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Product Brief - Model C5003B-142 PowerView CP Portable TRU 4G (Telstra AUS/NZ)

PowerView CP Portable TRU 4G (Telstra AUS/NZ)

picarrow Rugged weatherproof portable case on wheels
arrow Configurable outputs from: 5 x 15V/6A to 20 x 15V/1.5A
arrow 15 Reference Half Cell measurement inputs
arrow Powered from universal AC or 24Vdc batteries
arrow Plugin terminals for fast change out
arrow Easy to Use touch screen with remote Web access
arrow LTE Cat 1 (4G) connectivity (AUS/NZ)

PowerView CP Portable TRU 4G (Telstra AUS/NZ) is designed to provide temporary power to anodes in Cathodic Protection systems

Overview

he PowerView CP Portable Transformer Rectifier Unit (TRU) is designed to provide temporary power to anodes in cathodic protection systems.

Typical applications include the charging phase of hybrid anode installations, and temporary power to ICCP systems for trials etc.

Web enabled remote monitoring and control capability allows the power delivered to the anodes to be tightly monitored and remotely adjusted without needing to be present on site.

Individually controllable TR outputs allows the control of current to smaller groups of anodes for better quality assurance.

This AC or battery powered unit is supplied in a rugged weather-proof carry case for ease of transport and ease of operation close to the area of protection, even outdoors.

Managing the hybrid anode charging phase

This unit is ideal for powering hybrid anodes during their impressed current phase. Each TR output can be set accurately in constant voltage or constant current mode to deliver exactly the appropriate rate of charge to each zone

Remote and accurate real-time monitoring of total kilocoulombs delivered to each zone plus real-time reference monitoring can provide notification when the charging phase is complete, or when anodes are over-powered.

Reference Inputs

Reference electrode half cells are used to measure the electrical potential of the steel in the structure with respect to the surrounding environment – a key indicator of the effectiveness of the cathodic protection.

By monitoring of half-cell references during the impressed current phase of hybrid anode systems the steel can be protected from over voltage, preventing embrittlement in prestressed structures.

Touch Screen Operation

All settings and monitoring locally is done through the intuitive touch screen on the unit.
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