1. Industrial Heat Exchangers Products
  2. sku: 2650461538921871
  3. SWEP 0161406.0

SWEP 0161406.0 Brazed Plate Heat Exchanger 67141701 V80HX50/1P-SC-S 2X 1/4

0161406.0 Swep V80hx50/1p-sc-s Brazed Plate Heat Exchanger 2x 1 1/4 Inch 67141701

( Brand: Swep ), ( Manufacturer Part Number: 0161406.0 ), ( Model: 67141701 0161406.0 ), ( Type: Plate Heat Exchanger ), ( Item Width: 14 In )

Review SWEP V80hx50/1p-sc-s Brazed Plate Heat Exchanger 2x 1/4 Inch

The **Swep 0161406.0 V80HX50/1P-SC-S Brazed Plate Heat Exchanger (Model 67141701)** is a high-performance, compact thermal exchange solution engineered for precision and efficiency in industrial, HVAC, and refrigeration applications. Designed with a **single-pass configuration (1P)**, this unit features a **V80 plate pattern**, optimized for enhanced heat transfer while maintaining a balanced pressure drop, ensuring optimal performance across a range of operating conditions. The **brazed construction** guarantees exceptional durability, corrosion resistance, and leak-proof integrity, making it ideal for systems where reliability and longevity are critical. With a **plate size of 80mm x 50mm**, this heat exchanger delivers a robust surface area for efficient heat recovery, whether used in heating, cooling, or process fluid applications.

The **SC-S designation** indicates a **stainless steel (SS) construction**, typically utilizing **AISI 304 or 316-grade materials**, which provides superior resistance to oxidation, scaling, and chemical corrosion making it suitable for both clean and mildly aggressive fluids. The **dual inlet/outlet configuration (2x 1/4")** allows for flexible piping arrangements, accommodating various system layouts while ensuring smooth fluid flow with minimal turbulence. The brazed joints eliminate the need for gaskets, reducing maintenance requirements and extending operational lifespan, while the compact footprint maximizes space efficiency without compromising thermal performance.

This heat exchanger is particularly well-suited for applications such as **domestic hot water systems, solar thermal circuits, underfloor heating loops, and low-temperature refrigeration cycles**, where precise temperature control and energy efficiency are paramount. Its **modular design** allows for easy integration into existing systems, and the absence of moving parts ensures silent operation and reduced wear over time. Whether deployed in residential, commercial, or light industrial settings, the **Swep 0161406.0 V80HX50/1P-SC-S** delivers a reliable, high-efficiency thermal solution that balances performance, durability, and ease of installation.

### **Analysis of buying a Swep 0161406.0 V80HX50/1P-SC Brazed Plate Heat Exchanger (2x 1/4 67141701)**

#### **Overview**

This is a **brazed plate heat exchanger (BPHE)** from **Swep (Swep AB)**, a well-known manufacturer of compact heat exchangers. The model **V80HX50/1P-SC** is designed for high-efficiency heat transfer in applications such as HVAC, industrial processes, or refrigeration systems. The **2x 1/4** designation likely refers to the connection sizes (two -inch ports), and **67141701** appears to be a part number or variant identifier.

---

### **Pros**

1. **High Efficiency**

- Brazed plate heat exchangers are known for their **compact size and high heat transfer efficiency** due to their large surface area and turbulent flow between plates.

- The **V80 design** suggests optimized plate geometry for improved performance in specific applications (e.g., counter-flow or cross-flow configurations).

2. **Space-Saving Design**

- Compared to shell-and-tube heat exchangers, BPHEs occupy **less space**, making them ideal for installations with limited footprint.

- Suitable for **retrofitting** existing systems where space is constrained.

3. **Corrosion Resistance**

- Brazed plate heat exchangers are typically made of **stainless steel (e.g., 316L)**, which provides **excellent resistance to corrosion** in many industrial and HVAC applications.

- The **SC (Special Corrosion) variant** may indicate additional protective coatings or materials for aggressive fluids.

4. **Low Pressure Drop**

- The design minimizes pressure losses, reducing energy consumption in pumping systems.

5. **Modularity and Flexibility**

- Swep heat exchangers are often **modular**, allowing for easy expansion or replacement of plates if maintenance is required.

- Can be configured for **single-phase or two-phase heat transfer** (e.g., refrigeration cycles).

6. **Energy Savings**

- High efficiency leads to **reduced operational costs** by minimizing energy waste in heat transfer processes.

7. **Reliability and Durability**

- Brazed construction ensures **leak-proof joints**, reducing the risk of failures common in welded or gasketed designs.

- Long lifespan with proper maintenance, especially in clean fluid applications.

8. **Compatibility with Swep Ecosystem**

- If you already use Swep components (e.g., pumps, valves), this heat exchanger will integrate seamlessly with their **standardized connection sizes and control systems**.

9. **Quiet Operation**

- Unlike some shell-and-tube designs, BPHEs typically operate with **minimal noise**, which is beneficial in sensitive environments.

10. **Wide Application Range**

- Suitable for:

- **HVAC systems** (heating/cooling loops)

- **Industrial processes** (e.g., chemical, food and beverage, pharmaceutical)

- **Refrigeration systems**

- **District heating/cooling networks**

---

### **Cons**

1. **Limited Temperature and Pressure Ratings**

- Brazed plate heat exchangers generally have **lower maximum temperature and pressure ratings** compared to shell-and-tube exchangers.

- The **V80HX50/1P-SC** may have specific limits (e.g., max 200 C / 25 bar, depending on the exact variant). Verify if your application exceeds these thresholds.

- **High-pressure applications** (e.g., steam systems) may require a different design.

2. **Fouling Susceptibility**

- Plate heat exchangers can **clog or foul** more easily than shell-and-tube designs, especially with **particulate or viscous fluids**.

- Requires **regular cleaning** (chemical or mechanical) to maintain efficiency.

- The **1/4-inch ports** may limit flow rates for highly contaminated fluids.

3. **Higher Initial Cost**

- While BPHEs save space and energy long-term, the **upfront cost** is often higher than traditional shell-and-tube exchangers.

- Custom configurations (e.g., specialized plate designs) can increase expenses.

4. **Limited Repair Capability**

- If a plate fails, the entire unit may need **replacement rather than partial repair**, unlike shell-and-tube exchangers where individual tubes can be replaced.

- Swep offers **spare plates**, but this adds to maintenance costs.

5. **Connection Size Limitations**

- The **2x 1/4-inch ports** may be **too small** for high-flow applications or when interfacing with standard piping (e.g., 1-inch or larger).

- Requires **adapters** for compatibility with larger systems, adding complexity.

6. **Not Ideal for Highly Abrasive Fluids**

- While stainless steel is durable, **highly abrasive fluids** (e.g., slurries) can damage plates over time, reducing lifespan.

7. **Potential for Plate Leaks**

- Although brazed joints are strong, **improper installation or thermal cycling** can sometimes lead to **micro-leaks**, which may go unnoticed until efficiency drops.

8. **Vendor Dependency**

- Swep is a reputable brand, but **dependency on their support network** for maintenance, spare parts, or technical assistance may be a drawback if local service is limited.

9. **Less Common in Some Industries**

- While BPHEs dominate in HVAC and refrigeration, **traditional shell-and-tube exchangers** are still preferred in some heavy-duty industrial applications (e.g., power plants, oil/gas) due to their robustness.

10. **Installation Complexity**

- Requires **precise alignment and sealing** during installation to prevent leaks.

- May need **specialized tools or training** for proper setup.

---

### **Key Considerations Before Purchase**

1. **Application Requirements**

- **Temperature and pressure limits**: Ensure the unit can handle your system s max conditions.

- **Flow rates**: Verify if the **1/4-inch ports** are sufficient for your fluid volume.

- **Fluid compatibility**: Check if the stainless steel (or any coatings) is resistant to your specific chemicals.

2. **Maintenance Plan**

- Will you have access to **cleaning procedures** (e.g., chemical flushes) to prevent fouling?

- Are **spare plates** available from Swep or authorized distributors?

3. **Cost-Benefit Analysis**

- Compare **initial cost vs. long-term energy savings**.

- Factor in **installation labor** and potential **retrofitting challenges**.

4. **Warranty and Support**

- Swep typically offers **warranties** (e.g., 2 5 years), but confirm coverage for your region.

- Check if **local Swep dealers** provide maintenance services.

5. **Alternatives**

- If the **1/4-inch ports are insufficient**, consider a larger model (e.g., V80HX100).

- For **extreme conditions**, a shell-and-tube exchanger may be more durable.

---

### **Conclusion**

The **Swep 0161406.0 V80HX50/1P-SC brazed plate heat exchanger** is an **excellent choice** for applications requiring **high efficiency, compact design, and corrosion resistance**, such as:

- **HVAC systems** (heating/cooling loops)

- **Refrigeration circuits**

- **Industrial processes with clean or mildly abrasive fluids**

However, it may **not be suitable** if your application involves:

- **Very high pressures or temperatures** beyond the unit s ratings.

- **Highly abrasive or particulate-laden fluids** without proper filtration.

- **Large flow rates** that exceed the capacity of the 1/4-inch ports.

**If your system aligns with the unit s specifications and you have a plan for maintenance, this is a reliable and efficient purchase.** Swep s reputation for quality and their modular design make it a strong option for those prioritizing performance and space efficiency.

**Recommendation:** - **Proceed with purchase** if:

- Your application s temperature/pressure/flow rates are within the unit s limits.

- You can ensure **regular cleaning and maintenance**.

- The **1/4-inch ports** are adequate for your piping system.

- **Consider alternatives** (e.g., a larger Swep model or shell-and-tube exchanger) if:

- Your system requires **higher flow rates or extreme conditions**.

- Fouling is a significant concern without proper filtration.

For the best decision, consult **Swep s technical documentation** or a **heat exchanger specialist** to confirm compatibility with your exact application.

Details:

Manufacturer: SWEP A Dover Company. Model /Type: V80Hx50/1P-SC-S 22U 35.1 2x1 1/4 28U. Item No: 67141701. SWEP V80Hx50/1P-SC-S Brazed Plate Heat Exchanger 2x 1/4 67141701 0161406.0 Made in Sweden 2014.

Sec high-capacity unit. I got 2 available. Certifications: CE, UL Listed, Rhos Compliant, PED.

part #: 01614060 prices

  • $601.96-$1887.60

specifications indheatexchanger:

  • brand: Swep
  • mpn: 0161406.0
  • model: 67141701 0161406.0
  • type: Plate Heat Exchanger
  • item width: 14 In

shipping indheatexchanger:

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  • cost: $29.99
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type: plate heat exchanger, item width: 14 in,
category: business & industrial > hvac refrigeration > hvac refrigeration components > heat exchangers, sku: 2650461538921871,
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5 offers $601.96–$1887.60 USD
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