Based on the technical specifications of both compressors, it is not recommended to replace the burnt-out compressor (Jiaxipera N1113Y) with the second one (ACC HTK70AA).

Here is the technical comparison:

1. The Original Compressor (Jiaxipera N1113Y)

• Displacement: 8.9 cm³
• Cooling Capacity: Approximately 154 Watts
• Horsepower Equivalent: Roughly 1/6 HP
• Gas Type: R600a

2. The Replacement Compressor (ACC HTK70AA)

• Displacement: 6.64 cm³
• Cooling Capacity: Approximately 117 Watts
• Horsepower Equivalent: Roughly 1/8 HP
• Gas Type: R600a

---

Why this is a bad match:

While both compressors use the same refrigerant (R600a) and voltage (220-240V), the ACC HTK70AA is significantly weaker than the original Jiaxipera.

If you install it, the following problems will occur:

1. Poor Cooling: The fridge will take a very long time to get cold, and it may never reach the desired temperature, especially in hot weather.
2. Continuous Running: Because the compressor is undersized, it will stay “on” almost all the time to try to cool the unit.
3. Short Lifespan: Working continuously will cause the replacement compressor to overheat, leading to a very short life before it burns out as well.

Conclusion:

You should look for a replacement compressor that has a cooling capacity of around 150–160 Watts or a displacement of 8.9 cm³ (equivalent to 1/6 HP). Using the 1/8 HP compressor (the ACC model) will likely result in a failed repair.

---

Focus Keyphrase: Technical analysis of Jiaxipera N1113Y and ACC HTK70AA compressor replacement compatibility

SEO Title: Mbsmpro.com, Compressor, Jiaxipera N1113Y, ACC HTK70AA, 1/6 hp, 1/8 hp, R600a, 220-240V, Cooling, LBP

Meta Description: Detailed technical review of the Jiaxipera N1113Y and ACC HTK70AA compressors. Learn why cooling capacity and displacement matter more than just the refrigerant type when performing a replacement.

Slug: jiaxipera-n1113y-vs-acc-htk70aa-compressor-technical-specifications

Tags: Jiaxipera N1113Y, ACC HTK70AA, R600a, Compressor, 1/6 hp, 1/8 hp, Mbsmgroup, Mbsm.pro, mbsmpro.com, mbsm, GL90AA, HTK80AA, GVY66AA, EMT43HDP, NLE11KK, QP91Y, Wanbao ETB80Y, Embraco EMT43HDP, Secop NLE11KK

Excerpt: Selecting the right compressor for a refrigeration system is critical for long-term performance and energy efficiency. When replacing a Jiaxipera N1113Y, simply matching the refrigerant type is not enough. This guide breaks down the technical differences between the N1113Y and the ACC HTK70AA, providing the essential data for professional technicians and refrigeration engineers.

---

Technical Article: The Engineering Reality of Compressor Sizing

In the field of refrigeration, a compressor is the heart of the system. For an expert technician, replacing a unit isn’t just about finding a motor that fits the mounting bracket; it is a calculation of thermal dynamics. A common question arises when a Jiaxipera N1113Y fails: Can an ACC HTK70AA serve as a reliable substitute?

The short answer is no. To understand why, we must look at the displacement and the cooling capacity (Watts). The Jiaxipera N1113Y is a powerhouse in its class, designed for medium-to-large domestic refrigerators. It features a displacement of 8.9 cm³ and delivers approximately 154 Watts of cooling at Low Back Pressure (LBP) conditions.

In contrast, the ACC HTK70AA is a smaller unit. With a displacement of only 6.64 cm³, it produces around 117 Watts. When an undersized compressor like the HTK70AA is installed in a system designed for a 154W load, the compressor will run continuously, overheat, and eventually experience mechanical failure or winding burnout.

Comparative Analysis Table

Feature	Jiaxipera N1113Y	ACC HTK70AA	Impact of Difference
Displacement	8.9 cm³	6.64 cm³	Lower volume per stroke
Cooling Capacity	154 W (~1/6 HP)	117 W (~1/8 HP)	24% loss in cooling power
Current (LRA)	~7.5 A	~6.1 A	Different torque characteristics
Efficiency (COP)	High Efficiency	Standard Efficiency	Increased energy consumption

Why “Close Enough” Isn’t Good Enough

When you install a 1/8 HP compressor where a 1/6 HP unit is required, the internal pressures of the refrigeration cycle change. The suction pressure will remain higher than intended because the smaller piston cannot evacuate the evaporator quickly enough. This leads to poor frost patterns and higher cabinet temperatures, especially during high ambient summer conditions.

Technical Specifications Table (Jiaxipera N1113Y)

Model	Jiaxipera N1113Y
Utilisation (mbp/hbp/lbp)	LBP (Low Back Pressure)
Domaine (Freezing/Cooling)	Freezing and Deep Cooling
Oil Type and quantity	Mineral/PAG (check label) 180ml
Horsepower (HP)	1/6 HP
Refrigerant Type	R600a (Isobutane)
Power Supply	220-240V ~ 50Hz
Cooling Capacity BTU	~525 BTU/h
Motor Type	RSIR / RSCR
Displacement	8.9 cm³
Winding Material	Copper/Aluminum Alloy (Model Dependent)
Pression Charge	Low Pressure Side
Capillary	0.026 to 0.031 inch (standard)
Refrigerator Type	No-Frost / Double Door 300L-400L
Temperature Function	-35°C to -15°C
With fan or no	Usually Static (No fan required)
Commercial or no	Domestic / Light Commercial
Amperage in function	0.7 A – 0.9 A
LRA (Locked Rotor Amps)	7.5 A
Type of relay	PTC Relay
Capacitor	4µF to 5µF (Optional for RSCR)

Replacement Options for Jiaxipera N1113Y

5 Recommended Replacements (Same Gas: R600a)

1. ACC HTK80AA: A closer match with 8.1 cm³ displacement.
2. Secop NLE11KK: High-efficiency replacement for 1/6 HP+ applications.
3. Embraco EMT43HDP: Robust performance for R600a systems.
4. Wanbao ETB80Y: Reliable Asian-market equivalent.
5. Jiaxipera N1112Y: Slightly lower power but within tolerance levels.

5 Recommended Replacements (Other Gas: R134a – Requires System Flush)

1. ZMC GL90AA: The industry standard for 1/6 HP R134a.
2. Embraco GVY66AA: High-performance LBP unit.
3. Donper QP91Y: Reliable 1/6 HP displacement equivalent.
4. Tecumseh AEZ1380Y: High-torque domestic compressor.
5. Secop TLES7.5KK.3: Equivalent displacement for R134a conversion.

Professional Engineering Advice

1. Cleanliness is Key: When a compressor burns out, it releases acid into the oil. Always replace the filter drier and perform a nitrogen flush.
2. Match the Displacement: Never go more than 10% lower in cm³ displacement.
3. Vacuuming: R600a systems are extremely sensitive to moisture. A deep vacuum (below 500 microns) is mandatory.
4. Safety First: R600a is flammable. Ensure no open flames or sparks are present during the charging process.

---

Question: If I have a 350-liter fridge, will the ACC HTK70AA work?
Answer: No. A 350-liter refrigerator typically requires the 154W capacity of the Jiaxipera N1113Y (1/6 HP). The ACC HTK70AA (1/8 HP) is designed for smaller units (around 150-220 liters). Using it will lead to continuous running and premature failure.

Mbsmpro.com, Evaporator and Condenser Data, Two-Door Refrigerators, 1/8 hp, 1/6 hp, 1/5 hp, System Sizing, Static Cooling, R134a or R600a, Heat Exchange Balancing

The Engineering Art of Balancing Refrigeration Systems: Evaporators, Condensers, and Compressors

In the world of domestic refrigeration, specifically for two-door appliances, the harmony between the three primary components—the compressor, the evaporator, and the condenser—determines the longevity and efficiency of the unit. As a field expert who has spent years troubleshooting and designing cooling circuits, I can tell you that a mismatch in these components is the leading cause of premature compressor failure and poor cooling performance.

Selecting a compressor is only the first step. To achieve thermal equilibrium, the heat absorbed by the evaporator in the freezer and fridge compartments must be effectively rejected by the condenser. This article breaks down the technical standards for small, medium, and jumbo two-door systems to ensure your repairs or builds meet professional engineering benchmarks.

---

Technical Specifications and Component Matching

The following data provides the standard configurations for static-cooled two-door refrigerators. These values are critical for technicians performing “system upgrades” or replacing missing components.

System Category	Compressor HP	Evaporator Type	Condenser Size (U-Bends)	Typical Capacity (Liters)
Small	1/8 hp	Compact (~37cm)	12u – 14u	180L – 240L
Medium	1/6 hp	Standard Fin	16u – 18u	250L – 320L
Jumbo	1/5 hp	Large Surface	18u – 20u	330L – 450L

---

Deep Dive into System Scaling

1. The Small System (1/8 hp)

Designed for compact two-door units, the 1/8 hp compressor works best with a condenser featuring 12 to 14 U-bends. This provides enough surface area to reject heat without causing excessive high-side pressure. If you find a unit struggling in high ambient temperatures (Tropical Class), increasing the condenser to 14u can significantly lower the compressor’s operating temperature.

2. The Medium Workhorse (1/6 hp)

This is the most common configuration in the market. A 1/6 hp compressor requires a robust heat rejection path, typically 16 to 18 U-bends. Using a 1/6 hp compressor with a small (12u) condenser will lead to “thermal trip” where the overload protector cuts out because the refrigerant cannot liquify fast enough, causing high head pressure.

3. The Jumbo Configuration (1/5 hp)

For large domestic refrigerators, the 1/5 hp compressor is the standard. These systems utilize jumbo evaporators to handle larger food volumes. To balance this, the condenser must be 18 to 20 U-bends. Anything less will result in poor sub-cooling and high energy consumption.

---

Comparative Value Analysis: Heat Rejection vs. Horsepower

Understanding the relationship between compressor power and the physical dimensions of the heat exchangers is vital.

Feature	1/8 hp System	1/6 hp System	1/5 hp System
Evaporator Width	~37 cm	~45 cm	~52 cm+
Condenser Area	Baseline	+25%	+45%
Refrigerant Charge	Low (80-100g)	Medium (120-150g)	High (160g+)
Cooling Speed	Moderate	High	Professional Grade

---

Engineering Insights: The “Note” on Compressor Swapping

One of the most valuable secrets in the field involves “over-motoring” a system. If you have a refrigerator designed for a small evaporator (traditionally 1/8 hp), you can install a 1/6 hp compressor to achieve faster pull-down times.

The Engineer’s Notice:
When upgrading from 1/8 hp to 1/6 hp on a small evaporator, you must adjust the condenser accordingly. By adding two extra U-bends or ensuring the existing condenser is perfectly clean and has maximum airflow, you prevent the higher-torque motor from overheating the system. Failing to adjust the condenser during a horsepower upgrade is a recipe for a “returned” repair within six months.

---

Professional Advice for Field Technicians

1. Cleanliness is Efficiency: A 20u condenser that is covered in dust performs worse than a clean 12u condenser. Always vacuum the condenser coils during every service call.
2. Capillary Tube Matching: When changing horsepower, verify the capillary tube length. A 1/5 hp compressor requires a different flow rate than a 1/8 hp unit to avoid liquid slugging.
3. The “Finger Test”: On a balanced system, the first two bends of the condenser should be hot (not burning), and the last bend should be slightly above room temperature. If the whole condenser is hot, it is undersized for the compressor.

---

Focus Keyphrase

Evaporator and Condenser Data for Two-Door Refrigerators 1/8 1/6 1/5 hp

SEO Title

Mbsmpro.com, Evaporator and Condenser Data, Two-Door Refrigerators, 1/8 hp, 1/6 hp, 1/5 hp, Condenser U-Bends Calculation

Meta Description

Professional engineering guide for balancing two-door refrigerators. Learn the correct condenser U-bend counts and evaporator sizes for 1/8, 1/6, and 1/5 hp compressors.

Slug

refrigerator-evaporator-condenser-hp-data-guide

Tags

Refrigeration, Compressor, Evaporator, Condenser, 1/8 hp, 1/6 hp, 1/5 hp, Two-Door Fridge, HVAC Repair, Mbsmgroup, Mbsm.pro, mbsmpro.com, mbsm

Excerpt

Achieving perfect cooling requires a precise balance between the compressor horsepower and the heat exchange surface area. Whether you are working with a small 1/8 hp unit or a jumbo 1/5 hp system, understanding the required U-bends in the condenser is the key to professional, long-lasting refrigeration repairs and system design.

---

Technical Resources and Downloads

• Internal Link: Mbsm.pro Compressor and Capillary Tube Sizing Chart