Condensing Units
26Pages

Index embrace 3 - Technical Instructions / Installation Precautions 02 3.2 - Basic Installation - Overview 02 3.5 - Recommendations for Brazing (welding) the System 03 3.8 - Procedures for Refrigerant Charge 04 3.10 - Basic Accessories of a Cooling System 05 Warning All data is subject to change without notice.

Condensing Unit 1) - General High Horse Power Units (from 1 to 5 HP) This catalog contains information on Embraco Condensing Units designed specifically for application in North America. • Rotalock valve The line of Embraco Condensing Units was designed in accordance with the strictest quality and reliability standards, available for a wide range of applications, varying from 1/6 HP to 5 HP in medium, low and high evaporating temperature applications, with R 22, R 134a, R 12/replacement refrigerants and R 404A. • Electrical conduit • Service valve • Fan guard • Pressure controls • Liquid...

18°F (5°C and 10°C). Superheating at the compressor’s inlet must be between 18°F and 27°F (10°C and 15°C) (for this case, the difference between the temperature at the surface of the return pipe, at a distance 6" (150 mm) from the compressor, and the evaporation temperature. The sub-cooling in the condenser shall be between 5°F and 18°F (3°C and 10°C), i.e., the condensing temperature less the temperature at the pipe's surface at the condenser's outlet. * Evaporation temperature obtained by converting the suction pressure into temperature. It is important that all items are monitored...

Condensing Unit 3.8) - Procedures for Refrigerant Charge soap bubbles The refrigerant shall only be charged after the proper vacuum has been achieved. Please check on the compressor or condensing unit tag what is the type of refrigerant that should be used to charge the system. Break the vacuum only when the compressor is switched off. It is recommended that the refrigerant charge be provided in the liquid state (with the compressor switched off), through the high side (tank liquid valve) and by the refrigerant mass measurement (lb), according to the system specification. Wait for 15...

3.9.3 - Prevent the liquid from flowing back to the compressor when the system stops and the evaporator(s) is/are located above the Condensing Unit, using an inverted siphon and suction accumulator. • Systems with more than one evaporator 3.9.4 - Aid the return of lubricating oil coming from the evaporator(s) to the system where the Condensing Unit is located over 118 inches above the evaporator(s), using an inverted siphon every 118 inches in the piping. • Where the distance from the compressor to the evaporator is over 50 feet (15 meters) 3.9.5 - Allow secondary operations, such as...

Condensing Unit Follow the instructions and make the proper connections as depicted in the wiring diagram of each model. start relay brown blue Single-Phase RSIR/CSIR (RELAY) In case a starting capacitor is needed, the connection may be made between terminals 3 and 4 (11 and 13 when the condensing unit use EG/F compressor), just by breaking this jumper. F = Fuse C = Fan capacitor CS = Start capacitor CR = Run capacitor K1 = Contact switch A1/A2 = Contact coil Compressors applied without an Run capacitor use PTC with 1 terminal. MOTOR TYPE CSIR - Capacitive Start Inductive Run CSR -...

Cross Reference * 25°F (-4°C) Evaporating temperature / 90°F (32°C) Ambient temperature. Other models upon request.

Condensing Unit * 25°F (-4°C) Evaporating temperature / 90°F (32°C) Ambient temperature. Other models upon request.

* 25°F (-4°C) Evaporating temperature / 90°F (32°C) Ambient temperature. Other models upon request.

R 134a - HBP - 60Hz Performance / Evaporating Temperature oF - ASHRAE HP Check Point Data 45oF (7.2oC) Motor Type *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps R 134a - L/MBP - 60Hz Performance / Evaporating Temperature oF - ASHRAE HP Check Point Data -10oF (-23.3oC) Motor Type Consumption Power *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps

Fan Angle of (diameter) blades Rated Receiver Output LBs Connecting Port (inch) Blade (diameter) Rated Receiver Output LBs Connecting Port (inch)

R 22 - HBP - 60Hz Performance / Evaporating Temperature oF - ASHRAE HP Check Point Data 45oF (7.2oC) Motor Type Consumption Power *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps

Blade (diameter) Rated Receiver Output LBs Connecting Port (inch)

R 404A - M/HBP - 60Hz Performance / Evaporating Temperature oF - ASHRAE HP Check Point Data 45oF (7.2oC) Motor Type Consumption Power *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps R 404A - LBP - 60Hz Performance / Evaporating Temperature oF - ASHRAE HP Check Point Data -10oF (-23.3oC) Motor Type Consumption Power *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps

Blade (diameter) Rated Receiver Output LBs Connecting Port (inch) Angle of (diameter) Blades Blade Rated Receiver Output LBs Connecting Port (inch)

Performance / Evaporating Temperature °F - ASHRAE Check Point Data 45°F (7.2°C) Power Current *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps Performance / Evaporating Temperature °F - ASHRAE Check Point Data -10°F (-23.3-C) Power Current *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps

Fan Angle of (diameter) Blades Connecting Port Rated Receiver Output LBs Fan Angle of (diameter) Blades Rated Receiver Output LBs Connecting Port (inch) Blade (diameter) Rated Receiver Output LBs Connecting Port (inch)

R 404A - LBP - 50Hz Performance / Evaporating Temperature oF - ASHRAE HP Check Point Data -10oF (-23.3oC) Motor Type *MCA - Minimum Circuit Amps | MFS - Maximum Fuse Size | LRA - Locked Rotor Amps