SATPC0040007 Tab 04 4 SOW..pdf

Stennis Space Center High Pressure Industrial Water - Camera System

Background

The High-Pressure Industrial Water (HPIW) Plant at Stennis Space Center (SSC) supports propulsion test operations by supplying high-volume water for test stand cooling and fire protection. The plant, constructed in the 1960s, consists of 10 DeLaval pumps powered by Nordberg diesel engines and draws water from a 66-million-gallon reservoir. It supplies water through a network of headers to the A and B test complexes.

Since its inception, the plant has been manually operated from a collocated Central Control Room, allowing operators to monitor performance visually and audibly during testing.

Current Operations

The HPIW Plant has reliably supported rocket propulsion testing involving liquid oxygen (LOX) and liquid hydrogen (LH) propellants. The facility's design ensures operator safety by maintaining a sufficient distance between the control room and test stands.

Future Operations

Upcoming stage testing shall involve larger vehicles and different propellant types, requiring an extended safe operating distance. This creates a need for transitioning the HPIW Plant from manual to remote operations at a new location outside the expected Quantity-Distances calculated for a worst-case scenario.

Remote Operations Requirements – Camera System

The purpose of this document is to outline the requirements for implementing remote operations using an Ethernet-based network camera system and additional control equipment to transmit data to a remote monitoring location.

Statement of Work

The selected vendor shall procure, deliver, and install the following equipment below from authorized vendors/manufactures within the contractual local of Stennis Space Center. The contractor shall supply and install the camera system as a turn-key package. See below for estimated quantiles of equipment. Conduit and cable lengths shall be field verified for appropriate quantity.

Camera Equipment QTY:

Indoor PTZ Cameras AXIS P5655-E PTZ Network Camera #01682-004 15 AXIS T91G61 Wall Mount #5506-951 15 AXIS 30 W Midspan #02172-004 15

360° / PTZ Cameras AXIS Q6075-E PTZ Network Camera #01752-004 12 AXIS Q6020-E Panoramic Camera #02957-001 12 AXIS T94A01D Pendant Kit #5502-431 12 AXIS T91B51 Ceiling Mount #5507-461 12 AXIS TU8004 90 W Midspan #02783-001 12

AXIS T91A64 Corner Bracket #5017-641 2

180° Camera AXIS TP4601-E Conduit Back Box #02750-001 1 AXIS P4707-PLVE Panoramic Camera #02416-001 1 AXIS 30 W Midspan #02172-004 1

Outdoor PTZ Camera AXIS Q6075-E PTZ Network Camera #01752-004 1 AXIS T91G61 Wall Mount #5506-951 1

PLC Cabinet Equipment Hirschmann BOBCAT BRS30-8TX/4SFP #942 170-007 6 Hirschmann RPS30 Power Supply #943 662-003 6 LC-LC SM Patch Cord 3M 12 Hirschmann M-SFP-LX/LC 1000mb #943 015-001 12

Headend Equipment 50" Monitor Panasonic #TH-50CQE2U 3 50" Wall Mount Bracket #SF660P 3 50' HDMI Cable #HDMM50 3 Dell Server #R7960-S4410-32GB-2x512-2x2TB-3x8TB-A4000-

3YR-TAA

Rackmount Workstation #210-BFRC 1 Logitech MK295 Keyboard and Mouse 1 Milestone Xprotect Professional+ Base License 1 Milestone Xprotect Professional+ Device License 41 1 Year Care Plus DL 41

Camera Requirements

• Specific critical equipment on the Nordberg engines

• General Nordberg area with Pan, Tilt, Zoom (PTZ) capability

• Critical auxiliary systems supporting water pumping operations, including but not limited to the following:

• Reservoir fill

• Canal pump station

• Jockey pump area

• Sump pumps

• Diesel tanking and transfer system, etc.

• Switchyard area where the new backup generator shall be located

• Cooper Generator area for some additional anomaly detection

• General building perimeter surveillance

Delivery:

• All work and hardware shall be conducted at HPIW, Stennis Space Center, MS 39529.

Execution/Delivery Timeline:

• Up to 12 weeks after receipt of order. Dependent of hardware delivery.

Notes:

• All design documentation and/or equipment procurements shall be approved by NASA SSC Electrical Design Engineering.

• Camera locations shall be field verified with HPIW Plant operators/NASA Electrical Design Engineering during design.

• All cameras shall be mounted to existing building structure by best means possible depending on location.

Mounting method to be approved by HPIW Plant operators/NASA Electrical Design Engineering during design.

• All camera feeds shall be routed from each camera back to the HPIW Plant Central Control Room in approved conduit.

1) Use of Artificial Intelligence (AI) During Contract Performance (SEP 2025) which requires contractors to disclose the use of AI technologies at any time during the fulfillment of the contract. This requirement statement must be included in all contracts (including orders); and

2) Artificial Intelligence (AI) Acquisitions (SEP 2025) which provides additional contractor requirements when the contract is acquiring covered AI systems or services as defined by OMB memo M-25-22. This requirement statement must be included in all contracts (including orders) when acquiring covered AI systems or services. Covered AI systems or services and exceptions are listed below as defined OMB memo M-25-22).