Sebutkan 4 komponen utama system refrigerasi:, Evaporator, condenser, oil tank, expansion valve, Evaporator, condenser, compressor, expansion valve, Evaporator, Heater, heat exchanger, expansion valve, Evaporator, condenser, compressor, heat exchanger, Dimanakah refrigerant melepaskan kalor atau panas pada system refrigerasi:, Evaporator, Condenser, Compressor, Expansion valve, Expansion valve pada Chiller Trane Centrifugal chiller menggunakan type:, Orifice, Electronic expansion valve, Thermostatic expansion valve, Pipa kapiler, Pilih jawaban yang benar cara untuk menghitung approach condenser refrigerant temperature:, Condenser saturated Refrigerant temperature – Condenser entering water temperature, Condenser saturated Refrigerant temperature – Condenser leaving water temperature, Condenser entering water temperature - Condenser saturated Refrigerant temperature, Condenser leaving water temperature - Condenser saturated Refrigerant temperature, Berapakah batas maksimal approach condenser refrigerant temperature yang direkomendasikan pada saat chiller beroperasi:, 3C, 6C, 5C, 10C, Dibawah adalah penyebab chiller surge, kecuali:, Terdapat Non condensable gas pada chiller akibat kebocoran refrigerant, Oil temperature tinggi, Kurang refrigerant, Temperature condenser entering water temperature tinggi, Penyebab alarm evaporator water flow lost pada chiller, kecuali:, Flow switch evaporator bermasalah atau rusak pada saat chiller beroperasi, CHWP mati/trip, Volume chilled water berkurang, Approach evaporator terlalu tinggi, Apakah nama alat yang berfungsi untuk menaikan/menurunkan kapasitas compressor screw:, Inlet Gude Vane (IGV), Fill/Drain Solenoid Valve, Slide Valve, Gas Pump, Salah satu metode atau cara yang efektif untuk melakukan inspeksi tubes atau uji kelayakan pada tube condenser dan evaporator adalah dengan:, Eddy current test, Test pressure, Leak test, Cleaning Tubes, Apa pengaruh chilled water terlalu besar/overflow di evaporator terhadap chiller, kecuali:, Konsumsi listrik tinggi, Delta Temp (ΔT) tinggi, Delta Temp (ΔT) rendah, Pressure drop (ΔP) tinggi
0%
Training Operator
Share
Share
by
Ridwanrais
SMK
Edit Content
Print
Embed
More
Assignments
Leaderboard
Show more
Show less
This leaderboard is currently private. Click
Share
to make it public.
This leaderboard has been disabled by the resource owner.
This leaderboard is disabled as your options are different to the resource owner.
Revert Options
Quiz
is an open-ended template. It does not generate scores for a leaderboard.
Log in required
Visual style
Fonts
Subscription required
Options
Switch template
Show all
Open results
Copy link
QR code
Delete
Continue editing:
?
