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Page 5 - Power Sensors

PM-212 Pocket Optical Power Meter - USB Probe
OPTOKON AS
The PM 212 optical power meter is a small, pocket size low cost item. The small size does not prevent the optical meter fulfilling all technical requirements for field equipment. The tester can be used as pocket power meter or as USB probe, part of testing workstation.  It can be placed within rack mount ODF’s with the ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.85-1.625um
Cooling Method: No cooling
PM-215-G-06 Portable Power Meter And USB Probe
OPTOKON AS
The PM-215-G(L) optical power meter is a small, pocket size low cost item. The small size does not prevent the optical meter fulfilling all technical requirements for field equipment. The tester can be used as pocket power meter or as USB probe, part of testing workstation.  It can be placed within rack mount ODF’s with ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.85-1.7um
Cooling Method: No cooling
PM-215-MPO Pocket Optical Power Meter USB Probe
OPTOKON AS
The PM-215-MPO optical power meter is a small, pocket size low cost item. The small size does not prevent the optical meter fulfilling all technical requirements for field equipment. The tester can be used as pocket power meter or as USB probe, part of testing workstation. The unit can be easily carried in the pocket or on the ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.85-0.85um
Cooling Method: No cooling
Sensor For Laser Beam Intensity
Nedinsco BV
A metrology instrument, incorporating mechanics, optics and electronics, for accurate measurement of laser beam intensity.

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.3-10um
Cooling Method: No cooling, Convection, Water, Thermoelectric, Heatsink, Fan-cooled
PROLITE-57 Low Cost Optical Meter
Promax Electronica
PROLITE-57 is a portable, high quality PON optical power meter. It is specifically designed to meet the rapid growth of FTTx market with PON (Passive Optical Network) technologies. It is capable to measure all three signals (1310nm, 1490nm and 1550nm) that carry voice, data and video, so-called triple-play applications along a single ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 1.310-1.550um
Cooling Method: No cooling
PROLITE-67 Selective Optical Power Meter For FTTx-xPON
Promax Electronica
The PROLITE-67 is an instrument to measure simultaneously and in a selective way the three wavelengths used in fiberoptics. Thanks to this feature, you can certify any installation according to the new telecommunications policy. Connecting the fibre cable that comes from the distribution centre to the OLT plug and the fibre cable ...

Specifications

Max Average Power: 13 W
Effective Aperture: -- mm
Spectral Range: 1.310-1.550um
Cooling Method: No cooling
PROLITE-63B Low Cost Optical Power Meter
Promax Electronica
The PROLITE-63B is a functional and intelligent optical power meter. Under the situation of laboratory, LANs, WANs and CATV as well as long distance optical network, the optical power meters, together with PROMAX LASER sources can be used to identify optical fiber, measure optical attenuation, verify continuity and evaluate fiber ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.85-1.625um
Cooling Method: No cooling
PROLITE-17 Pocket Optical Meter
Promax Electronica
The PROLITE-17 pocket-sized optical power meter has compact structure and stable performance. It ensures high measuring precision of 850 nm, 1300 nm, 1310 nm, 1490 nm, 1550 nm and 1625 nm wavelengths. PROLITE-17 is ideal to be carried out at any time.  

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.85-1.625um
Cooling Method: No cooling
Model 358 UV Light & Intensity Energy Meters For High Intensity Steppers
OAI
This instrument is designed for use with the ASML High Intensity, Canon, Nikon, and Ultratech High Intensity Wafer Steppers. The microprocessor based Model 358 UV Light Intensity & Energy Meter performs measurement, storage and recall of nine series of readings. Reads intensity, energy, and time (4000 mW/cm², 999.9 mJ/cm²) for ...

Specifications

Max Average Power: 4 W
Effective Aperture: -- mm
Spectral Range: 0.356-0.436um
Cooling Method: No cooling
Model 357 UV Light Intensity & Energy Meter For Wafer Steppers
OAI
Designed for use with ASML, Nikon, Canon, GCA & Rudolph Technology Wafer Steppers, the Model 357 UV Light Intensity & Energy Meters is a microprocessor based instrument that performs measurement, storage, and recall of nine series of readings. It reads intensity, energy, and time (16-1600 mW/cm², 999.9 mJ/cm²x). For 400 and ...

Specifications

Max Average Power: 1.6 W
Effective Aperture: -- mm
Spectral Range: 0.365-0.540um
Cooling Method: No cooling
Model 308T Handheld UV High Intensity Light Meter
OAI
Built for high intensity applications the NEW OAI Model 308T UV Light Meter is a dependable, direct-reading instrument designed for measuring UV light intensity for UV curing. The Model 308T features detachable probes for use in the UVA, UVB and UVC ranges, plus a high speed serial port. Accuracy of the meter is within ±3%and ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.365-0.540um
Cooling Method: No cooling
Relative Accuracy 275-2000 Mw/cm2 Range: ±(.042% of reading +.450 mw/cm2 )
Model 308 Handheld UV Light Meter
OAI
Dependable and repeatable, The OAI Model 308 UV Light Meter is precise, direct-reading instrument designed to measure UV light intensity. The Model 308 features detachable probes for use in the UVA, UVB and UVC ranges, plus a high speed serial port and is available with an optional software package that facilitates instant data ...

Specifications

Max Average Power: -- W
Effective Aperture: -- mm
Spectral Range: 0.365-0.540um
Cooling Method: No cooling
Relative Accuracy 275-2000 Mw/cm2 Range: ±(.042% of reading +.450 mw/cm2)
- gRAY Laser Detector on a metal-core PCB (acts as heat sink), no thermal integration needed- 100 μW to 5 W power range- Sensitive to all wavelengths from UV to MIR- Integrated NTC thermistor- Simple, compact and robust mounting- Optional: NIST/PTB traceable calibration

Specifications

Max Average Power: 5 W
Effective Aperture: 10 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
- gRAY Laser Detector on a metal-core PCB (acts as heat sink), no thermal integration needed- 100 μW to 5 W power range- Sensitive to all wavelengths from UV to MIR- Integrated NTC thermistor- Simple, compact and robust mounting- Optional: NIST/PTB traceable calibration

Specifications

Max Average Power: 1 W
Effective Aperture: 4.4 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
n extremely compact, fully-integrated optical power meter, incorporating both the detector head and power meter under the same enclosure. The widest range of power levels (across 1 nW to 20 W) is measured with a single detector head. This eliminates the need to acquire several heads for different power ranges, improving usability ...

Specifications

Max Average Power: 20 W
Effective Aperture: 10 mm
Spectral Range: 0.025 -8um
Cooling Method: Heatsink
Highly sensitive thermal detector 100 μW to 5 W power range Sensitive to all wavelengths from UV to MIR Compact design Linear power response Attractive OEM pricing

Specifications

Max Average Power: 5 W
Effective Aperture: 10 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Highly sensitive thermal detector 100 μW to 1 W power range Sensitive to all wavelengths from UV to MIR Compact design Linear power response Attractive OEM pricing

Specifications

Max Average Power: 1 W
Effective Aperture: 4.4 mm
Spectral Range: 0.19-15um
Cooling Method: Convection, Other
Laser Detector on a metal-core PCB (acts as heat sink), no thermal integration needed Absolute power sensing of lasers down to 10 µW Simple, compact and robust mounting Sensitive to all wavelengths from UV to MIR 10 mm aperture Wide power range from µW to W Thermal background compensation Optional: integrated NTC or ...

Specifications

Max Average Power: 5 W
Effective Aperture: 10 mm
Spectral Range: 0.19-15um
Cooling Method: Convection
Absolute power sensing of laser beams up to 50 W Highly sensitive thermopile sensor Sensitive to all wavelengths from UV to MIR 200 ms rise time Compact and robust design for system integratio

Specifications

Max Average Power: 50 W
Effective Aperture: 26 mm
Spectral Range: 0.19-15um
Cooling Method: No cooling