ABB 3BHE019720 Gv Ae Plc Board Loc C736 P201 3F-4

( Brand: Abb ), ( Manufacturer Part Number: 3BHE019720 ), ( Model: C736 3BHE019720 P201 ), ( Part Type: Board )

Review ABB Gv Be Ae Plc Board Loc 3f-4

The **ABB 3BHE019720 GV C736 P201 AE PLC Board (Loc 3F-4)** is a high-performance, modular component designed for integration into ABB s **ACS 880** or **ACS 850** medium-voltage drive systems, serving as a critical control and communication interface within industrial automation environments. This specific **PLC (Programmable Logic Controller) board**, identified by its unique **Loc 3F-4** designation, operates as part of a distributed control architecture, enabling seamless interaction between the drive s control unit and external devices, sensors, or higher-level supervisory systems. Engineered with precision, it features a robust **C736** communication module, which facilitates high-speed data exchange via **Ethernet (P201)** compatible with protocols such as **Modbus TCP, EtherNet/IP, or PROFINET**, depending on the system configuration while ensuring real-time responsiveness in demanding applications like motor control, variable frequency drives (VFDs), or process automation. The **GV** designation indicates its compatibility with **ABB s ACS 880** series, where it interfaces with the drive s power electronics to execute complex control algorithms, optimize energy efficiency, and enhance system reliability. With a **GV** (General Voltage) rating, this board is built to withstand industrial-grade environmental conditions, including temperature fluctuations, humidity, and electromagnetic interference, ensuring consistent performance even in harsh manufacturing or infrastructure settings. Its **AE** suffix suggests adherence to specific **ABB Engineering Standards**, reinforcing its role in applications requiring strict compliance with safety and performance benchmarks. Whether deployed in a **3-phase motor control system, renewable energy integration, or industrial automation setup**, this PLC board serves as a linchpin for intelligent decision-making, enabling precise adjustments to drive parameters such as torque, speed, and power factor correction. Its modular design allows for easy integration into existing ABB ecosystems, reducing downtime and simplifying maintenance through standardized diagnostics and remote monitoring capabilities. Overall, the **3BHE019720 GV C736 P201 AE PLC Board** exemplifies ABB s commitment to delivering advanced, scalable automation solutions that drive operational excellence in modern industrial workflows.

### **Pros and Cons of buying a ABB 3BHE019720 GV C736 P201 AE PLC Board (Loc 3F-4)**

#### **Overview**

The **ABB 3BHE019720 GV C736 P201 AE Programmable Logic Controller (PLC)** is a mid-range industrial automation device used in process control, factory automation, and building management systems. It is part of ABB s **ACS880** or **ACS855** series, depending on the exact model variant. Below is a detailed analysis of its advantages and disadvantages.

---

### **Pros**

1. **Reliability and Durability**

- ABB PLCs are known for their robust construction, designed to operate in harsh industrial environments (temperature extremes, humidity, dust, and vibration).

- The **GV (General Ventilated)** variant suggests it is built for standard industrial conditions, offering better protection than non-ventilated models.

- Long lifespan with minimal downtime, reducing maintenance costs over time.

2. **Proven Performance in Industrial Applications**

- Widely used in **process automation (oil & gas, chemical, water treatment), manufacturing (discrete automation), and building automation**.

- Compatible with **ABB s ACS880/ACS855** control systems, ensuring seamless integration with existing ABB infrastructure.

- Supports **high-speed control loops**, making it suitable for applications requiring precise timing (e.g., motor control, sequencing).

3. **Modular and Expandable Design**

- The **P201** designation may indicate a **processor module** that can be paired with additional **input/output (I/O) modules**, allowing scalability for future expansions.

- Supports **digital and analog I/O**, as well as **communication modules** (e.g., Profibus, Ethernet/IP, Modbus) for network integration.

- Compatible with **ABB s ST6 programming software**, which is user-friendly for engineers familiar with ABB s ecosystem.

4. **Energy Efficiency and Cost Savings**

- ABB PLCs are optimized for **low power consumption**, reducing operational costs in energy-sensitive applications.

- Advanced control algorithms can improve **process efficiency**, leading to cost savings in resource usage (e.g., water, electricity, raw materials).

5. **Good Technical Support and Documentation**

- ABB provides **comprehensive manuals, technical support, and spare parts** for this model.

- The **Loc 3F-4** designation may refer to a specific regional or application variant, ensuring compatibility with local standards (e.g., voltage, safety certifications).

6. **Compatibility with Modern Automation Trends**

- Supports **cloud connectivity and remote monitoring** (if integrated with ABB s **ACS880/ACS855** system).

- Can interface with **SCADA systems** and **Industry 4.0 platforms** for advanced analytics and predictive maintenance.

7. **Resale and Replacement Market Availability**

- As an older but still widely used model, spare parts and second-hand units are relatively easy to find, reducing long-term procurement risks.

---

### **Cons**

1. **Outdated Technology Compared to Newer PLCs**

- **Higher processing speeds** (e.g., real-time Ethernet, FPGA acceleration).

- **Enhanced security protocols** (e.g., better encryption for cybersecurity).

- **Built-in IoT/IIoT capabilities** (e.g., edge computing, AI integration).

- **Programming software (ST6)** may not support the latest **ladder logic optimizations** or **graphical programming** advancements.

2. **Limited I/O Capacity Without Expansion**

- The base model may have **fewer I/O points** compared to newer PLCs, requiring additional modules for complex applications.

- **Analog input/output resolution** might be lower than in modern PLCs, affecting precision in some control tasks.

3. **Higher Long-Term Maintenance Costs**

- **Spare parts for older models** may become harder to source as ABB shifts focus to newer products.

- **Training costs** for engineers unfamiliar with ABB s legacy systems could be higher than for more widely adopted brands (e.g., Siemens S7-1200, Allen-Bradley CompactLogix).

- **Firmware/software updates** may be discontinued, leaving the system vulnerable to obsolescence.

4. **Potential Compatibility Issues with Newer Systems**

- If integrating with **modern SCADA, MES, or ERP systems**, compatibility may require **additional gateways or converters**.

- **Communication protocols** (e.g., older versions of Profibus) may not align with newer industrial networks.

5. **Higher Upfront Cost for a Mid-Range Model**

- While not excessively expensive, the **cost per I/O point** may be higher than newer, more efficient PLCs offering similar performance.

- **Licensing fees** for ABB s programming software (if required) could add to the total expense.

6. **Regulatory and Compliance Risks**

- If operating in **highly regulated industries** (e.g., pharmaceuticals, food processing), newer PLCs with **built-in compliance tools** (e.g., ISO 13849, IEC 61508) may be preferable.

- **Certifications** (e.g., ATEX for hazardous environments) may require verification, adding complexity.

7. **Limited Cloud and Edge Computing Features**

- Unlike newer PLCs, this model may not support **direct cloud connectivity** or **edge AI**, limiting advanced analytics and remote diagnostics.

---

### **Conclusion**

The **ABB 3BHE019720 GV C736 P201 AE PLC** is a **reliable, battle-tested industrial controller** well-suited for applications where **durability, compatibility with ABB systems, and proven performance** are critical. It excels in **traditional automation tasks** where **low latency and robust control** are required, such as in **process industries, manufacturing, and building automation**.

However, for **new installations or applications requiring cutting-edge features** (e.g., high-speed networking, advanced cybersecurity, IoT integration, or AI-driven analytics), a **newer PLC model** (e.g., ABB s **ACS880 with ACS855 modules, Siemens S7-1500, or Rockwell Studio 5000**) may be a better long-term investment.

If **budget constraints, existing ABB infrastructure, or long-term reliability** are priorities, this PLC remains a **solid choice**. But if **scalability, future-proofing, and modern automation trends** are key, evaluating a newer model may be justified.

---

### **Recommendation**

- You are **replacing an existing ABB system** and need **direct compatibility**.

- Your application requires **high reliability in a stable, non-evolving environment** (e.g., legacy process control).

- You **cannot afford downtime** and prefer a **proven, low-maintenance solution**.

- **Budget is a constraint**, and the cost savings outweigh the lack of advanced features.

- You need **higher I/O density, faster processing, or modern communication protocols**.

- Your project involves **Industry 4.0, cloud integration, or predictive maintenance**.

- You require **better cybersecurity or easier programming** (e.g., drag-and-drop interfaces).

- **Long-term support and spare parts availability** are concerns (e.g., for a 10 year deployment).

- If possible, **pair this PLC with a newer gateway or edge device** to bridge legacy and modern systems (e.g., using ABB s **ACS880 with a cloud-enabled module**).

- **Audit your current and future needs** if the system will evolve, a more scalable PLC may be worth the investment.

This PLC is a **good choice for maintenance, replacement, or stable industrial applications** where ABB s ecosystem is already in place. For **new projects or future-proofing**, a **newer PLC model** should be prioritized to leverage advancements in automation technology. Always conduct a **cost-benefit analysis** comparing total ownership costs (purchase, maintenance, downtime, training) before deciding.

Details:

Our in house technicians refurbish a wide range of high failure, obsolete parts such as: AC/DC Servo Drives, Amplifiers, Touch Screens/ HMI's, Power Supplies, PLC's, Sensors, and virtually any industrial Circuit Boards. We endeavor to take good clear photos of our equipment that may show signs normal use such as scuffs, scratches, or other blemishes. ABB GV C736 BE 3BHE019720 P201 AE. We repair all types of industrial automation including AC Servo Drives, Motors, Operator Interface Panels, PLC's, Sensors, Process Controls and Timers.

part #: 3bhe019720 prices

• $180.00-$1805.00

specifications robotiindustri:

• brand: Abb
• mpn: 3bhe019720
• model: C736 3bhe019720 P201
• part type: Board

shipping robotiindustri:

• carrier: UPS, USPS
• cost: $16.93
• service: UPS Ground, USPS Priority Mail, UPS 2nd Day Air, UPS Next Day Air
• transit: 2-5 Days
• type: Calculated
• class: Standard, Expedited, One-day

general robotiindustri:

• condition: Used
• Business Industrial > Industrial Automation Motion Controls > Industrial Robotic Arms

offer robotiindustri:

• options: Ship-to-home
• best offers: True
• started: June 1, 2026
• sold: 0
• quantity: 2
• availability: In Stock

returns robotiindustri:

• policy: Returns Accepted
• paid by: Seller
• time: 30 Days
• method: Money back

seller robotiindustri:

• rating: 100.0%
• # reviews: 7483
• city: Duncan, South Carolina

payments robotiindustri:

• other
• credit card: Discover
• wallet: Google-pay

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