| Attribute | Value |
|---|---|
| Terasaki Model | ERC-233 Printed Circuit Board |
| Brand | Terasaki |
| Part Number | K/751/115 -002 A [121] |
| Model | ERC-233 |
| Code | 0231 |
| Serial Number | 212 |
| No.5 Cylinder | Lubricator (Non Flow) |
| No.4 Cylinder | Lubricator (ERC-232) |
| Additional Part | A16R |
| Weight | 90 gm |
What is the Terasaki ERC-233 PCB?
The Terasaki ERC-233 is a high-end printed circuit board for industrial and commercial use. It is produced by Terasaki, a well-established brand in electrical engineering, famous for making the best electronic components. The ERC-233 PCB is made for endurance, effective performance, and integration into different electronic systems without hitches.
Features of the Terasaki ERC-233 PCB
High-Quality Materials – Made from strong and heat-resistant materials for long-term performance.
Compact and Lightweight – Easy integration into compact systems.
Efficient Circuit Design – Stable electrical connections with minimal signal loss.
Multi-Layer Construction – Reduces interference and facilitates complex circuits for enhanced performance.
Reliable Connectors – Secure and robust connectors for stable performance in harsh conditions.
Applications of Terasaki ERC-233 PCB
The flexibility of the Terasaki ERC-233 PCB makes it suitable for applications in many different industries, including:
Industrial Automation – Utilized in machine control systems and manufacturing process control systems.
Power Distribution – Involved in electrical power distribution systems for safe and effective power management.
Marine and Offshore Equipment – Frequently used in ships and offshore platforms owing to its reliability and ability to withstand extreme conditions.
Building Automation – Incorporated in smart building systems for energy efficiency and power control.
Medical Devices – Accommodates critical electronic devices in medical gear.
Advantages of Terasaki ERC-233 PCB Use
Durability and Longevity – Constructed with high-quality components to endure environmental stress as well as long-term use.
Reliable Performance – Provides stable electrical connections with minimal risk of failure.
Compatibility – Can be easily incorporated into different electronic systems.
Energy Efficient – Power consumption is maximized to minimize energy wastage.
Ease of Maintenance – It has easy troubleshooting and repairing mechanisms that extend its lifespan and utility.
