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Copeland RRT62C1E-IAA-901 5600 BTU Reciprocating Compressor R-134A 115V 1-Phase 60Hz

Rating:
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2  Reviews Add Your Review
Special Price $868.85 Regular Price $964.43
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SKU
RRT62C1E-IAA-901
The Copeland RRT62C1E-IAA-901 is a high-efficiency RRT compressor specifically developed for high-temperature refrigeration applications. It uses R-134a, R-450A, and R-513A refrigerants and has a cooling efficiency (EER) of up to 6.6. This single-phase compressor uses 115V power at a frequency of 60Hz and has a capacity range of 3,060 to 5,760 BTU. It weighs 35.3 pounds and is both compact and sturdy, making it suitable for situations with limited space. It is compatible with a wide range of high-temperature refrigeration systems and provides dependable and efficient cooling. The advantages include superior energy efficiency, which reduces running costs, and versatility with multiple refrigerants. Its sturdy construction and efficient functioning make it a reliable choice for maintaining ideal temperatures in commercial refrigeration units.
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Refrigeration & Cooling, Compressors
Manufacturer:
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Specifications

  • Type: RRT Compressor
  • Refrigeration Type: R-134A
  • Cooling Efficiency: UP TO 6.6EER
  • Phase: 1
  • Capacity: 5600BTU
  • Voltage: 115V
  • Application: High Temperature: Wight: 35.3lbs

High-temperature refrigeration applications rely on compressors to maintain refrigerant circulation and support cooling. The Copeland RRT62C1E-IAA-901 is a Reciprocating Compressor designed for applications using R-134A refrigerant. It compresses refrigerant vapor to establish the pressure conditions needed for movement through the refrigeration circuit. This component serves as the primary compression stage in equipment designed around its capacity and electrical characteristics.

RECIPROCATING COMPRESSOR OPERATION:
A reciprocating design uses a piston and cylinder to compress refrigerant vapor. The piston draws in low-pressure vapor, reduces its volume, and discharges the compressed vapor into the refrigeration circuit. This repeated piston movement creates the pressure difference needed to move refrigerant through the subsequent stages of the cycle.

ELECTRICAL OPERATION AND COOLING CAPACITY:
The internal motor converts electrical input into the mechanical movement that drives the piston mechanism. The RRT62C1E-IAA-901 uses a 115V, single-phase supply and has a listed cooling capacity of 5600 BTU/hr. The capacity represents its stated cooling output under rating conditions, while actual results depend on operating temperatures and the design of the refrigeration equipment.

REPLACEMENT GUIDELINES:
Replacement may be appropriate when testing confirms a compressor fault that prevents the equipment from delivering the expected cooling performance. It may also be appropriate when the unit can no longer operate within its required operating conditions. Before ordering, compare the original part number with the equipment documentation and verify the refrigerant, capacity, electrical requirements, and physical connections.

COMMON SIGNS OF FAILURE:

  • The compressor fails to start when operation is requested.
  • The compressor starts and stops repeatedly during use.
  • Cooling performance becomes insufficient during operation.
  • Circuit breaker or overload protection trips while running.
  • The equipment fails to maintain the expected temperature despite compressor operation.

EQUIPMENT COMPATIBILITY:
The Copeland RRT62C1E-IAA-901 should be matched to refrigeration equipment using R-134A and requiring the listed 5600 BTU/hr capacity and 115V single-phase electrical supply. Before purchasing, compare the equipment model and serial number with the applicable parts documentation. Confirm the operating conditions and physical connections before installation.

TECHNICAL SPECIFICATIONS:
Part Identification:
Brand: Copeland
Part Number: RRT62C1E-IAA-901
Product Type: Reciprocating Compressor
Application: High-Temperature Refrigeration
Capacity Performance:
Capacity: 5600 BTU/hr
Electrical Specifications:
Voltage: 115V
Phase: 1-Phase
Frequency: 60Hz
Refrigeration Specifications:
Refrigerant: R-134A

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Product Questions (7)
Customer Questions
What maintenance is required for the Copeland RRT62C1E-IAA-901 Compressor?

Routine maintenance includes checking refrigerant charge, inspecting electrical connections, and ensuring proper lubrication of moving parts where applicable. Clean condenser coils regularly to maintain efficiency. Schedule periodic professional servicing and follow safety procedures when handling refrigerant systems.

What are common issues with the Copeland RRT62C1E-IAA-901 Compressor?

  • Low cooling capacity due to refrigerant leak.
  • Electrical failure from capacitor or winding damage.
  • Compressor overheating from poor ventilation or dirty coils.
  • Start-up failure caused by voltage issues or relay faults.

What type of compressor is the RRT62C1E-IAA-901?

It is a Copeland reciprocating compressor intended for high-temperature refrigeration applications.

What role does the RRT62C1E-IAA-901 play in the refrigeration cycle?

It compresses refrigerant vapor to create the pressure conditions needed for refrigerant movement through the system.

Why is R-134A important when identifying this compressor?

The refrigeration equipment must be designed for the refrigerant specified for the compressor.

Does the 5600 BTU/hr rating alone confirm a proper replacement?

No. Capacity must be considered alongside refrigerant, electrical requirements, equipment information, and other applicable requirements.

What information should I have before ordering this compressor?

The original compressor part number, equipment model, refrigerant, capacity, and electrical requirements are useful for verification.

Installation Steps

Step 1: Disconnect electrical power and recover refrigerant safely using proper recovery equipment.

Step 2: Mount compressor securely on vibration-damped base or frame.

Step 3: Connect suction and discharge refrigerant lines with proper brazing.

Step 4: Verify oil compatibility and ensure all fittings are tight.

Step 5: Wire supply per manufacturer wiring diagram carefully.

Step 6: Evacuate system thoroughly and perform vacuum and leak tests.

Step 7: Charge refrigerant, start unit, and test operation; check safety parameters.