Manuals

The Ophir Centauri is a microprocessor-based laser power/energy meter with single and dual channel options that provides a broad range of measurements, displays, and data handling options. It operates with thermal, pyroelectric, and photodiode sensors.

The Centauri is equipped with a 7" full color touch screen. Sensor parameters can be updated with a few taps on the screen. In addition, the Channel Options menu, reached by tapping the three-dot icon ( ), enables access to additional features.

Ophir devices (Ariel, Centauri, StarBright, StarLite, Juno, Juno+, Vega, Nova II, Pulsar) can also be used through a COM object control. This allows system integrators to integrate Ophir measurement capabilities with legacy analysis packages.

The Ophir StarBright is a microprocessor-based Laser Power/Energy Meter that provides a broad range of measurements, displays, and data handling options. It operates with Thermopile, Pyroelectric, and Photodiode sensors.

The StarBright is equipped with “soft keys”. That is, the functions of the keys change as indicated by the legend above each key. It is also equipped with 4 navigation keys and a round enter key in the center.

The Ophir Vega is a microprocessor-based Laser Power/Energy Meter providing a broad range of measurements, displays, and data handling options. It operates with thermopile, pyroelectric and photodiode sensors, and uses smart connector technology.

The Vega is equipped with “soft keys”. That is, the functions of the keys change as indicated by the legend above each key. It is also equipped with 4 navigation keys and a round enter key in the center.

The Ophir Nova II is a microprocessor-based Laser Power/Energy Meter providing a broad range of measurements, displays, and data handling options. It operates with thermopile, pyroelectric and photodiode sensors, and uses smart connector technology

The Nova II is equipped with “soft keys”. That is, the functions of the keys change as indicated by the legend above each key. It is also equipped with 4 navigation keys and a round enter key in the center

Ophir StarLite is a simple to use microprocessor-based Laser Power/Energy meter that operates with thermopile, pyroelectric and photodiode sensors. Laser position and spot size can also be measured when operating with a BeamTrack sensor.

The StarLite is equipped with “soft keys.” That is, the functions of the keys change as indicated by the legend above each key. To connect sensor to the StarLite meter: Insert the 15 pin D type connector of the measuring sensor cable into the socket marked “Sensor Input” on the rear panel of the StarLite meter

To connect sensor to the LaserStar meter: Insert the 15 pin D type connector of the measuring sensor cable into the socket marked “Head Input” on the rear panel of the LaserStar meter. If you are using the multisensor version of the LaserStar and are using only one sensor, it is preferable to use sensor input A.

The Ophir Laserstar is a microprocessor-based Laser Power/Energy Meter providing a broad range of measurements, displays, and data handling options. It operates with thermopile, pyroelectric and photodiode heads, and uses smart connector technology.

The Nova is equipped with “soft keys.” That is, the functions of the keys change as indicated by the legend above each key. When the Nova is first switched on with a sensor attached, the first screen usually has a digital display with a bargraph at the bottom

The Ophir Nova is a microprocessor-based Laser Power/Energy Meter providing a broad range of measurements, displays, and data handling options. It operates with thermopile, pyroelectric and photodiode heads, and uses smart connector technology. Just connecting the head configures and calibrates the instrument.

This manual describes how to operate the Ophir StarLab application with any of the compatible Ophir measuring devices

The EA-1 is an Ethernet Adapter intended for OEM customers. It is designed to work with standard or OEM Ophir smart-plug sensors using a D15 connector. The EA-1 supports Ophir thermopile, photodiode, pyroelectric (PE-C) and PD10 series sensors.

The Helios sensor measures high power industrial lasers by measuring the energy of a short time exposure of the CW laser. The laser should be set to pulse from 0.1 to several seconds. The Helios measures the energy and exposure time of this sample of the power, and from this calculates the CW power.

The Helios sensor measures high power industrial lasers by measuring the energy of a short time exposure of the CW laser. The laser should be set to pulse from 0.1 to several seconds.

The Ariel measures high power industrial lasers of up to 8kW by measuring the energy of a short exposure to this power. The laser is set to deliver a pulse of from 0.05 to several seconds. The Ariel then measures the energy and duration of the laser pulse and calculates the power. The Ariel is designed to work without water cooling.