Course length: 3 days

Program Synopsis

Principles of Operation: The student is presented with an overview of the Eagle 3000 Stage 3 Control system. Comparisons are made of the use and applications between the two sterilizer models. Block diagrams and flowcharts are used in this discussion, which also includes a discussion of machine and control alarms.

Input/Output devices: This section will deal with the control structure, and the use and identity of input and output devices. Troubleshooting techniques will be included in this section.

Calibration: This discussion reviews the field calibration procedure for the Eagle 3000 Stage 3 controls as applied to these products. We will identify special tools and documentation required. Variations for specific machine types are discussed as well.

Eagle 3000 EO and 3017 100% EO machines: A brief discussion of Tech data sheets will start each session. The importance of dynamic utility pressures will be highlighted. Classroom lecture will include application of each machine type and a discussion of the available cycles. The use of documentation such as cyclegraphs, flowcharts, piping schematics and electrical schematics will be covered as well. Hands-on lab exercises will be incorporated throughout the program.

Eagle 3000 EO and 3017 100% EO machines: The program tree will be discussed. The programming of cycles, and machine software setup will be covered in both classroom lecture and with hands-on lab exercises. The use of the control "Service Mode" will be discussed and used throughout these sessions.

PMP/PMA: A discussion of the TEAM approach to maximizing equipment uptime is central to the discussions throughout the course. Performance roles of the parties involved will be identified, and procedures will be identified and reviewed. A review of the spare parts package will be included.