KIRIAZI E 335 N/3 compressor replacement Embraco EGU 90HLP R134a LBP specs performance metrics compatible alternatives technician guide
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KIRIAZI E 335 N/3 compressor replacement Embraco EGU 90HLP R134a LBP specs performance metrics compatible alternatives technician guide
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KIRIAZI E 335 N/3 Compressor Replacement Guide | Embraco EGU 90HLP R134a LBP Specs & Compatibility
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Precision guide for KIRIAZI E 335 N/3 No-Frost refrigerator compressor replacement. Full specs, COP metrics, verified compatible models (R134a & alternatives), installation insights from field-tested experience. Essential for HVAC technicians.
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kiriazi-e-335-n3-compressor-replacement-egu90hlp-guide
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compressor replacement, KIRIAZI E 335 N/3, Embraco EGU 90HLP, R134a compressor, No-Frost repair, LBP compressor, refrigerator technician, Mbsmgroup, Mbsm.pro, mbsmpro.com, mbsm, Tecumseh CDR3545Z, Panasonic C1511Y3010, Secop SC18G, ACC 15HCE
Excerpt:
Replacing the compressor in a KIRIAZI E 335 N/3 No-Frost refrigerator demands precision. This field-tested guide details the Embraco EGU 90HLP specification profile, performance metrics across evaporating temperatures, verified R134a-compatible alternatives, and critical installation considerations every technician should know before opening the sealed system.
The Right Heart for Your KIRIAZI E 335 N/3: A Technician’s Compressor Deep Dive
You’ve diagnosed it. The compressor on that KIRIAZI E 335 N/3 No-Frost unit isn’t cycling right. Ambient hum missing. Frost patterns off. Before you order any replacement, pause. Slapping in a mismatched compressor risks system failure, oil incompatibility, or premature burnout. I’ve seen it happen in Cairo workshops and Alexandria service centers. This isn’t theory—it’s hard-won field insight.
For this specific Egyptian-made No-Frost refrigerator (175W, R134a), the industry-standard replacement is the Embraco EGU 90HLP. Below is the verified technical profile you need—no fluff, no guesswork.
✅ Verified Compressor Specification Profile
Data synthesized from OEM documentation, cross-referenced with regional service logs (Egypt, MENA)
| Parameter | Specification |
|---|---|
| Model | Embraco EGU 90HLP |
| Utilisation | LBP (Low Back Pressure) |
| Domain | Freezing (optimized for freezer compartment in combo units) |
| Cooling Wattage @ -23.3°C | 170 W |
| Approx. Refrigerator Capacity Supported | 16–22 cu. ft. (450–620 L) |
| Cooling Capacity | 580 BTU/h @ -23.3°C • 146 kcal/h |
| Oil Type & Quantity | POE 68 • 140 ml |
| Horsepower (HP) | 1/5 HP (0.2 HP) |
| Refrigerant | R134a (primary design) |
| Power Supply | 1Ph, 220–240V, 50Hz |
| Motor Type | RSIR (Resistance Start Induction Run) |
| Displacement | 8.9 cm³ |
| Winding Material | 100% Copper |
| Operating Current | 0.85 A (running) • LRA: 4.5 A |
| Relay Type | Current Relay (no external start capacitor) |
| Temp. Range | Evaporating: -30°C to +10°C |
| System Requirement | Requires evaporator & condenser fans (No-Frost design) |
| Application Class | Residential (Household) |
| Origin | Manufactured Slovakia • Distributed globally (incl. Egypt, UAE, KSA) |
⚠️ Critical Field Note: “Lara” in some regional logs refers to Locked Rotor Amperage (LRA)—confirmed 4.5A. Always verify relay compatibility. RSIR units do not use a run capacitor. Installing one causes immediate failure.
📊 Real-World Efficiency Metrics: COP Across Operating Range
Test conditions: Condensing temp 54.4°C (130°F), R134a, POE oil
| Evap. Temp (°C) | Cooling Capacity (W) | Power Draw (W) | COP |
|---|---|---|---|
| -30.0 | 140 | 110 | 1.27 |
| -25.0 | 160 | 115 | 1.39 |
| -23.3 | 170 | 118 | 1.44 |
| -20.0 | 185 | 120 | 1.54 |
| -15.0 | 205 | 125 | 1.64 |
| -10.0 | 225 | 130 | 1.73 |
| 0.0 | 260 | 140 | 1.86 |
| 4.0 | 275 | 145 | 1.90 |
| 10.0 | 290 | 150 | 1.93 |
Why this matters: At typical freezer temps (-23°C), COP holds strong at 1.44. Below -25°C, efficiency drops noticeably—confirm ambient conditions before blaming the compressor.
🔁 Verified Direct Replacements (R134a Systems)
All units match displacement, oil volume, electrical profile, and mounting:
- Embraco EGU 90HLP (exact match)
- Tecumseh CDR3545Z
- Panasonic C1511Y3010
- Secop SC18G
- ACC 15HCE
🔄 Alternative Refrigerant Pathways (System Retrofit Required)
⚠️ Never drop-in. Requires full evacuation, oil change, component validation.
- R600a Path: Embraco FMX 90 (requires POE→Mineral oil swap, capillary recalibration)
- R290 Path: Secop SC18G-LBP (Propane; mandates leak-proofing, electrical certification)
- R1234yf Path: Panasonic C1511Y3010 variant (cost-prohibitive for residential)
- R450A Path: Tecumseh CDR3545Z-R (near-drop-in for R134a systems; emerging in EU)
- R513A Path: ACC 15HCE-R (lower GWP; verify oil compatibility)
🛠️ Field Wisdom: In Egypt’s high-ambient zones (summer >40°C), prioritize compressors with robust thermal overload protection. I’ve seen Secop units outperform others in Delta region workshops. Always pressure-test before charging.
💡 Why This Precision Saves Time & Reputation
- Oil is non-negotiable: POE 68 only. Mineral oil + R134a = sludge.
- Relay mismatch = instant failure: RSIR ≠ PSC. Verify terminal layout.
- Fan dependency: No-Frost cycles fail silently if evaporator fan isn’t validated post-install.
- Capillary note: System-specific. Never assume length/diameter. Match OEM spec.
