Multichannel Optical Power Meter
The OP710 offers an economical approach for optical power measurement applications where multiple channels are needed. This versatile instrument is built with individual power meters allowing for unparalleled simultaneous data acquisition over all channels. Its low cost of deployment, scalability, and ease of use make the OP710 an integral part of test systems at every corner of the fiber optic industry, from production environments to research and development.
NOTE: Also available with High Power Detectors. Click here for details.
* OptoTest offers a variety of calibration services click here to learn more.
FEATURES & BENEFITS
Individual Power Meters
Each OP710 can be built with up to 24 individual optical power meters capable of measuring output power simultaneously. These power meters are compatible with our entire standard range of adapters to test any combination of connector types.
Robust Operative Ranges
The OP710 is available with both InGaAs and Silicon detectors, each with its own optimal wavelength spectrum and measurement range. Choose the detector type, size, and appropriate adapter to best fit your application.
- Measurement range
InGaAs: +6dBm to -72dBm
Silicon: +3dBm to -65dBm
- Broad wavelength spectrum
InGaAs: 830nm to 1700nm
Silicon: 400nm to 1100nm
You can count on each detector of the OP710 to provide the speed and accuracy needed to meet the most demanding test requirements. Measure at speeds of up to 80 samples/second with an accuracy for relative measurements of ± 0.02dB* and front panel display resolution down to 0.001dB.
* For signals varying a maximum of 5dB.
When paired with the right source and software, test systems with the OP710 can serve all kinds of functions. Whether you need long-term discontinuity measurement, high variability production testing, or stability measurement, a test system that includes the OP710 is the way to go. As your needs change and you shift to new types of testing, the applications for the OP710 can change with you.
- Relative accuracy of 0.02dB
- Measurement display resolution down to 0.001dB
- Variable sampling rate via software
- Can be controlled remotely via USB
- Integrated temperature monitoring
- Convenient 19-inch rackmount frame
- Easy to Use
Discontinuity and Fluctuation
High Channel Count
High Variability Production
Transceiver Testing and Validation
Talk to one of our sales engineers at +1(805) 987-1700 to learn more about our custom solutions.
Measurement Resolution<10dB power variation<10dB power variation<10dB power variation<10dB power variation<10dB power variation
|Optical Power Meter||1mm InGaAs||3mm InGaAs||5mm InGaAs||5mm InGaAs||5mm InGaAs|
|Measurement Range||+6dBm to -72dBm|
|+3dBm to -72dBm|
|0dBm to -65dBm|
|0dBm to -55dBm|
|0dBm to -65dBm|
|Wavelength Range||850nm to 1650nm||400nm to 1100nm|
|Selectable Wavelength||Standard wavelengths (850nm, 980nm, 1300nm, 1310nm, 1490nm, 1550nm, 1625nm)||Standard wavelengths|
(650nm, 850nm, 980nm)
|Measurement Resolution||(Display) 0.001dB|
|Absolute Accuracy||±0.25 dB at calibration conditions for all NIST traceable wavelengths|
|Measurement Speed||Up to 80 samples/second|
|Measurement Linearity (Relative Accuracy)|
|Deviation ± 0.05dB||+3dBm to -65dBm at 1490nm||0dBm to -65dBm at 1490nm||0dBm to -55dBm at 1490nm||0dBm to -45dBm at 1490nm||0dBm to -55dBm at 980nm|
|Dimensions||19” Rack Standard: 16 ¾” x 3.5” x 8”|
|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°C to 40°C|
|Maximum Relative humidity*||95%|
* For temperatures up to 31°C, decreasing linearly to 50% relative humidity at 40°C.
|IN1||1mm InGaAs detector with 5/8” Adapter|
|IN3||3mm InGaAs detector with 5/8” Adapter|
|IN5||5mm InGaAs detector with 5/8” Adapter|
|IN10||10mm InGaAs detector with 5/8” Adapter|
|HP||2mm High Power InGaAs detector with 5/8” Adapter|
|SI3||3mm Silicon detector with 5/8” Adapter|
|R||Electrical port for Remote Head Detector|
- OPL-CLX multifiber connectors with production applications with database integration
- OPL-Max multifiber connectors with production applications
- OPL-Log optical datalogging for temperature and humidity
- OPL-7 measure the power output on all channels of the OP710
- OPL-PowerRT simultaneous insertion loss testing on multiple channels
- SDK create custom software and integrate into existing systems through the DLL library
(Labview®, Visual Studio® & Python® are examples of the most commonly used development packages.)