ELECTRODES - PROBES - COUPONS

Suitable for use with both new build and existing structures, the ACC2-1 is buried adjacent to the target pipeline. Installation can be completed quickly and efficiently, since the ACC2-1 is small enough to be positioned within a hand excavated or hydro-vac hole. Once a connection to the pipeline is established, AC current flow is measured with a standard multimeter to give a quick and accurate indication of induced current on the pipeline. These recorded values are sufficient to give operators the information they need, to determine whether AC mitigation is required and where it is required. Our strategically placed distribution hubs can dispatch in-stock ACC2-1 probes at short notice to any project in the world.

Features and Benefits

• Reduces owner/operator risk by allowing regular monitoring and preemptive action, to mitigate potentially hazardous AC current.
• Validates the effectiveness of existing mitigation measures and provides regulators with historical and current operating data.
• Cost-effective, easy hydro-vac or hand excavation installation in native backfill.
• Compatible with remote monitoring and data recording hardware.
• Suitable for installation with most new and existing test stations.

Suitable for use with both new build and existing structures, the ACC2-1 is buried adjacent to the target pipeline. Installation can be completed quickly and efficiently, since the ACC2-1 is small enough to be positioned within a hand excavated or hydro-vac hole. Once a connection to the pipeline is established, AC current flow is measured with a standard multimeter to give a quick and accurate indication of induced current on the pipeline. These recorded values are sufficient to give operators the information they need, to determine whether AC mitigation is required and where it is required. Our strategically placed distribution hubs can dispatch in-stock ACC2-1 probes at short notice to any project in the world.

Features and Benefits

• Reduces owner/operator risk by allowing regular monitoring and preemptive action, to mitigate potentially hazardous AC current.
• Validates the effectiveness of existing mitigation measures and provides regulators with historical and current operating data.
• Cost-effective, easy hydro-vac or hand excavation installation in native backfill.
• Compatible with remote monitoring and data recording hardware.
• Suitable for installation with most new and existing test stations.

Suitable for use with both new build and existing structures, the ACC2-1 is buried adjacent to the target pipeline. Installation can be completed quickly and efficiently, since the ACC2-1 is small enough to be positioned within a hand excavated or hydro-vac hole. Once a connection to the pipeline is established, AC current flow is measured with a standard multimeter to give a quick and accurate indication of induced current on the pipeline. These recorded values are sufficient to give operators the information they need, to determine whether AC mitigation is required and where it is required. Our strategically placed distribution hubs can dispatch in-stock ACC2-1 probes at short notice to any project in the world.

Features and Benefits

• Reduces owner/operator risk by allowing regular monitoring and preemptive action, to mitigate potentially hazardous AC current.
• Validates the effectiveness of existing mitigation measures and provides regulators with historical and current operating data.
• Cost-effective, easy hydro-vac or hand excavation installation in native backfill.
• Compatible with remote monitoring and data recording hardware.
• Suitable for installation with most new and existing test stations.

Features & Benefits

• Improved ability to simulate coating holidays due to the customizable coating thickness 20 mils, 40 mils, 80 mils or custom to meet customer's project demands.
• Coating holiday size 1 cm2 or 1 in2.
• Non-conductive surface surrounding the bare area optimized to limit electrical field distortion while maintaining a compact installation size.
• Designed to allow for coupon pointing up placement to match the orientation of coating holidays with the highest AC current densities. + Weighted steel core with removable coating for corrosion rate measurements as per ASTM G1-03.
• Stamped with a serial number protected from corrosion for improved traceability
• Accurate AC corrosion risk assessment to avoid unnecessary mitigation costs.
• Regular monitoring provides the pipeline operator with historical and current operating conditions, identifies areas requiring AC mitigation, and validates the effectiveness of AC mitigation systems.
• Improved ability to simulate corrosion rates by allowing for the lateral extension of the corrosion pit under the coating.
• Compatible with remote monitoring and conventional survey equipment.
• Compatible with new and existing test stations

Features & Benefits

• Improved ability to simulate coating holidays due to the customizable coating thickness 20 mils, 40 mils, 80 mils or custom to meet customer's project demands.
• Coating holiday size 1 cm2 or 1 in2.
• Non-conductive surface surrounding the bare area optimized to limit electrical field distortion while maintaining a compact installation size.
• Designed to allow for coupon pointing up placement to match the orientation of coating holidays with the highest AC current densities. + Weighted steel core with removable coating for corrosion rate measurements as per ASTM G1-03.
• Stamped with a serial number protected from corrosion for improved traceability
• Accurate AC corrosion risk assessment to avoid unnecessary mitigation costs.
• Regular monitoring provides the pipeline operator with historical and current operating conditions, identifies areas requiring AC mitigation, and validates the effectiveness of AC mitigation systems.
• Improved ability to simulate corrosion rates by allowing for the lateral extension of the corrosion pit under the coating.
• Compatible with remote monitoring and conventional survey equipment.
• Compatible with new and existing test stations

Features & Benefits

• Improved ability to simulate coating holidays due to the customizable coating thickness 20 mils, 40 mils, 80 mils or custom to meet customer's project demands.
• Coating holiday size 1 cm2 or 1 in2.
• Non-conductive surface surrounding the bare area optimized to limit electrical field distortion while maintaining a compact installation size.
• Designed to allow for coupon pointing up placement to match the orientation of coating holidays with the highest AC current densities. + Weighted steel core with removable coating for corrosion rate measurements as per ASTM G1-03.
• Stamped with a serial number protected from corrosion for improved traceability
• Accurate AC corrosion risk assessment to avoid unnecessary mitigation costs.
• Regular monitoring provides the pipeline operator with historical and current operating conditions, identifies areas requiring AC mitigation, and validates the effectiveness of AC mitigation systems.
• Improved ability to simulate corrosion rates by allowing for the lateral extension of the corrosion pit under the coating.
• Compatible with remote monitoring and conventional survey equipment.
• Compatible with new and existing test stations

Features & Benefits

• Improved ability to simulate coating holidays due to the customizable coating thickness 20 mils, 40 mils, 80 mils or custom to meet customer's project demands.
• Coating holiday size 1 cm2 or 1 in2.
• Non-conductive surface surrounding the bare area optimized to limit electrical field distortion while maintaining a compact installation size.
• Designed to allow for coupon pointing up placement to match the orientation of coating holidays with the highest AC current densities. + Weighted steel core with removable coating for corrosion rate measurements as per ASTM G1-03.
• Stamped with a serial number protected from corrosion for improved traceability
• Accurate AC corrosion risk assessment to avoid unnecessary mitigation costs.
• Regular monitoring provides the pipeline operator with historical and current operating conditions, identifies areas requiring AC mitigation, and validates the effectiveness of AC mitigation systems.
• Improved ability to simulate corrosion rates by allowing for the lateral extension of the corrosion pit under the coating.
• Compatible with remote monitoring and conventional survey equipment.
• Compatible with new and existing test stations

Features & Benefits

• Improved ability to simulate coating holidays due to the customizable coating thickness 20 mils, 40 mils, 80 mils or custom to meet customer's project demands.
• Coating holiday size 1 cm2 or 1 in2.
• Non-conductive surface surrounding the bare area optimized to limit electrical field distortion while maintaining a compact installation size.
• Designed to allow for coupon pointing up placement to match the orientation of coating holidays with the highest AC current densities. + Weighted steel core with removable coating for corrosion rate measurements as per ASTM G1-03.
• Stamped with a serial number protected from corrosion for improved traceability
• Accurate AC corrosion risk assessment to avoid unnecessary mitigation costs.
• Regular monitoring provides the pipeline operator with historical and current operating conditions, identifies areas requiring AC mitigation, and validates the effectiveness of AC mitigation systems.
• Improved ability to simulate corrosion rates by allowing for the lateral extension of the corrosion pit under the coating.
• Compatible with remote monitoring and conventional survey equipment.
• Compatible with new and existing test stations

Suitable for use with both new build and existing structures, the CPMP is installed adjacent to the protected structure and contains a permanent internal reference electrode encased in a steel coupon. This innovative design shields the reference electrode from external interference and provides an error free and highly accurate reading of structure potential, current density and polarization decay.

The CPMP-3 is our newest version of the CPMP series and incorporates class leading upgrades that improve durability and lower cost. When used in conjunction with the Corrosion Service ZRA zero resistance ammeter, the CPMP provides an indication of current density and further validation of corrosion protection system operation.

 Includes a protective flexible conduit to proved extra cable protection

Suitable for use with both new build and existing structures, the CPMP is installed adjacent to the protected structure and contains a permanent internal reference electrode encased in a steel coupon. This innovative design shields the reference electrode from external interference and provides an error free and highly accurate reading of structure potential, current density and polarization decay.

The CPMP-3 is our newest version of the CPMP series and incorporates class leading upgrades that improve durability and lower cost. When used in conjunction with the Corrosion Service ZRA zero resistance ammeter, the CPMP provides an indication of current density and further validation of corrosion protection system operation.

 Includes a protective flexible conduit to proved extra cable protection

Suitable for use with both new build and existing structures, the CPMP is installed adjacent to the protected structure and contains a permanent internal reference electrode encased in a steel coupon. This innovative design shields the reference electrode from external interference and provides an error free and highly accurate reading of structure potential, current density and polarization decay.

The CPMP-3 is our newest version of the CPMP series and incorporates class leading upgrades that improve durability and lower cost. When used in conjunction with the Corrosion Service ZRA zero resistance ammeter, the CPMP provides an indication of current density and further validation of corrosion protection system operation.

 Includes a protective flexible conduit to proved extra cable protection