Epstein Secrets

, 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

from the valve- The electrical signal is showing to close the valve, The pressure is also showing to close the valve. One way to check is to select Wing heat on- The system causes the applicable side to remove the signals, and allow the valves to go full open. Wing heat is not normally used at altitude- W

, 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

from the valve- The electrical signal is showing to close the valve, The pressure is also showing to close the valve. One way to check is to select Wing heat on- The system causes the applicable side to remove the signals, and allow the valves to go full open. Wing heat is not normally used at altitude- W

, 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

from the valve- The electrical signal is showing to close the valve, The pressure is also showing to close the valve. One way to check is to select Wing heat on- The system causes the applicable side to remove the signals, and allow the valves to go full open. Wing heat is not normally used at altitude- W

, 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

from the valve- The electrical signal is showing to close the valve, The pressure is also showing to close the valve. One way to check is to select Wing heat on- The system causes the applicable side to remove the signals, and allow the valves to go full open. Wing heat is not normally used at altitude- W

, 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

from the valve- The electrical signal is showing to close the valve, The pressure is also showing to close the valve. One way to check is to select Wing heat on- The system causes the applicable side to remove the signals, and allow the valves to go full open. Wing heat is not normally used at altitude- W

n-top:Opx;margin-bottom:Opx">The right side shows giving a close signal to the pr=cooler (fan air) valve. High Voltage, an= pressure supplied to the Valve on that side to close, and increase the te=perature. That side doesn't seem to =espond. The valve has a 4 inch input/out=ut side. The control line

EFTA02467715 The electrical signal is showing to close the v=lve, The pressure is also showing to c=ose the valve. One way to check is to select Wing heat on- The system causes the applicable side to remove the sign=ls, and allow the valves to go full open. Wing heat is not normally used at altitude- W