EA902 913-902-000-011 is a high-frequency measurement cable, so connector seating, cable bend and junction protection directly affect the probe-to-conditioner path.

1. 01

   Cable and hose bends

   The FEP coaxial section of EA902 913-902-000-011 is routed at or above its 20 mm minimum bend radius. When the flexible stainless-steel protection hose is selected, that section uses the separate 50 mm minimum bend radius.

2. 02

   Self-locking coaxial joint

   The female and male miniature coaxial connectors of EA902 913-902-000-011 are fully seated before the cable is secured. This keeps the probe response on the defined coaxial path rather than transferring strain into the connector.

3. 03

   Protected interconnection

   An IP172 protector can enclose the joint associated with EA902 913-902-000-011 when the selected arrangement requires it. The protector surrounds the connection; it does not replace either self-locking coaxial interface.

EA902 913-902-000-011 occupies the middle of the TQ942 / IQS900 chain: the probe creates the proximity response, the extension carries it, and the conditioner converts it to the monitoring signal.

1. 01

   Probe-side handoff

   The integral TQ942 lead terminates at the female side of EA902 913-902-000-011. The extension continues the same high-frequency probe circuit without becoming a separate sensing element.

2. 02

   Conditioner-side handoff

   The male end of EA902 913-902-000-011 connects to the IQS900 high-frequency input. IQS900 then demodulates the probe response and provides the dynamic and quasi-static output used by the receiving channel.

3. 03

   Defined electrical length

   The TQ942 integral lead and EA902 913-902-000-011 together form the selected 1 m, 5 m or 10 m system length. That combined length is part of the calibrated measurement chain, not only a routing dimension.