Transportation system upgrades: modular drives, smart sensors and energy recovery

Technical analysis: 1253080

Transportation system upgrades: modular drives, smart sensors and energy recovery

Introduction: why an update is necessary

Modern technologies in industrial production require continuous modernization of systems to ensure efficiency, compliance with regulatory acts and reduction of costs. Transportation systems, especially old conveyors, often lose efficiency due to component wear, lack of control and high energy consumption. Updating such systems not only meets regulations but also ensures significant economic benefits.

Evaluation of the old system before updating

Before starting the update, a detailed evaluation of the current system is required. The main criteria include:

Criterion Description Status
Efficiency Energy efficiency ratio 18%
Mean Time Between Failures (MTBF) Hours without fault 2,500 year
Energy consumption Energy consumption per hour 12.5 kWh
Failure rate Number of failures per year 42 times
Recovery cost Cost of repairs €2,500/year

Modern Alternatives

Modern transportation systems use modular drives, smart sensors and energy recovery. Below is a comparative table of old and new technology:

Indicator Old component New component
Efficiency 18% 62%
Mean Time Between Failures (MTBF) 2,500 year 10,000 year
Energy consumption 12.5 kWh 5.8 kWh
Recovery cost €2,500/year €750/year
Installation cost €15,000 €28,000

Investment Return Calculation

Calculation of return on investment (ROI) includes energy savings, reduction in maintenance costs and reduction in downtime.

Annual energy saving amounts to €12,000, maintenance costs decrease by €1,800, and downtime decreases by €3,000. Total saving amounts to €16,800 annually. The update cost amounts to €28,000. Return on investment is achieved within 1.7 years.

Implementation Plan

Implementation of updated transport systems can be carried out in phases, in order to minimize the impact on production:

  1. Планування: Проведення аналізу системи та визначення потреб.
  2. Постачання: Отримання компонентів від UNITEC-D, включаючи HYDAC 1253080.
  3. Installation: Installation of new drives and sensors.
  4. Connection: Connecting the system to the network and configuration.
  5. Testing: Efficiency check and compliance with standards.

Technical Challenges

Problems may occur during update:

  • Incorrect connection: Use of specialized equipment for connection.
  • Incorrect setup: System setup in accordance with the requirements of the standards.
  • Compatibility: Checking compatibility of components with other systems.

Use Case

A metal production plant had installed a transportation system with old drives. After upgrading, the efficiency increased from 18% to 62%, energy costs decreased by 54%, and MTBF increased from 2,500 hours to 10,000 hours. Maintenance costs decreased by €1,800 annually, and downtime costs decreased by €3,000.

System Confirmation and Acceptance

After installation of the system, the following procedures are carried out:

  1. Testing: Efficiency check and compliance with standards.
  2. Action: Signing of the system acceptance act.
  3. Документація: Зберігання технічних документів для подальшої використовування.

Conclusion

System updates provide significant economic benefits, compliance with regulatory acts, and improved efficiency. For obtaining components and technical support, visit the UNITEC-D E-Catalog.

Sources

1. EC Conformity Decision. 2. Standards DSTU 3582:2012, EN 50081, ISO 14001. 3. Textbook on Transportation System Upgrades. 4. UNITEC-D Guide for System Upgrades.

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