e exhausted air at 40PSI max into the cabin,. if air was blowing by the Anticipator gasket, this effects the amount of air into the cabin, since the Anticipator is anticipating the 400 degree air, and adjust the HP regulator valve accordingly. We have changed Both HP Regulator valves about a year ago,. so t

e exhausted air at 40PSI max into the cabin,. if air was blowing by the Anticipator gasket, this effects the amount of air into the cabin, since the Anticipator is anticipating the 400 degree air, and adjust the HP regulator valve accordingly. We have changed Both HP Regulator valves about a year ago,. so t

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

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

e exhausted air at 40PSI max into the cabin,. if air was blowing by the Anticipator gasket, this effects the amount of air into the cabin, since the Anticipator is anticipating the 400 degree air, and adjust the HP regulator valve accordingly. We have changed Both HP Regulator valves about a year ago,. so t

e exhausted air at 40PSI max into the cabin=. if air was blowing by the Anticipator gasket, this effects the amount =f air into the cabin, since the Anticipator is anticipating the 400 degree=air, and adjust the HP regulator valve accordingly. We have changed Both HP Regulator valves about a year ago,. so t

e exhausted air at 40PSI max into the cabin,. if air was blowing by the Anticipator gasket, this effects the amount of air into the cabin, since the Anticipator is anticipating the 400 degree air, and adjust the HP regulator valve accordingly. We have changed Both HP Regulator valves about a year ago,. so t

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

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

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

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

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