multi-mode: 850nm, 1300nm, single mode: 1310nm, 1490nm, 1550nm, 1625nm) The optimized integration sphere can measure the losses of dense multi-channel MTP/MPO connectors as well as losses on dual LC and other devices The rapid and accurate measurement function of RLM is an effective tool for improving production efficiency and quality control
Main advantages
Platform+modular design, conservative application expansion
RL winding free test, single core dual wavelength test speed less than 1 second
RL minimum detectable -75dB (single mode)
The shortest measurement fiber length is 0.7 meters
Rich and interchangeable, high reliability detector adapter connectors
Supports multiple control methods such as network and USB
Automatically save test data reports and support remote control
Main applications
Performance testing of jumpers and connectors
Performance testing of optical passive devices
Platform+modular testing
The 11 slot OMEGA universal optical testing platform with conventional application expansion and dimension technology can be compatible with various functional testing modules including RLM series insertion and return loss testing modules, and has hot swappable and; Significant advantages include programmability, strong scalability, ease of maintenance and management, and low overall cost
Customers can purchase other functional modules for functional expansion in the future, such as connecting optical switches, optical observers, stable light sources, bit error meters, high speed optical power meters, and other functional testing modules, which can achieve one stop testing of various optical properties of optical devices and other products
RL wrap free test, dual wavelength test speed less than 12s (MPO12)
Based on the principle of optical time domain detection, the return loss can be tested without wrapping, and the integrated design can achieve simultaneous testing of insertion loss and return loss Adopting high speed sampling circuit and algorithm optimization, the dual wavelength testing speed is less than 12 seconds (MPO12)
RL minimum detectable -75dB (single mode), The shortest measurement fiber length is 0.7 meters
By using self-developed high sensitivity detection circuits and optimized software algorithms, the RL can achieve a minimum detection of -75dB (single mode), meeting the detection requirements of high performance patch cores (SM/APC)
Rich and interchangeable, high reliability detector adapter connectors
To meet the different needs of customers, Dimension has developed a series of rich and interchangeable, high reliability detector adapter connectors, which are easy to use and optimized for design They are compatible with MPO connectors and dual LC connectors, and do not require repeated plugging and unplugging in one test
The software UI is consistent and clear, making it easy for users to use
Based on feedback from different customers, the optimized software UI is consistent and clear Users can customize test reports and automatically save and upload test data and reports
Interface Selection Table
Performance parameter
Basic product model | RLM1112A-1FA-24 | RLM5156A-1FP-24 | |
Light source | Fiber type | Single mode 9/125 | Multimode 50/125 |
Light source wavelength | 1310/1550nm | 850/1300nm | |
Insertion loss light source type | Laser | LED/Laser | |
Environmental flux standard | NA | IEC-61280-4-1 | |
Insertion loss* | Insertion loss stability* | ± 0.02dB (< 0.5H) ± 0.03dB (< 8H) | |
Repeatability* | ± 0.02dB | ||
Insertion loss test accuracy* | 0-1dB: ± 0.02dB 1-5dB: ± 0.ldB 5-10dB: ± 0.5dB | 0~ldB: ± 0.02dB 1-5dB: ± 0.ldB | |
Return loss* | Scope of return loss testing* | 30-80dB | 15~-60dB |
Return loss test accuracy* | -30-70dB: ± 1.0dB -70-75dB: ± 2.0dB | -15-50dB: ± 1.0dB -50~-55dB: ± 2.0dB | |
Other | Fiber length (shortest) | DUT RL (both ends)> 50dB: 0.6 meters DUT RL (both ends)< 50dB: 1.5 meters | |
Single measurement time | ≤18s (Quick mode: SM MPO12< 10S; MM MPO12< 12S) | ||
Display resolution | 0.01dB | ||
Host section | Working power supply | AC90~260V/50HZ | |
Stable startup time | 30 minutes (storage and usage temperature consistent) 90 minutes (storage and usage temperature consistent) | ||
Working temperature | 10 ℃~40 ℃ | ||
Storage temperature | 40 ℃~70 ℃ | ||
Size | ALPHA chassis: 359mm * 274mm * 115mm | ||
*Default testing conditions for relevant parameters: The equipment is heated up for 30 minutes&Nbsp; Environmental temperature of 23+/-1 ℃&Nbsp; FC/PC single core jumper If multi core wire is used for verification, the error variable caused by the optical switch needs to be added to the parameters (+/-0.03dB) |
Ordering information
Example:
RLM1112A-1FA; Non winding plug in loss tester module; Wavelength 1310/1550; Single mode 9/125; InGaAs; 2mm; Light source output port 1CH; Interface type FC/APC
[1] The two digits represent two last positions, and customers can choose the last wavelength from the list or customize the last wavelength
Note information: RL implementation method A/C model supports dual laser wavelengths, with two digit codes representing two laser wavelengths Customers can choose laser wavelengths from the list or customize laser wavelengths Model B supports 4 single mode wavelengths, and the last wavelength needs to be selected as XX
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