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AsiaRWP20.50-G-HPP Radio-Wave Touch Probe
Highly accurate radio-wave touch probe for the most precise results
The RWP20.50-G-HPP is Hexagon’s most accurate touch probe for machine tools. It deploys laser-triangulation inside the measurement unit to achieve extremely high repeatability, low pre-travel variation and low 3D form error.
Many applications, for example the measurement of freeform shapes or checking machine kinematics, need extremely precise measurement results in 2D and 3D. These are best achieved by deploying Hexagon’s patent-pending laser-triangulation technology inside the RWP20.50-G-HPP radio-wave touch probe.
The RWP20.50 modular probing system can be used for a range of applications and can be easily modified by simply screwing in various measuring units. Extensions and cross-probes can also be used.
Many applications, for example the measurement of freeform shapes or checking machine kinematics, need extremely precise measurement results in 2D and 3D. These are best achieved by deploying Hexagon’s patent-pending laser-triangulation technology inside the RWP20.50-G-HPP radio-wave touch probe.
The RWP20.50 modular probing system can be used for a range of applications and can be easily modified by simply screwing in various measuring units. Extensions and cross-probes can also be used.
Extremely precise results
Thanks to cutting-edge technology, the RWP20.50-G-HPP achieves market-leading results, including high repeatability and low 3D form error.
Reliable transmission
The probe communicates securely with the radio-wave receiver RWR95.51 in the frequency range of 2.4 GHz. Status LEDs ensure the reception quality is immediately visible. The receiver can process measurement and temperature data.
Robust and durable
All mechanical components are protected under the IP68 standards and can be easily upgraded to ensure longevity despite the harsh conditions inside machine tools.
Workshop-oriented handling
RWP20.50 touch probes are designed to make the life of machine operators easier and more efficient. Settings are simple for operators to perform, with battery changes requiring no tools and simplified runout adjustments.
Thanks to cutting-edge technology, the RWP20.50-G-HPP achieves market-leading results, including high repeatability and low 3D form error.
Reliable transmission
The probe communicates securely with the radio-wave receiver RWR95.51 in the frequency range of 2.4 GHz. Status LEDs ensure the reception quality is immediately visible. The receiver can process measurement and temperature data.
Robust and durable
All mechanical components are protected under the IP68 standards and can be easily upgraded to ensure longevity despite the harsh conditions inside machine tools.
Workshop-oriented handling
RWP20.50 touch probes are designed to make the life of machine operators easier and more efficient. Settings are simple for operators to perform, with battery changes requiring no tools and simplified runout adjustments.
| Transmission Frequency | 2400-2483,5 MHz (2,4GHz) |
| Transmission/Reception Range | Up to 18 m |
| Power supply | 1x 9 V battery, block, 6LR61, Lithium: 1200 mAh, Alkaline: 550 mAh |
| Material | Stainless steel, POM |
| Weight without Shank | Approx. 920 g |
| Temperature Range | Operation: 10°C - 50°C, Storage: 5°C - 70°C |
| Sealing | IP68: EN60529 |
| Sensing Directions | ±X; ±Y; -Z |
| Maximum Stylus Overtravel | XY = ±12,5°; Z = -5 mm |
| Tripping force* with 50 mm stylus | XY = 0,1 N (typical value); Z = 2,5 N (typical value) |
| Trigger force* with 50 mm stylus | XY = 0,5 ±0,1 N; Z = 7 N ±10% |
| Recommended Probing Feedrate | 100 - 500 mm/min |
| Maximum Probing Feedrate | 1000 mm/min |
| Unidirectional Repeatability | max. 0,25 µm (2 Sigma) with 50 mm stylus |
| Maximum Battery Life with Lithium Battery | Operation: 180 h Standby: 1 year |
* Tripping force = Force when the probing signal is tripped at the touch point not influenced by the machine dynamics (stops without delay when the touch point is reached)
** Trigger force = Force after passing the touch point influenced by the machine dynamics (positioning speed, delay)
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