The P14TY is a refrigerant compressor model listed in the provided datasheet, designed for use in refrigeration or air conditioning systems. Below is a summarized technical breakdown of its key specifications:
P14TY Compressor Specifications
| Parameter | Value | Notes |
|---|---|---|
| Model | P14TY | Part of a series (likely Panasonic or similar brand). |
| Power (HP) | 3/8 HP | ~0.375 horsepower. |
| Displacement | 14.00 cm³ | Cylinder volume per revolution. |
| Refrigerant | R12 (CFC) | Older refrigerant (now phased out; check local regulations). |
| Cooling Capacity | – W: 985 W – kcal/h: 996 – BTU/h: ~3,360 |
At -25°C evaporating temp (CECOMAF conditions). |
| COP (Efficiency) | 1.73 (W/W) | Coefficient of Performance. |
| Oil Type/Volume | 400 cm³ | Mineral or alkylbenzene oil (for R12). |
| Weight | 11.5 kg | |
| Motor Type | CSIR (Capacitor Start, Induction Run) | Single-phase operation. |
| Starting Method | Relay (R) | |
| Voltage/Frequency | 220-240V, 50Hz | Single-phase AC. |
| Expansion Type | Capillary tube (C) or Valve (V) | Configurable based on application. |
Key Observations
- Refrigerant (R12):
- The P14TY is designed for R12, an obsolete CFC refrigerant banned under the Montreal Protocol due to ozone depletion. Modern alternatives (e.g., R134a, R404A) require retrofitting or replacement.
- Applications:
- Likely used in medium-temperature refrigeration (e.g., commercial refrigerators, chillers) given its capacity and COP at -25°C evaporating temperature.
- Efficiency (COP 1.73):
- Lower COP compared to modern compressors, indicating higher energy consumption.
- Replacement Considerations:
- If retrofitting for alternative refrigerants, ensure compatibility with oil type (e.g., POE for HFCs) and system components.
- Verify electrical specs (voltage, starting torque) for new installations.
Testing Conditions (CECOMAF/ASHRAE)
- Evaporating Temp: -25°C (LBP testing for low-temperature applications).
- Condensing Temp: 55°C.
- Ambient Temp: 32°C.
Actionable Recommendations
- For Maintenance:
- Check oil levels and contamination if still using R12.
- Inspect capacitors/relays (common failure points in CSIR motors).
- For Replacement:
- Consider modern equivalents (e.g., Panasonic/Copeland models for R404A/R134a).
- Consult HVAC technician for system compatibility and retrofitting.
| Attachment | Type | Link |
|---|---|---|
| Mbsm_dot_pro_private_PDFMbsm_dot_pro_private_PDF_S26TY | application/pdf | Get Link |
| Mbsm_dot_pro_private_picture-P14TY | image/jpeg | Get Link |
| Image | View Image |
