BSCP-100 Modular Cathodic Protection PLC: Remote Monitoring and Control
Scalable
Interface Full Web
Conforme EN ISO 12696
IP66
IK10
The BSCP-100 controller supplies the protective current required for impressed current cathodic protection (ICCP) systems. It provides real-time monitoring of the installation and automatically regulates each anode zone throughout the service life of the structure. Its integrated communication module enables remote control, data logging, and automated generation of compliance reports. Compliant with EN ISO 12696, EN ISO 15257, and NACE SP0290 standards, the BSCP-100 is accessible through a full web-based interface, with no software installation required.
BSCP-100
The intelligence behind your cathodic protection system, ensuring precise control and regulation.
The BSCP-100 is a cathodic protection controller designed to generate, distribute, and regulate the protective current of an Impressed Current Cathodic Protection (ICCP) system. It controls multiple independent anode zones to halt the corrosion activity of reinforcing steel in reinforced concrete structures. The number of zones is tailored to the specific requirements of each project.
The controller continuously acquires measurements from reference electrodes and depolarization probes installed on the structure. Based on these data, it automatically adjusts the current delivered to each anode zone in order to maintain the specified protection criteria.
The system also provides continuous monitoring of the installation. In the event of parameter deviations, enclosure opening, or operating faults, real-time alarms are generated immediately.
Installation control, measurement review, and access to operational data can be performed remotely through any standard web browser.
Learn More About ICCP
System Operating Principle
Integrated Features of the BSCP-100 Cathodic Protection Controller
Multi-Zone Power Supply and Control
The BSCP-100 cathodic protection controller generates and distributes protective current across multiple independent anode zones. Each zone is regulated individually based on real-time potential measurements, ensuring optimal protection performance throughout the structure.
High-Precision Potential Measurement
The BSCP-100 features a high-precision measurement system with an accuracy of ±1 mV over a ±3 V range and an input impedance greater than 1 GΩ. Measurement channels connected to reference electrodes and depolarization probes are configured and sized according to the specific requirements of each project.
Full Web-Based Control and Monitoring
Access your cathodic protection system from any standard web browser. View real-time measurements, remotely control anode zones, and benefit from continuous data logging and archiving.
Secure Infrastructure
All data are hosted in France and fully encrypted to ensure the highest level of security. The system incorporates intrusion detection, self-diagnostic capabilities, and real-time alerting in the event of abnormal operating conditions, enclosure opening, or surge protection device end-of-life.
BSCP-100 Technical Characteristics
| Anode Zones | Modular configuration, sized according to project requirementst |
|---|---|
| Protective Current | 10 mA to 3 A Accuracy ±1 mA |
| Potential Measurements | Accuracy ±1 mV over a ±3 V range · Input impedance > 1 GΩ |
| Enclosure Protection | IP66 (EN 60529) · IK10 (EN 62262) |
| Enclosure Versions | Reinforced polyester or stainless steel |
| Operating Temperature | -20°C to +60°C |
| Standards Compliance | EN ISO 12696 · NACE SP0290 |
Overview of the Full Web Management Interface (Monitoring Dashboard)
Benefits of the BSCP-100 Cathodic Protection Controller for Your Installation
Built-in Standards Compliance
The BSCP-100 complies with EN ISO 12696 and NACE SP0290 standards. It automatically generates system performance reports, reviewed and validated by an EN ISO 15257-certified engineer. These reports can be submitted to the asset owner to support compliance monitoring and long-term maintenance documentation.
Fast Installation
The BSCP-100 is designed for straightforward field deployment without the need for additional equipment:
Pre-wired enclosure enabling direct connection without the need for on-site drilling or enclosure modifications;
Integrated watertight cable entry system with dual-membrane sealing;
Built-in temperature and humidity management for reliable operation in harsh environments;
Embedded communication module enabling immediate commissioning of remote monitoring and supervision functions.
Field-Proven Robustness
The controller is designed to withstand shock, vibration, humidity, and temperature fluctuations thanks to its IP66 (EN 60529) and IK10 (EN 62262) rated enclosure, combined with an elastomeric and thermally conductive encapsulation system. It is available in either reinforced polyester or stainless-steel versions to suit the specific requirements of the installation environment.
Data Sovereignty
All system data are hosted on servers located in France, fully encrypted, and protected by an Intrusion Detection System (IDS). The BSCP-100 power electronics are also designed and manufactured by BlueSpine in France using European-sourced components.
For public asset owners, local authorities, and operators of critical infrastructure, this approach provides a strong compliance advantage and a valuable differentiator in tendering and procurement processes.
Modularity and Scalability
The internal architecture of the BSCP-100 is based on plug-in generator modules that can be individually replaced without dismantling the controller. This modularity provides two operational benefits.
During installation, the controller can be commissioned progressively as the anode zones are connected, without adding or replacing hardware. Unused channels remain available for future zones.
During operation, maintenance and hardware upgrades can be performed in a targeted manner throughout the 50-year service life of the installation, without requiring complete system redeployment.
Predictive Monitoring
Multiple BSCP-100 controllers can be monitored and managed through a single Full Web interface, enabling operators to oversee their entire portfolio of structures from one dashboard.
The controller also features continuous self-diagnostics, providing real-time alerts for surge protection device end-of-life, sensor drift, intrusion attempts, or enclosure opening.
This approach enables maintenance to be planned before failures occur and allows interventions to be targeted where needed, rather than relying on routine inspection cycles.
Dans la gamme BlueSpine
The BSCP-100 Is Part of a Complete Cathodic Protection Ecosystem
Neurona: The Remote Monitoring Platform
The Neurona platform provides remote monitoring of cathodic protection systems equipped with the BSCP-100, offering real-time data access, alert management, data archiving, and centralized supervision of an entire portfolio of structures through a single access point.
→ Discover Neurona
Anode Systems
BlueSpine offers anode systems fully compatible with the BSCP-100 for all types of applications and structures, including MMO titanium anodes, conductive carbon coatings, and zinc galvanic anodes.
→ Discover Anode Systems
Diagnostic Box
Before a cathodic protection system is installed, a diagnostic survey is carried out to identify the areas requiring treatment and to size the system accordingly. The BlueSpine Diagnostic Unit’s potential measurement module generates the potential and potential gradient maps required for the design and sizing of the BSCP-100 system.
→ Discover the Diagnostic Unit
FAQ
Your Questions, Our Answers
1. Is it possible to monitor multiple BSCP-100 controllers from a single interface?
Yes. The Full Web interface allows multiple BSCP-100 controllers to be monitored and managed through a single access point. Combined with the Neurona platform, the BSCP-100 enables centralized supervision of an entire portfolio of structures from one unified dashboard.
2. Can the BSCP-100 operate in remote locations without access to the electrical grid?
Not necessarily. It depends on the application.
For structures with low levels of contamination, galvanic cathodic protection is often the most cost-effective solution in terms of initial investment. However, for structures with high chloride concentrations or large quantities of reinforcing steel, the number of zinc anodes required to deliver the necessary protective current can become substantial. This may result in a large number of drillings, additional load on the structure, and significantly higher overall costs.
In such cases, impressed current cathodic protection (ICCP) allows the protective current to be precisely controlled using a power supply unit, requiring only a fraction of the anode material while keeping the total life-cycle cost under control.
This is precisely why a preliminary technical assessment is essential: it provides the objective data needed to determine whether a galvanic or an impressed current system is the most appropriate solution.
3. Is the BSCP-100 suitable for galvanic cathodic protection systems?
No. It depends on the structure and the level of corrosion risk.
For lightly contaminated structures, galvanic cathodic protection is often the most economical option. However, for structures with high chloride concentrations or large amounts of reinforcing steel, the number of zinc anodes required can become excessive, increasing installation complexity and overall costs.
In these cases, impressed current cathodic protection (ICCP) can provide the required protective current with far fewer anodes and better long-term cost control. A preliminary assessment is essential to determine the most suitable solution.
Need a Cathodic Protection System Designed for Your Project?
No. It depends on the application.
For lightly contaminated structures, galvanic cathodic protection is often the most cost-effective solution. However, for structures with high chloride concentrations or large amounts of reinforcing steel, the number of zinc anodes required can become substantial, increasing installation complexity and overall costs.
In such cases, impressed current cathodic protection (ICCP) provides a more efficient solution by precisely controlling the protective current with a power supply unit, requiring far fewer anodes. A preliminary technical assessment is essential to determine the most appropriate system on an objective basis.
Need a Cathodic Protection System Designed for Your Project?
The BSCP-100 is part of a complete cathodic protection solution. System sizing—including the number of anode zones, protective current requirements, and measurement channels—is determined based on the results of the corrosion assessment.
BlueSpine provides technical expertise to support engineering consultants and design offices in the specification and design of the most appropriate system for each project.