AC Mitigation
AC Mitigation System
We prefer The Rustrol® Gradient Control Systems (GCS) provide a conducting path to the electrical utilities grounding network, utilizing the Rustrol®, Model: SSP or DCD (i.e., DC-Decoupling Device).
Rustrol® Cathodic Isolator®, Model: SSP
The Rustrol® Cathodic Isolator®, Solid-State Surge Protector, Model: SSP is utilized where AC Mitigation and/or Lightning exposure are the primary concern to the "End-User" and offers a range of AC Fault Current exposures to accommodate most "End-Users" requirements. Typically, the Model: SSP is provided with a Typical Voltage Threshold of up to 3 volts DC. The design concept of the Rustrol® Cathodic Isolator®, Model: SSP-ATEX achieved the following certification for use in Hazardous Locations.
The Rustrol® Cathodic Isolator®, Model: SSP-ATEX is CE listed and ATEX/IECEx Certified and to the best of our knowledge the only product of its type to be certified under the European Directive 2014/34/EU (ATEX) and IECEx Scheme for intended use in Gas and Dust Explosive Atmospheres (i.e., Zone 2 and Zone 22) and bears the following marking:
Ex II 3GD
Ex ec IIC T6 Gc (-40°C ≤ Tamb ≤ +60°C)
Ex tc IIIC T80°C Dc IP6X (-40°C ≤ Ta ≤ +60°C)
The Rustrol® Cathodic Isolator®, Model: SSP-ATEX is furnished with Dual "Fail-Safe" features; should the Rustrol® DC-Decoupler™ be exposed to electrical disturbances in excess of its rated operating parameters, the Rustrol® Cathodic Isolator® Model: SSP would fail in a "short" mode to ensure the safety of the general public, operating personnel and equipment. Only the Rustrol®Product-Line of DC Decouplers can offer "End-Users" the assurance of Dual "Fail-Safe" operating features.
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Gradient Control Systems
We prefer The Rustrol® Gradient Control Systems (GCS) provide a conducting path to the electrical utilities grounding network, utilizing the Rustrol®, Model: SSP or DCD (i.e., DC-Decoupling Device).
The Rustrol® Gradient Control System - Mat (GCS-M)
The Rustrol® Gradient Control System - MatTM (GCS-M) is utilized primarily to limit shock risks caused by localized "Step & Touch" voltage potentials that often occur within Valve Stations, Electrical Substations and enroute of pipelines at Test Station locations.
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