6
RLC-SVX07A-EN
General Information
The RTUA 70 to 125 ton units are helical-rotary type, compressor chillers,
designed to operate with the RTCA, an air-cooled condenser. The RTUA is
designed for indoor installation. It has 2 independent refrigerant circuits, with
one compressor per circuit. It is assembled with the discharge line leaving the
oil separator capped, to enable the factory to leak-test, dehydrate and add oil
charge (excluding additional oil for needed field piping). The unit ships with a
nitrogen holding charge. The chilled water inlet and outlet openings are
covered.
The RTCA 70 to 125 ton air-cooled condensers are dehydrated, leak tested,
shipped with a nitrogen holding charge and electrically tested for proper
control operation before shipment.
The RTWA/RTUA series features Trane's exclusive Adaptive Control logic with
Clear Language Display. It monitors the control variables that govern the
operation of the chiller unit. Adaptive Control logic can correct these variables,
when necessary, to optimize operational efficiencies, avoid chiller shutdown,
and keep producing chilled water. An optional remote display is available to
monitor unit operation from a remote location.
Compressor unloaders are solenoid actuated and oil pressure operated. Each
refrigerant circuit is provided with filter drier, sight glass, electronic expansion
valve, and charging valves on the RTWA and RTUA units.
The shell-and-tube type evaporator is manufactured in accordance with ASME
standards. Each evaporator is fully insulated and is equipped with water drain
and vent connections.
Summary of Contents for R Series
Page 17: ...RLC SVX07A EN 17 Installation Mechanical Figure 2 Rigging and Lifting for RTWA Units ...
Page 22: ...22 RLC SVX07A EN Installation Mechanical Figure 7 Rigging and Lifting for RTUA Units ...
Page 25: ...RLC SVX07A EN 25 Installation Mechanical Figure 10 Rigging and Lifting for RTCA Condenser ...
Page 69: ...RLC SVX07A EN 69 Installation Electrical Figure 28 Interconnecting Wiring from RTUA to RTCA ...
Page 129: ...RLC SVX07A EN 129 Start Up Procedures Figure 41 RTWA Unit Sequence of Operation ...
Page 130: ...130 RLC SVX07A EN Start Up Procedures Figure 42 RTUA Unit Sequence of Operation ...
Page 154: ...154 RLC SVX07A EN Diagnostics ...
Page 156: ...156 RLC SVX07A EN 3332 ...
Page 158: ...158 RLC SVX07A EN 3333 ...
Page 160: ...160 RLC SVX07A EN 3334 ...
Page 162: ...162 RLC SVX07A EN 3335 ...
Page 164: ...164 RLC SVX07A EN 3336 ...
Page 166: ...166 RLC SVX07A EN 5119 ...
Page 168: ...168 RLC SVX07A EN 5143 ...
Page 170: ...170 RLC SVX07A EN 5144 ...
Page 172: ...172 RLC SVX07A EN 5145 ...
Page 174: ...174 RLC SVX07A EN 5146 ...
Page 176: ...176 RLC SVX07A EN 6008 ...
Page 178: ...178 RLC SVX07A EN 6009 ...
Page 180: ...180 RLC SVX07A EN 5147 ...
Page 182: ...182 RLC SVX07A EN 6526 ...
Page 184: ...184 RLC SVX07A EN 5150 ...
Page 186: ...186 RLC SVX07A EN 6010 ...