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EPP2000C model for UV+VIS range 200-850nm (aberration corrected
optics and no mirrors)
slit size resolution *r1 resolution
*r2 resolution *r3 resolution *r4
10um 0.5nm
1.1nm
25um 1.2nm
2.5nm 0.35nm
0.25nm
100um 5.0nm
10.0nm
Up to 8 units can be attached on a single cable in any combination of optical
configurations.
All units can request scans at the same time. Each unit has its own A2D and 2050
wavelength scan memory. This allows development of "synoptic"
multi-channel applications. Detectors are soldered onto small circuit cards which are then
mounted to the spectrographs using locking hardware (see pictures below). This
reduces the risk of alignment problems caused by vibration in shipping or field portable
operations and eliminates thermal instability for the detector mount.
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The EPP2000C is the perfect choice for UV+VIS process control because it has excellent
stability over a wide temperature range without requiring active temperature compensation.
There are less parts that can move and less parts that could fail. The
concave grating is holographic which reduces stray light, and is aberration corrected
providing the best possible spectra. The system resolution is 0.7nm across its range
from 200-850nm.
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The EPP2000 spectrograph uses the same electronics card and cable as the EPP2000C and is
about one third the size. This combination of size and performance makes a great
choice for OEM applications. Custom optic configurations are available upon request.
Detachable optics allow flexibility for field maintenance and logistics.
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ISA2000 - This is a PC plug-in
spectrometer on a card. It has the same detector and optic configurations available
for it as the EPP2000 shown above. This is a great choice for OEM and application
integrators. Detachable optics allow flexibility for field maintenance and logistics.
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Up to 16 units can be installed in a single industrial computer. All units can
request scans at the same time. Each unit has its own A2D and 2050 wavelength
memory.
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