PM530 APDS is designed for dosimetry data collection and processing and helps to ensure accurate radiation exposure monitoring.
The dosimetry control system provides cost-effective dose monitoring for medical, nuclear, industrial and security applications.
PM530 consists of the software or hardware reader for data read-out and server software for secure management, analysis, and reporting of occupational exposure data.
APDS Components
PM530 Hardware Reader is designed for collecting data from dosimeters via IR / USB and changing dosimeter settings. Up to 500 readers and 10000 dosimeters can be integrated into the APDS. The reader offers versatile connectivity options. It can be connected to the corporate or departmental LAN using either Ethernet or Wi-Fi, enabling seamless integration into existing network infrastructure. This allows for easy and automated reading of the dosimeter history, as well as the transfer of data directly to the database server.
PM530 Software Reader is designed for collecting data from dosimeters connected to a PC. The installation is facilitated through a dongle, which provides the necessary software and licensing to enable seamless integration with dosimeters.Once installed, the PM530 Software Reader provides a user-friendly interface that allows connecting dosimeters via IR, USB, or Bluetooth.
PM530 Server Software is a robust application designed to facilitate the seamless uploading of data from PM530 readers to either a cloud-based or local server database. It provides a secure and efficient solution for storing, processing and generating reports based on the collected data. The software allows to create the customizable hierarchical database, add new dosimeters and users, set individual and collective thresholds.
Features
- IP20 portable or wall-mounted reader powered via mains or built-in battery
- Adjustment and assigning of the dosimeters via readers
- Integration of up to 10000 dosimeters and 500 readers
- Compact portable reader for fast and easy read-out
- Easy set-up and configuration