Within the 3300 XL 8 mm family, 129716-125-040-15-05 occupies the sensor side of a three-part eddy-current chain that turns probe-to-target distance into a conditioned voltage.

1. 01

   Non-contact sensing relationship

   The 3300 XL 8 mm probe family establishes an electromagnetic field at the conductive target. A change in gap changes the probe response associated with 129716-125-040-15-05 without mechanical contact.

2. 02

   Static and dynamic measurement

   The same family signal path associated with 129716-125-040-15-05 represents both steady shaft position and changing vibration. Static gap is retained in the DC level, while dynamic movement appears as the changing component.

3. 03

   Conditioned voltage output

   The raw probe response associated with 129716-125-040-15-05 is carried through the 3300 XL cable path to the Proximitor Sensor. That electronics stage produces the proportional voltage used by the receiving monitor.

The usable measurement around 129716-125-040-15-05 depends on the probe-side assembly, the total electrical cable path, the matching Proximitor Sensor and the target material acting as one channel.

1. 01

   Three-part measurement chain

   The 3300 XL 8 mm arrangement associated with 129716-125-040-15-05 consists of a probe, an extension cable and a Proximitor Sensor. Each part carries a different stage of sensing, transmission and voltage conversion.

2. 02

   Matched electrical length

   The probe lead and extension cable determine the total electrical length presented to the Proximitor Sensor. The exact 129716-125-040-15-05 assembly drawing therefore controls which cable and connector fields belong to this reference.

3. 03

   Target-to-monitor path

   A conductive target changes the probe response, the cable carries that response, and the Proximitor Sensor supplies the receiving monitor. The 2 mm range and 7.87 V/mm scale apply to that complete matched family system rather than to 129716-125-040-15-05 in isolation.