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Page 9 - Energy and Power Sensors

ME-O-LASER-STAR-2 Laserstar Single Channel Versatile Laser Power Energy Meter
Rockwell Laser Industries Inc
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ME-O-LASER-STAR-2 Laserstar Single Channel Versatile Laser Power Energy Meter
The dual channel model enables user to simply plug in any of Ophir\'s thermal, pyroelectric, photodiode or RP sensors and measure two channels independently, or the ratio or difference between them in real time. Up to 10 data files (54,000 points total) can be stored for onboard review or downloading to computer even if Laserstar has ...

Specifications
Detector Compatibility: Photodiode, Pyroelectric, Thermopile
Min Measurable Energy: <1 pJ
Max Measurable Energy: <100 kJ
Min Measurable Power: <10 pW
Max Measurable Power: <100 kW
...
Data Sheet
ME-O-LASER-STAR-1 Laserstar Single Channel Versatile Laser Power Energy Meter
Rockwell Laser Industries Inc
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ME-O-LASER-STAR-1 Laserstar Single Channel Versatile Laser Power Energy Meter
Up to 10 data files (54,000 points total) can be stored for onboard review or downloading to computer even if Laserstar has been switched off. The built-in RS232 interface and StarCom PC software allow on-line processing of data or processing previously stored data; results are displayed graphically on a PC. To support PC ...

Specifications
Detector Compatibility: Photodiode, Pyroelectric, Thermopile
Min Measurable Energy: <10 pJ
Max Measurable Energy: <100 kJ
Min Measurable Power: <10 pW
Max Measurable Power: <100 kW
...
Data Sheet
UVP UVX Radiometer
UVP LLC
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UVP UVX Radiometer
This digital UVP UVX Radiometer is used with one of the three interchangeable sensors (ordered separately) for measuring 254 nm, 302 nm and 365 nm UV wavelengths. Measurement of lamp irradiance is the most effective way to monitor the useful life of any UV light source. Unit includes a port for attachment of a chart ...

Specifications
Detector Compatibility: Other
Min Measurable Energy: Not Applicable
Max Measurable Energy: <100 J
Min Measurable Power: <1 mW
Max Measurable Power: <1 W
...
Data Sheet
J-225 254 nm Shortwave Meter
UVP LLC
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J-225 254 nm Shortwave Meter
The UVP J-Series UV meters are photovoltaic devices for taking accurate and repeatable readings of UV light sources in either the 365 nm or 254 nm UV range. All meters and sensors are individually serialized for traceability of calibration. Calibration is recommended every six months and is certified to meet published standards and ...

Specifications
Detector Compatibility: Other
Min Measurable Energy: Not Applicable
Max Measurable Energy: Not Applicable
Min Measurable Power: <1 mW
Max Measurable Power: <100 W
...
Data Sheet
J-221 365 nm Longwave Meter
UVP LLC
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J-221 365 nm Longwave Meter
The UVP J-Series UV meters are photovoltaic devices for taking accurate and repeatable readings of UV light sources in either the 365 nm or 254 nm UV range. All meters and sensors are individually serialized for traceability of calibration. Calibration is recommended every six months and is certified to meet published standards and ...

Specifications
Detector Compatibility: Other
Min Measurable Energy: Not Applicable
Max Measurable Energy: Not Applicable
Min Measurable Power: Other
Max Measurable Power: <100 W
...
Data Sheet
High Sensitivity Thermal Laser Sensor RM9 with Chopper
Ophir
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High Sensitivity Thermal Laser Sensor RM9 with Chopper
The RM9 radiometer system is a sensor and optical beam chopper combination for measuring the power of very low level CW or quasi CW light sources. The RM9 sensor has a pyroelectric element to measure a wide dynamic range of radiation, from <100nW to 100mW. It has an 8mm aperture and covers the spectral range from 0.15µm to 12µm. ...

Specifications
Power Range (Power Mode): 0.0001-0.1W
Energy Range (Energy Mode): 00-00J
Spectral Range: 0.15-12um
Aperture: 8 mm
Cooling: No Cooling
Data Sheet
Medium Power Thermal Sensor L50(300)A-LP2-65
Ophir
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Medium Power Thermal Sensor L50(300)A-LP2-65
The L50(300)A-LP2-65 is a thermal power/energy laser measurement sensor for high power density and long pulse lasers. This sensor also measures air coupled pulses from IPL dermatological sources. It is similar to the L50(300)A-IPL but does not have the window so is for air coupled sources only. It gives the most accurate measurements ...

Specifications
Power Range (Power Mode): 0.4-300W
Energy Range (Energy Mode): 0.2-1000J
Spectral Range: 0.25-2.2um
Aperture: N/A mm
Cooling: No Cooling
Data Sheet
Medium Power Thermal Sensor L50(300)A
Ophir
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Medium Power Thermal Sensor L50(300)A
The L50(300)A is a general purpose thermal power/energy laser measurement sensor with a 65mm aperture. It can measure from 400mW to 50W continuously and to 300W intermittently. It can measure energy from 200mJ to 300J. It has the spectrally flat broadband coating and covers the spectral range from 0.19 to 20µm. The sensor comes ...

Specifications
Power Range (Power Mode): 0.4-300W
Energy Range (Energy Mode): 0.2-300J
Spectral Range: 0.19-20um
Aperture: N/A mm
Cooling: No Cooling
Data Sheet
Medium Power Thermal Sensor L50(250)A-BB-50
Ophir
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Medium Power Thermal Sensor L50(250)A-BB-50
The L50(250)A-BB-50 is a general purpose thermal power/energy laser measurement sensor with a 50mm aperture. It can measure from 300mW to 50W continuously and to 250W intermittently. It can measure energy from 100mJ to 4000J. It has the spectrally flat broadband coating and covers the spectral range from 0.19 to 20µm. The ...

Specifications
Power Range (Power Mode): 0.3-250W
Energy Range (Energy Mode): 0.1-4000J
Spectral Range: 0.19-20um
Aperture: N/A mm
Cooling: No Cooling
Data Sheet
Medium Power Thermal Sensor L40(150)A-IPL
Ophir
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Medium Power Thermal Sensor L40(150)A-IPL
L40(150)A-IPL sensor for gel measurements. This sensor is specially designed for measuring pulses from gel coupled IPL dermatological sources. It allows a widely divergent gel coupled beam to go through the unit without back reflections. The sensor has a 22x22mm aperture that can also sample larger sized sources and can measure ...

Specifications
Power Range (Power Mode): 00-00W
Energy Range (Energy Mode): 0.1-2000J
Spectral Range: 0.5-1.3um
Aperture: N/A mm
Cooling: No Cooling
Data Sheet
Medium Power Thermal Sensor L40(250)A-LP2-50
Ophir
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Medium Power Thermal Sensor L40(250)A-LP2-50
The L40(250)A-LP2-50 is a thermal power/energy laser measurement sensor for high power density and long pulse lasers. It has a 50mm aperture and can measure from 300mW to 40W continuously and to 250W intermittently. It can measure energy from 100mJ to 10,000J. The sensor is able to measure high power lasers of up to 10kW by measuring ...

Specifications
Power Range (Power Mode): 0.3-250W
Energy Range (Energy Mode): 0.1-10000J
Spectral Range: 0.25-2.94um
Aperture: N/A mm
Cooling: No Cooling
Data Sheet
Medium Power Thermal Sensor L40(250)A-BB-50
Ophir
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Medium Power Thermal Sensor L40(250)A-BB-50
The L40(250)A-BB-50 is a general purpose thermal power/energy laser measurement sensor with a 50mm aperture. It can measure from 300mW to 35W continuously and to 250W intermittently. It can measure energy from 100mJ to 4000J. It has the spectrally flat broadband coating and covers the spectral range from 0.19 to 20µm. The ...

Specifications
Power Range (Power Mode): 0.3-250W
Energy Range (Energy Mode): 0.1-4J
Spectral Range: 0.19-20um
Aperture: N/A mm
Cooling: No Cooling
Data Sheet
Medium Power Thermal Sensor L40(500)A-LP2-DIF-35
Ophir
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Medium Power Thermal Sensor L40(500)A-LP2-DIF-35
The L40(500)A-LP2-DIF-35 is a thermal power/energy laser measurement sensor for high power density and very small diameters lasers. It has a 35mm aperture and can measure from 300mW to 40W continuously and to 500W intermittently. It can measure energy from 100mJ to 2,000J. The sensor is able to measure high power lasers of up to 4kW ...

Specifications
Power Range (Power Mode): 0.3-500W
Energy Range (Energy Mode): 0.1-2000J
Spectral Range: 0.44-2.2um
Aperture: N/A mm
Cooling: No Cooling
Data Sheet
High Power Thermal Sensor L250W
Ophir
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High Power Thermal Sensor L250W
The L250W is a water cooled low profile thermal power/energy laser measurement sensor with a 50mm aperture. It can measure power from 1W to 250W and energy from 120mJ to 300J. It has the spectrally flat broadband coating and covers the spectral range from 0.19 to 20µm. The sensor comes with a standard 1.5 meter cable for ...

Specifications
Power Range (Power Mode): 1-250W
Energy Range (Energy Mode): 0.12-200J
Spectral Range: 0.19-20um
Aperture: N/A mm
Cooling: Water
Data Sheet
Sensor For Laser Beam Intensity
Nedinsco BV
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Sensor For Laser Beam Intensity
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
Data Sheet
PROLITE-57 Low Cost Optical Meter
Promax Electronica
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PROLITE-57 Low Cost Optical Meter
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
Data Sheet
PROLITE-67 Selective Optical Power Meter For FTTx-xPON
Promax Electronica
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PROLITE-67 Selective Optical Power Meter For FTTx-xPON
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
Data Sheet
PROLITE-63B Low Cost Optical Power Meter
Promax Electronica
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PROLITE-63B Low Cost Optical Power Meter
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
Data Sheet
PROLITE-17 Pocket Optical Meter
Promax Electronica
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PROLITE-17 Pocket Optical Meter
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
Data Sheet
Digital LuxMeter 51012
Yokogawa
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Digital LuxMeter 51012
The 510 series lux meter measures the intensity of illumination more accurately because its sensitivity approximates to the standard spectral luminous efficiency which is the same sensitivity as the human eye. However, since spectral characteristics differ depending on the light source types, a subtle indication error occurs. The ...

Specifications
Measurement Rate: 2 1/sec
Measurement Range: 0.0-99.9lx
Data Sheet
Digital LuxMeter 51011
Yokogawa
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Digital LuxMeter 51011
The 510 series lux meter measures the intensity of illumination more accurately because its sensitivity approximates to the standard spectral luminous efficiency which is the same sensitivity as the human eye. However, since spectral characteristics differ depending on the light source types, a subtle indication error occurs. The ...

Specifications
Measurement Rate: 2 1/sec
Measurement Range: 0.0-99.9lx
Data Sheet
Digital LuxMeter 51021
Yokogawa
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Digital LuxMeter 51021
The 510 series lux meter measures the intensity of illumination more accurately because its sensitivity approximates to the standard spectral luminous efficiency which is the same sensitivity as the human eye. However, since spectral characteristics differ depending on the light source types, a subtle indication error occurs. The ...

Specifications
Measurement Rate: 2 1/sec
Measurement Range: 0.0-9.99lx
Data Sheet
Model 458 UV High Intensity & Energy Meters For Wafer Steppers
OAI
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Model 458 UV High Intensity & Energy Meters For Wafer Steppers
The microprocessor based Model 458 UV Light Intensity & Energy System accurately profiles exposure energy (dose) to assess the performance of the stepper. It is designed for use with the ASML High Intensity, Canon, Nikon, and Ultratech High Intensity Wafer Steppers. Reads intensity, energy, and time (4000 mW/cm², 999.9 mJ/cm²) ...

Specifications
Max Measurable Energy: 9999 mJ
Max Repetition Rate: -- Hz
Effective Aperture: -- mm
Spectral Range: 0.365-0.436um
Data Sheet
Model 457 UV Intensity & Energy Meter
OAI
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Model 457 UV Intensity & Energy Meter
Designed for use with ASML, Canon, Nikon and GCA & Rudolph Technology Wafer Steppers the Model 457 UV Light Intensity & Energy System accurately profiles exposure energy (dose) to assess the performance of the stepper. It reads intensity, energy, and time (16-1600 mW/cm², 999.9 mJ/cm²) for 400 and 420 nm wavelengths. Optional ...

Specifications
Max Measurable Energy: 9999 mJ
Max Repetition Rate: -- Hz
Effective Aperture: -- mm
Spectral Range: 0.365-0.436um
Data Sheet
Model 358 UV Light & Intensity Energy Meters For High Intensity Steppers
OAI
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Model 358 UV Light & Intensity Energy Meters For High Intensity Steppers
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
Data Sheet