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Technical information Chillers
61 The practical build-up of a refrigeration plant 12376
62 Thermostatic expansion valves 15078
63 Thermostatic expansion valves. Installation 7599
64 Refrigeration System Efficiency 8746
65 Vapour Compression Systems 9446
66 Refrigerants: Ozone Depletion and Global Warming 10102
67 Zeotropic Blends 26937
68 Ammonia (R717 or NH3) 14799
69 Types of Compressor & Capacity Control 33275
70 Evaporators 15334
71 Condensers 10887
72 Expansion Valves 10511
73 Sub-cooling 8047
74 Superheating 7831
75 Secondary Coolants 8194
76 Specific Power Consumption of Vapor Compression Systems 8828
77 Vapour Absorption Refrigeration System 9133
78 Single-Effect Chiller 8540
79 Multiple-Effect Chiller 7686
80 Triple Effect Chiller 9321
81 Lithium Bromide - Water Absorption Chiller 11020
82 Water - Ammonia Absorption Chiller 9361
83 Capacity Control. Lithium Bromide - Water Absorption Chillers 8195
84 Capacity Control. Water - Ammonia Absorption Chillers 8561
85 Cooling Towers 12472
86 Minimising Refrigeration & Air-conditioning 7458
87 Operating at Higher Evaporator Temperature 8694
88 Accurate Measurement and Control of Temperature 6768
89 Reduction in Heat Loads 7278
90 Minimising Heat Ingress 12543
 
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Bellows type thermostat Efficiency of condenser Forced draught cooling tower Hand operated expansion valve Mop valve Motor winding Refrigerator compressor temp discharge Repulsion start induction run motor Shell and coil condenser Temperature glide Three fluid absorption system Two stage centrifugal refrigerant compressor Viscous air filter
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