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Document Mentions (7 shared documents)
3 mentions1 same-page
Page ?Same page
the valve, and it responding. The pressure supplied =s closing the valve, and maintaining the 400 Degrees requested. No voltage equals no p=essure, Valve open, lowering the Temperature. 4 EFTA_R1_01332993 EFTA02352918 The right side shows g=ving a close signal to the precooler (fan air) valve. Hi
_R1_01332993 EFTA02352918 The right side shows g=ving a close signal to the precooler (fan air) valve. High Voltage, and pres=ure supplied to the Valve on that side to close, and increase the temperat=re. That side doesn't seem=to respond. The valve has a 4 inch=input/output side. The control line
s given- the voltage is applied as a result of resistance and compu=er. EFTA_R1_01332990 EFTA02352915 Correct, the inpu=s are the Temp sensor and Anticipator, being sent to the Controller (ie th= Computer). The valves are no= electrically controlled- The electric sign=ls are sent to a Torque motor. The p
2 mentions1 same-page
Page ?Same page
, lowering the Temperature. The right side shows giving a close signal to the precooler (fan air) valve. High Voltage, and pressure supplied to the Valve on that side to close, and increase the temperature. That side doesn't seem to respond. The valve has a 4 inch input/output side. The control line
low, no numbers for power settings given- the voltage is applied as a result of resistance and computer. Correct, the inputs are the Temp sensor and Anticipator, being sent to the Controller (ie the Computer). The valves are not electrically controlled- The electric signals are sent to a Torque motor. The p
2 mentions1 same-page
Page ?Same page
, lowering the Temperature. The right side shows giving a close signal to the precooler (fan air) valve. High Voltage, and pressure supplied to the Valve on that side to close, and increase the temperature. That side doesn't seem to respond. The valve has a 4 inch input/output side. The control line
low, no numbers for power settings given- the voltage is applied as a result of resistance and computer. Correct, the inputs are the Temp sensor and Anticipator, being sent to the Controller (ie the Computer). The valves are not electrically controlled- The electric signals are sent to a Torque motor. The p
Sponsored
2 mentions1 same-page
Page ?Same page
, lowering the Temperature. The right side shows gi=ing a close signal to the precooler (fan air) valve. High Voltage, and press=re supplied to the Valve on that side to close, and increase the temperatu=e. That side doesn't s=em to respond. The valve has a 4 inch =nput/output side. The control line
low, no numbers for power settings given- the voltage is applied as a result of resistance and compu=er. Correct, the inputs a=e the Temp sensor and Anticipator, being sent to the Controller (ie the Co=puter). The valves are not el=ctrically controlled- The electric signals =re sent to a Torque motor. The p
2 mentions1 same-page
Page ?Same page
, lowering the Temperature. The right side shows gi=ing a close signal to the precooler (fan air) valve. High Voltage, and press=re supplied to the Valve on that side to close, and increase the temperature. That side doesn't s=em to respond. The valve has a 4 inch =nput/output side. The control line
low, no numbers for power settings given- the voltage is applied as a result of resistance and compu=er. Correct, the inputs a=e the Temp sensor and Anticipator, being sent to the Controller (ie the Co=puter). The valves are not el=ctrically controlled- The electric signals =re sent to a Torque motor. The p
2 mentions1 same-page
Page ?Same page
, lowering the Temperature. The right side shows gi=ing a close signal to the precooler (fan air) valve. High Voltage, and press=re supplied to the Valve on that side to close, and increase the temperatu=e. That side doesn't s=em to respond. The valve has a 4 inch =nput/output side. The control line
low, no numbers for power settings given- the voltage is applied as a result of resistance and compu=er. Correct, the inputs a=e the Temp sensor and Anticipator, being sent to the Controller (ie the Co=puter). The valves are not el=ctrically controlled- The electric signals =re sent to a Torque motor. The p
Sponsored
2 mentions1 same-page
Page ?Same page
, lowering the Temperature. The right side shows gi=ing a close signal to the precooler (fan air) valve. High Voltage, and press=re supplied to the Valve on that side to close, and increase the temperatu=e. That side doesn't s=em to respond. The valve has a 4 inch =nput/output side. The control line
low, no numbers for power settings given- the voltage is applied as a result of resistance and compu=er. Correct, the inputs a=e the Temp sensor and Anticipator, being sent to the Controller (ie the Co=puter). The valves are not el=ctrically controlled- The electric signals =re sent to a Torque motor. The p
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Mutual Connections (11)
Entities connected to both Valve and Anticipator
Jeffrey Epstein
PERSON16 w/ Valve·12 w/ Anticipator
LV
Larry Visoski
PERSON14 w/ Valve·10 w/ Anticipator
the Radio Rack
ORGANIZATION7 w/ Valve·7 w/ Anticipator
The LP air
ORGANIZATION7 w/ Valve·7 w/ Anticipator
PR
Pete Rawson
PERSON7 w/ Valve·6 w/ Anticipator
VDC Maximum
ORGANIZATION5 w/ Valve·5 w/ Anticipator
AN
Anticipators
PERSON7 w/ Valve·2 w/ Anticipator
the Controller (ie
ORGANIZATION4 w/ Valve·4 w/ Anticipator
WH
Wing heat
PERSON6 w/ Valve·2 w/ Anticipator
No Voltage
LOCATION2 w/ Valve·2 w/ Anticipator
the Controller (ie the Computer
ORGANIZATION2 w/ Valve·2 w/ Anticipator