Introduction
Glass production is a complex technological process that requires a high level of precision, reliability and stability. In this manufacturing sector, which is responsible for the production of glass products, the use of reliable components is critical to ensure trouble-free operation. Components such as the Telemecanique XCMF1102 play a key role in ensuring the efficient functioning of process equipment.
Critical components
Telemecanique XCMF1102 is an important element in the control and temperature control systems in the glass production process. This component is used in temperature control systems that ensure stability in the process of heating and cooling glass blanks. It is responsible for accurate measurement and control of the temperature regime in the range of 200-1200°C, which complies with EN 60751 and ISO 6708. standards
In addition to XCMF1102, components such as:
- Telemecanique XCMF1101 – for temperature measurement in lower temperature ranges.
- Telemecanique XCMF1103 – for temperature measurement in conditions of high humidity.
- Telemecanique XCMF1104 – for temperature measurement in a high-pressure environment.
- Telemecanique XCMF1105 – for temperature measurement in high noise conditions.
All these components comply with DSTU 2171-2020 and ISO 9001:2015 standards, which ensures their reliability and compliance with the requirements of Ukrainian production.
Typical location of production equipment
In the production of glass, the technological process includes several stages, including melting, forming, cooling and finishing. Components such as the XCMF1102 are used in thermal management systems that are installed in heating and cooling equipment. These systems are located in the main production areas where glass melting takes place.
XCMF1102 thermometers are installed at various points in the process, including melting furnaces, forming presses, cooling chambers and other areas. This ensures accurate temperature measurement at all key points, which allows you to maintain a stable temperature regime.
Failure modes and impact on shutdown
Malfunctions in thermal management systems can lead to significant production losses. Equipment downtime for 1 hour of glass production in Ukraine can cost up to €1,200, according to industry analysis data. According to research, on average, malfunctions in thermal management systems cause losses of 0.8–1.2% of the total production capacity.
The main causes of malfunctions include: worn thermometers, faulty wiring, exposure to high temperatures on electronic components and high humidity. According to the EN 50171 standard, the requirements for electrical equipment in production conditions set temperature limits that should not exceed 130°C.
Preventive and predictive maintenance strategies
Preventive maintenance includes regular testing, inspection and replacement of components at set intervals. This ensures a reduction in the risk of malfunctions. Predictive maintenance uses sensor data to detect signs of damage at an early stage.
Predictive maintenance detects up to 60% of malfunctions, which significantly reduces losses. According to the ISO 13374 standard, the requirements for predictive maintenance establish the conditions for the use of sensors that ensure the accuracy of measurements.
Case study: Troubleshooting the XCMF1102 thermometer
In one of the glass factories in Ukraine, a malfunction of the XCMF1102 thermometer, which was used to measure the temperature in the melting furnace, occurred. As a result of the malfunction, the melting temperature decreased by 15°C, which resulted in a loss of productivity for 2 hours.
Diagnostics revealed that the thermometer was exposed to high temperatures, which led to chipping of the electronic board. The thermometer was replaced in 2 hours, which ensured the recovery of productivity. The use of components conforming to the EN 60751 standard made it possible to avoid similar cases in the future.
Management of spare parts
Effective management of spare parts is a key factor in ensuring smooth operation of production. Recommendations for inventory management include:
- Using predictive maintenance systems to determine when to replace components.
- Providing 30-60 days supply for core components such as XCMF1102.
- Use of electronic inventory management systems to obtain usage data.
- Regular inventory checks for components that meet DSTU 2171-2020 standards.
The use of components that meet ISO 9001:2015 standards ensures their quality and compliance with the requirements of Ukrainian production.
Conclusion
Components such as the Telemecanique XCMF1102 play a key role in glass production. The use of reliable, standard-compliant components ensures smooth operation of production and reduction of losses. For components that meet glass manufacturing requirements, visit the UNITEC-D E-Catalog.
Sources
- EN 60751:2016 – Temperature sensors for electrical equipment.
- DSTU 2171-2020 – Requirements for electrical equipment in industrial conditions.
- ISO 9001:2015 – Quality management systems.
- ISO 13374:2021 – Predictive equipment maintenance.
- EN 50171:2001 – Electrical equipment for industrial installations.
