Product Overview
Thermo Electron ACT5 USB Dosimeter Reader for EPD Mk2, G and N2
Condition:
Unused, new old stock, clean and excellent condition. Includes EasyEPD2 software.
Here's What We Know About It:
The Thermo ACT5 is a USB Desktop Reader designed for use with Thermo Scientific's EPD Mk2, G, and N2 electronic personal dosimeters. It offers efficient data management and configuration for radiation monitoring applications.
Key Features
- USB connectivity for easy computer integration
- Compatible with EPD Mk2, EPD-G, and EPD-N2 dosimeters
- Designed for demanding environments requiring precise dosimeter identification
- Ensures only one specific EPD can be "seen" by the reader at a time
Common Applications
- Nuclear power plants
- Medical facilities with radiation therapy or diagnostic imaging
- Research laboratories
- Industrial radiography operations
Frequently Asked Questions
What software is compatible with the ACT5 reader?
The ACT5 reader is designed for use with EasyEPD2 (included) and EasyIssue software (not included). It also comes with a USB-IR Drivers disk.
How does the ACT5 reader enhance radiation safety practices?
The ACT5 reader streamlines the process of collecting and managing dosimetry data, enhancing accuracy by ensuring proper identification of individual dosimeters. This contributes to more efficient radiation safety monitoring and record-keeping.
What are the advantages of using the ACT5 reader?
| Advantage | Description |
|---|---|
| Data Management | Simplifies the collection and analysis of radiation exposure data |
| Accuracy | Ensures precise identification of individual dosimeters |
| Integration | Seamlessly works with Thermo Scientific's dosimetry software systems |
Product Specifications
- Connectivity: USB
- Compatibility: EPD Mk2, EPD-G, EPD-N2 dosimeters
- Included Software: EasyEPD2
- Additional Drivers: USB-IR Drivers disk included
Customer Reviews
Users have praised the ACT5 reader for its reliability and ease of use. Many customers appreciate its compatibility with multiple dosimeter models and its ability to streamline radiation monitoring processes.