Introduction: the need for modernization

Due to the high requirements for energy efficiency and continuity of production, the transition from analog control systems based on 4-20 mA to digital technologies such as IO-Link is critical for enterprises in Ukraine. New technologies provide increased efficiency, reduced energy costs and increased MTBF.

Management systems installed in the past often do not meet modern standards, including energy efficiency requirements set by the EC Ecodesign Directive (EC 2010/35/EC) and energy audit requirements (ISO 50001). This creates a need for modernization to ensure compliance and improve efficiency.

Evaluation of the old system before modernization

Before starting modernization, it is necessary to conduct a detailed assessment of the existing management system. The main criteria for evaluation:

Modern alternatives: IO-Link

IO-Link is a state-of-the-art technology that allows digital signals to be transmitted, increasing efficiency and reducing costs. The main advantages of using IO-Link:

• Increase in efficiency by 30% due to reduction of energy losses
• Increased MTBF to 10,000 hours
• 20% reduction in energy consumption
• Real-time diagnostics support

Calculating Return on Investment (ROI)

Switching to IO-Link provides a significant economic effect. Below is a detailed ROI analysis:

Phased implementation plan

The implementation of IO-Link should be phased to minimize production interruptions. Here is an example of a phase plan:

1. Phase 1: Planning
   • Evaluation of the current management system
   • Definition of needs and goals
   • Selection of components (eg VICKERS XG2V-6-B-W-10)
2. Phase 2: Ordering and Delivery
   • Component ordering
   • Supplied by UNITEC-D GmbH
3. Phase 3: Installation
   • Installing new components
   • Integration with the existing system
4. Phase 4: Commission
   • Conducting tests
   • Confirmation of compliance with standards

Technical challenges and their solutions

The implementation of IO-Link can be accompanied by technical challenges, such as:

• Compatibility with existing systems - solution: use of transitional modules
• Choosing the right components - the solution: choosing components from UNITEC-D GmbH that comply with ISO 11898-2, EN 50170 standards
• Integration into an existing system - solution: use of IO-Link Master
• Physical installation - solution: use of qualified personnel

Use case: real-world example

In one of the Ukrainian plants, the production of which was based on the 4-20 mA system, an upgrade to IO-Link was carried out. Results:

Commission and acceptance

After installing new components, a commission must be conducted to ensure compliance with standards. Acceptance criteria:

• Agree with ISO 11898-2
• Agree with EN 50170
• In accordance with DSTU 3015-2002
• Compliance with CE and UkrSEPRO certifications

Tests include checking power consumption, signal compliance, operational stability, and real-time diagnostics.

Conclusion and appeal

Upgrading control systems from 4-20 mA to IO-Link is an effective way to increase efficiency, reduce costs and ensure compliance with modern standards. UNITEC-D GmbH provides both components for replacing old equipment and modern components for implementing IO-Link. Choose components that meet your needs and standards.

UNITEC-D E-Catalog

List of used sources

• Product documentation VICKERS XG2V-6-B-W-10
• ISO 11898-2:2016
• EN 50170:2004
• DSTU 3015-2002
• EC Directive 2010/35/EC
• ISO 50001:2018
• UNITEC-D GmbH technical documents

Introduction: The need for modernization

Modern production processes require a high level of efficiency, compliance with regulations and cost reduction. Outdated control systems such as 4-20 mA, although functional, do not meet modern energy efficiency and safety standards. According to the EC Ecodesign directive, manufacturers are obliged to ensure energy efficiency, which necessitates modernization. Also, regular energy audits require the use of modern technologies to reduce energy consumption and maintenance costs.

Evaluation of the old system before modernization

Before starting modernization, it is worth evaluating the following criteria:

Modern alternatives: IO-Link

IO-Link is a modern standard that provides digital communication between sensors and control systems. It provides high accuracy, energy efficiency and ease of integration. As a modern alternative, the component HYDAC SB330-5A1/112A9-330A is used, which complies with EN 60529 and ISO 11898-2. standards

Comparison of old and new technology

Calculating Return on Investment (ROI)

Investment return analysis shows that upgrading the system from 4-20 mA to IO-Link provides significant cost savings:

• Energy consumption will be reduced by 60%, which will lead to a reduction in electricity costs of €1,500 per year.
• Maintenance costs will be reduced by 40%, resulting in savings of €2,000 per year.
• A 30% reduction in diagnostic and repair costs, saving €1,000 per year.

The total annual savings is €4,500. The investment in modernization is 12,000 €, which will ensure the return of the investment in 2.67 years.

Implementation plan: a phased approach

The upgrade should be carried out in phases to minimize the impact on production:

1. Phase 1: Planning – system analysis, requirements definition, component selection.
2. Phase 2: Supply – procurement of components from UNITEC-D E-Catalog that comply with ISO 9001, EN 60529 and DSTU 3041-2020 standards.
3. Phase 3: Installation – replacing old components with new ones, ensuring security and compliance.
4. Phase 4: Commissioning – testing, trials, signing acceptance acts.

Technical challenges and solutions

The following problems may occur during the upgrade:

• Incompatibility - solved using adapters and modules from UNITEC-D.
• High costs - reduced energy and maintenance costs offset the investment.
• Lack of experience - UNITEC-D provides technical support and instructions.

Test: a real example

Modernization of the control system was carried out in the production of splined fasteners. Before upgrading:

• Data transfer efficiency — 20%
• Power consumption — 15 W
• MTBF is 5000 hours
• Maintenance costs — 5,000 €/year

After modernization:

• Data transmission efficiency — 95%
• Power consumption — 5 W
• MTBF — 12,000 hours
• Maintenance costs — 2,500 €/year

Total savings for the year amounted to €2,500, which corresponds to an ROI of 2.2 years.

Commissioning and confirmation

After installing the components, the following procedures are performed:

1. Testing — checking efficiency, stability and compliance with standards.
2. Acceptance - signing acts of acceptance taking into account the requirements of ISO 9001 and DSTU 3041-2020.
3. Official confirmation — CE certification, UkrSEPRO, and other compliance.

Conclusion and refer to the UNITEC-D E-Catalog

Modernization of control systems from 4-20 mA to IO-Link is not just a technological step, but compliance with modern standards and cost savings. Choosing components from the UNITEC-D E-Catalog will ensure reliability, compliance and efficiency. Consult the UNITEC-D E-Catalog for the best options for your production.

Link

• IO-Link Migration Guide — HYDAC
• Certification EN 60529
• Standard ISO 9001
• EU Ecodesign directive
• Standard DSTU 3041-2020