Description
The GMP-15S Snap-On Pancake Probe is a compact, cable-free solution for smart contamination monitoring and frisking of alpha, beta, and gamma radiation. Its pancake-style GM detector snaps directly onto RDS-32™ survey meters, enabling rapid, one-handed operation and providing simultaneous contamination and dose rate readings for enhanced situational awareness in the field.
- Instant, One-Handed Operation: Snap-on design enables rapid, cable-free use—start surveys immediately.
- Smart, Cable-Free Frisking: Compact probe eliminates cable clutter for portable, ergonomic fieldwork.
- Dual Readout Display with the RDS-32 meter: Shows contamination and dose rate at once for quick, informed decisions.
- True Plug and Play: Switch between RDS-32 meters with no recalibration—maximizes flexibility and reduces total cost of ownership.
- Sensitive, Reliable Detection: Detects low levels of alpha, beta, and gamma radiation for dependable monitoring.
- Industry Standards Compliance: Fully compatible with IEC 60325 and ANSI 42.17AC for regulatory confidence.
- Rugged Configuration: Drop-proof from 1 m onto concrete with the RDS-32 meter.
Smart, One-Handed Radiation Detection
The GMP-15S Snap-On Pancake Probe is a compact, smart handheld radiation detector and frisker probe that snaps directly onto any RDS-32 survey meter for safe, one-handed contamination surveys – no cables or setup delays required. Its portable, ergonomic design enables quick, reliable frisking for alpha, beta, and gamma radiation, enhancing efficiency and awareness across nuclear power plants, medical facilities, and emergency response environments.
Plug-and-Play Calibration Simplicity
Calibration factors are stored internally, allowing the GMP-15S to be interchanged between any RDS-32 meter without recalibration for flexible use across multiple applications. Optional isotope calibration for activity equivalence is available through CSW-32™ Configuration Software.
Dual Readout for Contamination and Dose Rate
The GMP-15S provides simultaneous contamination and dose rate readings through a clear dual-display interface, providing users with instant situational awareness during radiation surveys. The dual readout can also be disabled for simplified radiation monitoring when preferred.