19
Preliminary Site Survey
a) Electrical supply and installation is to confirm to local authority's (e.g. National Electricity Board) codes and
regulations.
b) Voltage supply fluctuation must not /- 10% of rated voltage. Electricity supply line must be indepen-
dent of welding transformers which can cause supply fluctuation.
c) Ensure that the location is convenient for wiring and piping.
Mounting
a) For ceiling mounted models, locate a position where piping and ducting work can be kept to a minimum.
Ensure that overhead supports are strong enough to hold the unit's weight. Position hanger rods and check
for alignment with the unit. Check that hangers are secure and that the base of fan-coil unit is level in two
horizontal directions.
Pipings
Do not use contaminated or damaged copper tubings. If pipings, evaporator or condenser are exposed or had
been opened for 15 seconds or more, vacuum and purge with field supplied refrigerant. Generally, do not
remove plastic/rubber plugs/caps from fittings, tubings and coils until ready to connect suction or liquid line into
fittings.
Operational Check
After all electrical wiring is completed and the system is charged with refrigerant, make sure unit is operating
properly. Check that:
a) Condenser fans are running, with warm air blowing off the condenser coil.
b) Evaporator blowers are running and discharging cool air.
c) Suction line inside condensing unit feels cool.
d) Liquid line inside condensing unit feels warm.
Electrical Connection
As wiring regulations differ from country to country, please refer to your LOCAL ELECTRICAL CODES for field
wiring regulations and ensure that these are complied with. Besides, observe the following general precautions:
a) Ensure that the rated voltage of the unit corresponds to that of the name plate before commencing wiring
work.
b) Provide a power outlet to be used exclusively for each unit. A power supply disconnect and a circuit breaker
for over-current protection should be provided in the exclusive line.
c) The unit must be GROUNDED to prevent possible hazard due to insulation failure.
d) All wiring must be firmly connected.
e) Electrical wiring must not touch the refrigerant piping, compressor and any moving parts of the fan motors.
DRAINAGE PIPE SIDE
Indoor Unit
Summary of Contents for ADB100D
Page 13: ...11 Standard Models Refrigerant Circuit Diagram...
Page 14: ...12 MODEL AMC200D2 250D2 300D2 WITH ACCUMULATOR...
Page 31: ...29 ADB75B NC CURVE ADB100B NC CURVE...
Page 32: ...30 ADB125B NC CURVE ADB150B NC CURVE...
Page 45: ...43 FAN PERFORMANCE CURVE ADB250D Example 1...
Page 46: ...44 FAN PERFORMANCE CURVE ADB75B...
Page 47: ...45 FAN PERFORMANCE CURVE ADB100B...
Page 48: ...46 FAN PERFORMANCE CURVE ADB125B...
Page 49: ...47 FAN PERFORMANCE CURVE ADB150B...
Page 50: ...48 FAN PERFORMANCE CURVE ADB200B ADSB200B...
Page 51: ...49 FAN PERFORMANCE CURVE ADB250B ADSB250B...
Page 52: ...50 FAN PERFORMANCE CURVE ADB300B ADSB300B...
Page 53: ...51 FAN PERFORMANCE CURVE ADB350B ADSB350B...
Page 54: ...52 FAN PERFORMANCE CURVE ADB400B ADSB400B...
Page 55: ...53 FAN PERFORMANCE CURVE ADB450B...
Page 56: ...54 FAN PERFORMANCE CURVE ADB500B ADSB500B...
Page 57: ...55 FAN PERFORMANCE CURVE ADB600B...
Page 58: ...56 FAN PERFORMANCE CURVE ADB750B...
Page 59: ...57 FAN PERFORMANCE CURVE ADB75D...
Page 60: ...58 FAN PERFORMANCE CURVE ADB100D...
Page 61: ...59 FAN PERFORMANCE CURVE ADB125D...
Page 62: ...60 FAN PERFORMANCE CURVE ADB150D...
Page 63: ...61 FAN PERFORMANCE CURVE ADB200D...
Page 64: ...62 FAN PERFORMANCE CURVE ADB250D...
Page 65: ...63 FAN PERFORMANCE CURVE ADB300D...
Page 66: ...64 FAN PERFORMANCE CURVE ADB400D...
Page 67: ...65 FAN PERFORMANCE CURVE ADB500D...
Page 68: ...66 FAN PERFORMANCE CURVE ADB75D VERY HIGH STATIC...
Page 69: ...67 FAN PERFORMANCE CURVE ADB100D VERY HIGH STATIC...
Page 70: ...68 FAN PERFORMANCE CURVE ADB125D VERY HIGH STATIC...
Page 71: ...69 FAN PERFORMANCE CURVE ADB150D VERY HIGH STATIC...
Page 184: ...182 MODEL ADB 150B Dimension in mm...
Page 189: ...187 ADB D SERIES MODEL ADB 75D MODEL ADB 100D Dimension in mm Dimension in mm...
Page 190: ...188 MODEL ADB 125D MODEL ADB 125D2 Dimension in mm Dimension in mm...
Page 191: ...189 MODEL ADB 150D1 MODEL ADB 150D2 Dimension in mm Dimension in mm...
Page 192: ...190 MODEL ADB 200D2 MODEL ADB 250D2 Dimension in mm Dimension in mm...
Page 193: ...191 MODEL ADB 300D2 MODEL ADB 400D4 Dimension in mm Dimension in mm...
Page 196: ...194 MODEL AMC 100C MODEL AMC 150C Dimension in mm Dimension in mm...
Page 197: ...195 MODEL A 4 MC 75 100D MODEL A 4 MC 125D Dimension in mm Dimension in mm...
Page 198: ...196 MODEL A 4 MC 150D MODEL AMC 200D2 Dimension in mm Dimension in mm...
Page 199: ...197 MODEL AMC 250 300D2 Dimension in mm...
Page 200: ...198 MODEL AMC 75F MODEL AMC 100 125F Dimension in mm Dimension in mm...
Page 218: ...216 10 WIRING DIAGRAMS COOLING UNIT MODEL ADB 75B vs AMC 75B...
Page 219: ...217 COOLING UNIT MODEL ADB 75B vs AMC 75C...
Page 220: ...218 COOLING UNIT MODEL ADB 100B vs AMC 100B...
Page 221: ...219 COOLING UNIT MODEL ADB 100B vs AMC 100C...
Page 222: ...220 COOLING UNIT MODEL ADB 125B vs AMC 125B...
Page 223: ...221 COOLING UNIT MODEL ADB 150B vs AMC 150C...
Page 224: ...222 COOLING UNIT MODEL ADB 75D vs A 4 MC 75D...
Page 225: ...223 MODEL ADB 100D vs A 4 MC 100D...
Page 226: ...224 MODEL ADB 125D vs A 4 MC 125D...
Page 227: ...225 MODEL ADB 150D1 vs A 4 MC 150D...
Page 228: ...226 MODEL ADB 75D vs AMC 75F...
Page 229: ...227 MODEL ADB 100D vs AMC 100F...
Page 230: ...228 MODEL ADB 125D vs AMC 125F...
Page 232: ...230 MODEL ADB 200D2 vs AMC 200D2 ADB 250D2 vs AMC 250D2...
Page 233: ...231 MODEL ADB 300B2 vs AMC 150C x 2 ADB 300D2 vs A 4 MC 150D x 2...
Page 234: ...232 MODEL ADB 300D2 vs AMC 300D2...
Page 236: ...234 MODEL ADB 450B3 vs AMC 150C x 3...
Page 238: ...236 MODEL ADB 600B4 vs AMC 150C x 4...
Page 239: ...237 MODEL ADB 750B5 vs AMC 150C x 5 WITH MAGNETIC CONTACTOR AS STANDARD...
Page 278: ...276 MODEL AMC200D2 250D2...