FAN MOTOR by Konica Minolta

Key Highlights

• The FAN MOTOR by Konica Minolta is designed to enhance the performance and reliability of imaging systems, particularly the DRYPRO 832 model.
• This component ensures optimal cooling and ventilation, which is critical for maintaining the integrity of sensitive imaging equipment.
• Engineered for durability, this fan motor supports consistent operation in demanding clinical environments.
• Easy to install and integrate, it minimizes downtime, allowing for seamless workflow in radiology departments.
• Konica Minolta's commitment to quality ensures that this fan motor meets rigorous industry standards for medical devices.

Compatible Systems & Use Cases

This FAN MOTOR is compatible with the following model:

• DRYPRO 832

It is primarily utilized in digital radiography systems where efficient cooling and airflow are essential for optimal image processing and equipment longevity.

Technical Specifications

Parameter	Value
Brand	Konica Minolta
Part Number	13NT80511
Model Compatibility	DRYPRO 832
Typical Operating Voltage	12V DC
Airflow Rate	Variable, based on system requirements

Clinical and Service Value

The FAN MOTOR by Konica Minolta plays a crucial role in ensuring the efficient operation of imaging systems. By maintaining optimal temperature levels, it helps prevent overheating, which can lead to equipment malfunction and extended downtime. This reliability is essential for healthcare facilities that rely on consistent imaging capabilities to provide timely patient care.

In terms of maintenance, the design of the FAN MOTOR allows for straightforward installation and replacement, which minimizes disruption to clinical workflows. Biomedical engineers and procurement teams can appreciate the ease of integration, as it supports the overall efficiency of radiology departments. Additionally, the long-lasting performance of this component contributes to reduced maintenance frequency, further enhancing operational efficiency.

Additional notes

FAN MOTOR by Konica Minolta