Compact Multichannel Insertion Loss and Return Loss Meter
The compact multichannel OP940 is an internally switched
Insertion Loss (IL) and Return Loss (RL) meter designed for MPO/MTP® testing. With a design that reduces setup time, cost, risk, and footprint, the OP940-CSW is the evolution of the MPO/MTP® testing experience that is used worldwide by industry leaders. The fastest and most accurate IL and RL test system in the industry is better than ever.
FEATURES & BENEFITS
Simplified Test Setup
The compact multichannel OP940 measures quickly and accurately without the use of mandrels or index matching gel.
Fastest IL/RL Measurement
A 12 channel, dual wavelength, IL and RL test with the compact multichannel OP940 takes less than 60 seconds.
The compact design of the OP940-CSW significantly reduces time and cost. With an MPO/MTP® front panel interface, there is no need to use expensive fanout cables that over-complicate the cable setup and more time-consuming to prepare. The reference and measurement processes are faster, more efficient, and less prone to error than ever before.
Most Accurate RL Measurement
The compact size of the OP940-CSW was achieved without compromising quality or accuracy. By making use of a wide dynamic range (SM, FTTX: -10dB to -80dB) for RL measurements, the OP940-CSW is able to adjust for attenuation in the reference setup, which results in the most accurate RL results in the industry.
* MTP is a registered trademark of US Conec Ltd.
MADE IN THE USA
We proudly design & manufacture our equipment in California, United States.
- Test Insertion Loss and Return Loss in Seconds
- Set Return Loss Reference Position and Value
- Measure Return Loss at Multiple Connection Points through the Front Panel
- Produce Cable Test Reports or Labels through Software
- Programmable Pass/Fail
- Available in Single Mode, FTTX
- On Screen Help
- Easy to Use
Talk to one of our sales engineers at +1(805) 987-1700 to learn more about our custom solutions.
|Return Loss||Single Mode,FTTX|
|Source Wavelength||1310nm, 1550nm,
|-10dB to -80dB|
|Measurement Linearity||±1dB (-12 to -72dB), ±2dB (-72dB to -75dB), ±5dB (-75dB to -80dB)|
|Distance Range||up to 2500 meters|
|Mandrel-free minimum distance||1.7 meters (both reflections <-45dB)|
|Insertion Loss||Single Mode||FTTX|
|Source Center Wavelength||±30nm from nominal||±30nm from nominal|
|Internal Fiber||9/125μm (SMF28)||9/125μm (SMF28)|
|Output Power (typical)||-3.5dBm||-4.5dBm|
|Insertion Loss Stability(1)||±0.02dB||±0.02dB|
Measurement Linearity (Relative Accuracy)(2)
|Deviation ± 0.05dB||0dBm to -65dBm at 1490nm|
|Deviation ± 0.01dB||<10dB power variation|
(1)Over 1 hour with a max. change of 1ºC. (2)For 1, 2, and 3mm detectors.
|Measurement Timing||Single Mode||FTTX|
|IL and RL, Dual Wavelength||3s*||6s|
|Switching Time (Multichannel)||100ms|
(1) Measurement timing is per channel
|Dimensions||30.5cm x 14.5cm x 22cm|
|Power Supply||90VAC … 264VAC; 47Hz to 63Hz; 0.7Amps (115VAC) 0.4Amps (230VAC); Fuse: T1A, 250V|
|Warm-up time||5-15 minutes|
|Operating Temperature||5℃ to 40℃|
|Maximum Relative humidity*||80%|
(1) For temperatures up to 31°C, decreasing linearly to 50% relative humidity at 40°C.