SATPC0041907 Tab 04 4 SOW.pdf
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- Solicitation number
- 80NSSC26939030Q
About this file
This is a Statement of Work for NASA Glenn Research Center's Experimental Communication and Electric Power for the Lunar Surface (ExCELS) capability development.
NASA GRC is procuring equipment to establish a distributed power hardware-in-the-loop (PHIL) and control hardware-in-the-loop (CHIL) facility at its Power Facility in Building 333. The facility will support integration of electric power technologies, mission studies, testing and validation of standards and specifications, and analysis of boundary conditions for lunar surface power systems. The procurement includes: (1) Tektronix MSO68B-TAA Mixed Signal Oscilloscope with 8 FlexChannel inputs, 1 GHz bandwidth, 125Mpoints/ch maximum record length, calibration with full data report, rackmount kit, and 4 passive probes; (2) Yokogawa DL950 ScopeCorders (quantity 2) with 4 Gpoint memory expansion, multi-unit synchronization interface, 16 high-speed 10MS/s 12bit isolation modules, and NIST calibration; and (1) Chroma DC Electronic Load system with 48kW maximum power, 960A maximum current, 1200V maximum voltage, Ethernet interface, two 63224A-1200-960 modules, 35U cabinet integration with AC power and interconnect panel, emergency remote inhibit switch, and 1,920A bus bars. The period of performance is 14 weeks after receipt of order (ARO). The place of performance is NASA Glenn Research Center, 21000 Brookpark Road, Cleveland, Ohio 44135, with Brian Malone as the primary contact. The contractor task consists solely of providing the off-the-shelf equipment with no meetings or reviews required.
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| File | Type | Posted |
|---|---|---|
| SATPC0041907 Tab 10 open market Rfq.pdf | ||
| SATPC0041907 Tab 04 4 SOW.pdf | ||
| SATPC0041907 Tab 10 open market Rfq.pdf |
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STATEMENT OF WORK
1. Objective/Requirements
NASA Glenn Research Center (GRC) is developing the Experimental Communication and Electric Power for the Lunar Surface (ExCELS) capability to aid evaluating new technologies and addressing electrical power related issues. The goal is to create a flexible facility that allows for: i) addressing integration challenges as electric power technologies mature rather than addressing them later in the design process, ii) support mission studies and aid in developing system concept of operations, iii) test and V&V standards, specifications, and interface requirement documents, and iv) analyze unknown or boundary conditions.
NASA GRC Power Facility in building 333 will host the High Voltage Development and Testing lab (lab 123) and the Real-time Modeling and High Voltage Control Lab (lab 114). The plan is to begin procurement of necessary equipment for hardware-in-the-loop testing capability development.
2. Characteristics, Scope, and Specs
This procurement is for (1) Tektronix MSO68B 8-Ch Oscilloscope, (2) Yokogawa DL950 Oscilloscopes, and (1) Chroma DC Electronic Load
Specifications include:
- Tektronix Scope:
o 8 FlexChannel inputs o 1 GHz bandwidth for all analog channels o 125Mpoints/ch maximum o Trade Agreements Act (TAA) compliant
- Yokogawa Scopes:
o 8 x 10MS/s 12bit Isolation Modules o NIST calibration service o Mathematics function, including motor control feature
- Chroma DC Electronic Load:
o 48kW maximum power o 960A maximum current o 1200V maximum voltage o Ethernet interface
Objective: Begin creating a distributed power hardware-in-the-loop (PHIL) and control hardware-in-the-loop (CHIL) facility at NASA GRC outlined in the ExCELS new approach by procuring necessary hardware and equipment outlined in this SOW.
Description of the Work/Contractor Tasks: The contractor task consists of providing the equipment. No meeting or reviews are expected for this off-the-shelf equipment.
Deliverables: Deliverables for this procurement include:
1. (1) Tektronix MSO68B-TAA Mixed Signal Oscilloscope
a. (8) FlexChannels
b. Installed Option; Extend record length to 125M/ch maximum
c. Installed Option; 1 GHz Bandwith
d. Calibration with full data report for new product
e. Rackmount kit for the 5 and 6 Series MSO
f. (4) Passive Probes: 1 GHz, 10X, TekVPI
2. (2) Yokogawa DL950 ScopeCorder
a. Memory expansion to 4 Gpoints
b. Multi-unit synchronization interface
c. (16) High-Speed 10MS/s 12bit Isolation Modules
d. ScopeCorder 5-8 Mods NIST Cal As Left
3. (1) Chroma DC Electronic Load
a. (2) Model 63224A-1200-960 High Power DC Electronic Load modules
b. (1) Model 35U CABINET INTEGRATION including:
i. 35U Cabinet, AC Power, Interconnect Panel, Cable Assemblies, etc.
c. (1) Model 18178 Emergency Remote Inhibit Switch
d. (1) Model A636010 Ethernet Interface
e. Bus Bars – 1,920A
LINE PART NO. DESCRIPTION QTY.
1 DL950 ScopeCorder 2
DL950-D-HE/M1/C50/MT1
Power Cord -D UL/CSA Standard and PSE compliant Rated voltage: 125 V Language support -HE English menu and panel Memory /M1 Memory expansion to 4 G Points Multi-unit synchronization /C50 Multi-unit synchronization interface QIC langage EN EN: English OIC delivery style A A: Packing IM language EN EN:English
2 720250 High-Speed 10MS/s 12bit Isolation Module 16 3 M1223UDA03 ScopeCorder 5-8 Mods NIST Cal As Left 2
3. Place of Performance
Brian Malone NASA Glenn Research Center 21000 Brookpark Road Cleveland, OH 44135 (216)433-3121 brian.p.malone@nasa.gov
4. Period of Performance
14 weeks ARO
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