SATPC0043125 Tab 04 4 SOW..pdf

STATEMENT OF WORK

1. Objective/Requirements

NASA Langley Research Center (LaRC) has a Sole Source requirement for Kruss Dynamic Surface Analyzer. The following requirements are needed for this purchase.

2. Characteristics, Scope, and Specs

LINE PART NO. DESCRIPTION QTY.

1 DSA100E DSA100 Expert

Drop Shape Analyzer for fully automatic, software-controlled contact angle measurements, surface and interfacial tension measurements, surface free energy calculation, consisting of:

- CF04, High Resolution and High Speed Camera

USB 3.0,

consisting of:

- Sensor 11 x 7 mm / 1/1.2'' CMOS

- IR-CUT filter for elimination of optical disturbances

- Resolution: 1920 x 1200 px

- Frame rate: 2300 fps- CM3200, Optical system with manual zoom (7 x) and focus The liquid drop stays in the centre of the field of view, independent of viewing angle.

Field of view CF04: 3.9 x 3.9 ... 24.7 x 24.7 mm

- CM3 250, Prism for standard sample sizes up to 300 mm diameter for contact angle and pendant drop measurements- NM3220 Dosing Hub, Software-controlled dosing selector and positioning system for automatic drop deposition and changing between up to 3 dosing units.

-1x DO3252, Pressure Dosing using Liquid Needle technology, resolution 0,1 ul, for H2O and CH2I2

-2x DO3220, Syringe Dosing, software-controlled for disposable and glass syringes, Resolution: 0.1 ul with SY20, Dosing rate: 0,02 -25 ul/s with SY20

-PS3250, z-Axis Heavy Duty, software-controlled z-drive, with 38 mm movement, especially designed for heavy samples up to 10 kg

- 2x PS3260, Axis for software-controlled positioning in x- or y- direction, max. travel distance 100 mm

- ST3200, Standard sample stage, 105 x 105 mm (W x D)

- IL3220, High Power LED Illumination, monochromatic, 46 x 46 mm, with two power levels and integrated light-blind for small contact angles

- FM3200, Standard frame:

- Sample space: 320 x oo x 275 mm (W x D x H)

- Outer dimensions: 555 x 375 x 490 mm (W x D x

H) (depending on accessories)

- EM11, Power supply (88-264 V, 100 W, 50-60 Hz)

Operating: + 10C ... + 40C without condensation Storage: - 10C ... + 70C without condensation

Software modules AD3221, AD62 and AD3223 are required.

2 AD3221 Software ADVANCE- DropShape - Contact Angle Module to determine static and dynamic contact angles using sessile drop and captive bubble methods.

To control camera, illumination, temperature, dosing modules, table movements (depending on modules selected), to measure, store and report measured contact angle values.

Supported models: Conic Section, Polynom, Circle, Young-Laplace, Height Width Measuring range: 0-180 Resolution: 0.01

3 AD3223 Software ADVANCE - DropShape - Surface and Interfacial Tension Module I to determine surface and interfacial tension of liquids by analysis of pendant drop and rising drop as well as determination of E' and E'' using the oscillating drop method. (depending on modules selected) Supported model: Young-Laplace Measuring range: 0.01-2000 mN/m Resolution: 0.01 mN/m

4 AD62 Software ADVANCE - Surface Free Energy Module to determine surface free energy of solids from contact angle data. The surface free energy splits into its polar and dispersive components, its acid and base components as well as its hydrogen bonding components, according to different models.

The software calculates wetting envelope.

5 COMPDESK esktop Instrument Control Module- Minimum system configuration: - Windows 11 Pro, 64-bit operating system - 16GB memory - 256GB solid state drive- 22" HD Monitor

Pre-installed with KRUSS ADVANCE software if modules are purchased (must be purchased separately). WARRANTY PERIOD IS 2 YEAR

FROM PURCHASE AND IS PROVIDED

THROUGH THE PC MANUFACTURER.

6 IAT-

ONSITE A

Standard installation and training includes all travel and labor. Your system will be unpacked, setup and installed by a factory trained KRUSS expert.

Instrument checks will be performed as necessary to ensure that the system is performing to KRUSS specifications. Basic training with users on how to use and take care of the system. Items to be covered are: -Operation of the instrument - Hardware and software -Data management -Sample preparation - Analysis and interpretation of data -Instrument adjustments Typically takes between four (4) to eight

(8) hours.

Does not include running of customer samples, customization or optimization of analysis templates or the utilization of customer tools and property.

Advanced training is available to meet these needs.

3. Place of Performance

NASA LaRC

8 West Taylor Street, MS 188A

Hampton, VA 23681

4. Period of Performance

30 days ARO

Need by: 12/01/26

5. Deliverables

Deliverable Description Due Date Software Lifecycle and Asset Management

(SLAM) – NASA

Entitlement Reporting Form

Delivery of complete purchased Entitlement Data, using the SLAM – NASA Entitlement Reporting Form (template provided) and Agency-Software-Entitlements@mail.nasa.gov

Within 5 business days of order

*SLAM – NASA Entitlement Reporting Form mailto:valerie.l.wiesner@nasa.gov mailto:Agency-Software-Entitlements@mail.nasa.gov

The vendor shall provide entitlement information of the products procured in a standard format provided by NASA within 5 business days of Purchase Order. Vendor shall send completed report to the CO/COR and Agency-Software-Entitlements@mail.nasa.gov.

Please review “Instructions” Tab of SLAM – NASA Entitlement Reporting Form. At minimum, the report must include (*) data fields.

NASA Entitlement Reporting Form.xlsx