66
RLC-SVX07A-EN
Installation - Electrical
Interconnecting Wiring between RTUA Units and an Air-Cooled
Condenser
RTCA condensers need the following interconnecting wiring from the RTUA
unit. Refer to
Figure
28
:
Non-RTCA condensers need the following interconnecting wiring from the
RTUA unit. Refer to Figure
29
:
NOTE:
If sensor leads are not long enough to make connection at RTUA,
refer to Paragraph
"Sensor Connections from Non-RTCA Unit to RTWA on
Page" 74
.
NOTE:
Staging of the fans of a non-RTCA condenser is the responsibility of
the customer.
12
3
YES
NO
YES
-
RTUA 1TB9-1 to -8 to RTCA 1TB9-1 to -8, respectively, for controlling
the fan inverters.
-
RTUA 1TB6-1 to -2 to RTCA 1TB6-1 to -2, respectively, to monitor the
factory-installed outdoor air temperature sensor.
-
RTUA 1TB6-3 and -4 to RTCA 1TB6-3 and -4, respectively, to monitor
the factory-installed saturated condensing refrigerant temperature
sensor on Circuit #2.
-
RTUA 1TB6-5 and -6 to RTCA 1TB6-5 and -6, respectively, to monitor
the factory-installed saturated condensing refrigerant temperature
sensor on Circuit #1.
-
115 volt power from the RTUA 1TB4-3 to -11 to RTCA 1TB4-3 to -11,
respectively, to control the fan contactors
-
The field-installed outdoor air temperature sensor on the condenser
needs to be wired to RTUA 1TB8-1 and -2.
-
The field installed saturated condensing refrigerant temperature
sensor for circuit #2 needs to be wired to RTUA 1TB8-3 and -4.
-
The field installed saturated condensing refrigerant temperature
sensor for circuit #1 needs to be wired to RTUA 1TB8-5 and -6.
-
The 115 volt signal to start fans on Circuit #2 comes from
RTUA 1TB4-3.
-
The 115 volt signal to start fans on Circuit #1 comes from
RTUA 1TB4-7.
-
GROUND return for the 115 volt fan signal connects to RTUA 1TB4-11
Table 20
Alarm/Running/Maximum Capacity Menu Settings
Programmable
Relay Setup Setting
(Service Setting Menu)
Relays Output
Configuration
Table 19
Diagnostics that the Alarm
Relay(s) is Active
MMR/
CMR diag.
MAR/
CAR diag.
IFW
Notes:
MMR = Machine Manual Reset
CMR = Circuit Manual Reset
MAR = Machine Auto Reset
CAR = Circuit Auto Reset
IFW = Informational Warnings
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 ...