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ELECTRICAL
ENGINEERING
Gerald R.
Spencer, P.E. is
registered electrical engineer with experience at the Engineer of Record
(EOR) for the design and the construction of privately funded projects and
publicly
funded construction, improvements and remodeling projects. These
federal projects required a knowledge
of DoD Criteria, Corps of Engineers Technical Manuals, NASA, USAF, NIMA, and Department of State
Design Guidelines, plus the rules and regulations governing military
construction acquisition FAR's and DFAR's. Federal projects normally require that we
document all of our design calculations and all of our design decisions into
a Formal Report or Design Analysis to justify our design and design
decisions. This
documentation is normally reviewed with comments provided to us by our federal agency
client's
in-house engineers for us to respond as a part of the normal project design
phase.
1.
ELECTRICAL
SYSTEMS:
Gerald R. Spencer, P.E. is the EOR for the design and the construction of electrical systems in more
than 1,200 construction projects over the past 40 years. Gerald R.
Spencer, P.E. is the EOR for the design and construction of the electrical systems such as lighting, power distribution,
emergency power generation, primary voltage underground distribution,
primary voltage overhead exterior power distribution, fire alarm systems,
security systems, communication systems, closed circuit television systems,
jail security systems, nurse call systems, CA scan equipment installations,
X-ray equipment installations, un-interruptible power supply systems, indoor
12.47KV power distribution systems, 400-cycle power distribution systems and
isolated ground systems for more than 1300 construction projects. Gerald R. Spencer, P.E. is the EOR for the construction, expansion,
and/or modification of interior primary electrical distribution voltage
systems and exterior primary electrical distribution voltage
systems on military bases and other government facilities around the world. Gerald R. Spencer, P.E.
is the EOR for multiple modifications to the electrical
overhead and underground 12.5 KV and/or 13.8 KV primary site distribution
systems at NASA-JSC, Ft. Hood, Ft. Polk, Kelly AFB, Lackland AFB, Ft. Bliss,
White Sands Missile Range, Red River Army Depot and Ft. Sam Houston. Gerald R. Spencer, P.E. is the EOR for modifications to the 29KV primary (35KV class) site
distribution systems at the NASA White Sands Test Facility. Gerald R.
Spencer, P.E. is the EOR
for the construction, expansion, and/or modification of interior primary
electrical distribution voltage systems construction and exterior primary
electrical distribution voltage systems for more than 200 projects on
various military bases These infrastructure utility systems
included pole mounted substations, pad mounted substations, street lighting,
traffic control, telecomm data transmission media distribution, CATV cable
distribution, and building control system data transmission media
distribution.
2. ONE-LINE DIAGRAMS:
Gerald R. Spencer, P.E. has prepared one-line diagrams or
documentation for new project construction and/or modifications to existing
projects for more than
1,300 projects. Such diagrams may be as simple as a residence or as complex
as the NASA-JSC Building 30 Mission Control Center and Building 48.
3.
ELECTRICAL
SWITCHGEAR:
Gerald R.
Spencer, P.E. is the EOR for the design and the construction of Switchgear controlling three 1350 KVA generators, one
2000 KVA generator, and two 3000 KVA transformers with closed transition
switching for NASA-JSA Fight Critical Power Systems. This switchgear was exposed to 160,000 amp
symmetrical fault current and was braced for 200,000 amp fault capacity.
Gerald R. Spencer, P.E. is the Engineer or Record for many other Flight
Critical Switchgear systems in other NASA buildings, with less capacity.
Gerald R. Spencer, P.E. is the EOR for several 12.47KV indoor enclosed electrical
switchgear projects for EXXON, USA. Gerald R. Spencer, P.E. is the EOR for the
modification and additions to the NASA-JSC 12.47 KV - 250MVA switchgear
service to the main site.
4.
FIRE ALARM
SYSTEMS:
Gerald R.
Spencer, P.E. is the AE
of record for the 3500 point detector Fire Alarm System at NIMA - St. Louis Air Station.
Gerald R. Spencer, P.E. designed this system to replace the outdated system with the FLASH-SCAN technology that will scan the system for alarms every 8 seconds.
The Fire Code committees are considering changing the allowable maximum scan
time to something less than the current 90 seconds. This new technology
will allow NIMA a longer time before the next fire alarm system replacement
is required.
5.
SHORT CIRCUIT STUDIES:
Gerald R. Spencer, P.E. utilizes in-house computer programs that perform short circuit
calculations for each possible location of a fault to determine the
interrupting capacity requirements for protective devices. Gerald R.
Spencer, P.E. uses the
Elite Short Circuit Program for short circuit calculations.
6.
PROTECTION DEVICE COORDINATION STUDIES:
Gerald R. Spencer, P.E. uses in-house computer programs that have time-current curves for most
of the protective devices (fuses and circuit breakers) commercially
available plus the capability to generate time-current curves for static
electronic-controlled power operated circuit breakers at all available
settings. Gerald R. Spencer, P.E. uses the Elite Protection Device Coordination Program for
protection device coordination studies.
7.
PEAK LOAD SHAVING STUDIES:
Gerald R. Spencer, P.E. has performed peak shaving studies for Fort Sam
Houston and Fort Bliss that justified the installation of an FM controlled
relay system. Gerald R. Spencer, P.E. has performed load shedding and
power factor correction studies that reduced electrical demand charges
(costs) from the power supply companies.
Gerald R. Spencer, P.E. is the EOR for the design and construction of these
two systems.
8.
LIGHTNING/SURGE STUDIES:
Gerald R. Spencer, P.E. is the AE of record for more than 10 new telephone company electrical
services that have lightning/surge protection. Gerald R. Spencer, P.E. has performed
trouble-shooting and has installed Dranitz and RPM equipment to record
surges and other unknown disturbances. Gerald R. Spencer, P.E. has isolated and defined surge
problems, and then provided or designed solutions to fix these problems. We
normally install the current transformers and voltage connections ourselves
at foreign locations and at secure locations. We have not had an accident
in over 50 such locations.
9. GROUND POTENTIAL RISE STUDIES:
Gerald R. Spencer, P.E. has
performed ground potential rise teats in accordance with the methods and remedies in Electrical Transmission &
Distribution Reference Book by Westinghouse.
10.
NEUTRAL GROUNDING STUDIES:
Gerald R. Spencer, P.E. has prepared formal written studies that economically
documented proposals to modify the power systems at NASA-JSC
Building 48.
Gerald R. Spencer, P.E. is the EOR for modifying the source neutral-ground
in order to reduce available fault current
requirements of various items of interrupting equipment switchgear.
11.
LOAD FLOW STUDIES:
We can use the SKM program to automatically calculate load carried at any
distribution point through looped services with various switching conditions.
12.
RELIABILITY AND
REDUNDANCY:
Gerald R. Spencer, P.E. is the EOR for defining the reliability of existing electrical
service and designing reliability and/or redundancy systems, e.g., parallel
primary distribution feeders to building transformers, parallel building
transformers, power condition equipment, un-interruptible power supplies,
dual feed from the power company, sectionalized ring buses for power company
voltage, multiple power company transformers and emergency power generators.
At NASA-JSC (Houston) Gerald Spencer, PE formally determined site and
defined the electrical service reliability to the flight critical electronic data processing equipment
that was located in various buildings at the JSC site, and redundancy requirements using the
U.S. Army Reliability Report Requirements for Communications Networks.
The electrical reliability is similar to a chain where if any one link
fails, the system fails, but with electrical service we must plan for the
failure of every link in the chain, even the strongest link. We
calculated the Mean Time Between Failures (MTBF), and the Mean Time Between
Disturbances (MTBD). This was a tool to evaluate and compare various
proposed reliability up-grades.
13.
STEP-BY-STEP
PROCEDURES TO ELIMINATE OR MINIMIZE SERVICE OUTAGES TO BUILDINGS:
Gerald R. Spencer, P.E. is the EOR for many electrical service change-outs that were accomplished
without loss of service to the entire building and only short outages for
changeover of individual loads to the new electrical service.
14.
HARMONIC
CIRCULATING CURRENT ANALYSIS:
Gerald R.
Spencer, P.E. uses Reliable Power Meter instruments and Reliable Power Meter
Professional Power Recorder System (RPM) software to analyze output data and to
determine the power condition at various points within building power
systems. Our formal reports to Owner/User are written so that a layman
can understand the data. We normally install the current transformers
and voltage connections ourselves at foreign State Department locations and at
other secure locations.
15.
PRIMARY VOLTAGE
POWER DISTRIBUTION:
Gerald R. Spencer, P.E. is the EOR for the design and construction of new
commercial projects where the local power company designs and installs the
electrical service and also for federal government and military
modifications and additions. Gerald Spencer, PE is the EOR for the
design and construction of more than 40 power distribution projects
including the following electrical primary distribution and street lighting
design projects during the past 10 years:
15.1.
NASA-White Sands Testing Facility, repaired and up-graded 29KV
primary distribution (35KV class de-rated for altitude to 29KV) and street
lighting systems.
15.2.
NASA-JSC, repaired/replaced overhead 12.47KV distribution and street
lighting system in Areas 200/300.
15.3.
NASA-JSC Building 30S, upgraded 12.47KV primary service to
accommodate Mission Control Center UPS systems.
15.4.
U S Navy, Ingleside Naval Station, TX, Fleet Mine Warfare Center,
designed 12KV electrical primary distribution system and street lighting
modifications to serve a new 87,000 SF teaching/training facility and a new
6,500 SF secure communications and data processing facility.
15.5.
U S Navy, Corpus Christi Naval Air Station, TX, Remodel Hanger 42 for
Mine Warfare Helicopter Maintenance & storage.
15.6.
U S Navy, Corpus Christi Naval Air Station, TX, ASRM facility for
training Mine Warfare Helicopter crewmen.
15.7.
U S Navy, Corpus Christi Naval Air Station, TX, New Vehicle
maintenance facility for Mine Warfare Vehicle Maintenance
15.8.
NASA-JSC Building 30, replaced the electrical service to accommodate
the addition of one 1350 KVA engine generator, performed short circuit fault
calculations for each of the possible operating conditions and performed
breaker/fuse coordination studies.
15.9.
U.S. Army Corps of Engineers, White Sands Missile Range, modernized
two ueph buildings
16.
hazardous area electrical DESIGN:
Gerald Spencer,
PE is the EOR for the design and construction of more than 40 separate electrical projects
located in explosive and flammable environments in the Houston Petrochemical
Plants and at U S Army Ammunition Plants:
17. UNINTERRUPTIBLE POWER SUPPLY SYSTEMS:
Gerald Spencer,
PE is the EOR for the design and construction of more than 25
uninterruptible power supply (UPS) systems for Southwestern Bell Telephone
Co., NASA Johnson Space Center, Exxon, the FAA, the Department of State, and
the U.S. Army.
18.
POWER CONDITIONING:
Gerald Spencer,
PE is the EOR for the design and construction of more than 15 power
conditioning systems.
19.
POWER FACTOR
CORRECTION:
Gerald R.
Spencer, P.E. has
performed many power factor correction economic life cycle cost analysis to
economically justify the cost of the installation of capacitors. These
studies have included systems for entire buildings and sub-systems for
individual motors. We have formally analyzed the operation of synchronous
motors at the Houston Main Post Office because these motors require special
care and analysis to minimize economic electrical demand charges by the
power company.
20.
EMERGENcY OPERATING CENTER DESIGN:
Gerald R.
Spencer, P.E. is the EOR for the design and the construction of many SCIF facilities, Airport Control Towers, Secure Department of State Communications
Centers, one FBI fall-out shelter, and other emergency operating centers where
operations needed to occur at all times without regard to the commercially
provided infrastructure utilities. Gerald Spencer, PE is the EOR for the HVAC and electrical for facilities that are required to be
operational during times when normal power and other utilities are not
available. Gerald R. Spencer, P.E. has extensive experience in the installation of diesel
engine, natural gas engine, and turbine engine driven electrical standby
power generators. Most of our diesel and gas turbine experience has been
for Southwestern Bell Telephone Company UPS projects. A natural gas engine
generator was installed at the Brazoria County (TX) jail. The largest
diesel engine generator installation (two 1250 KVA generators) was for the
DFW airport FAA facilities. Gerald R. Spencer, P.E. has also provided new switchgear and
controls for four 1350 KVA generators with parallel 3000 KVA transformers
for the Mission Control Center at NASA-JSC. The largest gas turbine engine
generator (750 KVA) was installed the Southwestern Bell Telephone Company.
21.
ENGINE GENERATOR INSTALLATION DESIGN:
Gerald R.
Spencer, P.E. is the EOR for the design and the construction of emergency power
systems including diesel engine, natural gas engine, and turbine engine
driven electrical standby power generators. (plus one flame fired
thermocouple DC power generation system for an un-manned microwave relay
power station at Ignak, Alaska). Most of our diesel and gas turbine
experience has been for Southwestern Bell Telephone Company UPS projects. A
natural gas engine generator was installed at the Brazoria County (TX)
jail. The largest diesel engine generator installation (two 1250 KVA
generators) was for the DFW FAA facilities. Gerald R. Spencer, P.E. has also provided new
switchgear and controls for four 1350 KVA generators with parallel 3000 KVA
transformers for the Mission Control Center at NASA-JSC. The largest gas
turbine engine generator (750 KVA) was installed the Southwestern Bell
Telephone Company. Many of these projects had multiple parallel engine
generators that were controlled by programmable controllers. Gerald Spencer,
PE is the EOR for the following engine driven power
generation systems:
No. of Engine KW Each
PROJECT..............................................................................
Generators........... Generator
BOMBAY, INDIA - CONSULATE
.............................................
1........................ 550
NASA BUILDING 32 - LIFE SAFETY SYSTEMS SUPPORT ....1........................ 550
BRIDGETOWN, BARBADOS
EMBASSY...................................
1.......................... 50
HPD EOC TROUBLE SHOOTING & PROBLEM SOLVING ....
2........................ 400
DFW - FAA - CONTROL
TOWER..............................................
2...................... 1250
CAPITAL-FAIRFAX TELCO........................................................
4....................... 225
GREENSPOINT DIAL
BUILDING...............................................
2........................ 225
WESTLAND OIL
COMPANY......................................................
2...................... 1000
472 GREENWOOD DIAL
BUILDING..........................................
2........................ 175
SUNSET 781 DIAL
BUILDING.....................................................1..........................750
gas TURBINE
ASHLAND TOLL
BUILDING........................................................
1....................... 225
Beeville Memorial
Hospital.............................................
1....................... 225
Harris County Juvenile Detention Center...............
1....................... 350
South Texas College Of Law............................................
1....................... 150
SWBT Ashland Toll Building............................................
1....................... 125
Brazoria County Detention Center ............................
1.......................
800
nat gas
SWBT Cleveland 592 Dial Building..................................
1........................ 75
L’Hotel De France...................................................................
1...................... 300
Holiday Inn Park 10...............................................................
1...................... 300
SWBT 458 Dial Building..........................................................
2...................... 225
Exxon EPRC ................................................................................
4...................... 225
SWBT Whitte Road Info Center.........................................
1........................ 75
SWBT Deer Park 479 Dial Building.....................................
2...................... 150
SWBT 472 Pasadena Dial Building.....................................
2...................... 225
1776 Yorktown - Marathon Oil........................................
1...................... 150
NASA Building 32J - Mist Program....................................
1...................... 500
Bellaire Police Department & EOC.................................
1........................ 75
City of Houston Fire Station No. 56...............................
1........................ 50
NASA-JSC (REMODEL POWER
DISTRIBUTION........................
4.. ................. 1350
& CONTROLS FOR SPACEFLIGHT MISSION CONTROL CENTER)
TROUBLE SHOOT AND SOLVE PARALLEL ................................2......................350
OPERATING PROBLEMS Houston Police Department EOC
22.
telecommunications systems design:
Gerald R.
Spencer, P.E. is the EOR for and utilizes the Corps of Engineers and Navy guidelines to specify telephone systems
for various military buildings. Our telecommunications engineering includes switch specifications,
bid evaluations, delivery and installation scheduling, periodic inspections
during installation, progress reporting, commissioning and final acceptance
tests. We have advised, specified, and designed the installation of the following systems:
PBX systems
Digital tandem switching offices
Digital central office designs
Fiber optic
networks
Fiber optic trunking systems
Digital trunking systems
Wide area
networks (WANs)
Local area networks (LANs)
Radio
systems
Microwave systems
Aerial distribution
Buried and underground distribution
Personal communications systems
23.
TELECOMMUNICATION FACILITIES DESIGN:
Gerald R. Spencer, P.E. has 40 years’ experience in the design of the HVAC and electrical
systems for electronic telephone communications facilities. We also have
extensive experience with the installation of all types of computers
including the CRAY I super computer. Gerald R. Spencer, P.E. is veterans in the field of 400 Hz
power generation and distribution for super computers and avionics, trouble
shooting electronic telecommunication and computer installations for the
sources of transients, and designing UPS systems. Gerald R. Spencer,
P.E. has worked closely
with Southwestern Bell Telephone Company (SWBT) in the design of new and
remodeled buildings for their equipment. This included air conditioning and
heating, fire detection, fire alarm, electrical power, emergency electrical
power, lighting, and in special cases under floor air conditioning and Halon
fire suppression for computer equipment. Temperature and humidity control
with redundant back-up is a standard requirement for these facilities.
Gerald R. Spencer, P.E.
provided the mechanical and electrical design for more than 15 SWBT (Houston
area) electronic switching buildings:
24.
IN-HOUSE
COMPUTER PROGRAMS FOR ELECTRICAL DESIGN:
We use in-house electrical engineering computer programs as follows:
LIGHT - Lighting Level Calculations - ESD, Inc.: According to the
IES Lighting Handbook. This program calculates the lighting levels in
rooms, or determine the number of fixtures in each room.
OUTPOINT - ESD, Inc.: This program calculates point by point
vertical and horizontal lighting levels for outdoor lighting
INPOINT - ESD, Inc.: This program calculates point by point vertical
and horizontal lighting levels for indoor lighting
Icon II - Cooper Industries - Point by point lighting level
calculations.
Icon/Encon - Cooper Industries - Economic Life Cycle Lighting Cost
Analysis.
SHORT - ESD, Inc.: Electrical Short Circuit Analysis
Electrical Short Circuit Analysis - Bussman, Inc.: Electrical Short
Circuit Analysis
ECOORD - Electrical Circuit Protection Device Coordination Program -ESD,
Inc.
Easy Power® ESA, Inc. - Integrated Graphical One Line, Database,
Short Circuit, Power Flow Program
ETPA Power Plot Operation Technology, Inc.: Power System Analysis
Program
Constructor - CMH Software - Constructs and tests ladder diagrams and
imports them into AutoCAD drawings.
25.
DIFFICULT
ELECTRICAL ENGINEERING PROBLEMS:
Gerald R. Spencer, P.E. has field evaluated electrical field problems, analyzed the field data
taken by Gerald R. Spencer, P.E., proposed solutions, and prepared drawings and specifications
to correct the problem for the following projects:
25.1.
Preliminary engineering reports and evaluation studies for NASA
Johnson Space Center:
25.2.
Gerald R. Spencer, P.E. studied the
reliability of the electrical service to the NASA Johnson Space Center data
processing systems using the U. S. Army Reliability Report Requirements for
Communications Networks. This involved a review of operational and
maintenance logbooks to develop a database of power failures and
disturbances.
25.3.
At NASA Johnson
Space Center Building 16, Gerald R. Spencer, P.E. field analyzed ground loops were causing
circulating currents on the single-point ground (Mecca ground system) for
the shuttle mock-up. This caused the zero reference for instrument
calibration to float, or change when an item of equipment was turned off or
on. We revised the electrical distribution system and the grounding system.
25.4.
Gerald R. Spencer, P.E. performed facility evaluations and studies of Exxon USA
Headquarters building to determine how much additional electrical load for
new data processing equipment could be added to the existing 12.47KV service
and indoor distribution systems.
25.5.
Gerald R. Spencer, P.E. performed facility evaluations and studies of Exxon USA
Headquarters building to determine how much additional electrical load for
data processing equipment could be added without modifications to existing
electrical service. We defined milestones where added load would decrease
reliability.
25.6.
Gerald R. Spencer, P.E. performed several studies to define harmonic circulation currents at
different parts of the electrical distribution system at the Exxon USA
Headquarters building to document harmonic circulation currents prior to
adding new solid state elevator equipment.
26.
PHYSICAL security systems:
Gerald R.
Spencer, P.E. is
the EOR for the design and construction of security systems for detention facilities, secure
communications facilities, banks, space flight power and control systems,
warehouses and retail stores. We are familiar with TM 5-853-4 and biometric
identification control systems. Gerald R. Spencer, P.E. has been the AE for many detention
facilities, jails, banks, secure military facilities, and military
armories. Gerald R. Spencer, P.E. has been the AE for many security partition penetrations were
incorporated into the structure as security measures to prevent personnel
from passing through openings in ductwork and etc.
26.1.
INTRUSION DETECTION SYSTEMS:
Gerald R. Spencer, P.E. is the EOR for
the design and
construction of intrusion detection systems at many
facilities. The system at the Mine Warfare Center at Ingleside, TX,
consisted of a remote exterior door control, closed circuit TV door
monitoring and controlled access to classified data processing/simulation
areas. It encompassed an adjacent (connected) fire training building and
transmitted alarms to the central shore patrol (police). We have also
designed security systems for unattended arms storage at U. S. Army Reserve
Centers and forward ammunition storage sites (FASS) at Ft. Polk, LA.
26.2.
CONTROLLED ACCESS:
Gerald R. Spencer, PE is
the EOR for the Mine Warfare Center, NS
Ingleside project which included perimeter closed circuit TV
monitoring, remote exterior door control and keypad (or card key) access to
secure areas. Any unauthorized attempt to access these areas would trigger
alarms to the central shore patrol (police). Projects at NASA-JSC included
modifications to similar security systems.
26.3.
FORCED ENTRY EQUIPMENT (force
protection): Gerald R.
Spencer, PE is
the EOR for and has incorporated
forced entry rated equipment and safe areas into the design of remodeling of
the U. S. Consulate and the USIS Building at Mumbai (Bombay), India, The U.
S. Embassy at Nassau in the Bahamas, and at the U. S. Embassy in Copenhagen
Denmark. Gerald R. Spencer, P.E. is familiar with forced entry rated equipment.
27.
Communications security:
Gerald R. Spencer, PE is
the EOR for and
has experience designing impediments to the transmission of communications
that increase the level of security for communication systems.
Communication paths are generally airborne electronic eminencies, Data
Transmission Media (DTM) transmissions, electronic line carrier
transmissions, electronic ground carrier transmissions, Airborne voice air
wave transmissions, written word, and visual communications. Gerald R.
Spencer, P.E. personnel
are familiar with TM5-853-1, 2, 3, & 4.
27.1.
RF SHIELDING:
Gerald R. Spencer, P.E. is the AE of record for the Missile Maintenance and Testing Facility
Addition at the Red River Ammunition Depot. This facility is completely RF
shielded from outside radio signals. Gerald R. Spencer,
PE is the
EOR for and has also designed other RF
shielded rooms for the U S Army and NASA-JSC. We know the details of
construction required for RF shielded facilities.
27.2.
AIRBORNE SOUND ATTENUATION
DESIGN: Gerald Spencer has
performed acoustical sound attenuation calculations for the past 25 years.
Projects where Gerald Spencer accomplished the sound attenuation
calculations include the Jones Hall for the Performing Arts, and the
Auditorium at the King Abdulaziz Military Academy in Saudi Arabia. Mr.
Spencer can also provide solid-borne sound transmission calculations
defining airborne
acoustical sound transmission and designing systems to minimize (eliminate)
airborne and structure borne sound transmissions.
27.3.
LINE CARRIER SECURITY:
Gerald R. Spencer, P.E. is familiar with the RFI-EMC line carrier suppression system that is
installed at the NASA-JSC Mission Control Center (MCC) on the incoming
power.
27.4.
ELECTRONIC DATA TRANSMISSION
MEDIA SECURITY: Gerald R.
Spencer, PE is
the EOR for and is familiar
with physical security requirements and RFI-EMC protection requirements for
the NASA-JSC Mission Control Center data transmission media.
27.5.
BUILDING GROUND CARRIERS:
Gerald R. Spencer, PE is
the EOR for and has designed separate ground systems that allow security isolation of
the communications and data processing systems from the building ground.
The U S Navy Fleet Mine Warfare Center has an isolated/separate ground
system designed by Gerald R. Spencer, P.E.. NASA has the “MECCA” separate ground system for the
shuttle mock-up system that duplicates the spacecraft. We have analyzed and
solved various grounding problems and designed modifications to correct
those deficiencies for the shuttle mock-up and other facilities.
27.6.
NASA-JSC - MISSION CONTROL
CENTER - 1985 TO 1996 - SEVERAL
DIFFERENT POWER DISTRIBUTION PROJECTS IN CLASSIFIED AREAS that incorporated
MECCA grounding systems.
27.7.
SCIF
- Gerald R. Spencer, P.E. is the
EOR for the
design and construction of the $6M Modifications to the Building 35
at the NIMA St. Louis Air Force Station in 2000 and the New Lackland AFB, TX
Joint Intelligence Systems Integration Facility in 2001, and the FORT HOOD
BUILDING 89010 - BAY 6 MODIFICATIONS - Secure Communications Facility in
1992. Gerald R. Spencer, P.E. is also the Mechanical and Electrical EOR for the
Sensitive Compartmented Information Facilities (SCIF) at Ingleside Mine
Warfare Center, Ingleside, Texas in 1996.
28.
DATA
ACQUISITION SYSTEMS:
Gerald Spencer,
PE is the
EOR for and has designed many Data Acquisition systems over the past 25 years, including
the 16,000 Point (24,000 point capacity) Distributed Control System (DCS)
for the chamber operations at Building 32, NASA Johnson Space Center. This
is the large space simulation chambers A (the largest in the world) & B.
This is a stand-alone info-highway for test data acquisition, test data
logging, space simulation systems control, space simulation systems
monitoring, cryogenic systems control, solar simulation systems control,
helium refrigeration systems control, and cryo-pumping systems control.
29. LIGHTING: Gerald Spencer, PE is
the EOR for and has designed more than 1000 interior and exterior lighting
systems. Gerald
Spencer, PE has
calculated illuminating levels on horizontal and vertical surfaces for many
military and commercial projects.
Gerald Spencer, PE
does not claim to have any artistic
expertise as required to recommend whatever kind of aesthetic and/or
artistic lighting mighty be required.
Gerald Spencer, PE
has, however, designed many
theater and stage lighting systems where he
has worked with various lighting and stage
consultants to design and specify theater stage lighting and other similar
occupancies where special aesthetic and artistic lighting was required.
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