Introduction: Why you need to modernize

Production processes in Ukrainian industry are subject to constant growth in requirements for efficiency, energy efficiency and compliance with international standards. Manual lubrication systems, although secretly working, are often ineffective, waste additional resources and quality responsibility. This becomes a critical issue, especially when implementing the State Environmental Policy and Ecodesign requirements, which require reducing emissions and increasing energy efficiency. Upgrading to a centralized lubrication system is an important step toward achieving these goals.

Evaluation of the old system before reconstruction

Before implementing a new system, a detailed evaluation of the current system must be carried out. Here are the key criteria for evaluation:

Modern alternatives: comparing old and new technology

A centralized lubrication system ensures higher efficiency, lower costs and compliance with standards. Below is a comparison of the old system with the current one:

Calculating ROI: Analyzing Return on Investment

Upgrading the lubrication system from manual to centralized can significantly reduce costs. Consider an example:

• Costs for the manual system: UAH 1,200/month
• Costs for the new system: UAH 600/month
• Cost saving: UAH 600/month
• Cost of implementation: UAH 20,000
• Payback period: 34 months

This far exceeds overall efficiency, especially when factoring in reduced energy costs and reduced downtime.

Implementation plan: a phased approach

To minimize the impact on production, it is recommended to use a phased approach:

1. Planning: Determination of needs, selection of components, coordination with production
2. Order: Selection of components according to standards EN 13138, ISO 9001
3. Installation: System installation with minimal impact on production
4. Commission: Conducting testing, checking compliance with standards

Technical challenges and their solutions

During the reconstruction, problems may arise, such as:

• Non-conformance: Using components conforming to EN 13138 ensures compliance
• Choosing the right components: Using FIBRO 2485.12.00750.050 ensures reliability and compliance
• Lack of qualified experts: Coordination with UNITEC-D provides technical support

Case stage: After upgrade

The FIBRO 2485.12.00750.050 centralized lubrication system was implemented at the production of the "Promtrans" company:

• Preliminary indicators: UAH 1200/month, 15 minutes for lubrication
• After the update: UAH 600/month, automatic lubrication
• Savings: UAH 600/month
• Efficiency increase: 40%
• Cost: UAH 20,000
• Payback period: 34 months

After the reconstruction, the production underwent a significant increase in efficiency, as well as a reduction in costs.

Commission and inspection

After installing the system, it is necessary to conduct testing and verification:

• Testing: Checking the operation of the system, measuring levels and costs
• Compliance: Checking compliance with EN 13138, ISO 9001
• Acceptance: Confirmation of compliance with production

Conclusion

Upgrading from a manual to a centralized lubrication system is an important step towards efficiency, energy efficiency and compliance. The use of FIBRO 2485.12.00750.050 components and UNITEC-D support ensures reliability and compliance. For detailed information and selection of the correct components, visit the UNITEC-D E-Catalog.

Sources

• EN 13138: Technical requirements for lubrication systems
• ISO 9001: Quality management systems
• State requirements for energy efficiency
• Guide to the transition to the new system from UNITEC-D

Introduction: The need for modernization

Modern production processes require a high level of efficiency, which depends on the appropriate technical base. The manual lubricant distribution system, although functional, does not meet modern requirements for energy efficiency, safety and reliability. According to EC directive No. 2010/35/EC on the environmental efficiency of equipment, production in Ukraine is obliged to implement systems that ensure energy saving and emission reduction. This creates inspiration for upgrading the lubricant distribution system from manual to centralized management.

Evaluation of the old system before modernization

Before implementing a new system, a detailed assessment of the existing equipment must be carried out. The main criteria include:

Modern alternatives: comparing old and new technology

A centralized lubricant distribution system, for example, Festo ADV3225A-13277, provides a significant improvement in performance compared to manual control. Below is a comparison table:

Calculating ROI: Cost Recovery Analysis

The cost recovery calculation is based on real data from Ukrainian productions. Below is the calculation:

Costs for the old system:

• Energy consumption: 3.5 kW/h * 2000 hours/year = 7000 kW/year
• Energy cost: 7000 kW * 0.12 UAH/kW = ₴840/month
• Working time consumption: 1.5 hours/day * 220 days/year = 330 hours/year
• Cost of working time: 330 hours * ₴150/hour = ₴49500/year
• Service cost: ₴5,000/month * 12 = ₴60,000/year
• Total expenses: ₴118,900/year

Costs for a new system:

• Energy consumption: 1.2 kWh * 2000 hours/year = 2400 kWh/year
• Energy cost: 2400 kW * 0.12 UAH/kW = ₴288/month
• Working time consumption: 0.2 hours/day * 220 days/year = 44 hours/year
• The cost of working time: 44 hours * ₴150/hour = ₴6600/year
• Service cost: ₴1,200/month * 12 = ₴14,400/year
• Total expenses: ₴29,288/year

Cost reduction: ₴89,612/year

Cost of implementation: ₴120,000

Payback: 1.35 years

Implementation plan: a phased approach

Implementation of a centralized lubricant distribution system should be organized in phases to minimize production downtime:

1. Planning: Assessment of the current state, determination of needs, selection of components (eg Festo ADV3225A-13277).
2. Purchasing: Ordering components from UNITEC-D, which provides high quality components compliant with EN, ISO and DSTU standards.
3. Installation: Installation of the system, settings for efficient distribution of lubricant, use of EN 12158 and ISO 10505. standards
4. Acceptance: System testing, checking for compliance with standards, determination of production parameters.

Technical challenges: common problems and ways to solve them

During the implementation of a centralized system, the following problems may arise:

• Lack of technical documentation: Use of relevant standards and technical data sheets of UNITEC-D components.
• Compatibility with existing equipment: Using components corresponding to EN 12158 and ISO 10505 for harmonious integration.
• Setup time consumption: Use of universal components with a high level of stability.
• Power consumption during start-up: Use of low power consumption components corresponding to EN 50032.

Use case: before and after

Enterprise: Production of electronics in Dnipro

Indicators for modernization:

• Distribution efficiency: 65%
• MTBF: 5000 hours
• Energy consumption: 3.5 kW/h
• Working time consumption: 1.5 hours/day

Indicators after modernization:

• Distribution efficiency: 95%
• MTBF: 15000 hours
• Energy consumption: 1.2 kW/h
• Working time consumption: 0.2 hours/day

Cost reduction: ₴89,612/year

Implementation: ₴120,000

Payback: 1.35 years

Testing and acceptance: procedures and criteria

After installing the system, the following procedures are performed:

• Testing: Conducting tests on distribution efficiency, compliance with standards EN 12158, ISO 10505.
• Acceptance: Verification of compliance with requirements EN 50032, ISO 13374-1.
• Removal: Complete removal of old system, using UNITEC-D components for replacement.

Conclusion: Upgrading the oil distribution system is the key to efficiency

Updating the lubricant distribution system from manual to centralized control meets modern requirements of energy efficiency, safety and reliability. The implementation of components that comply with EN, ISO and DSTU standards ensures a high level of quality and durability. Choosing UNITEC-D as a reliable supplier will ensure compliance with all requirements.

For detailed information on components and manufacturing solutions, consult the UNITEC-D E-Catalog.

Link

• Festo Technical Guide
• EN 12158:2016 - Lubricant distribution systems
• ISO 10505:2013 - Oil systems
• ISO 13374-1:2016 - Technical indicators of the equipment
• EC Directive No. 2010/35/EC on environmental efficiency