- For measuring high dose rates/pulse rates from a safe distance
- For measurements in poorly accessible measuring locations
- Easy connection with the X5C plus SE, X5C FW dose rate meters and the X5C plus calibratable dose rate meter via contact row using snap-in technology
- Safe connection of telescope and base unit without plug or cable (only via contact row)
- Telescope made of stainless steel, continuously extendable up to 4 m total length
- Torsion-proof connection between measuring head and electronics through internally routed ribbon cable
- Automatic measuring range switchover
- Display of dose rate at the operator’s location at the push of a button
- Voltage supply from the dose rate meter
- Energy range, measuring range, measured variable correspond to the data of the respective connected probes
- Possibility of connecting the X50ZS dose rate meter by means of a special adaptation module
 Datasheet |
- For measuring high dose rate from a safe distance, dose rate measurement range up to 10 Sv/h for ambient dose equivalent rate Ḣ*(10).
- For measurements in poorly accessible measuring locations
- Safe connection of the telescopic probe DE with the dose rate meters X5C plus SE, X5C FW and the calibratable dose rate meter X5C plus without plug or cable by snap-in technology
- Stainless steel telescope, continuously extendable up to 4 m total length
- IP54 with telescope inserted and protective cap in place
- Torsion-proof connection between measuring head and electronics through internally routed ribbon cable
- Automatic measuring range switchover
- Display of dose rate at the operator’s location selectable at the push of a button
- Power supply from the X5C plus, X5C plus SE or X5C FW dose rate meter
- Possibility of connecting the X50ZS dose rate meter by means of a special adaptation module
| Datasheet |
The GRAETZ CE-Telescope and the GRAETZ Telescopic Probe DE are state-of-the-art instruments for measuring high dose rates and pulse rates from a safe distance. These specialized devices are particularly useful for measurements in hard-to-reach places and offer a reliable solution for various applications in the field of radiation measurement and monitoring.
GRAETZ CE-Telescope
The GRAETZ CE-Telescope is designed for use with the dose rate measurement devices X5C plus SE, X5C FW, and the calibratable dose rate measuring device X5C plus. It allows for an easy and secure connection through snap-in technology without the need for plugs or cables. The telescope, made of stainless steel, can be continuously extended up to a total length of 4 meters. A twist-proof connection between the measuring head and electronics is ensured by an internally guided flat cable. Other features include automatic range switching and the ability to display the dose rate at the operator's location at the push of a button. The power supply comes directly from the connected dose rate measuring device.
GRAETZ Telescopic Probe DE
The GRAETZ Telescopic Probe DE is specifically designed for measuring high dose rates up to 10 Sv/h for the ambient equivalent dose rate H*(10). Similar to the CE-Telescope, the Telescopic Probe DE also offers a secure and easy connection to the dose rate measuring devices X5C plus SE, X5C FW, and X5C plus through snap-in technology. With a continuously extendable stainless steel construction up to 4 meters and an IP54 certification when retracted with the protective cap on, it provides robust usage possibilities in various environments. An internally guided flat cable ensures a twist-proof connection, and the dose rate display can be activated at the operator's location with the push of a button. The power supply also comes directly from the connected dose rate measuring device.
Note for Fire Brigade Use
Both devices offer the possibility to connect the dose rate measuring device X50ZS using a special adaptation module, making them particularly suitable for use by fire brigades and in emergency situations.
The GRAETZ CE-Telescope and the GRAETZ Telescopic Probe DE represent the latest in radiation measurement and safety technology. Their versatility, ease of use, and the ability to conduct measurements from a safe distance make them indispensable tools for professionals in the nuclear industry, the medical field, research institutions, and emergency response teams.