How the Tankmaster Controller Enhances Efficiency
Energy Efficiency & Cost Savings
The Tankmaster MP Controller is engineered not only for precision and durability but also for maximising energy efficiency in industrial heating systems. By intelligently managing heating cycles and responding dynamically to real-time temperature and level data, the Tankmaster significantly reduces unnecessary energy consumption.
Smart Thermostat Functionality
At the heart of the Tankmaster’s efficiency is its advanced thermostat logic, which includes:
- Programmable Setpoints: Allows users to define precise temperature thresholds, reducing overheating and energy waste.
- Go/No-Go Bands: Maintains temperature within a narrow, controlled range, minimising energy spikes and fluctuations.
- Automated Shut-Off: Integrated level sensors prevent heaters from operating when liquid levels are too low, avoiding dry firing and wasted energy.
- Adaptive Control: The microprocessor continuously monitors tank conditions and adjusts heating output accordingly, ensuring optimal performance with minimal energy input.
- These features collectively contribute to lower operational costs, extended equipment lifespan, and reduced environmental impact.
Why Choose the Tankmaster for Industrial Settings?
Purpose-Built for Harsh Environments
The Tankmaster combines the functionality of both the Thermaster (temperature control) and Levelmaster (liquid level control) into a single, compact unit. It is ideal for use in chemical processing, metal finishing, and other applications where maintaining stable tank conditions is critical.
Key Features
- Corrosion-Resistant Construction
Built with acidproof probes and non-corrodable sensors, the Tankmaster is specifically designed to withstand chemically aggressive environments. - IP65-Rated Enclosure
The moisture-proof, dust-tight housing allows for safe surface mounting near tanks, even in challenging industrial settings. - Intelligent Microprocessor Control
Offers programmable temperature and level settings, with high/low alarms and go/no-go operation bands for enhanced safety and precision. - Dual Voltage Compatibility
Automatically detects and operates on either 240V or 110V, providing flexibility across installations. - User-Friendly Interface
Features a clear digital display for real-time temperature readings and setpoint adjustments. - Seamless Integration
Compatible with Braude’s full range of heating and sensing equipment, including Polaris heaters and HPD probes.
Enhance Your System
Pair the Tankmaster with our energy-efficient heating solutions for optimal performance:
Tankmaster vs. Competitors
The Tankmaster MP Controller offers a range of advanced features that set it apart from standard industrial controllers:
- Corrosion-Proof Sensors
Designed with acid-resistant materials, the Tankmaster is ideal for aggressive chemical environments—unlike many standard controllers that degrade over time. - Smart Thermostat Logic
Features advanced temperature control algorithms, including programmable setpoints and go/no-go bands, whereas typical controllers often rely on basic or manual settings. - Integrated Temperature & Level Control
Combines both functions in a single unit, eliminating the need for separate devices and simplifying installation and maintenance. - IP65-Rated Enclosure
Offers superior protection against moisture and dust, making it suitable for harsh industrial conditions—something not always guaranteed by competitors. - Optimised for Energy Efficiency
Actively reduces energy consumption through intelligent heating cycles and automated shut-off features, helping to lower operational costs. - Dual Voltage Auto-Sensing (110V/240V)
Automatically adapts to different power supplies, unlike many controllers that require manual configuration or separate models. - Seamless Compatibility with Eco Heating Systems
Fully compatible with Braude’s immersion heaters and eco-heat systems, ensuring a streamlined and efficient setup.
The Tankmaster stands out as a comprehensive, intelligent, and energy-conscious solution, outperforming conventional controllers in both functionality and long-term cost-effectiveness.
