| Attribute | Value |
|---|---|
| Product Name | TERASAKI EIH-221 PCB CARD K/762/621-001A |
| Brand | TERASAKI ELECTRIC CO., LTD. |
| Model | EIH-221 |
| Part Number | K/762/621-001A |
| Number | NO. 16 |
| Weight | 140 GM |
| Condition | NEW 1 PCS |
| Reference Number | 34173 |
What is the EIH-221 PCB Card?
The EIH-221 PCB Card is part of Terasaki’s SYNCHRO DETECT series, used primarily in power management and distribution systems. This card plays a crucial role in detecting phase synchronization and ensuring stable power flow in large electrical systems. Designed with advanced circuitry and superior components, the EIH-221 helps optimize safety, performance, and energy efficiency.
Key Specifications:
Brand: Terasaki
Model: EIH-221
Part Number: K/762/621-001A
Function: Synchro detect control PCB card
Condition: New (1 PCS available)
Weight: 210 gm
Reference No: 34025
Country of Origin: Japan
Characteristics of Terasaki EIH-221 PCB Card
• High Precision Monitoring: Guarantees precise identification of voltage and phase signals.
• Compact Design: Space-efficient design ideal for small panel installations.
• Reliability: Constructed to sustain the stresses of non-stop industrial use.
• Easy Integration: Compliant with many Terasaki and third-party systems.
• Durable Build: Constructed using high-grade materials for lasting performance.
Applications
This PCB card is most commonly utilized in:
• Power distribution panels
• Marine control systems
• Factory automation systems
• Backup power management
• High-voltage synchronization detection units
Whether you are replacing an existing system or constructing a new control system, the Terasaki EIH-221 provides a strong and reliable solution for precise electrical monitoring.
Why Choose the Terasaki EIH-221?
Choosing the right PCB card can make or break the efficiency of your electrical system. With Terasaki’s reputation for excellence, the EIH-221 brings peace of mind with superior Japanese engineering, minimal maintenance, and a long service life. It’s a reliable backbone for operations that demand uninterrupted performance.
