Key Challenges in Test Bench Development
- Navigating Compliance and Safety Standards
Test benches in regulated industries must adhere to rigorous standards such as CE marking and EU conformity directives. Achieving compliance requires meticulous attention to detail and can become a complex, time-consuming task without the right tools to manage and document regulatory requirements throughout the development process. - Managing System Complexity and Risk
Test benches often involve monitoring industrial devices or simulating critical operations, introducing significant operational risks. Inadequate risk management can lead to equipment failure, safety hazards, and inaccurate test results. Integrating robust risk management strategies from the outset is crucial to ensure system reliability and operator safety. - Ensuring Seamless System Integration
Integrating various hardware and software components can present many challenges, especially when multiple devices need to operate synchronously. Effective system integration simplifies maintenance, ensures accurate data acquisition, and facilitates rapid troubleshooting. Without seamless integration, system performance can suffer, and diagnosing issues becomes more difficult. - Documentation and Traceability
Proper documentation is not only required for compliance with regulatory standards, but ensures transparency and aids in future maintenance. However, tracking every component and process can be overwhelming without efficient tools to support documentation and traceability.

How test.con Addresses These Challenges
Streamlined Graphical Programming for Real-Time Applications
test.con offers intuitive, drag-and-drop graphical programming for Gantner’s Q.series X controllers, eliminating the need for traditional coding. Users can efficiently design custom logic, data processing algorithms, and visualization functions. This approach accelerates development and makes programming accessible to engineers who may not have extensive software development experience.
Powerful Risk and Compliance Management
With its model-based development approach, test.con allows for the integration of complex control logic and safety functions at every stage. Regulatory requirements can be managed within the software, enabling the incorporation of industry standards and the documentation necessary for CE certification. test.con also supports programmable automation controller (PAC) functionality, providing the flexibility to meet specific safety and regulatory demands across different industries.
Integrated System Architecture and HMI Design
test.con has the ability to design human-machine interfaces (HMIs) directly within the platform. This capability enables operators to visualize and control the entire system in real-time, adding critical layers of monitoring and control for risk mitigation and seamless system integration. By unifying system architecture and HMI development, test.con enhances operational efficiency and reduces complexity.
Built-In Documentation and Traceability
test.con integrates documentation and traceability into the development process. From initial requirements analysis to final testing, the software supports comprehensive tracking of every element within the project, from individual components to complete system architectures. This integrated documentation facilitates CE compliance and provides a complete system record for future maintenance and audits.

Partner with Gantner Instruments for Effective Test Bench Solutions
Whether you’re developing a complex test bench or seeking support for regulatory compliance and risk management, Gantner Instruments, in partnership with ProSign, offers the expertise and technology to assist you. test.con provides a comprehensive solution for building reliable, compliant, and efficient test benches tailored to your specific project needs.
Get Started with test.con
Ready to overcome the challenges of test bench development? Contact our team for a consultation, and we’ll guide you in implementing a solution that meets the highest industry standards.
Learn more about test.con and enhance your test bench development today.
Want to see a hands-on example?
This video guides you through all the required steps, including system design, modeling, and creating a curve generator.
More articles
25th International Colloquium Tribology 2026
The 25th International Colloquium Tribology takes place January 27–29, 2026, at TAE Esslingen, Germany. This special anniversary edition is held under the theme “Bridging Science and Industry – Driving a Sustainable Future with Tribology” and brings together international experts from research and industry for three days of knowledge exchange and networking.
Read more...Measurement Data in the Cloud and IT Security Aspects
The GI.cloud concept acquires and stores data of many decentralized data acquisition systems like Gantner Instrument’s Q.Station. IT Security is an increasingly important aspect to secure the communication and data transfer between the acquisition system and the cloud server.
Read more...IPERMON – Innovative Performance Monitoring System for Improved Reliability and Optimized Levelized Cost of Electricity
Currently, a vast amount of research institutions and organizations are focusing on ways to improve the operation, reliability and consequently the output of PV systems. An important aspect yet to be targeted remains the procedural and standardized approach to calculate accurately the factors behind the various performance loss mechanisms, while also detecting and diagnosing potential failures at early stages or before occurrence. Identification of degradation and failure modes at preliminary stages is important as these mechanisms directly influence the performance, lifetime and reliability of PV technology.
Read more...Putting Intelligent Heat Pump Control to the Test Real World Performance Evaluation
Given the increasing share of renewable energies in the electric energy system, flexibilities are key to match production and demand. Domestic heat pumps are expected and promoted to further increase as a key technology. Research is ongoing to utilize these heat pump systems and their thermal storage as flexibilities within the electrical energy system’s superordinate level.
Read more...