30A 3P CURCUIT BREAKER by GE Healthcare

Key Highlights

• The 30A 3P Circuit Breaker by GE Healthcare is designed for robust protection of critical imaging systems, ensuring operational reliability in demanding environments.
• Compatible with a variety of GE imaging systems, including PET and CT modalities, this circuit breaker enhances the safety and efficiency of healthcare technology.
• Engineered to meet high industry standards, it provides exceptional performance and longevity, reducing the frequency of maintenance interventions.
• Its compact design facilitates easy installation, making it a practical choice for hospitals looking to streamline their equipment setup.
• Built with advanced materials, this circuit breaker minimizes the risk of electrical failures, thereby safeguarding patient care and enhancing workflow efficiency.

Compatible Systems & Use Cases

This circuit breaker is compatible with the following GE Healthcare models:

• DISCOVERY ST (PET)
• DISCOVERY ST (CT)
• LIGHTSPEED 3X
• LIGHTSPEED 4X

These models are commonly utilized in diagnostic imaging scenarios, where reliable electrical protection is essential for optimal performance and patient safety.

Technical Specifications

Parameter	Value
Type	3-Pole Circuit Breaker
Current Rating	30 Amperes
Voltage Rating	480 Volts
Application	Imaging Systems Protection

Clinical and Service Value

The integration of the 30A 3P Circuit Breaker into imaging systems offers significant clinical value by ensuring consistent operational performance. By safeguarding critical equipment against electrical failures, healthcare facilities can maintain high uptime rates, which is essential for timely patient diagnosis and treatment. This reliability translates into enhanced patient care, as imaging modalities remain available for urgent and routine procedures alike.

From a service perspective, the circuit breaker's design allows for straightforward installation and maintenance, which is vital in busy hospital environments. Reduced downtime for equipment repairs means that biomedical engineers can allocate resources more efficiently, focusing on preventive measures rather than reactive maintenance. This proactive approach not only prolongs the lifespan of imaging systems but also optimizes overall workflow, contributing to a more efficient healthcare delivery model.

Additional notes

30A 3P CURCUIT BREAKER by GE Healthcare