WIRELIND ELECTRIC 87.210.2210.3 Wieland Breakout Board Male 87.210.2211.3 50-PIN 60VAC/70VDC Din Rail

( Brand: Wirelind Electric ), ( Manufacturer Part Number: 87.210.2210.3 ), ( Model: 87.210.2211.3 ), ( Part Type: Breakout Board ), ( Mounting Style: Din Rail Mount )

Review WIRELIND ELECTRIC Wieland Breakout Board 50-pin Male 60vac/70vdc Din Rail

The **Wieland Electric 87.210.2210.3 Breakout Board** is a high-performance, DIN-rail mounted interface module designed to simplify complex wiring connections in industrial automation, control systems, and electrical distribution applications. This robust 50-pin male breakout board serves as a versatile intermediary between a Wieland 60-pin connector (such as the 87.210.2210.1 or 87.210.2210.2 series) and standard terminal blocks, relays, sensors, or other low-voltage components, ensuring clean, organized, and scalable signal routing. Engineered to withstand demanding environments, the breakout board is constructed from high-quality, flame-retardant materials and features a sturdy DIN rail mounting system, allowing for easy installation in control panels, enclosures, or distribution cabinets. Its compact yet functional design minimizes space requirements while maximizing connectivity options, making it ideal for applications requiring precise signal distribution, such as motor control centers, PLC interfaces, or industrial lighting systems.

The 50-pin male connector interface supports both **60V AC (60VAC)** and **70V DC (70VDC)** rated signals, ensuring compatibility with a wide range of low-voltage control circuits, including those used in safety systems, HVAC controls, or automated machinery. Each pin is clearly labeled and color-coded (where applicable) to facilitate quick identification and reduce the risk of wiring errors, while the terminal block section provides a flexible mounting option for screw-type terminals, spring clamps, or direct wire connections. This modular approach allows engineers and technicians to adapt the breakout board to specific project requirements, whether integrating new equipment, retrofitting legacy systems, or troubleshooting complex wiring layouts. The breakout board s robust construction also includes reinforced insulation and a sealed design to prevent dust, moisture, and electrical interference from compromising performance, making it suitable for both clean indoor environments and mildly harsh outdoor applications.

Beyond its practical functionality, the Wieland 87.210.2210.3 breakout board enhances system reliability by reducing cable clutter and minimizing the potential for loose or damaged connections a common source of downtime in industrial settings. Its compatibility with Wieland s proprietary connector systems ensures seamless integration with existing infrastructure, while the DIN rail mounting system allows for quick removal and replacement if needed. Whether used in a small control panel or as part of a larger distributed control network, this breakout board exemplifies precision engineering, offering a balance of durability, flexibility, and ease of use. For applications demanding high-density connectivity and long-term reliability, the Wieland 87.210.2210.3 is an indispensable tool for streamlining electrical connections and ensuring optimal performance in industrial automation.

### **Pros and Cons of buying a Wieland Breakout Board (87.210.2210.3, 50-Pin Male, 60VAC/70VDC, DIN Rail)**

#### **Pros**

1. **High Voltage and Current Capacity** The board supports **60VAC/70VDC**, making it suitable for industrial, automotive, or high-power applications where standard low-voltage breakout boards would fail. This is useful for testing or interfacing with systems requiring robust electrical connections.

2. **DIN Rail Mounting** The DIN rail design allows for easy installation in enclosures or control panels, saving space and providing a professional, modular setup. This is ideal for industrial environments where reliability and accessibility matter.

3. **50-Pin Male Connector** The **50-pin male connector** (likely a Wieland or similar high-density connector) ensures a secure, high-reliability connection with minimal signal degradation. This is beneficial for applications requiring multiple signal lines (e.g., CAN, LIN, analog, digital, or power).

4. **Modular and Reusable** Breakout boards like this allow for flexible wiring and testing without permanently soldering connections. This is useful for prototyping, troubleshooting, or field repairs.

5. **Wide Application Range** Suitable for **automotive (OBD-II, CAN bus, sensor testing), industrial control systems, power distribution testing, or custom wiring harnesses**. The voltage rating makes it versatile for both low-power signals and higher-voltage circuits.

6. **Durable Construction** Wieland connectors are known for their **high durability and resistance to vibration, corrosion, and repeated mating cycles**, which is critical in harsh environments.

7. **Easy to Expand or Modify** Since it s a breakout board, users can easily add or remove connections as needed without rewiring the entire system.

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#### **Cons**

1. **High Voltage Risk** The **60VAC/70VDC rating** means improper handling can lead to **electric shock or equipment damage**. Users must follow safety protocols, including proper insulation, grounding, and personal protective equipment (PPE).

2. **Limited to Wieland Connectors** If the system already uses a different connector type (e.g., D-sub, RJ45, or proprietary), compatibility may require additional adapters, increasing complexity and cost.

3. **Potential Signal Noise Issues** High-density connectors like 50-pin Wieland can introduce **noise or interference** if not properly shielded or terminated. This may require additional filtering or grounding in sensitive applications.

4. **Cost** Compared to standard breakout boards (e.g., 9-pin or 25-pin), a **high-voltage, DIN-rail-mount 50-pin board** is more expensive. The price may not justify the purchase for low-power or simple applications.

5. **Wiring Complexity** With **50 pins**, wiring can become cumbersome, especially if many connections are unused. Poor labeling or organization may lead to confusion during testing or maintenance.

6. **Not Universal** While Wieland connectors are common in automotive and industrial fields, they may not be standard in all applications (e.g., consumer electronics, some PLC systems, or older equipment).

7. **Physical Size Constraints** DIN rail mounting requires space, and the board s dimensions may not fit in compact enclosures or portable devices.

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### **Conclusion**

The **Wieland Breakout Board (87.210.2210.3)** is a **high-quality, high-voltage solution** ideal for **industrial, automotive, or power system applications** where reliability, modularity, and DIN rail mounting are priorities. Its **60VAC/70VDC rating, 50-pin connector, and durable construction** make it well-suited for **testing, prototyping, or permanent installations** in demanding environments.

However, it is **not a one-size-fits-all solution**. The **high voltage risk, cost, and complexity** mean it is **overkill for low-power or simple applications**. Users must also ensure **proper grounding, shielding, and safety measures** to avoid hazards.

### **Recommendation**

- You work in **automotive (CAN bus, OBD-II, sensor testing), industrial control, or high-power wiring**.

- You need a **reliable, DIN-rail-mounted breakout board** for **60VAC/70VDC systems**.

- You require **multiple high-density connections** (e.g., mixing power, analog, and digital signals).

- You prioritize **durability and reusability** over cost.

- Your application involves **low voltages (under 24V)** a standard breakout board would suffice.

- You lack experience with **high-voltage wiring**, increasing safety risks.

- The **cost is prohibitive** compared to simpler alternatives.

- Your system uses **non-Wieland connectors**, requiring additional adapters.

For most **DIY enthusiasts, hobbyists, or low-voltage projects**, a **cheaper, simpler breakout board** (e.g., a 9-pin or 25-pin DIN connector) would be more practical. However, for **professional industrial or automotive work**, this Wieland board is a **strong, long-term investment**. Always prioritize **safety and proper installation** when working with high-voltage components.

Details:

This is a surplus item. Wirelind Electric. If you do not have an account No Worries. Termination: Screw Terminals.

Specifications: model #: 87.210.2210.3. Rated Current: 1.0. Mounting Type: DIN Rail. Number of Terminals: 60.

Rated voltage : 60VAC 75VDC.

specifications pcbemdev:

• brand: Wirelind Electric
• mpn: 87.210.2210.3
• model: 87.210.2211.3
• part type: Breakout Board
• mounting style: Din Rail Mount

seller pcbemdev:

• city: Osseo, Minnesota
• # reviews: 45124
• rating: 100.0%

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• options: Ship-to-home
• started: April 16, 2026
• quantity: 1
• sold: 0
• best offers: True
• availability: In Stock

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general pcbemdev:

• Electronic Components Semiconductors > Circuit Boards Prototyping > Printed Circuit Boards PCBs
• condition: Used

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