SATPC0035643 Tab 04 SOW_Redacted.pdf
PDF 119 KB Posted
- Solicitation number
- 80NSSC24875660Q
About this file
This document is a Statement of Work (SOW) for the acquisition of a Fluidized Temperature Bath System for NASA Langley Research Center (LaRC) to be used in the heat treatment of shape memory alloy (SMA) components. The SOW specifies the required configuration, including model numbers, descriptions, and quantities for the bath system, air filtration system, dust collection cyclone, air supply filter/regulator, step-up power transformer, and control software. Key technical requirements include a temperature range of 50°C to 605°C, temperature stability of 0.7°C or less, working volume of at least 7.25" x 25", and heat up and cool down times. The system must be self-contained, require minimal personal protective equipment, and be compatible with Windows 10. The period of performance is 5-6 weeks, and the place of performance is NASA LaRC Building 1208 Room 136 in Hampton, Virginia.
The related federal contract opportunity is a Request for Quote (RFQ) for the Fluidized Temperature Bath System, which is a Brand Name or Equal To requirement set aside for small businesses. The solicitation number is 80NSSC24875660Q, and the federal agency is the National Aeronautics and Space Administration (NASA) Shared Services Center. Vendors are required to provide their CAGE code, UEI number, lead time, and any applicable shipping and discount information with their quotes.
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Other files
| File | Type | Posted |
|---|---|---|
| SATPC0035643 Tab 10 RFQ Open Market.pdf |
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Text version
STATEMENT OF WORK
1. Objective/Requirements
This requirement is for the acquisition of a Fluidized Temperature Bath System for NASA Langley Research Center (LaRC) for use in heat treatment of shape memory alloy (SMA) components.
2. Characteristics, Scope, and Specs
Fluidized Temperature Bath System with the following configuration or Equivalent:
QTY PART # DESCRIPTION
1 ATS2021 FTBSL25 Fluidized Temperature bath – 220 to 240VAC, 25A, 6000W, single phase 50/60 Hz. Working area – 7” diameter x 25” depth.
Includes bath cover, lid (ATS1040), particulate exhaust collar (ATS1068), Includes 200 lbs. of brown 120 mesh aluminum oxide (ATS1027).
1 ATS1026 Air filter-regulator 1 ATS1039-7.2 7.2KVA step up transformer, required for
208VAC mains supply. Boosts voltage up to
230VAC
1 ATS1056-12 Parts Basket – 3/16” mesh screen, 6” diameter x 12” depth
1 ATS1056-20 Parts Basket – 3/16” mesh screen, 6” diameter x 20” depth
1 ATS3111 PC software for remote monitoring and operation scheduling of Fluidized Bath.
Requires a dedicated PC.
1 ATS2026 DCU1 Air Filtration System, 120 or 230V, 1ph, 50/60 Hz, 4A,120V & 2A, 240V.
Includes Remote start/stop
- For dust capture of particulate emissions from our FTBSL Series of Fluidized Baths, Powder coated steel cabinet, 14” W x 13” D x 18” H, 52 lbs. with 1uM filter installed.
- Integrated 210 CFM Variable Speed Blower, 2” inlet, Digital Graphic Display/Controls with filter monitoring
- Includes filter set, 5 ft core rubber hose with clamps
- Industrial grade castor wheels
1 ATS2017 Dust collection cyclone and drum for use with DCU1 above
1 FA102B-4 Replacement 1uM filter for DCU1
Fluidized temperature bath system for heat treatment of shape memory alloy components including an air filtration system, dust collection cyclone, air supply filter/regulator, step up power transformer, and software for data acquisition and control.
Specifications:
Temperature Range 50°C to 605°C or wider Bath Media Aluminum oxide Temperature Stability ±0.7°C or less over a 30-minute span or longer Working Volume 7.25”x25” cylindrical or larger Temperature Accuracy ±3°C Temp. Radial Uniformity at 500°C 1°C Temp. Axial Uniformity at 500°C 1.8°C Heat Up – Ambient to 500°C 180 minutes or less Cool Down Time 500°C to 200°C 215 minutes or less Power Supply 240V 6 kW Max Air Supply Pressure & Flow 4 CFM at 50 psi Overall Dimensions, HxWxD 43”x24”x21” Overall Unit Weight 170 lbs
Requirements:
• Assembly must be self-contained with support equipment to negate the need for ventilation to the outside of a building.
• Must not require extensive PPE and procedures associated with other similar heat treatment capabilities like molten salt bath systems.
• Must include data acquisition and control software compatible with Windows 10.
3. Place of Performance
NASA Langley Research Center (LaRC) Building 1208 Room 136 2 N Dryden Street Hampton, VA 23681-2199
4. Period of Performance
5 to 6 weeks
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