Description
The SOLLICH 2100 v.08 CPS Cathodic Protection Station is designed for cathodic protection of metal structures built on a large area, on its surface, in the ground, water, with very good insulation in relation to the ground. In particular, these are all types of pipelines and gas pipelines on which there is a large interference from the power grid.
The SOLLICH 2100 v.08 CPS station ensures stable operation with large interference induced from the power grid.
The standard design ensures stable operation with interference reaching 20Vpp. In the case of higher interference levels, it is possible to prepare the SOLLICH 2100 v.08 CPS Cathodic Protection Station with resistance to interference reaching 30Vpp.
The Cathodic Protection Station works in a three-electrode system with a reference electrode or in a two-electrode system without this electrode. The cathode -/K and the Ku terminal are connected to the protected structure.
The stations have built-in current interrupter keys and GPS signal interrupt synchronization systems. This allows them to be used in synchronous measurements using the interruption of the polarization current, without the need to use external devices.
The OK station enables the implementation of the described task automatically by adjusting the operating parameters to force the set current or potential value. The device has the ability to manually and remotely change the operating mode and parameters.
The station can record the results of the Eo potential measurement in the “oscilloscope” mode. This allows viewing the value of the structure’s potential and the shape and level of interference occurring on it.
The Cathodic Protection Station performs measurements of the following parameters:
- Ip – structure polarization current.
- Uak – anode – structure voltage.
- Eon – structure switch-on potential.
- Eoff – structure switch-off potential.
- Uac_on – RMS value of AC interference signals occurring on the structure.
- Uac_off – RMS value of AC interference signals occurring on the structure.
- E(t) – Measurement of the time course of the structure’s potential. “Oscilloscope” mode