Iowa Bids > Bid Detail

Research Grade High Speed Camera for RDAC Lab

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Agency: Iowa State University
Level of Government: State & Local
Category:
  • 67 - Photographic Equipment
Opps ID: NBD18079451992924182
Posted Date: May 16, 2023
Due Date:
Solicitation No: RFQ-1000777

Bid Information

Type Request for Quote (Public)
Status Awarded
Number RFQ-1000777 (Research Grade High Speed Camera for RDAC Lab)
Issue Date & Time 5/5/2023 10:00:05 AM (CT)
Close Date & Time 5/15/2023 04:00:00 PM (CT)
Duration 10 days 5 hours 59 minutes 54 seconds
Notes
Iowa State University of Science and Technology (ISU) is soliciting information from qualified vendors to provide a Research Grade High Speed Camera on behalf of the Rotational Diamond Anvil Cell lab (RDAC lab) at the Dept. of Aerospace Engineering.
Suppliers should read all materials carefully and note the due date of Monday , May 15, 2023 at 4:00 PM CT.
All questions must be submitted by using the " QUESTIONS " tab related to this bid opportunity.

Contact Information
Name John R. Michel
Address 1442 Administrative Services Building
2221 Wanda Daley Drive
Ames, IA 50011-1004 USA
Phone (515) 294-5320
Fax
Email jmichel@iastate.edu
Awarded Suppliers
Bid Documents
Document name Format
Bid Invitation Acrobat / PDF
Public Question & Answer Acrobat / PDF
Bid Attachments
File Name Description File Size
ISU Instructions.pdf Review the instructions for important information. REVISED APRIL 2022 174 KB
ISU General Terms & Conditions.pdf Review the general terms and conditions carefully and any exceptions should be listed in the "Attributes" section. REVISED APRIL 2022 232 KB
ISU Equipment Terms & Conditions.pdf Review the equipment terms and conditions carefully and any exceptions should be listed in the "Attributes" section 437 KB
Bid Questions
Question Hi,
If possible, we would like to know a few things about your experimentation:
- Field of View
- Stand off distance from camera lens to the center of field
of view
- How do you intend to trigger
- Desired duration of record time
- Estimate velocity of particles
Answer

Please see the responses below provided by the research team.



Field of View: Horizontal and vertical field of view = ~1 mm (circular)


Standoff distance from the camera lens to the center of the field: ~500 mm


How do you intend to trigger: We will decide after speaking with the representative


Desired duration of record time: microseconds range


Estimate velocity of particles: 104.67 mm/sec at 0.25 mm radius when sample rotation of 4000 RPM

Submitted 5/8/2023 02:09:41 PM (CT)

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