
( Brand: Entrelec ), ( Manufacturer Part Number: 2.430.213.02 ), ( Part Type: Boveri )
The **Entrelec 2.430.213.02**, manufactured by **ABB (formerly ASEA-Brown Boveri)**, is a robust and high-performance **low-voltage motor starter** designed for industrial applications requiring reliable control of three-phase asynchronous motors. This unit belongs to the **Entrelec series**, a line of compact yet durable motor control equipment engineered for demanding environments, offering a perfect balance between functionality, safety, and ease of integration into electrical systems. The **2.430.213.02** model is specifically configured as a **non-reversible, three-phase magnetic contactor starter** with **direct-on-line (DOL) starting capability**, making it ideal for applications where motors are frequently started and stopped under normal operating conditions.
This motor starter is built with a **modular design**, featuring a **compact and robust enclosure** that ensures protection against dust, moisture, and mechanical damage, adhering to **IP20 protection rating** (though some variants may offer enhanced protection levels depending on installation requirements). The core of the unit consists of a **three-pole magnetic contactor**, which employs **high-quality silver-cadmium oxide or copper-welded contacts** to ensure long-lasting performance and resistance to welding under heavy loads. The contactor is paired with a **thermal overload relay**, providing built-in short-circuit and overload protection to safeguard the motor from excessive current, thermal stress, or fault conditions. The overload relay is **adjustable**, allowing for fine-tuning of trip settings to match the specific motor s current requirements, thus optimizing protection without unnecessary nuisance tripping.
The **Entrelec 2.430.213.02** is equipped with a **standard auxiliary contact block**, offering additional normally open (NO) and normally closed (NC) contacts for auxiliary control functions, such as sequencing, interlocking, or signaling. These contacts are designed to handle **low-voltage control circuits** and can be easily extended or reconfigured to suit specific automation needs. The starter also includes a **pushbutton station** (often integrated or optionally mounted separately), featuring **start and stop pushbuttons**, which can be wired in a variety of configurations, including **momentary or maintained action**, depending on the application s requirements. For enhanced safety, the unit may incorporate **auxiliary locking mechanisms** or **interlocking features** to prevent accidental operation during maintenance or hazardous conditions.
One of the standout features of this motor starter is its **versatility in wiring and control options**. The **Entrelec 2.430.213.02** supports **direct control via pushbuttons, remote control through relays or PLCs, or integration into more complex automation systems** via its terminal block connections. The terminal block is designed for **secure and efficient wiring**, with clearly labeled terminals for power supply, motor connections, control circuits, and auxiliary contacts, simplifying installation and troubleshooting. The unit is compatible with **standard three-phase AC power supplies**, typically ranging from **230V to 480V**, and is rated for **continuous operation** under normal environmental conditions, though specific voltage and current ratings should be verified against the motor s nameplate specifications.
In terms of **maintenance and reliability**, the **Entrelec 2.430.213.02** is engineered for **low maintenance requirements**, with components such as the contactor and overload relay designed for extended service life. The thermal overload relay features a **resettable mechanism**, allowing for quick recovery after a fault without the need for manual intervention. Additionally, the unit s **compact footprint** and standardized mounting options make it suitable for installation in **control panels, junction boxes, or directly on machinery**, depending on the application s layout constraints. ABB s reputation for **high-quality industrial components** ensures that this motor starter delivers **consistent performance, durability, and compatibility** with other ABB products, making it a trusted choice for industrial automation, manufacturing, HVAC systems, conveyors, pumps, and other motor-driven machinery.
Overall, the **Entrelec 2.430.213.02** is a **practical, efficient, and dependable motor starter** that combines **mechanical robustness with advanced control features**, making it a reliable solution for industries seeking **cost-effective, long-lasting motor protection and control**. Whether used in **new installations or retrofitting existing systems**, this unit provides a **seamless integration** into electrical control schemes while adhering to international safety and performance standards.
### **Pros and Cons of Buying an Entrelec 2.430.213.02 (ASEA Brown Boveri 243021302) Generator**
#### **Overview**
The **Entrelec 2.430.213.02** (manufactured by ASEA Brown Boveri, now part of ABB) is a **diesel generator set** typically used in industrial, commercial, and backup power applications. This model is known for its reliability, but like any equipment, it has advantages and limitations depending on its condition, maintenance history, and intended use.
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### **Pros of Purchasing This Generator**
1. **Proven Reliability and Durability**
- The **ASEA Brown Boveri (ABB) brand** is well-regarded for high-quality industrial machinery, including generator sets.
- The **2.430.213.02 model** is an older but robust design, often used in applications requiring **long-term, dependable power**.
- Many units have been maintained properly and can last **20 years** with regular servicing.
2. **High Power Output**
- This model typically falls in the **500 kVA to 1.5 MVA range**, making it suitable for **medium to large-scale power needs** (factories, hospitals, data centers, or commercial buildings).
- Sufficient capacity for **emergency backup, prime power, or standby applications**.
3. **Compatibility with Industrial Systems**
- Designed for **heavy-duty use**, meaning it can handle **frequent starts, high loads, and extended runtime**.
- Often **retrofittable** with modern controls, automation, and monitoring systems if needed.
4. **Potential Cost Savings (Used Market)**
- Purchasing a **used but well-maintained unit** can be **significantly cheaper** than buying new.
- If the generator is **properly inspected and refurbished**, it may offer **near-new performance at a fraction of the cost**.
5. **Availability of Spare Parts**
- Being an **industry-standard model**, spare parts (engines, alternators, controls) are **widely available** from ABB or third-party suppliers.
- Many **aftermarket upgrades** (e.g., new alternators, fuel systems) are possible.
6. **Lower Fuel Consumption (Compared to Smaller Generators)**
- Larger generators like this one are **more fuel-efficient per kWh** than smaller units when operating at full load.
7. **Potential for Resale Value**
- Well-maintained ABB generators retain **better resale value** than lesser-known brands.
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### **Cons of Purchasing This Generator**
1. **Age and Wear (If Purchased Used)**
- The **2.430.213.02 model is likely 20 years old**, meaning **wear on critical components** (engine blocks, bearings, alternators, fuel injectors).
- **Higher risk of breakdowns** if not **thoroughly inspected and serviced**.
2. **Higher Maintenance Requirements**
- Older generators require **more frequent maintenance** (oil changes, cooling system checks, electrical inspections).
- **Potential for hidden issues** (e.g., cracked engine blocks, failing alternators, worn-out governors).
3. **Potential for Outdated Technology**
- May lack **modern control systems** (e.g., digital monitoring, automatic transfer switches, remote management).
- **Noise and emissions** may not meet **current environmental regulations** (though this depends on local laws).
4. **Fuel and Emissions Compliance Risks**
- Older diesel engines may not comply with **modern emissions standards** (e.g., Euro 3/4/5, EPA Tier 3/4).
- **Higher fuel consumption** compared to newer, more efficient models.
5. **Higher Initial Investment in Inspection & Refurbishment**
- Before purchasing, a **full diagnostic test** (load bank test, vibration analysis, electrical testing) is **essential**.
- If major repairs are needed (e.g., engine rebuild, alternator replacement), costs can **add up quickly**.
6. **Limited Warranty (If Purchased Used)**
- Used generators typically come with **no warranty**, meaning **all repair costs fall on the buyer**.
- Some sellers may offer **limited warranties**, but these are usually **short-term (30-90 days)**.
7. **Potential for Hidden Electrical Issues**
- Older alternators may have **reduced efficiency or failing rectifiers**, leading to **voltage fluctuations or power quality problems**.
- **Electrical insulation degradation** could pose **fire or equipment damage risks**.
8. **Discontinued Parts and Upgrade Challenges**
- While parts are available, **some components may be harder to source** than in newer models.
- **Upgrading to modern standards** (e.g., parallel operation, smart controls) may require **custom modifications**.
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### **Key Considerations Before Purchase**
1. **Thorough Inspection is Mandatory**
- **Load bank test** (to verify output under real conditions).
- **Engine compression test** (to check for wear).
- **Electrical testing** (alternator output, voltage regulation, phase balance).
- **Mechanical inspection** (bearings, belts, cooling system, fuel system).
2. **Maintenance History Must Be Verified**
- Request **service records** (oil changes, governor adjustments, electrical checks).
- Check for **previous major repairs** (engine rebuilds, alternator replacements).
3. **Cost of Repairs vs. Replacement**
- If the generator requires **a new engine or alternator**, weigh the cost against **buying a newer used unit**.
- Consider **lifetime cost of ownership** (fuel, maintenance, downtime risks).
4. **Compatibility with Modern Systems**
- Ensure the generator can integrate with **modern transfer switches, UPS systems, or smart monitoring**.
- If **parallel operation** is needed, verify if the model supports it.
5. **Environmental and Regulatory Compliance**
- Check if the generator meets **current emissions standards** in your region.
- Some areas require **retrofits for noise or exhaust treatment**.
6. **Supplier Reputation**
- Buy from a **trusted dealer or auction house** that offers **warranties or guarantees**.
- Avoid **private sellers without inspection reports**.
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### **Final Recommendation**
#### **Buy If:**You have **verified the generator through a professional inspection** and it is **in excellent working condition**.
You are **willing to invest in refurbishment** (new alternator, engine overhaul, controls upgrade).
The **cost savings outweigh the risks** (e.g., you need a high-capacity generator on a tight budget).
The **maintenance history is complete and reliable**, reducing long-term failure risks.
You can **comply with emissions and noise regulations** (or are in a region with lenient standards).
#### **Avoid If:**The generator has **no maintenance records** or shows **signs of major wear**.
The **inspection reveals critical failures** (engine damage, failing alternator, electrical issues).
You **cannot afford unexpected repair costs** (older generators often have hidden problems).
**Newer used generators** (even slightly older) are available at a **similar price with better reliability**.
The **emissions or noise compliance** would require **expensive retrofits**.
#### **Best Approach:**- **If buying used**, **negotiate a lower price** based on inspection findings.
- **Consider a refurbished unit** from a **reputable dealer** that offers **warranties or guarantees**.
- **Budget for upgrades** (new alternator, controls, emissions systems) if needed.
- **Compare with newer models** sometimes a **slightly newer used generator** (e.g., ABB 2010s model) may be a **better long-term investment**.
#### **Alternative Options:**- **Leasing or renting** a high-capacity generator if you need **short-term or seasonal power**.
- **Buying a newer used ABB generator** (e.g., **2010s model**) if budget allows, as they may have **better efficiency and reliability**.
- **Considering a hybrid system** (e.g., diesel natural gas) if fuel costs are a concern.
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### **Conclusion**
The **Entrelec 2.430.213.02 (ASEA Brown Boveri) generator** can be a **cost-effective power solution** if **properly inspected, maintained, and refurbished**. However, its **age introduces risks** that must be carefully evaluated. **Only purchase after a professional assessment**, and be prepared for **potential repair costs**. If the unit is **in excellent condition with full service history**, it can be a **reliable, high-capacity power source**. Otherwise, **weigh the risks against newer alternatives** to ensure a **long-term, trouble-free investment**.
Packaging and Handling: Items are safely ESD packaged in custom shipping cartons for protection. All products are guaranteed to be working but may show signs of use if purchasing a used product. Sells new and surplus product develops channels to purchase such. Call to use a shipping service other than the ones listed.