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SLAC National Accelerator Laboratory is operated by Stanford University for the Department of Energy. As a management and operating contractor, subcontracts awarded by the Laboratory are not Federal p... SLAC National Accelerator Laboratory is operated by Stanford University for the Department of Energy. As a management and operating contractor, subcontracts awarded by the Laboratory are not Federal procurements, and are not directly subject to the Federal Acquisition Regulations in 48 CFR. Nonetheless, certain Federal laws, Executive Orders, and regulations may affect our DOE approved purchasing system, as required by statute, regulation, or contract terms and conditions. 1. Qty: 17 - Gas Mass Flow Controllers: Item # Part Number Description QTY 1 GF040CXXC-0001100C-VXPKS1-XXXXXX-70F Elastomer Sealed, Digital, MultiFlo Gas Mass Flow Meters & Controllers 1 2 GF040CXXC-0536123C-VXPKS1-XXXXXX-70F Elastomer Sealed, Digital, MultiFlo Gas Mass Flow Meters & Controllers 1 3 GF040CXXC-0007092C-VXPKS1-XXXXXX-70F Elastomer Sealed, Digital, MultiFlo Gas Mass Flow Meters & Controllers 1 4 GF040CXXC-1011092C-VXPVS1-XXXXXX-70F Elastomer Sealed, Digital, MultiFlo Gas Mass Flow Meters & Controllers 1 5 GF040CXXC-0025050C-VXPKS1-XXXXXX-70F Elastomer Sealed, Digital, MultiFlo Gas Mass Flow Meters & Controllers 1 6 GF040CXXC-0028040C-VXPVS1-XXXXXX-70F Elastomer Sealed, Digital, MultiFlo Gas Mass Flow Meters & Controllers 1 7 GF040CXXC-0038020C-VXPVS1-XXXXXX-70F Elastomer Sealed, Digital, MultiFlo Gas Mass Flow Meters & Controllers 1 8 GF040CXXC-0001200C-VXPKS1-XXXXXX-70F Elastomer Sealed, Digital, MultiFlo Gas Mass Flow Meters & Controllers 1 9 GF040CXXC-0536123C-VXPKS1-XXXXXX-70F [GF040] Elastomer Mass Flow Controller 0536 1 10 GF040CXXC-0007150C-VXPKS1-XXXXXX-70F [GF040] Elastomer Mass Flow Controller 0007 - H2 150C 1 11 GF040CXXC-1011092C-VXPVS1-XXXXXX-70F [GF040] Elastomer Mass Flow Controller 1011 - 10%CO/He 92C 1 12 GF040CXXC-0025150C-VXPKS1-XXXXXX-70F [GF040] Elastomer Mass Flow Controller 0025 -CO2 150C 1 13 GF040CXXC-0028020C-VXPVS1-XXXXXX-70F [GF040] Elastomer Mass Flow Controller 0028 - CH4 20C 1 14 GF040CXXC-0038010C-VXPVS1-XXXXXX-70F [GF040] Elastomer Mass Flow Controller 0038 -C2H4 10C 1 15 GF040CXXC-0001030C-VXPKS1-1459XX-70F [GF040] Elastomer Mass Flow Controller 0001 - He 30C 1 16 GF040CXXC-0001092C-VXPKS1-XXXXXX-70F [GF040] Elastomer Mass Flow Controller 0001 -He 92C 1 17 GF040CXXC-0001200C-VXPKS1-XXXXXX-70F [GF040] Elastomer Mass Flow Controller 0001 -He 200C 1 Quote is for product only; no on-site services permitted. Source selection will be based on Lowest Price Technically Acceptable and best Lead-Time. Please provide a price and lead time quotation by COB 6/10/2024. The bid closing date for this requirement is COB 6/10/2024 Technical evaluation criteria are as follows: Line Evaluation Factor(s) 1 Qty 2 – Mass flow controller: As Shipped Configuration: Gas: Helium Max Flowrate: 100 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 2 Qty 2 – Mass flow controller: As Shipped Configuration: Gas: 20% O2/80% Helium Max Flowrate: 100 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 3 Qty 2 – Mass flow controller: As Shipped Configuration: Gas: Helium Max Flowrate: 200 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 4 Qty 2 – Mass flow controller: As Shipped Configuration: Gas: 10% Carbon Monoxide (CO)/90% Helium Max Flowrate: 100 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 5 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Hydrogen Max Flowrate: 75 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 6 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Hydrogen Max Flowrate: 150 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 7 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Carbon Dioxide (CO2) Max Flowrate: 50 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 8 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Carbon Dioxide (CO2) Max Flowrate: 100 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 9 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Methane (CH4) Max Flowrate: 40 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 10 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Methane (CH4) Max Flowrate: 20 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 11 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Ethylene (C2H4) Max Flowrate: 10 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 12 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Ethylene (C2H4) Max Flowrate: 20 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends 13 Qty 1 – Mass flow controller: As Shipped Configuration: Gas: Helium Max Flowrate: 20 sccm Inlet Pressure: 45 psig Outlet Pressure: 0-10 psig Temperature: 70 °F Controller Specifications: Control: Flow Control Valve: Normally Closed Seat/Seals: Kalrez or PTFE Turndown Ratio: 2% of full scale Fittings: ¼” VCR Male Power: 12-24 VDC Communication: 0-10 V IN/OUT (+Serial) Other: User Configurable (Can change gas and flow range [within limits of orifice] without sending back to the vendor) Alternate Gases (and blends) that need to be supported with the MFC: He, N2, Ar, H2 and H2/He blends, O2/He blends (< 21% O2), CO and CO/He blends, CO2, CH4, C2H2/He blends, C2H4, C2H6, C3H8, C4H10, 1,3-butadiene/He blends (<5% butadiene), NH3/He blends (< 5% NH3), NO/He blends (< 10% NO), and N2O and N2O/He blends Send quote to emezzett@slac.stanford.edu Is there any room for additional discount such as for Academic, ICPT, GSA, or Government Institutions? Buy American Act Certification (BAA) applies to awards that are over $10,000. Representations & Certifications Rider is required. Once completed the Reps and Certs is valid for one year until renewal. If you have already completed one within the year, please disregard. Otherwise, please complete and return. All subcontractors are required to register in the System for Award Management (www.sam.gov ). If possible, please provide a link to your webpage for published price list to substantiate for the prices quoted. The resulting purchase order will be issued on a fixed price basis. SLAC National Accelerator Laboratory Terms and Conditions for Fixed Price Commercial Supplies and Services (Rev. March 2023) will be made a part of the resulting order. Payment Terms will be NET-30 Freight terms will be FOB Destination Prepaid and Add You are requested to mark and identify proprietary/confidential information provided in response to the solicitation. Contact me directly with any questions. Kind regards, Edward Mezzetta Procurement Commodities Team SLAC National Accelerator Laboratory 2575 Sand Hill Road Menlo Park, CA 94025 Email: emezzett@slac.stanford.edu