Anville series 615 monitoring system
For steriliser and washer-disinfector "independent" cycle monitoring an accurate, reliable measurement system is required. The Anville Series 615 system provides independent cycle monitoring and can be used on both single cabinet and tunnel washer-disinfectors, incubators, freezers and sterilisers.
Anville Series 615 system
The system can be used immediately - no programming is required. More flexible than a chart recorder, the Series 615 with Prodigy software sets a new standard with its ease of system operation and configuration, providing data acquisition, data display, alarm monitoring and end-of-cycle report print-out.
Steriliser and washer-disinfector display
Each steriliser and washer-disinfector has a separate display page with a trend graph, machine status, cycle number, current temperature, pressure, flow and conductivity data etc.
Report display and print-out
A proof of process report can be printed out automatically at the end of each cycle. A list of all available cycles for that steriliser or washer-disinfector can be viewed and printed out on manual command.
Data archiving
The data archiving facility allows long term, secure archiving of each batch cycle from each steriliser and washer-disinfector.
Anville Series 615 data logger
Each Series 615 monitors temperature, pressure, conductivity, detergent flow and machine status sensors from a single steriliser or washer-disinfector.
The Series 615/WD has eight configurable analogue inputs, eight status inputs, one pulse count input and control two relay outputs. The analogue inputs can be configured to monitor Pt100 temperature sensors, pressure transducers, conductivity transmitters etc
The Series 615/ST has four dedicated type T thermocouple inputs and four configurable analogue inputs.
Supplied in a waterproof housing, the Series 615 can be mounted adjacent to the steriliser or washer-disinfector, reducing sensor lead lengths and installation problems. Connection to the host computer is by Ethernet, RS422 or RS485 serial communication.



