World’s first frequency hopping radio probe

The RMP60 inspection probe is the first to use frequency hopping spread spectrum (FHSS) transmission, and offers rapid part set up and part verification on machining centres of all sizes.

The RMP60 system comprises the probe and the RMI - a combined interface and receiver unit. The probe’s robust body and compact

dimensions allow it to access surfaces produced by short tools, without being restricted by the upper limits of the machine’s Z travel.

Unlike conventional radio transmissions, the RMP60’s unique transmission system does not use a dedicated radio channel. Instead, the probe and receiver ‘hop’ together through a sequence of frequencies, enabling multiple probe systems and other industrial equipment to coexist in confidence, with negligible chance of interference.

The 2.4 GHz frequency bａnd is compliant with radio regulations in the EU, USA, Japan and many other countries world-wide. The new wave of transmission has just begun…

Key benefits

Simple set up

Unlike fixed frequency systems, with the RMP60 there is no need to allocate a specific radio channel. Once installed, reliable communications are assured within the industrial environment.

Compact and robust

The RMP60 is ideal for machines of all sizes and can access surfaces cut with short tools. Its robust stainless steel body makes it suited to the harshest machine environments.

Ideal for retrofit

The RMI (a combined antenna and interface) can be positioned anywhere near the machine, resulting in a fast installation. The RMP60 system is ideal for retrofitting to existing machines.

Innovations

Frequency hopping spread spectrum transmission

The world’s first FHSS transmission for probes means that once matched, the RMP60 and RMI hop frequencies together to provide reliable communications. Radio “turn on” is available via an M-code signal.

Miniaturised electronics

With dimensions of just 63 mm (2.48 in) diameter and 76 mm (2.99 in) length, the RMP60 is ideal for use on all sizes of vertical and horizontal machines.

Combined interface and receiver unit

New technology allows the interface and receiver to be combined as a single unit, eliminating the need for a separate enclosure inside the control cabinet.