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, 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
ettings 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 panel show the pr=ssures being sent
, 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
ettings 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 panel show the pr=ssures being sent
, 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
ettings 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 panel show the pr=ssures being sent
, 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
ettings 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 panel show the pr=ssures being sent
Entities connected to both Valve and the Controller (ie