3._Inficon_SOW_-_80KSC019Q0020.pdf

Statement of Work

February 5, 2019

Contract SOW for Inficon to procure both material components and associated labor support

Center: NASA KSC

1 Background The Mass Spectrometer observing lunar operations (MSolo) instrument is being developed at

KSC for the Commercial Lunar Payload Services (CLPS) program. MSolo utilizes a modified commercial off-the-shelf (COTS) approach where NASA procures a commercial mass spectrometer from Inficon, as well as support, and modifies the hardware to operate in a lunar environment. The same modified mass spectrometer is used in the Water Analysis and Volatile

Extraction (WAVE) instrument developed at KSC.

2 Objectives Inficon will support: modifications to the electronics, modifications to the structure, design meetings and reviews, any software or firmware changes required, calibration of the modified electronics at Inficon, calibration of the COTS and modified units at KSC, testing at KSC, and design of the calibration gas system (CGS). Inficon will also provide additional instrumentation necessary to support instrument calibration (such as vacuum gages) and replacement parts for limited life items.

3 Tasks Inficon shall perform the following tasks associated with the MSolo and WAVE instruments:

Tasks Details Deliverable Delivery Cost

Task 1: Telecons & meetings Support meetings and telecons

Support meetings, telecons, and reviews as necessary

Entire PoP through

8/20/2020

Task 2: Hardware delivery for chamber

Deliver items in Table 1 for vacuum chamber

(interchangeability required

Hardware detailed in Table 1

See table $

Task 3: Calibration gas system design consultation

Calculations for flow rate requirements and gas consumption for instrument calibration

Data/report

By 7/1/19 $

Tasks Details Deliverable Delivery Cost

Task 4: Instrument training and set up on chamber

Installation and calibration of

Transpector MPH RGA on chamber at Kennedy Space

Center

Instrument setup parameters for RGA applications

By 9/1/19 $

Task 5: Instrument optimization for analysis

Support during testing to optimize instrument settings

(ionizer values, voltages, detector settings) for optimized operation in vacuum chamber for mission applications

Mission specific instrument methods and setpoints

By

9/15/19

Task 6: Firmware upgrade for board modifications

Updated firmware for changes required for modified boards Firmware

By

6/15/19

Task 7:

Electrometer calibration

Calibration parameters of electrometer assembly specific to each electrometer assembly

Calibration parameters reports

By 7/1/19 $

Task 8: Sensor calibration

Sensor calibration of integrated instruments for system optimization with KSC designed avionics cards

Report including instrument specific optimized operational parameters

By 9/1/19 $

Task 9: Mechanical design consultation

Review mechanical designs and provide input on mechanical enclosure for instrument

Participate in review meetings

By 6/1/19 $

4 Deliverables Table 1 of hardware deliverables (Task 2 above)

Hardware Date

Qty Unit

Cost

Total cost

Transpector MPH Residual Gas Analyzer with

Pirani interlock gauge, sleeve heater and calibration gas, open ion source MPH200M

By 8/1/19 3

BCG450 ATM to Ultra-High Vacuum Triple-

Gauge with controller

By 8/1/19

BCG450 ATM to Ultra-High Vacuum Triple-

Gauge (no controller)

By 7/1/19

Replacement Ion Source By 9/1/19 5 $ $

Replacement Detector By 9/1/19 3 $ $

Ruggedized MPH Residual Gas Analyzer, MPH100M with ruggedized MSolo

By 10/1/19

Electrometer assembly (electrometer front end, electrometer interface board, integrated in brass assembly)

By 10/1/19

5 Period of Performance Period of performance shall be from contract award through 8/28/2020.

6 Government Points of Contact (POC)

Technical Representative: Janine Captain

Email: janine.e.captain@nasa.gov

Phone: (321) 867-9938

Contract Specialist: Michael Ahearn

Email: michael.s.ahearn@nasa.gov

Phone: (321) 867-8618 mailto:janine.e.captain@nasa.gov mailto:michael.s.ahearn@nasa.gov