SATPC0039890 Tab 04 4 SOW..pdf

STATEMENT OF WORK

1. Objective/Requirements

NASA Langley Research Center requires the purchase of two (1) MTS FlexTest 40 Controllers and one (1) MTS Eight Channel Analog Input Board for the Materials Research Lab within the Research Directorate for the Durability Damage Tolerance and Reliability Branch (DDTRB).

2. Characteristics, Scope, and Specs

Description Qty

1.0 MTS FlexTest® 40 Controller

The MTS FlexTest® 40 Controller is a reliable, versatile and easy-to-use servocontroller. It provides real time closed-loop control, with transducer conditioning and function generation to drive various types of servo-actuators, and supports a wide array of configurations including: axial and axial/torsional load units, uniaxial and multiaxial test systems, structural test actuators and electrodynamic systems. These controllers are easily re-configurable and provide the ability to re-assign hardware allocation without having to move things around in the chassis. Also, the processors are field-upgradeable, making it simple to add capacity when necessary.

•Digital Universal Conditioners (DUCs) accommodate a wide range of transducers, including AC and DC devices •Broad array of conditioning modules provides increased flexibility •Modular hardware design allows for more flexible management of control resources •Optional compensation techniques optimize control, even for challenging tests and difficult specimens •Excitation sensing verifies proper voltage to the transducer, regardless of cable length •Excitation loss detection minimizes the chance for errors in the event of cable breaks •Includes MTS Series 793.00 Control Software •Includes dual analog output adapter cable •Product Manual(s): 100187204, 100147130, 100162928, 100147132

Includes:

1.1 FlexTest 40 Self-Standing Chassis; Qty 1

1.2 MTS FlexTest 40 2-Station 1-Channel Base Model; Qty 1

1.3 MTS FlexTest 40 Additional Channels (Base 1-Channel); Qty 1

1.4 Conditioning for 1 Additional Transducer; Qty 2

-Supports one AC or DC transducer -Software control of range -Transducer zero, excitation voltage, excitation frequency, and filter characteristics -Designed for full range calibrations

1.5 Eight Channel Analog Input Board with Breakout Cables; Model 494.45 (rovides 8 high-level (+/-10 V DC) input signals); Qty 2

1.6 Eight Channel Analog Output Board with Breakout Cables; Model 494.46 (rovides 8 high-level (+/-10 V DC) output signals); Qty 2

1.7 Customer declined UPS (MTS highly recommends the use of a UPS to supply power to MTS Test Systems Controllers to minimize the risk of loss of power to the system. A loss of power to the system results in a loss of data and causes unintended motion of the system.

1.8 MTS Computer; Windows 11, 64 bit, 32GB RAM, 2x512GB hard drive, Desktop; Qty 1

- The MTS system PC is an integral part of the real-time test control system and is extensively configured and tested inside the MTS factory to assure seamless integration with test system hardware and software. The PC hosts the control software and associated applications, and is optimized to provide a fast, stable, real-time interface to the digital control system. The hardware and software components on these PCs are curated by the same engineering groups that designed the controller, leveraging MTS's unique application expertise. MTS recommends these computers be used solely for test system-related activities, to maximize available processing power and ensure long-term software stability for years of reliable operation.

-Computer specifications subject to change -Includes Microsoft Office -MTS-Supplied computers comply with the following certifications:

Argentina IRAM & UL, Australia C-tick, Canada UL, China CCC, EU CE & WEEE, Japan VCCI, Korea KCC, Singapore Safety, Taiwan BSMI Safety, United States FCC & UL

-PN: 100693951

1.9 System Cable Kit; Qty 1

-Cable Assembly; Dual Series 252 Servovalve, out of phase, 7.5 m (25 ft) -Cable Assembly; Load Cell with RJ50 to MS connector, 7.5 m (25 ft) -LVDT Cable Assembly; RJ50 to PT, 7.5m (25ft) -Ground Cable; 10 AWG, 7.5 m (25 ft) -Cable Assembly; Service Manifold, Off/Low/High, 24 V DC, 7.5 m(25 ft) -Cable Assembly; Model 493.73 to 24 V (DC) PLC Pump; 7.5 m (25 ft) -Cable Assembly; 311/312 Crosshead with locks, 24 V DC, 7.5 m (25 ft)

1.10 Software Support Plan (SSP) Year 1; Qty 1

-MTS Software Support Plan is a simple, cost-effective way to keep your organization's vital test systems running smoothly. The Software Support Plan provides a variety of benefits for MTS software customers including:

Priority Tier 1 and Tier 2 technical support Access to all new software releases via FNO Portal - new software functionality, bug fixes, and compatibility with new Operating Systems

If SSP includes RPC/cRPC and/or AeroPro: Tuition-free training for 1 seat in up to 2 courses per 12-month increment of contract period is included as an entitlement If SSP includes MTS TestSuite TM: Access to online training videos on the myMTS Portal is included as an entitlement -----Configuration Details----- MTS Series 793 Software without MPT

1.11 Onsite Calibration; Qty 1

-Axial Force Calibration, 0-500 kN (0-110 kip) -Onsite Calibration, LVDT/TEMPO Displacement Transducer -Calibration Standards Fee

1.12 Onsite Install & Commissioning; Qty 1

-Onsite Installation of MTS FlexTest 40 Controller -An MTS Field Service Engineer will install the controller. The following activities will be performed for the controller as defined in the quote. (Inventory equipment, Connect all required cables, Install software and licensing, Show location of product manuals Show controller maintenance intervals)

1.13 Onsite Basic Operator Training; Qty 1

-Basic Operator Training for MTS FlexTest 40 Controller -An MTS Field Service Engineer will provide brief overview of the controller. The following activities will be performed for the controller as defined in the quote. (Open software, Show controller safety awareness, Show controller controls and indicators, Shut down the system)

1.14 FSE Travel Expense; Qty 1

1.15 First Year SSP Discount; Qty 1

2.0 100653661 - Eight Channel Analog Input Board; Model 494.45 1

3. Place of Performance

SHIP TO:

NASA Langley Research Center Hampton, VA 23681

4. Final Use Location:

NASA Langley Research Center

HAMPTON, VA, US, 23681

5. Period of Performance

Estimated Shipment Schedule: 150 Days (ARO)

Estimated Delivery to Customer Site: 155 Days

(ARO)