How to Boost Operational Efficiency Through Large-Scale Parameterization
The business environment is constantly changing, requiring companies to be more efficient, reduce unnecessary costs, and improve financial margins. Technology plays a central role in this scenario by enabling better results with fewer resources, while competition intensifies and access to new brands and suppliers—including international ones—continues to expand.
In this context, the pursuit of competitiveness and financial gains (or reduced losses) through technology can be guided by two solutions: QuickTune and DeepControl.
In addition to speeding up parameterization at scale with QuickTune, NOVUS also offers DeepControl, a control intelligence for industrial processes that combines an advanced algorithm with full PID control. The technology continuously analyzes process behavior, quickly identifies deviations and oscillations, and records response patterns to support more stable and accurate control—contributing to improved performance and operational consistency.
In many industrial operations, the time spent configuring equipment goes unnoticed in production planning. However, when dozens of controllers need to be parameterized individually, the impact becomes clear: hours consumed, higher risk of errors, delays in startup, and very high costs.
Efficiency is not only about production speed, but also about how processes are prepared. That is where batch configuration becomes an important strategy to reduce setup time and increase standardization in industrial applications.
Learn how NOVUS can help its customers increase profitability with tools that avoid time-consuming manual parameterization that impacts productivity—and how batch configuration simplifies the process, streamlines routines, and delivers significant gains.
The Silent Bottleneck of Manual Parameterization
Machine builders, integrators, and commissioning teams often face the same scenario: identical devices that require repetitive adjustments. Each manually configured parameter increases delivery time and creates room for inconsistencies between units.
Beyond the operational effort, small configuration deviations can lead to performance differences, rework, and future maintenance difficulties.
When a few minutes per device are multiplied by the total number of devices on a line, the result can represent hours—or even days—before the operation can go live.
What Batch Configuration Is
Batch configuration allows you to create a parameterization standard and replicate it across multiple compatible devices. NOVUS offers QuickTune, a free tool developed to parameterize NOVUS controllers and indicators. With an intuitive, well-organized interface, it enables users, from beginners to experts, to easily access and adjust all device functions, ensuring fast and accurate setup.
Using this tool, the user configures the device once and applies the same set of parameters to multiple controllers, ensuring uniformity and drastically reducing manual intervention. Transfer can be done via USB, Bluetooth, and even Wi‑Fi (available on products that support the optional feature).
This approach turns parameterization into a structured, repeatable process aligned with today’s industrial scalability demands. The operation “owns” the standard: even with team or process changes, it is not lost. Configure once and save the file.
The gains become evident when comparing manual configuration, configuration via QuickTune, and configuration using a previously saved parameter set. Watch the comparison video below showing up to a 73% reduction in N20K48 configuration time:
How Batch Configuration Speeds Up the Production Process
By eliminating repetitive tasks, batch configuration delivers direct gains across different project phases: significant setup time reduction; standardization across devices in the same application; lower probability of human error; faster on-site commissioning; and reduced dependence on individual adjustments by specialists.
The result is more predictable engineering that can keep up with higher production rates without increasing operational complexity.
Learn how configuration via QuickTune works
Practical Industrial Applications
This functionality is especially relevant in scenarios such as:
Machine builders (OEMs)
Serially produced equipment can be delivered configured to the same standard, reducing final assembly time.
System integrators
Panels with multiple controllers can be parameterized in just a few minutes during commissioning.
Industrial retrofit projects
Upgrading existing equipment becomes faster and safer while maintaining operational uniformity.
Lines with multiple thermal zones
Processes that use many controllers gain consistency and easier future maintenance.
Impact Beyond Operations
More than saving time, batch configuration drives an important shift in how work is done: engineering moves away from a craft approach and becomes replicable.
This concept is directly connected to Industry 4.0 trends, where standardization, traceability, and speed of implementation are decisive factors for competitiveness.
By reducing variability and simplifying commissioning, teams can focus on what truly adds value: process optimization and continuous improvement.
Count on NOVUS
In increasingly dynamic industrial environments, accelerating setup is as important as increasing line productivity. Batch configuration in QuickTune turns a repetitive task into an efficient, reliable, and scalable process.
If your operation is looking for greater agility in parameterization and standardization across equipment, it is worth seeing in practice how this functionality can simplify engineering routines.
Talk to a NOVUS specialist and find out how we can help.
