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TERASAKI ELECTRIC - EAS-3X Description
TERASAKI ELECTRIC - EAS-3X
Brand: Terasaki Electric
Type: Electronic Ammeter for marine and industrial electrical systems
Function: Measures and displays AC current accurately to support system monitoring and load management
Measurement Range: Typically 0–5?A via CT input (current transformer), scaled for system requirements (confirm specific model scaling)
Input Voltage: Via CT secondary, typically 5?A
Display:
Analog or digital display depending on the variant
Clear, easy-to-read current indication for operators
Accuracy: High measurement accuracy for reliable current monitoring
Indicators: LED operational status indicators (if applicable)
Mounting: Panel mounting for seamless integration in marine and industrial control panels
Operating Temperature: -10°C to +55°C
Humidity: Up to 95% RH, non-condensing
Enclosure:
Compact, durable, vibration-resistant housing
Suitable for harsh marine environments
Compliance: Meets marine and industrial electrical monitoring standards
Features:
Real-time current monitoring for load management
Supports effective monitoring and maintenance of electrical systems
Space-saving design for switchboards and control panels
Long operational life with minimal maintenance
Applications:
Marine switchboards and generator panels
Industrial electrical distribution panels
Shipboard power management systems
Load monitoring and balancing for machinery and equipment
Reliable electronic circuit breaker for marine and industrial electrical systems. Protects against overload and short circuits with a compact, durable design for harsh environments.
This electronic circuit breaker from Terasaki Electric is designed to provide dependable protection for marine and industrial electrical systems. It safeguards circuits against overload and short-circuit conditions, ensuring the safe and efficient operation of critical equipment. With a compact, robust design, it integrates easily into switchboards and control panels, supporting continuous protection while minimizing downtime in harsh environments.
