ELECTRONIC CONTROL UNIT by Philips

Key Highlights

• The ELECTRONIC CONTROL UNIT by Philips is designed to enhance the operational efficiency of imaging systems, ensuring optimal performance and reliability.
• With a focus on interoperability, this unit is compatible with the PRACTIX 33 PLUS model, making it a versatile choice for various radiological applications.
• Philips is renowned for its commitment to quality and innovation, which is reflected in the advanced technology used in this control unit.
• This control unit is engineered to streamline workflows, ultimately improving patient throughput in clinical settings.
• Robust design and ease of integration make this unit a valuable addition to any imaging suite, ensuring minimal downtime and efficient serviceability.

Compatible Systems & Use Cases

This ELECTRONIC CONTROL UNIT is primarily compatible with the PRACTIX 33 PLUS model. It is suitable for various imaging scenarios, including:

• X-ray imaging in diagnostic radiology.
• Interventional radiology procedures requiring precise control and monitoring.
• Integration into existing imaging workflows to enhance system performance.

Technical Specifications

Parameter	Value
Dimensions	Standard rack-mountable size
Power Supply	AC input, typical voltage range 100-240V
Weight	Approximately 10 kg
Operating Temperature	15°C to 30°C
Connectivity	Standard interfaces for imaging systems

Clinical and Service Value

The ELECTRONIC CONTROL UNIT by Philips is designed to integrate seamlessly into existing imaging systems, enhancing the overall efficiency of radiological workflows. By providing reliable control and monitoring capabilities, this unit ensures that healthcare professionals can focus on delivering high-quality patient care without interruptions. Its compatibility with the PRACTIX 33 PLUS model allows for a streamlined upgrade path, maximizing the return on investment for healthcare facilities.

Moreover, the robust design of this control unit minimizes maintenance requirements and downtime, allowing biomedical engineers to maintain operational readiness. The unit's advanced technology not only supports improved imaging outcomes but also facilitates training for staff, ensuring that they can quickly adapt to new equipment. This results in enhanced productivity and better resource utilization in clinical environments, ultimately benefiting patient care delivery.

Additional notes

ELECTRONIC CONTROL UNIT by Philips