Electronics International UBG-16 - Manual (Page 27)

3. During Cruise, Normal P 3. During Cruise, Normal P 3. During Cruise, Normal P 3. During Cruise, Normal P 3. During Cruise, Normal Power ower ower ower ower, Around 2,000 ft. , Leaned to P , Around 2,000 ft. , Leaned to P , Around 2,000 ft. , Leaned to P , Around 2,000 ft. , Leaned to P , Around 2,000 ft. , Leaned to Peak: eak: eak: eak: eak:
A. Note EGT readings for
each cylinder:
B. Note EGT Differential
reading: ___________
C. Set Upper EGT Bar Trip Point: Highest EGT Reading _____________ + 50 = ______________ (Limit)
2. During Cruise, Normal P 2. During Cruise, Normal P 2. During Cruise, Normal P 2. During Cruise, Normal P 2. During Cruise, Normal Power ower ower ower ower, Around 2,000 ft. , F , Around 2,000 ft. , F , Around 2,000 ft. , F , Around 2,000 ft. , F , Around 2,000 ft. , Full Rich: ull Rich: ull Rich: ull Rich: ull Rich:
A. Note EGT readings for
each cylinder:
B. Note EGT Differential
reading: ___________
C. Set Lower EGT Bar Trip Point: Lowest EGT Reading ______________ - 100 = ____________ (Limit)
Work Sheet for Setting Limits Work Sheet for Setting Limits Work Sheet for Setting Limits Work Sheet for Setting Limits Work Sheet for Setting Limits
1. During High P 1. During High P 1. During High P 1. During High P 1. During High Power Climb to 5,000 ft. +: ower Climb to 5,000 ft. +: ower Climb to 5,000 ft. +: ower Climb to 5,000 ft. +: ower Climb to 5,000 ft. +:
A. Note highest CHT readings
for each cylinder:
B. Note EGT Differential
reading: ___________
Cyl #1 ____________________ + 40 = _____________________
Cyl #2 ____________________ + 40 = _____________________
Cyl #3 ____________________ + 40 = _____________________
Cyl #4 ____________________ + 40 = _____________________
Cyl #5 ____________________ + 40 = _____________________
Cyl #6 ____________________ + 40 = _____________________
Highest CHT Readings: Set High CHT Limits for:
Cyl #1 ____________________ - 40 = _____________________
Cyl #2 ____________________ - 40 = _____________________
Cyl #3 ____________________ - 40 = _____________________
Cyl #4 ____________________ - 40 = _____________________
Cyl #5 ____________________ - 40 = _____________________
Cyl #6 ____________________ - 40 = _____________________
EGT Readings: Set Low EGT Limits for:
3. Set Other Limits: 3. Set Other Limits: 3. Set Other Limits: 3. Set Other Limits: 3. Set Other Limits:
A. Set EGT Differential Limit: Highest EGT Differential Reading __________ + 30 = __________ (Limit)
B. Set All Lower CHT Limits: 150'F 150'F 150'F 150'F 150'F
C. Set Shock Cooling Limit: 30'F/minute 30'F/minute 30'F/minute 30'F/minute 30'F/minute
D. Set other limits just outside the normal operating range for the temperature or function measured.
Cyl #1 ____________________ + 40 = _____________________
Cyl #2 ____________________ + 40 = _____________________
Cyl #3 ____________________ + 40 = _____________________
Cyl #4 ____________________ + 40 = _____________________
Cyl #5 ____________________ + 40 = _____________________
Cyl #6 ____________________ + 40 = _____________________
EGT Readings: Set High EGT Limits for: