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PKG-PRC007-EN

36

The 

Genius line offers two Control

options: Standard Thermostat or
Microprocessor Control.

Standard Thermostat

All units are supplied with a control
thermostat as standard feature. This
thermostat can be installed remotely or
in the equipment, according to the needs
of the client.

Microprocessor Control

The Microprocessor Control UCP (unit
control processor) is factory assembled
and tested. It controls unit operation in
the independent mode (standalone) or it
allows communication when the unit is
working in an integrated comfort system
(Tracer, Tracer Summit, Tracker).

Some of the main advantages and
benefits of using the microprocessor are:

Great reliability: As we know, this type of
control has demonstrated itself to be
highly reliable, thus avoiding
decalibration or breakdown.

Direct digital control: The Integral
Proportional Control allows more precise
temperature control of the area to be air-
conditioned. In addition, the temperature
sensing instrument is more sensitive
than the one used in traditional cases.
With this instrument joined to the UCP it
is possible to guarantee a setpoint
temperature of + - 0.5F.

Easy diagnosis: The controller allows the
operator to carry out easy and fast test to
verify the operation of the unit
components (fans and compressors).

Low suction pressure during start-up:
The controller ignores the low
pressurestat information during
compressor start-up, thus avoiding that
the unit not start because of the low
pressure. If after 3 minutes the low
pressure is not within the correct range,
the unit will deactivate.

Elimination of Compressor cycling: The
controller allows the compressor to run
for a minimum of three minutes,
followed by three minutes not running
(off) to make sure that there is adequate
oil return to the compressor(s).

Alternation of Compressor operation:
The microprocessor will alternate the
compressors according to the number of
start-ups and hours of operation of each,

Controls

so that the degree of wear will be similar
for each one.

The microprocessor control provides the
option for simple and direct
communication between the 

Genius and

TRACKER, Tracer or Tracer Summit
building administrators. This
communication is achieved simply by
interconnecting the 

Genius unit and the

building administration system with a
twisted pair cable.

TRACKER

In addition to being able to control the
lighting of your house or building, this
panel can automatically control up to 12
Genius. It also allows sending air
conditioning system alarms to a
Maintenance Central 24 hours a day,
thus making possible various functions:

Schedule programming: On the
TRACKER you do the annual operating
programming of each one of the
interconnected sets of equipment with
the possibility of setting two different
schedules for the initiation and
termination of operation for weekdays,
weekends and holidays. The objective is
to use the equipment only when
necessary. There is no need for you to
waste energy.

Interface with the operator: The
TRACKER has a functional keyboard and
liquid crystal display that provides the
user with a rapid visualization of the
system with a minimum of experience.
Access is restricted with a safety
password.

Zoning: When a variable air volume
system is controlled, it is capable of
independently controlling the
temperature of up to 128 different zones,
thus optimizing the dimensions of your
equipment as well as your investment.

Optimized start-up: The 

TRACKER

analyzes the most economical way to
turn on the equipment so that you get
the desired temperature at the
programmed time. This is applicable in
setups where various 

Genius units are

interconnected to the control system
and, instead of turning on all of them at
the same time, they are turned on at
different times to avoid peaks in energy
consumption.

Demand limit: Automatically controls
the programmed electricity
consumption limits of the setup. This is
an important economic factor that
makes the cost of the 

TRACKER

insignificant when considered on an
annual scale.

Record of tendencies: Records up to 192
temperature values during a time frame
that you determine. This function makes
it possible to do a posterior analysis of
the system’s performance.

Record of alarms: The 

TRACKER

immediately identifies any breakdowns
in the system, which register as alarms.
Besides this, the 

TRACKER store in its

memory up to 32 alarms with
information including the date and time
of the event.

Access via telephone line: The 

TRACKER

can be programmed and supervised
through the telephone line. It can also, in
the same way, send warnings
concerning any alarms.

Easy installation: The 

Genius and the

TRACKER leave the factory already
programmed and tested. Installation and
connection between them is done with a
twisted pair.

For more details, consult the 

TRACKER

Engineering Bulletin.

TRACER SUMMIT

This is the controller recommended for
very large installations. The Genius’s
microprocessor is also able to
communicate with the Tracer Summit
which provides complete integration of
these units with the Integrated Comfort
System.

Varitrac is the name Trane has given to
our variable air volume system for small
installations. Airflow through the 

Genius

is constant while the air supply to each
zone is variable. So that this will happen,
a bypass gate returns airflow that was
not required by the zones to the system.
The variable air input in each zone is
controlled by a VAV box that includes a
microprocessor controller. This
controller regulates the amount of air
needed to maintain the desired
temperature. A panel called the Central
Control Panel (CCP) is used to program,
supervise and control the Varitrac
system. Trane personnel can program
the 

TRACKER and the CCP.

Summary of Contents for Genius PKG-PRC007-EN

Page 1: ...Vertical Self Contained Air Conditioning Air and Water Cooled 5 15 Tons 60 Hz PKG PRC007 EN...

Page 2: ...f our customers the Genius Built to provide not only the indoor comfort but also the confidence that the unit is reliable durable easy to install and maintain The Genius line has been designed to sati...

Page 3: ...PKG PRC007 EN Introduction 2 Features and Benefits 4 Model Number Description 8 General Data 9 Selection Procedure 10 Performance Data 11 Controls 36 Electrical Data 37 Dimensions 47 Mechanical Specif...

Page 4: ...results in energy savings since only air conditioners on floors requiring cooling need to operate Annual system energy consumption comparable to central chilled water system but with significant ener...

Page 5: ...select the filter media for the application Nylon Electrostatic Filters Wire Mesh Permanent Filters Throwaway Filters Many other options available as special Contact your local Trane Representative S...

Page 6: ...enser SAVE Self contained WATER cooled unit with shell and tube condenser Available 3 Colors The attractive highly functional design of the Genius line offers the customers the selection of three equi...

Page 7: ...our ideal partner for small buildings applications Filters Throwaway Washable Nylon type Washable Aluminum Mesh Wide range of Models available SRVE Self Contained with Integral Air Cooled Condenser SI...

Page 8: ...PKG PRC007 EN 8 Model Number Description...

Page 9: ...341 1646 1646 Depth mm 631 631 631 714 714 Height mm 890 890 941 1018 1247 Net Weight kg 93 124 139 180 212 Compressor Quantity TR 1 5 1 7 5 2 5 5 7 5 2 7 5 Evaporator Coil Rows 3 3 3 3 4 Finned Heigh...

Page 10: ...x 1 01 43 94 MBh 14 5 x 1 39 20 16 GPM Refer to Table PD 1 to determine approximate brake horsepower and fan rpm 1035 rpm and 0 66 bhp Determine net capacities by subtracting fan motor heat from gross...

Page 11: ...5 TR CFM m3 h RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1802 3060 1289 0 91 1343 0 98 1395 1 05 MT 1 5 CV 1877 3188 1305 0 97 1358 1 05 1409 1 12 MS 78 5 A 106 5 1952 3315 1267 0 95 1320 1 03 1372 1 11...

Page 12: ...59 1 61 1204 1 75 MS 80 A 110 2927 4970 1171 1 74 1215 1 88 OP2 BS 118 5 3041 5163 1184 1 86 1227 2 03 B 1X B27 3154 5355 1198 2 01 1240 2 17 3267 5548 1169 1 97 1211 2 16 1253 2 34 3380 5740 1185 2 1...

Page 13: ...4 7096 1 38 1156 1 53 1213 1 68 1269 1 83 MS 78 5 A 106 5 3905 6630 1027 1 29 1058 1 36 1118 1 51 1176 1 66 1232 1 81 OP1 BS 133 6 4055 6885 1021 1 35 1051 1 42 1082 1 49 1140 1 64 1197 1 79 B 1X A31...

Page 14: ...el Airflow 97 1 124 5 156 9 195 7 234 1 273 9 Option 12 5 TR CFM m3 h RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 4505 7650 919 1 62 975 1 88 1029 2 06 MT 3 0 CV 4694 7970 874 1 57 931 1 79 985 2...

Page 15: ...8 983 2 30 1033 2 52 1082 2 74 MT 4 0 CV 5632 9563 835 1 83 890 2 03 944 2 25 995 2 47 1045 2 69 MS 79 A 105 5857 9945 824 1 91 852 2 01 906 2 21 958 2 43 1008 2 65 1057 2 87 OP1 FS 169 7 6080 10323 8...

Page 16: ...70 8 25 6 16 3 55 2 48 7 13 2 61 9 37 0 14 5 69 0 25 0 16 3 2250 80 57 7 58 1 13 7 63 5 47 3 15 0 70 7 35 3 16 3 56 2 57 0 13 7 61 8 46 5 14 5 68 9 34 5 16 3 85 60 3 61 4 14 1 63 4 55 2 15 0 70 7 43 2...

Page 17: ...14 4 1 00 24 16 7 14 5 0 86 18 6 11 0 0 94 20 7 7 5 1 03 16 2 14 3 0 83 18 1 10 8 0 92 20 2 7 3 1 03 3825 27 16 9 17 0 0 86 18 6 13 8 0 94 20 7 10 3 1 03 16 5 16 7 0 86 18 1 13 6 0 92 20 2 10 1 1 03 2...

Page 18: ...7 103 1 36 3 22 5 79 7 69 2 18 5 89 6 52 3 20 3 100 1 35 2 22 5 3375 80 83 5 82 3 18 9 92 2 67 3 20 3 103 0 50 2 22 5 81 4 80 6 18 9 89 5 66 2 20 3 100 0 49 0 22 5 85 87 7 86 8 19 8 92 1 78 9 20 7 10...

Page 19: ...0 20 5 1 39 24 24 1 20 6 1 17 27 1 15 7 1 31 30 2 10 6 1 42 23 4 20 3 1 17 26 2 15 3 1 28 29 3 10 3 1 42 5740 27 24 5 24 1 1 19 27 0 19 7 1 28 30 2 14 7 1 42 23 9 23 6 1 19 26 2 19 4 1 28 29 3 14 4 1...

Page 20: ...5 140 8 50 1 32 6 110 3 94 6 26 9 123 3 71 8 29 5 137 3 48 7 32 2 4500 80 114 8 113 0 27 3 126 6 91 7 29 5 140 7 68 5 32 6 111 9 110 9 27 3 123 2 90 2 29 5 137 2 67 3 32 2 85 119 7 119 7 28 2 126 5 10...

Page 21: ...27 8 2 00 24 33 3 28 1 1 70 37 1 21 4 1 86 41 3 14 7 2 06 32 3 27 7 1 70 36 1 21 0 1 86 40 2 14 3 2 03 7650 27 33 6 33 1 1 72 37 1 26 9 1 86 41 2 20 1 2 06 32 8 32 5 1 72 36 1 26 4 1 86 40 2 19 7 2 03...

Page 22: ...2 174 4 62 0 38 8 136 0 119 4 32 2 151 9 89 4 35 2 169 4 60 2 38 8 5625 80 140 7 140 0 32 6 156 5 114 9 35 2 174 2 85 5 38 8 138 5 138 0 32 6 151 9 113 0 35 2 169 2 83 7 38 8 85 148 8 148 8 33 9 156...

Page 23: ...34 9 2 42 24 41 1 35 2 2 03 45 9 26 7 2 22 51 1 18 2 2 45 39 8 35 0 2 03 44 5 26 2 2 22 49 6 17 6 2 45 9560 27 41 2 41 0 2 06 45 8 33 7 2 22 51 0 25 0 2 45 40 6 40 4 2 06 44 5 33 1 2 22 49 6 24 5 2 45...

Page 24: ...2 7 212 7 74 9 46 7 164 1 150 2 38 8 184 8 111 7 42 3 205 8 72 6 46 3 6750 80 176 8 175 1 40 1 190 8 145 9 42 7 212 5 106 6 46 7 172 1 170 5 39 6 184 6 143 4 42 3 205 6 104 2 46 3 85 185 9 184 1 41 9...

Page 25: ...4 4 2 89 24 50 1 44 8 2 45 56 0 33 5 2 70 62 3 21 9 2 95 48 1 44 0 2 45 54 1 32 7 2 67 60 3 21 3 2 92 11475 27 51 8 51 3 2 53 55 9 42 8 2 70 62 3 31 2 2 95 50 4 49 9 2 50 54 1 42 0 2 67 60 2 30 5 2 92...

Page 26: ...62 3 62 6 61 4 71 3 50 2 60 8 60 8 61 0 60 3 66 8 49 5 Table PD 11 Gross Cooling Capacities SRVE 050 Cont English Ambient Temperature F 105 115 Entering Wet Bulb Temperature F Ent 61 67 73 61 67 73 DB...

Page 27: ...24 2 24 2 25 0 22 5 27 8 17 4 32 26 1 26 1 26 2 25 8 28 8 21 1 25 4 25 4 25 4 25 3 27 8 20 8 Table PD 11 Gross Cooling Capacities SRVE 050 Cont Metric Ambient Temperature C 40 5 46 Entering Wet Bulb...

Page 28: ...89 0 89 5 88 0 98 3 72 1 86 6 86 6 86 8 86 2 94 9 70 9 Table PD 12 Gross Cooling Capacities SRVE 075 Cont English Ambient Temperature F 105 115 Entering Wet Bulb Temperature F Ent 61 67 73 61 67 73 DB...

Page 29: ...24 2 24 2 25 0 22 5 27 8 17 4 32 26 1 26 1 26 2 25 8 28 8 21 1 25 4 25 4 25 4 25 3 27 8 20 8 Table PD 12 Gross Cooling Capacities SRVE 075 Cont Metric Ambient Temperature C 40 5 46 Entering Wet Bulb...

Page 30: ...8 124 8 121 4 137 6 98 4 120 7 120 7 121 2 119 4 133 1 96 9 Table PD 13 Gross Cooling Capacities SRVE 100 Cont English Ambient Temperature F 105 115 Entering Wet Bulb Temperature F Ent 61 67 73 61 67...

Page 31: ...3 7 33 7 35 1 30 8 39 0 23 7 32 36 3 36 3 36 6 35 6 40 3 28 8 35 4 35 4 35 5 35 0 39 0 28 4 Table PD 13 Gross Cooling Capacities SRVE 100 Cont Metric Ambient Temperature C 40 5 46 Entering Wet Bulb Te...

Page 32: ...3 0 150 0 167 8 123 1 148 0 148 0 148 4 147 0 162 1 120 6 Table PD 14 Gross Cooling Capacities SRVE 125 Cont English Ambient Temperature F 105 115 Entering Wet Bulb Temperature F Ent 61 67 73 61 67 73...

Page 33: ...1 4 41 4 42 9 38 3 47 5 29 6 32 44 6 44 6 44 8 43 9 49 2 36 1 43 4 43 4 43 5 43 1 47 5 35 3 Table PD 14 Gross Cooling Capacities SRVE 125 Cont Metric Ambient Temperature C 40 5 46 Entering Wet Bulb Te...

Page 34: ...9 8 186 3 204 3 155 6 184 2 180 8 184 1 180 6 196 6 153 0 Table PD 15 Gross Cooling Capacities SRVE 150 Cont English Ambient Temperature F 105 115 Entering Wet Bulb Temperature F Ent 61 67 73 61 67 73...

Page 35: ...1 5 50 5 52 3 48 4 57 6 37 2 32 55 7 54 6 55 6 54 6 59 8 45 6 54 0 53 0 53 9 52 9 57 6 44 8 Table PD 15 Gross Cooling Capacities SRVE 150 Cont Metric Ambient Temperature C 40 5 46 Entering Wet Bulb Te...

Page 36: ...two different schedules for the initiation and termination of operation for weekdays weekends and holidays The objective is to use the equipment only when necessary There is no need for you to waste e...

Page 37: ...n 380V 11 52 1 30 2 19 15 01 440V 9 95 1 13 1 90 12 98 Start up Values Compressor Fan Motor Fan Motor Fan Voltage LRA LRA LRA STD 220V 128 00 19 00 19 00 and 380V 74 10 11 00 11 00 Option 1 440V 64 00...

Page 38: ...46 3 99 5 28 23 73 440V 12 49 3 46 4 58 20 52 220V 24 98 9 15 9 15 43 28 Option 2 380V 14 46 5 28 5 28 25 02 440V 12 49 4 58 4 58 21 64 Plenum Box 220V 24 98 2 25 9 15 36 38 Option 380V 14 46 1 30 5 2...

Page 39: ...11 52 11 52 3 99 5 28 32 31 440V 9 95 9 95 3 46 4 58 27 93 220V 19 90 19 90 9 15 9 15 58 10 Option 2 380V 11 52 11 52 5 28 5 28 33 60 440V 9 95 9 95 4 58 4 58 29 05 Plenum Box 220V 19 90 19 90 2 25 9...

Page 40: ...V 14 46 11 52 5 28 6 70 37 96 440V 12 49 9 95 4 58 5 80 32 81 220V 24 98 19 90 11 60 11 60 68 08 Option 2 380V 14 46 11 52 6 70 6 70 39 38 440V 12 49 9 95 5 80 5 80 34 04 Plenum Box 220V 24 98 19 90 2...

Page 41: ...0V 14 46 14 46 6 70 8 38 44 00 440V 12 49 12 49 5 80 7 26 38 04 220V 24 98 24 98 14 51 14 51 78 98 Option 2 380V 14 46 14 46 8 38 8 38 45 68 440V 12 49 12 49 7 26 7 26 39 50 Plenum Box 220V 24 98 24 9...

Page 42: ...19 80 5 18 24 98 Option 2 380V 11 46 2 99 14 45 440V 9 90 1 90 11 80 Plenum Box 220V 19 80 2 25 22 05 Option 380V 11 46 1 30 12 76 440V 09 90 1 13 11 03 Start up values Compressor Fan Motor Fan Voltag...

Page 43: ...1 380V 14 46 3 99 18 45 440V 12 49 3 46 15 95 220V 24 98 9 15 34 13 Option 2 380V 14 46 5 28 19 74 440V 12 49 4 58 17 07 Plenum Box 220V 24 98 2 25 27 23 Option 380V 14 46 1 30 15 76 440V 12 49 1 13 1...

Page 44: ...46 11 46 3 99 26 91 440V 9 90 9 90 3 46 23 26 220V 19 80 19 80 9 15 48 75 Option 2 380V 11 46 11 46 5 28 28 20 440V 9 90 9 90 4 58 24 38 Plenum Box 220V 19 80 19 80 2 25 41 85 Option 380V 11 46 11 46...

Page 45: ...5 68 9 84 4 17 8 16 2 93 5 36 12 78 23 36 440V 8 50 7 05 4 64 20 19 Plenum Box 220V 16 99 14 10 1 80 32 89 Option 380V 5 68 9 84 4 17 8 16 0 45 1 04 10 30 19 04 440V 8 50 7 05 0 90 16 45 Maximum Opera...

Page 46: ...9 84 5 68 9 84 3 54 6 70 14 90 26 38 440V 8 50 8 50 5 80 22 80 Plenum Box 220V 16 99 16 99 3 04 37 02 Option 380V 5 68 9 84 5 68 9 84 0 83 1 76 12 19 21 44 440V 8 50 8 50 1 52 18 52 Maximum Operation...

Page 47: ...5 12 Water intake and outlet left right 13 Electric panel for electric control model 100 125 150 optional 14 Electric panel 15 Electric panel for electric control model 050 075 optional 16 Shell and...

Page 48: ...46 5 13 Electric panel for electric control model 100 125 150 optional 14 Electric panel 15 Electric panel for electric control model 050 075 optional 16 Shell and tube condenser Dimensions SRVE Model...

Page 49: ...6 5 12 Electric panel for electric control model 100 125 150 optional 13 Electric panel 14 Electric panel for electric control model 050 075 optional 15 Prep for spacing for f 46 5 right left lines Mo...

Page 50: ...11 110 1029 521 132 075 49 25 35 17 16 13 40 32 4 51 21 5 1 2 3 4 1241 631 890 422 5 396 341 1016 816 5 110 1283 521 132 100 49 25 37 9 13 9 13 11 45 34 4 55 21 6 8 10 1 2 5 8 1 2 5 8 1341 631 941 212...

Page 51: ...copper tubes are expanded mechanically to guarantee perfect contact between fin and tube All the coils are tested for leaks Evaporator coils are tested at a pressure of 300 PSIG and the condensers at...

Page 52: ...UCP Microprocessor Control Service Valve Service valve for the liquid line Condensation Pressure Controller A set with pressurestatic valves to control the condensation pressure in machines with air c...

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