Evaporator, Capillary Tube | Friedrich CP05C10 manual

2.4.2 EVAPORATOR

1.Remove the cabinet.

2.Discharge the refrigerant by using a refrigerant recovery system.

3.Remove the upper air guide . (Refer to Section 2.2.1)

4.After discharging the refrigerant completely, unbraze the interconnecting tube at the condenser connections.

5.Remove the evaporator.

6.Re-install by referring to the procedures above.

2.4.3 CAPILLARY TUBE

1.Remove the cabinet.

2.Discharge the refrigerant by using a refrigerant recovery system.

3.Remove the upper air guide. (Refer to Section 2.2.1)

4.After discharging the refrigerant completely, unbraze the interconnecting tube of the capillary tube.

5.Remove the capillary tube.

6.Re-install by referring to the procedures above.

NOTES

Replacement of the refrigeration cycle.

1.When replacing the refrigerating cycle, be sure to discharge the refrigerant by using a refrigerant recovery system.

2.After discharging the unit completely, remove the desired components, and unbraze the pinch-off tubes.

3.Solder service valves into the pinch-off tube ports, leaving the valves open.

4.Solder the pinch-off tubes with service valves.

5.After completing the above procedures, the valve must be removed .

6.Evacuate as follows:

6-1. Connect the vacuum pump, as illustrated in figure 21A.

6-2. Start the vacuum pump. Slowly open manifold valves A and B with two full turns counter- clockwise and leave the valves closed.

The vacuum pump is now pulling through valves A and B up to valve C by means of manifold and the entire system.

CAUTION : If high vacuum equipment is used, just crack valves A and B for a few minutes, then open slowly with the two full turns counter-clock-

wise. This will keep oil from foaming and being drawn into the vacuum pump.

6-3. Operate the vacuum pump for 20 to 30 min- utes, until 600 micron vacuum is obtained. Close valves A and B and observe vacuum gauge for a few minutes.

A rise in pressure would indicate a possible leak or moisture remaining in the system. With valves A and B closed, stop the vacuum pump.

6-4. Remove the hose from the vacuum pump and place it on the charging cylinder. See figure 23B. Open valve C.

Discharge the line at the manifold connection. 6-5. The system is now ready for final charging.

7.Recharge as follows:

7-1. Rotary compressor systems are charged from the high-side. If the total charge cannot be put in the high-side, the balance will be put in the suction line through the access valve which is installed as the system is opened.

7-2. Connect the charging cylinder as shown in fig- ure 21B. With valve C open, discharge the hose at the manifold connection.

7-3. Open valve A and allow the proper charge to enter the system. Valve B is still closed.

7-4. If more charge is required, the high-side will not take it. Close valve A.

7-5. With the unit running, open valve B and add the balance of the charge.

a.Do not add the liquid refrigerant to the low- side.

b.Watch the low-side gauge, allow pressure to rise to 30 lbs.

c.Turn off valve B and allow the pressure to drop.

d.Repeat steps B and C until the balance of the charge is in the system.

7-6. When the unit is operating correctly, use the pinch-off tool with the unit still running and the clamp on the pinch-off tube. Using a tube cut- ter, cut the pinch-off tube about 2 inches from the pinch-off tool. Use sil-fos solder and solder the pinch-off tube closed. Turn off the unit, allow setting for a while and then test the leak- age of the pinch-off connection.

— 10—

CP05C10 specifications

Friedrich CP05C10 is a compact, high-performance window air conditioning unit designed for efficiency and optimal comfort. This model stands out in the competitive market of cooling systems, making it an attractive choice for consumers looking for reliable temperature control in small to medium-sized rooms.

One of the main features of the CP05C10 is its cooling capacity of 5,000 BTUs, which is suitable for spaces up to approximately 150 square feet. This cooling power ensures efficient temperature regulation, allowing users to maintain a comfortable environment even during the hottest summer months. Additionally, the unit boasts a dehumidification function, which can remove up to 1.5 pints of moisture per hour. This feature is particularly useful in humid climates, as it helps to improve indoor air quality and comfort levels.

The CP05C10 incorporates advanced technologies designed to enhance usability and energy efficiency. It features an Energy Efficiency Ratio (EER) of 11.0, which highlights its ability to provide effective cooling while consuming less power. This is beneficial not only for reducing electricity bills but also for minimizing environmental impact. The unit is Energy Star certified, further emphasizing its commitment to energy-efficient performance.

User-friendly controls are another hallmark of the CP05C10. It includes a simple mechanical thermostat with adjustable temperature settings, enabling users to find their ideal comfort level without any complicated menus. The unit also comes with multiple cooling and fan speed options, including a low, medium, and high setting, allowing users to customize their experience based on their preferences and external weather conditions.

Moreover, the Friedrich CP05C10 is designed with quiet operation in mind. It operates at a sound level of around 50 dB, meaning it can cool a room without causing disruptive noise, making it suitable for bedrooms, offices, and other quiet spaces.

With a sleek, modern design, the Friedrich CP05C10 fits seamlessly into any room decor. Its durable construction ensures longevity, while the washable filter makes maintenance easy, promoting cleaner air circulation.

In summary, the Friedrich CP05C10 offers a perfect blend of efficiency, comfort, and ease of use, making it an excellent choice for anyone looking to enhance their indoor climate with a reliable window air conditioning solution.