Direct MES database integration with millisecond step timing and audit compliance.
Developed directly alongside Tier-1 automotive and industrial production lines.
Native protocol support for high-speed ECU and power electronics parameterization.
Turnkey commissioning and lifecycle software maintenance in 40+ countries.
Modern electrical manufacturing across automotive, e-mobility, logistics, and heavy industrial sectors faces an unprecedented challenge: managing product variant explosion without sacrificing cycle time, measurement accuracy, or regulatory data traceability. The DTS Test Software System was designed by Deutronic Elektronik GmbH to solve this exact bottleneck.
The DTS Test Software System serves as the central intelligent nucleus for automated electrical test equipment (ATE). Unlike rigid, static test scripts or proprietary black-box applications, DTS provides a multi-layered, open-architecture framework. It bridges the gap between hardware measurement instruments (multimeters, oscilloscopes, programmable loads, high-voltage insulation units) and high-level factory control systems (MES, ERP, QMS).
By decoupling the physical instrument layer from the logical sequence workflow, DTS empowers test engineers to author, modify, and execute comprehensive end-of-line test routines with precision. Whether validating high-current automotive battery chargers, contact-cooled DC/DC converters up to 900 V DC, or complex mechatronic actuators, DTS ensures every device under test (DUT) passes rigorous safety and performance thresholds before leaving the plant.
Global procurement directors and senior test engineering managers evaluating software systems prioritize platform scalability, bus interface flexibility, and long-term operating costs. Below is a deep dive into the engineering mechanisms that give the DTS Test Software System its structural competitive advantage.
In modern lean manufacturing, dedicated single-product test stations are financially inefficient. DTS enables multi-variant testing on one physical bench. Upon scanning a DUT serial or barcode, DTS instantly retrieves the correct test profile, upper/lower tolerance limits, and wiring configuration from the central database, eliminating manual operator error.
Modern electrical components are rarely passive. They require active protocol handshake routines during testing. DTS natively integrates high-speed bus interfaces, including CAN, CAN-FD, LIN, SAE J1939, EtherCAT, and Modbus RTU/TCP, allowing simultaneous physical measurement and firmware diagnostic verification.
Avoid vendor lock-in with proprietary measurement hardware. The DTS Test Software System utilizes a modular driver abstraction layer supporting SCPI, IVI, and custom RS-232/GPIB/Ethernet commands. Integrate top-tier instruments from Keysight, Rohde & Schwarz, National Instruments, or Deutronic's custom load modules effortlessly.
When testing components in the high-voltage automotive domain (up to 900 V DC), software safety is non-negotiable. DTS incorporates closed-loop safety checks, insulation resistance automated verification, protective door interlock sensing, and rapid capacitive discharge monitoring before unlocking fixtures.
For engineering decision-makers, evaluating total cost of ownership (TCO) requires comparing standardized commercial test engines against custom in-house software builds or legacy static platforms.
| Evaluation Feature | DTS Test Software System | In-House LabVIEW / Python Scripts | Legacy Static Test Software |
|---|---|---|---|
| Variant Changeover Time | Instant (< 1 sec via Barcode/MES) | Manual code modification (High risk) | Static parameters (Station tied to 1 DUT) |
| Industrial MES Traceability | Native OPC UA, REST, SQL, XML | Custom coded per factory project | Local CSV logging only |
| Hardware Abstraction Layer | Plug-and-Play (SCPI, IVI, CAN, LIN) | Tight coupling to specific hardware | Fixed hardware vendor lock-in |
| ISO 26262 / IATF 16949 Audit Readiness | Built-in audit trail & change logging | Requires extensive manual validation | Limited data logging security |
| Global Support & Maintenance | 24/7 global service in 40+ countries | Dependent on key internal developer | Discontinued or legacy vendor lock-in |
To maximize end-of-line yield and measurement precision, Deutronic pairs the DTS Test Software System with our world-renowned industrial power electronics, custom test benches, and modular hardware platforms.
Designed for high-throughput automotive and industrial production environments. These turnkey test stations integrate cabinet racks, pneumatic fixture interfaces, safety enclosures, and the DTS Test Software System. Capable of executing automated dielectric withstand (hi-pot), continuity, functional load, and CAN diagnostics in seconds.
Specifically configured for testing high-voltage power conversion systems up to 900 V DC. Powered by DTS, this test setup performs efficiency mapping, ripple analysis, dynamic thermal shock simulation, and contact cooling validation across varying input/output load spectrums.
Testing advanced motor controllers, such as the Deutronic D-Sinus family, requires precise wave monitoring and torque-speed tracking. The DTS Test Software System coordinates programmable dynamic loads and power analyzers to verify sinusoidal commutation, acoustic noise efficiency, and current regulation stability.
Deutronic is the global market leader in OEM vehicle production line battery charging. DTS-driven test systems validate charging computer communication, DC-Connect plant networking, automated charging curve parameterization, and onboard diagnostic (OBD) interfaces for both lead-acid and lithium battery systems.
As global supply chains accelerate toward smart manufacturing, procurement directors must select software architectures that remain future-proof over a 10-to-15-year lifecycle. Below are the five pivotal macro trends shaping the procurement of electrical test systems through 2030 and beyond.
Next-generation test software is evolving from simple pass/fail checks to predictive anomaly detection. By applying machine learning models to the raw measurement waveforms captured by the DTS engine, factories can detect subtle semiconductor degradation or soldering micro-defects before field failures occur.
With the transition of commercial vehicles, off-highway machinery, and passenger EVs to 800V and 1000V architectures, procurement teams must acquire software capable of handling complex isolation monitoring, dynamic active discharge, and thermal safety interlocks across high-power DC lines.
Siloed test computers are obsolete. Modern procurement demands seamless bi-directional data synchronization. DTS leads this trend by offering standardized REST API endpoints, OPC UA publish-subscribe protocols, and native SQL database connectivity for instant cloud traceability and digital twin modeling.
Energy efficiency during high-power burn-in and EOL testing is now a major procurement KPI. The future of DTS software development focuses on optimizing regenerative power feedback systems—feeding up to 95% of test energy back into the plant grid while executing precision electrical stress test profiles.
When sourcing automated test equipment, prioritizing hardware specifications while neglecting software architecture is the #1 cause of long-term project cost overruns. A flexible software foundation like DTS Test Software System reduces engineering re-tooling costs by up to 60% when new product variants are introduced to the assembly line.
Selecting a test software platform means entering a long-term technical partnership. Deutronic Elektronik GmbH provides the stability, engineering depth, and global infrastructure required by fortune-500 industrial enterprises.
Unlike third-party test integrators who stitch together software from one vendor, fixtures from another, and power supplies from a third, Deutronic retains 100% in-house engineering control. From PCB design (SMD/THT assembly), potted industrial electronics, custom mechanical adapter fixtures, to the DTS Test Software System—our total single-source model guarantees zero compatibility friction and singular accountability.
Production line downtime is catastrophic. Deutronic maintains an international network of service hubs, field application engineers, and spare parts centers (including our expanded facilities like Deutronic USA in Duncan, South Carolina) to ensure immediate on-site or remote assistance.
Deutronic test systems and charging solutions are audited and approved by the world's premier automotive OEMs, railway fleet operators, and automated warehouse developers. Our field-proven experience spans millions of operational test hours.
Because software programming and physical manufacturing occur under one roof, we offer customized hardware adapters, tailored DTS software modules, and bespoke report generators even for medium and small series runs.
Addressing the top technical, operational, and financial questions raised by global procurement officers, quality managers, and automated test system developers.
The DTS Test Software System features built-in industrial connectivity modules supporting OPC UA, REST APIs, direct SQL database drivers (MS SQL, MySQL, Oracle, PostgreSQL), and structured XML/JSON file exports. Upon completing a component test, DTS automatically logs serial numbers, operator IDs, pass/fail statuses, timestamped measurement arrays, and environmental parameters directly to your plant's central MES (Manufacturing Execution System).
Furthermore, DTS can query the MES prior to initiating a test cycle to confirm whether the DUT has passed all upstream assembly stages, preventing invalid test runs on defective sub-assemblies.
DTS is engineered as an open, hardware-agnostic test executive platform. While it seamlessly integrates with Deutronic power supplies, loads, and chargers, it includes an extensive library of hardware abstraction drivers for third-party instruments. You can command digital multimeters, oscilloscopes, power analyzers, frequency counters, and high-voltage insulation units from leading vendors using standard SCPI, IVI, VISA, or RS-232/GPIB/Ethernet protocols.
Yes. DTS is widely deployed in fully automated, operator-free end-of-line production environments. It handles digital I/O handshakes with industrial PLCs (Programmable Logic Controllers), pneumatic fixture clamp controls, safety light curtain status checks, and robotic arm picking systems via Profinet, EtherNet/IP, or EtherCAT protocols.
DTS enforces strict role-based access control (RBAC). Operators are presented with a simplified, intuitive touchscreen execution GUI displaying clear step-by-step visual instructions, real-time pass/fail indicators, and barcode prompt boxes. Line operators cannot alter test parameters or limits.
Test engineers and administrators access a protected, password-secured graphical sequence editor where they can define test steps, set dynamic mathematical formulas for evaluation, configure hardware driver parameters, and establish audit-compliant revision logs.
DTS is designed in alignment with stringent international automotive and industrial standards, including IATF 16949 (quality management traceability), ISO 26262 (functional safety data logging), and IEC 61010 (electrical safety for measurement equipment). All generated test records are cryptographically verified or tamper-evident logged to ensure strict compliance during customer or regulatory quality audits.
Deutronic offers flexible enterprise licensing models adapted to your plant structure. Customers can choose between perpetual bench licenses, plant-wide site licenses, or project-integrated system packages. As part of our commitment to long-term industrial support, Deutronic provides backward compatibility guarantee policies, ensuring that software sequence files created today remain executable on future DTS software releases.
We provide complete turnkey engineering services. Our application engineering team collaborates with your technical staff from initial specification analysis to design custom mechanical contact fixtures, select optimal measurement hardware, author tailored DTS test sequences, and perform full FAT (Factory Acceptance Testing) and SAT (Site Acceptance Testing) at your manufacturing facility.
Talk directly with our senior test software engineers and power electronics specialists. Send us your technical specification for a customized evaluation and platform proposal.