Monitor & Controller for Stand-Alone Power/Energy Sensors
PEM-TS-4.3
The PEM-TS-4.3 is a handheld, touch screen control console for use with Opto Sigma's Stand-Alone Power and Energy sensors. The control console features a color, 4.3-in. high-resolution, 480x272-pixel, touch screen display with an intuitive graphical user interface (GUI). The instrument is powered by a USB-rechargeable lithium battery for a run time of up to 15 hours. Among its features, the PEM-TS-4.3 offers a configurable analogue output, easy data logging (with USB thumb-drive) and can also be connected to a standard PC thru the USB port. Software to run the PEM-TS-4.3 on a PC is available as a free download. Click download button below. A stainless steel stand provides the instrument with optimum tilt for viewing of the screen when the instrument is placed on a flat surface, such as an optical table.
◦General wavelength of laser is set in advance for wavelength setting. Other specific wavelength can be input and display easily.
◦The selected data can be saved in the USB memory via USB port.
◦The selected data can be saved in the USB memory via USB port.
| Name | Monitor & Controller for Stand-Alone Power/Energy Sensors |
|---|---|
| Weight | 1.0000kgs |
| Guide |
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| Attention | - |
In stock
SKU
PEM-TS-4.3
$1,113.00
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The PEM-TS-4.3 is a handheld, touch screen control console for use with Opto Sigma's Stand-Alone Power and Energy sensors. The control console features a color, 4.3-in. high-resolution, 480x272-pixel, touch screen display with an intuitive graphical user interface (GUI). The instrument is powered by a USB-rechargeable lithium battery for a run time of up to 15 hours. Among its features, the PEM-TS-4.3 offers a configurable analogue output, easy data logging (with USB thumb-drive) and can also be connected to a standard PC thru the USB port. Software to run the PEM-TS-4.3 on a PC is available as a free download. Click download button below. A stainless steel stand provides the instrument with optimum tilt for viewing of the screen when the instrument is placed on a flat surface, such as an optical table.
