Description
Noran Instruments 960H-1SPS EDS X-Ray Spectrometer Detector 138 eV Resolution
Energy dispersive X-ray spectrometer (EDS) detector for elemental analysis on electron microscopy instruments. Features 138 eV resolution, integrated LN2 cryostat, and motorized linear positioning stage.
Specifications & What's Included
- Model: 960H-1SPS
- Resolution: 138 eV
- Bias Voltage: -800V
- Linear Travel: 0–16 mm motorized stage with knob control
- Rotation: Graduated scale, 30–90 degrees
- Integrated LN2 dewar (white cylindrical Noran cryostat)
- DB-9 signal connector with multi-conductor cables included
- Probe tube accessory included
- Made in United States
Applications
Used for SEM and EPMA elemental analysis and X-ray microanalysis. Compatible with scanning electron microscopes, electron probe microanalyzers, and other electron beam instruments equipped with EDS ports. Provides point and area analysis of sample composition during high-magnification examination.
Condition: Used
This Noran Instruments 960H-1SPS EDS X-ray spectrometer detector has been inspected and is in good used condition. It was pulled from a working environment where it was in active use. The LN2 dewar body is clean with no visible cracks or damage. The motorized linear stage, lead-screw drive, and retract/insert knob all appear intact. The detector snout, rotary tilt adjuster, and graduated scales are present and undamaged. Signal cables with multi-pin and DB-9 connectors are included, along with a thin probe tube accessory. Normal light handling marks are present on the aluminum surfaces. The unit is sold as found without LN2 or additional accessories beyond what is shown. Please view our photo set and contact us if you have any questions.
This Noran Instruments 960H-1SPS EDS X-ray spectrometer detector has been inspected and is in good used condition. It was pulled from a working environment where it was in active use. The LN2 dewar body is clean with no visible cracks or damage. The motorized linear stage, lead-screw drive, and retract/insert knob all appear intact. The detector snout, rotary tilt adjuster, and graduated scales are present and undamaged. Signal cables with multi-pin and DB-9 connectors are included, along with a thin probe tube accessory. Normal light handling marks are present on the aluminum surfaces. The unit is sold as found without LN2 or additional accessories beyond what is shown. Please view our photo set and contact us if you have any questions.
Warranty Information
We stand behind every item we sell with a 30-day money-back guarantee. If your item arrives not as described, you may return it within 30 days for a full refund. Please inspect your purchase upon arrival and contact us with any questions.
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Additional Information
Brand: |
Noran Instruments |
Model: |
960H-1SPS |
MPN: |
960H-1SPS |
Type: |
Energy Dispersive X-Ray Spectrometer (EDS) Detector |
SKU: |
44244 |
Specified Resolution: |
138 eV |
Detector Type: |
EDS / EDX (Energy Dispersive X-Ray) |
Bias Voltage: |
-800V |
Heater Setting: |
0 |
Linear Travel Scale: |
0–16 mm (graduated insert/retract rail) |
Rotation Scale: |
Graduated rotary scale, approx. 30–90 degrees range visible |
Cryostat / Dewar: |
Integrated LN2 dewar (white cylindrical Noran cryostat) |
Included Cables: |
Multi-conductor signal cables with multi-pin connector included |
Connector Type: |
DB-9 (9-pin D-sub) signal cable connector |
Drive Mechanism: |
Motorized lead-screw linear stage with retract/insert knob |
Country/Region of Manufacture: |
United States |
Condition: |
Used – Pulled from Working Environment |
Seller Notes: |
Includes multi-conductor signal cables and a thin probe tube accessory |
Application: |
SEM / EPMA elemental analysis; x-ray microanalysis |
Compatible With: |
SEM, EPMA, and electron beam instruments with EDS port |
Condition Notes: |
Noran Instruments 960H-1SPS EDS X-ray spectrometer detector. Inspected, in good used condition; pulled from a working environment where it was in active use. LN2 dewar, motorized stage, cables, and probe tube included. Normal surface wear. |