Avoid Downtime & Cut Costs with Paragon SMT Ltd’s Extensive Parts Inventory 
With rising tariffs and ongoing supply chain disruptions, sourcing industrial electronic parts has become more expensive and unpredictable. At Paragon SMT Ltd, we help you stay ahead with our large inventory of new and surplus parts, ensuring you get what you need--fast and at a lower cost. 

• Immediate Availability – Reduce downtime with quick access to critical components. 
   
  

• Cost-Effective Solutions – Avoid inflated prices and long lead times. 
   
  

• Hard-to-Find Parts – We stock obsolete and discontinued components to keep your equipment running. 
   
  

• Faster Repairs & Maintenance – Get back to full production without delays. 
  

Why wait weeks or pay more? Contact Paragon SMT Ltd today for reliable, cost-saving solutions that keep your operations running smoothly! 
Call us now or visit our website. ​

​Tariffs on importing industrial electronic parts can have several significant effects:

1. Increased Costs: Tariffs directly increase the cost of imported components. This can lead to higher production costs for manufacturers who rely on these parts2.
2. Supply Chain Disruptions: Tariffs can cause supply chain shifts as companies look for alternative sources to avoid higher costs. This can lead to delays and increased complexity in logistics3.
3. Price Increases: The increased costs of components are often passed on to consumers, leading to higher prices for end products3.
4. Reshoring and Diversification: Companies may consider reshoring manufacturing or diversifying their supply chains to reduce reliance on tariff-affected imports. This can be a long-term strategy but requires significant investment and time3.
5. Competitive Disadvantages: Companies that cannot absorb the increased costs or pass them on to consumers may face competitive disadvantages compared to those that can adapt more quickly2.

Navigating these challenges requires strategic planning and flexibility. If you need more detailed insights or specific strategies to mitigate these effects, feel free to ask!

​You can save money by repairing a Yaskawa drive instead of replacing it. Here are a few reasons why:
 
Cost-Effective: Repairing a drive is generally less expensive than purchasing a new one. Many repair services offer competitive pricing and can often beat the cost of new equipment.
Minimized Downtime: Professional repair services can quickly diagnose and fix issues, reducing the time your equipment is out of operation.
Warranty and Support: Reputable repair services often provide warranties on their work, ensuring that your drive will function properly after the repair.
Expertise: Certified technicians with experience in Yaskawa products can ensure that repairs are done correctly, extending the life of your drive.
If you have a specific issue with your Yaskawa drive, it might be worth getting a quote from a repair service to compare costs.

You can significantly save money by refurbishing industrial automation equipment, as it allows you to extend the lifespan of existing machinery at a considerably lower cost compared to buying new equipment, while still maintaining functionality and avoiding potential downtime from breakdowns; this is especially true if the equipment still has a lot of life left in it and only needs minor repairs or upgrades. 
​
Key points about saving money with refurbished industrial automation equipment:

• Lower upfront cost:

Buying refurbished equipment is generally much cheaper than purchasing new, allowing you to allocate funds to other areas of your operation. 

• Reduced downtime:

By proactively refurbishing equipment, you can prevent unexpected breakdowns and associated production losses. 

• Extended equipment lifespan:

Refurbishing can revitalize older equipment, allowing you to use it for a longer period before needing a complete replacement. 

• Modernization options:

Sometimes, refurbishing can involve upgrading components with newer technology, improving performance and efficiency without a complete overhaul. 

​Improving the life and reliability of legacy automation equipment is crucial for maintaining efficiency and productivity. Here are some strategies to consider:

1. Regular Maintenance: Implement a proactive maintenance schedule to identify and address potential issues before they lead to failures. This includes routine inspections, lubrication, and replacing worn-out parts.
2. Upgrade Components: Replace outdated components with modern equivalents that offer better performance and reliability. This can include upgrading control systems, sensors, and actuators.
3. Implement Redundancy: Introduce redundancy in critical systems to ensure that a backup is available in case of a failure. This can help minimize downtime and maintain continuous operation.
4. Use Predictive Maintenance: Leverage predictive maintenance techniques, such as condition monitoring and data analytics, to predict equipment failures and perform maintenance only when necessary.
5. Training and Documentation: Ensure that staff are well-trained in operating and maintaining the equipment. Maintain comprehensive documentation of the system's configuration and maintenance history.
6. Modernize Software: Update the software and firmware to the latest versions to benefit from improvements and security patches. This can also enhance compatibility with newer technologies.
7. Integrate New Technologies: Where possible, integrate newer technologies like IoT and AI to improve monitoring, control, and automation capabilities.
8. Cybersecurity Measures: Implement robust cybersecurity measures to protect against cyber threats, especially if the legacy system is connected to a network.

By following these strategies, you can extend the life and improve the reliability of your legacy automation equipment, ensuring it continues to meet your operational needs effectively.

Factory downtime can be quite costly, especially when waiting for original OEM automation equipment. The costs can be divided into tangible and intangible categories.

Tangible Costs:

1. Lost Production: This is the most immediate cost. If a factory produces 500 items an hour with a profit of $25 per item, an hour of downtime costs $12,500 in lost revenue.
2. Labor Costs: Salaries of employees who are idle during downtime.
3. Utilities: Costs for electricity, water, etc., that are still incurred even when production is halted.
4. Maintenance and Repair: Costs associated with fixing the issue that caused the downtime.
5. Lost Business Opportunities: Potential sales that are lost due to the inability to meet production schedules.

Intangible Costs:

1. Stress and Morale: Downtime can affect employee morale and increase stress levels.
2. Customer Trust: Delays can erode customer trust and satisfaction.
3. Innovation: Downtime can hinder innovation efforts as resources are diverted to fix issues.

​The true cost of downtime can be significantly higher than just the immediate lost production. It's important to accurately estimate these costs to make informed decisions about investments in equipment and maintenance.

​Refurbishing automation equipment can lead to significant cost savings for factories. Here are some key points:

1. Reduced Capital Expenditure: Refurbishing existing equipment is generally much cheaper than purchasing new machinery. This can save factories a substantial amount of money, especially for high-cost automation systems.
2. Extended Equipment Lifespan: By refurbishing, factories can extend the life of their equipment, delaying the need for new investments.
3. Improved Efficiency: Upgraded components and modern technology can enhance the performance and efficiency of the equipment, leading to lower operational costs.
4. Minimized Downtime: Refurbishing can be done with minimal disruption to production, unlike the installation of new equipment which can cause significant downtime.
5. Energy Savings: Modernized equipment often consumes less energy, contributing to lower utility bills.
6. Reduced Maintenance Costs: Regular refurbishment can prevent costly breakdowns and reduce the frequency of repairs.

The exact amount of savings can vary depending on the specific equipment and the extent of refurbishment, but factories can often see savings in the range of 20-50% on their automation equipment costs.

​Refurbishing automation equipment can significantly accelerate construction processes in several ways:

1.    Increased Efficiency: Refurbished automation equipment often comes with updated technology and improvements, making it more efficient in performing tasks compared to older equipment. This efficiency can lead to faster completion of construction tasks.
2.    Reduced Downtime: Older equipment may suffer from frequent breakdowns or require more maintenance, leading to downtime on the construction site. Refurbishing equipment can address these issues, reducing downtime and keeping the construction process running smoothly.
3.    Improved Accuracy: Automation equipment often performs tasks with a high degree of precision. Refurbishing can enhance this accuracy through calibration and updates, ensuring that construction tasks are completed with greater precision and consistency.
4.    Streamlined Processes: Refurbished automation equipment can be integrated into existing construction workflows more seamlessly, streamlining processes and reducing manual intervention. This integration can lead to faster overall construction times.
5.    Cost Savings: While purchasing new automation equipment can be expensive, refurbishing existing equipment is often more cost-effective. This cost savings can free up budget for other aspects of the construction project or allow for investment in additional automation technology to further speed up processes.
6.    Adaptability: Refurbished automation equipment can often be customized or adapted to specific construction needs, allowing for greater flexibility in project execution. This adaptability can result in faster problem-solving and adjustments during the construction process.

Overall, refurbishing automation equipment can be a strategic investment for construction companies looking to accelerate their processes while optimizing costs and efficiency.

​Paragon SMT Ltd Repair Systems  
We have a comprehensive set of services for assessment, assembly, repair and maintenance. Review a breakdown of the key points:

1. Repair, Rework, Test, Modification, and Inspection:
   
   • Our services cover a wide range of electronic components, including DRIVES, POWER SUPPLIES, MONITORS, OPERATOR TERMINALS, SERVO MOTORS & VALVES.
     
   • Our emphasis is on repair, rework, testing, modification, and inspection.
     
2. 24-Hour Rush Service:
   
   • Providing a quick turnaround with a 24-hour rush service. Our commitment is to address urgent repair needs.
     
3. Instrumentation Calibration Traceable to NRC & NIST Standards:
   
   • Calibration traceable to National Research Council (NRC) and National Institute of Standards and Technology (NIST) standards ensures precision and reliability in your services.
     
4. Inventory/Logistics Management:
   
   • Automated static, dynamic, and functional tests, along with a computerized tracking system, indicate a systematic approach to inventory and logistics management.
     
5. Massive In-House Inventory of Parts:
   
   • Having a substantial in-house inventory of parts demonstrates our preparedness to handle a variety of components and potentially expedite repairs.
     
6. Diverse Engineering Team:
   
   • A diverse engineering team across various disciplines, contributes to a comprehensive skill set for addressing different electronic systems.
     
7. Quality Control for Absolute Reliability:
   
   • Quality control measures reinforce our commitment to provide reliable and high-quality services.
     
8. Cost Saving Guaranteed:
   
   • Our cost-savings guarantee allows for efficient and economical solutions.
     
9. Single Source for Multiple Brands:
   
   • We are a single source for multiple brands.  This simplifies the process for dealing with diverse equipment.
     
10. Rapid Turnaround, Special Expediting Services:
    
    • Rapid turnaround and special expediting services further emphasizes our commitment to efficiency.
      
11. Warranty on Work Done:
    
    • Our warranty on work provided gives you  assurance regarding the durability and reliability of repairs.
      
12. Free Estimates:
    
    • Free estimates allow you to consider our services without initial financial commitment.
      
13. Bar Code System to Ensure Traceability:
    
    • Our bar code system adds an extra layer of traceability, contributing to transparency and accountability in our processes.
      

Refurbishing Legacy Automation Products

​Refurbishing legacy automation products can indeed be a viable strategy to mitigate the impact of inflation and long delays in obtaining original equipment manufacturer (OEM) products. Here are some potential benefits and considerations:
Benefits:

1. Cost Savings:
   
   • Refurbishing existing equipment can often be more cost-effective than purchasing new ones.
   • It eliminates the need for substantial capital investments in entirely new automation systems.
2. Reduced Downtime:
   
   • Refurbishment typically takes less time than waiting for new products to be delivered, reducing downtime.
   • You can address issues promptly without waiting for extended lead times from OEMs.
3. Customization:
   
   • Refurbishing allows you to customize the equipment to meet your specific needs and requirements.
   • Upgrades and modifications can be implemented during the refurbishment process.
4. Sustainability:
   
   • Extending the life of existing equipment aligns with sustainability goals by reducing waste and environmental impact.

Considerations:

1. Expertise and Resources:
   
   • Ensure you have the necessary technical expertise and resources to refurbish the equipment effectively.
   • Access to skilled personnel or partnering with refurbishment specialists may be required.
2. Compatibility and Obsolescence:
   
   • Assess whether the legacy equipment can still meet current and future operational needs.
   • Consider potential issues related to the obsolescence of components or technologies.
3. Safety and Compliance:
   
   • Ensure that the refurbished equipment complies with safety standards and regulations.
   • Upgrades may be necessary to meet current safety and compliance requirements.
4. Long-Term Viability:
   
   • Evaluate whether refurbishing is a short-term solution or if it can provide a viable long-term strategy.
   • Consider the future availability of spare parts and ongoing support for the refurbished equipment.
5. Total Cost of Ownership:
   
   • While initial refurbishment costs may be lower, consider the total cost of ownership, including maintenance and ongoing support.

In summary, refurbishing legacy automation products can be a practical solution to address challenges posed by inflation and delays. However, careful consideration of technical, financial, and operational aspects is essential to ensure that it aligns with your organization's goals and requirements.

Proportional Valve Repair

​Repairing a proportional valve requires careful attention to detail and knowledge of the specific valve model you are working on. Proportional valves are used in various industrial applications to control the flow of fluid or gas in proportion to an input signal. Here is a general guide for repairing a proportional valve:
Note: This is a general guide, and you should always refer to the manufacturer's documentation for specific instructions related to your proportional valve model.
Safety Precautions:

1. Ensure the system is depressurized before starting any repair work.
2. Use appropriate personal protective equipment, such as gloves and safety glasses.

Tools and Equipment:

1. Service manual or technical documentation for the proportional valve.
2. Basic hand tools (screwdrivers, wrenches, pliers).
3. Multimeter for electrical testing.
4. Clean workspace with adequate lighting.

Steps for Proportional Valve Repair:1. Documentation:

• Obtain the service manual or technical documentation for your specific proportional valve model.
• Familiarize yourself with the valve's construction, components, and troubleshooting guidelines.

2. System Inspection:

• Visually inspect the entire system for any obvious signs of damage or leaks.
• Check the electrical connections for loose or damaged wires.
• Verify that the input signals and power supply are within the specified range.

3. Disassembly:

• Follow the manufacturer's guidelines to disassemble the proportional valve.
• Pay attention to the order of components and take notes or pictures if necessary.

4. Component Inspection:

• Inspect individual components for wear, damage, or contamination.
• Check the spool, seals, and other moving parts for proper functioning.
• Use a multimeter to test electrical components for continuity.

5. Cleaning:

• Clean all components thoroughly using an appropriate cleaning agent.
• Remove any debris or contaminants that may affect the valve's performance.

6. Replacement of Damaged Parts:

• Replace any damaged or worn components with genuine manufacturer-approved parts.
• Ensure that replacement parts are compatible with the specific model of the proportional valve.

7. Reassembly:

• Reassemble the valve in the reverse order of disassembly.
• Torque fasteners to the manufacturer's specifications.
• Use new seals or gaskets as recommended.

8. Calibration:

• Calibrate the proportional valve according to the manufacturer's instructions.
• Adjust the valve to achieve the desired flow rate or pressure in response to the input signal.

9. Testing:

• Perform a thorough system test to ensure the proportional valve operates as expected.
• Monitor for any leaks, abnormal noises, or irregularities during operation.

10. Documentation and Maintenance:

• Update system documentation with details of the repair.
• Establish a regular maintenance schedule for the proportional valve.

Always follow the manufacturer's guidelines and recommendations for your specific proportional valve model. If you are unsure or encounter difficulties during the repair process, consult with the manufacturer's technical support or seek assistance from a qualified technician.

Variable Frequency Drive (VFD) Repair

Repairing a Variable Frequency Drive (VFD) can be a complex task and may require specialized knowledge and skills. If you're not familiar with electronics or electrical systems, it's recommended to seek the help of a qualified professional. However, if you have the necessary expertise, here is a general guide for troubleshooting and repairing a VFD:
Safety Precautions:

1. Power Off:
   
   • Ensure that the VFD is disconnected from the power source before attempting any repairs.
   • Follow proper lockout/tag-out procedures to prevent accidental power-up.
2. Personal Protective Equipment (PPE):
   
   • Wear appropriate safety gear, including gloves and eye protection.

Troubleshooting Steps:

1. Visual Inspection:
   
   • Check for any obvious signs of damage, burnt components, loose connections, or burnt smell.
   • Inspect the cooling system, such as fans or heat sinks, for proper functioning.
2. Check Power Supply:
   
   • Verify that the input power supply to the VFD is within the specified range.
   • Ensure that there are no issues with the power source, such as voltage spikes or sags.
3. Control Wiring:
   
   • Inspect the control wiring for any loose or damaged connections.
   • Check the integrity of the communication cables if the VFD is connected to a control system.
4. Motor Connections:
   
   • Inspect the motor leads and connections for any issues.
   • Ensure that the motor parameters in the VFD are correctly configured.
5. Fault Codes:
   
   • Review the VFD's display or diagnostics to identify any fault codes.
   • Consult the VFD manual to interpret fault codes and troubleshoot accordingly.
6. Software Configuration:
   
   • Check the VFD's programming parameters to ensure they are correctly configured.
   • Verify that the VFD is set up for the specific motor and application requirements.

Repair Steps:

1. Replace Faulty Components:
   
   • Identify and replace any damaged components, such as capacitors, diodes, or transistors.
   • Follow the manufacturer's recommendations for replacement parts.
2. Check Cooling System:
   
   • Ensure that the cooling system components, such as fans and heat sinks, are working correctly.
   • Replace any faulty cooling components to prevent overheating.
3. Inspect Circuit Board:
   
   • If there is visible damage on the circuit board, carefully inspect and repair or replace damaged traces or components.
   • Use proper anti-static precautions when handling circuit boards.
4. Testing:
   
   • After making repairs, conduct a thorough testing process.
   • Gradually increase the VFD output to ensure that it operates smoothly without any abnormal behavior.
5. Calibration:
   
   • If applicable, recalibrate the VFD parameters according to the motor and application requirements.

Professional Assistance:If you encounter difficulties or if the issue persists, it's advisable to consult the manufacturer's technical support or seek the assistance of a certified VFD technician.
Always refer to the specific VFD model's documentation and follow the manufacturer's guidelines for troubleshooting and repair. Additionally, be aware that some repairs may void warranties, so it's essential to check with the manufacturer before attempting any major repairs.

Servo Motor Repair

Repairing a servo motor involves several technical steps to diagnose, troubleshoot, and fix any issues that may be affecting its performance. Here are the general technical requirements and steps involved in repairing a servo motor:

1. Diagnosis:

• Visual Inspection: Examine the motor for any physical damage, such as worn-out brushes, damaged wiring, or burnt components.
• Electrical Testing: Use a multimeter to check the resistance and continuity of windings, brushes, and other electrical components.
• Feedback Device Testing: If the servo motor has an encoder or resolver, test its functionality and wiring.

1. Disassembly:

• Disconnect Power: Ensure the servo motor is completely powered down before disassembling.
• Remove Covers: Take off the motor covers to access the internal components.
• Document Disassembly: Document the disassembly process carefully, noting the position and orientation of each component.

1. Cleaning:

• Remove Contaminants: Clean the motor components to remove dust, dirt, or any other contaminants that may affect performance.
• Inspect Bearings: Check and, if necessary, replace bearings that show signs of wear.

1. Testing:

• Electrical Testing: Perform thorough electrical tests on the windings, brushes, and other components to identify any faults.
• Dynamic Testing: Use a servo drive and controller to perform dynamic testing, checking the motor's response to different input signals.

1. Replacement of Faulty Components:

• Brushes: If the servo motor has brushes, inspect and replace them if worn or damaged.
• Wiring: Replace any damaged or frayed wiring.
• Components: Replace faulty components identified during testing, such as resistors, capacitors, or the feedback device (encoder or resolver).

1. Alignment and Calibration:

• Mechanical Alignment: Ensure that the motor shaft and associated components are properly aligned.
• Electrical Calibration: Calibrate the feedback device and make any necessary adjustments to ensure accurate positioning.

1. Reassembly:

• Careful Assembly: Reassemble the motor components following the documentation created during disassembly.
• Torque Specifications: Tighten bolts and screws to the manufacturer's specified torque values.

1. Testing After Repair:

• Functional Testing: Conduct comprehensive functional tests to verify that the repaired servo motor operates correctly.
• Load Testing: Test the motor under various load conditions to ensure stability and performance.

1. Documentation:

• Record Changes: Update the documentation with any changes made during the repair process.
• Provide Repair Report: If applicable, provide a detailed report of the repairs performed, including replaced components and testing results.

1. Preventive Maintenance Recommendations:

• Suggest Preventive Measures: Provide recommendations for preventive maintenance to minimize the risk of future issues.
• Regular Inspections: Encourage regular inspections and maintenance to prolong the life of the servo motor.

It's important to note that repairing servo motors may require specialized knowledge and skills. If you're not experienced in working with servo motors, consulting with a professional or the motor's manufacturer may be advisable. Additionally, some manufacturers may have specific guidelines or service manuals for repairing their servo motors, which should be followed closely.

​Reducing factory downtime by refurbishing automation products is a cost-effective and sustainable approach that can help improve overall operational efficiency. Here are some steps and considerations to implement this strategy:

1. Assessment of Automation Products:

• Start by assessing the condition of your existing automation products and machinery. Identify the components or systems that require refurbishment or maintenance.

1. Prioritization:

• Prioritize the automation products that have the most significant impact on your production process. This will ensure that your efforts are focused on areas that can yield the most significant downtime reduction.

1. Scheduled Maintenance:

• Implement a regular maintenance schedule for automation products. This can include cleaning, lubrication, and component replacement. Scheduled maintenance can help prevent unexpected breakdowns and reduce downtime.

1. Refurbishment Planning:

• Create a refurbishment plan that outlines the specific tasks required for each automation product. This might involve replacing worn-out components, upgrading software, or even redesigning certain aspects for improved performance.

1. Spare Parts Inventory:

• Maintain a stock of spare parts for your automation products. Having readily available spare parts can significantly reduce downtime, as you won't have to wait for parts to be ordered and delivered when a breakdown occurs.

1. Expertise and Training:

• Ensure that your maintenance and engineering teams have the necessary expertise to refurbish and maintain automation products. If not, invest in training programs to enhance their skills.

1. Performance Monitoring:

• Implement a system for real-time performance monitoring of your automation products. This can help you detect issues before they lead to significant downtime.

1. Vendor Support:

• If your automation products are from specific vendors, inquire about support or refurbishment services they may offer. Some manufacturers provide refurbishment programs for their products.

1. Energy Efficiency Improvements:

• During the refurbishment process, consider making improvements to increase energy efficiency. This can result in long-term cost savings and may qualify for energy efficiency incentives.

1. Documentation and Records:

• Maintain detailed records of all maintenance and refurbishment activities. This documentation can help in tracking the history of each automation product and making informed decisions.

1. Budget and ROI Analysis:

• Create a budget for refurbishment activities and conduct a return on investment (ROI) analysis. Compare the cost of refurbishing automation products to the potential reduction in downtime and increased productivity.

1. Continuous Improvement:

• Review the effectiveness of your refurbishment efforts regularly and make continuous improvements to the process based on data and feedback.

Reducing factory downtime through automation product refurbishment requires a proactive and strategic approach. It not only saves money but also contributes to sustainable manufacturing practices.

Repairing industrial electronics can offer several benefits for businesses and industries. Here are some of the key advantages:

1. Cost Savings: Repairing industrial electronics is often more cost-effective than replacing them with new equipment. New electronics can be expensive, and repairing existing components can extend their lifespan, reducing the need for frequent replacements.
   
2. Reduced Downtime: When industrial electronics fail, it can lead to significant downtime in manufacturing or production processes. Repairing electronics can minimize downtime by quickly restoring equipment to working condition, helping businesses maintain productivity.
   
3. Sustainability: Repairing electronics contributes to a more sustainable and environmentally friendly approach to industrial operations. It reduces the disposal of electronic waste and conserves resources by extending the life of existing equipment.
   
4. Expertise Preservation: Repairing industrial electronics often requires specialized knowledge and skills. By investing in repair services, businesses can retain or develop in-house expertise, ensuring that their employees can handle future maintenance and repairs.
   
5. Customization: Repairing electronics allows for customization and adaptation of components to meet specific operational requirements. This flexibility can lead to improved performance and efficiency.
   
6. Compatibility: In some cases, older electronic components may not be readily available on the market. Repairing them can help ensure compatibility with existing systems and avoid the need for costly upgrades or replacements.
   
7. Faster Turnaround: Repairing electronics can often be completed more quickly than sourcing and installing new equipment. This rapid turnaround time can help businesses minimize disruptions to their operations.
   
8. Cost Prediction: Repairing industrial electronics provides more predictable costs compared to the uncertainties of purchasing new equipment. This can help businesses better manage their budgets.
   
9. Troubleshooting and Diagnostics: Repair processes often involve in-depth diagnostics to identify the root causes of electronic failures. This can lead to a better understanding of the equipment and help prevent future issues.
   
10. Long-term Investment: Repairing industrial electronics can be viewed as a long-term investment in the reliability and performance of critical systems. It can extend the lifespan of expensive equipment, ultimately saving money over time.
    
11. Regulatory Compliance: In some industries, there are regulations and standards that require the use of specific equipment. Repairing electronics can help ensure compliance with these regulations while avoiding the need for complete system replacements.
    
12. Reduced Risk: Replacing industrial electronics with new equipment carries the risk of compatibility issues, training requirements, and potential unforeseen problems. Repairing existing equipment reduces these risks.
    

In conclusion, repairing industrial electronics can offer a range of benefits, including cost savings, reduced downtime, sustainability, customization, and improved equipment

​

​Industrial electronic reuse and recycling offer several benefits for both businesses and the environment. Here are some of the key advantages:

1.     Resource Conservation: Recycling industrial electronics reduces the need for raw materials, such as metals, plastics, and rare earth elements. This conserves natural resources and reduces the environmental impact of mining and manufacturing.
2.     Energy Savings: Recycling electronics consumes less energy than manufacturing new ones. This energy savings can help reduce greenhouse gas emissions and combat climate change.
3.     Waste Reduction: Electronics contain hazardous materials like lead, mercury, and cadmium. Proper recycling prevents these toxins from ending up in landfills or being incinerated, reducing the risk of soil and water contamination.
4.     Cost Savings: Reusing and recycling electronics can be more cost-effective than disposing of them in a landfill or incinerating them. Many components and materials can be recovered and reused, saving on procurement costs.
5.     Data Security: Proper recycling involves data destruction procedures, ensuring that sensitive information stored on electronic devices is securely wiped, protecting businesses and individuals from data breaches.
6.     Job Creation: The electronics recycling industry creates jobs in collection, transportation, processing, and refurbishment, contributing to the local economy.
7.     Compliance with Regulations: Many countries have regulations governing the disposal of electronic waste. Recycling helps businesses comply with these laws, avoiding potential fines and legal issues.
8.     Circular Economy: Industrial electronic recycling is a key component of the circular economy, where products and materials are reused and recycled, reducing waste and promoting sustainability.
9.     Brand Reputation: Demonstrating a commitment to environmentally responsible practices through recycling and reuse can enhance a company's reputation and appeal to environmentally conscious customers.
10.  Innovation and Research: The recycling industry spurs innovation in methods for recovering valuable materials from electronics. This research can lead to more sustainable and efficient recycling processes.
11.  Extended Product Lifespan: Refurbishing and reusing electronics extends their useful life, reducing the need for new products and decreasing the overall environmental footprint of electronics.
12.  Reduced E-Waste Export: Responsible recycling can reduce the export of electronic waste to developing countries, where improper disposal methods often harm local communities and ecosystems.
13.  Resource Recovery: Valuable materials, such as gold, silver, and rare earth metals, can be recovered during the recycling process, reducing the demand for mining these resources.
14.  Education and Awareness: Recycling programs can raise awareness about the environmental impact of electronic waste and educate individuals and businesses about responsible disposal practices.

In summary, industrial electronic reuse and recycling contribute to resource conservation, waste reduction, cost savings, and environmental protection, making them essential practices for sustainable business operations and a healthier planet.

​Repairing programmable logic controllers (PLCs) requires a good understanding of electronics, programming, and troubleshooting skills. PLCs are critical components in industrial automation and control systems, so it's important to approach their repair with caution and expertise. Here are some steps and considerations for expert PLC repairs:

1. Diagnosis and Assessment:
   
   • Begin by thoroughly assessing the PLC and the system it controls. Understand the symptoms and issues reported by the operators or technicians.
   • Check for any physical damage, loose connections, or burnt components on the PLC hardware.
   • Review the PLC program and documentation to understand its intended operation.
2. Safety First:
   
   • Always prioritize safety. Ensure that the power to the PLC and the associated equipment is properly locked out and tagged out before starting any repair work.
3. Documentation:
   
   • Make sure you have complete documentation of the PLC program, wiring diagrams, and any relevant schematics. If these are not available, try to create a backup of the existing program if possible.
4. Testing Equipment:
   
   • Use appropriate testing equipment such as multimeters, oscilloscopes, and logic analyzers to diagnose electrical and electronic issues.
5. Component-Level Diagnosis:
   
   • If there are burnt or damaged components, such as transistors, diodes, capacitors, or ICs, identify and replace them. Ensure that replacement components match the specifications of the original parts.
6. Programming:
   
   • If the issue is related to the PLC program, use the documentation and programming software to troubleshoot and correct any logic errors or anomalies.
   • Verify the communication settings and network configurations if the PLC communicates with other devices.
7. Firmware/Software Update:
   
   • Check if there are any available firmware or software updates for the PLC. Sometimes, manufacturers release patches or updates that can resolve issues.
8. Testing and Validation:
   
   • After making repairs or adjustments, thoroughly test the PLC in a controlled environment to ensure it operates as expected.
   • Monitor the system's performance to confirm that the issue has been resolved.
9. Documentation and Reporting:
   
   • Maintain detailed records of the repairs performed, including component replacements, program changes, and test results.
   • Report any findings and changes to the PLC program to the relevant personnel or engineering team.
10. Preventative Measures:
    
    • Consider implementing preventative maintenance measures to avoid future issues with the PLC and the system it controls. This may include regular inspections, cleaning, and software backups.
11. Training and Certification:
    
    • It's essential for individuals performing PLC repairs to have proper training and certification in industrial automation and PLC maintenance.
12. Manufacturer Support:
    
    • If the PLC is still under warranty or if you're encountering complex issues, don't hesitate to seek assistance from the manufacturer or a certified service provider.

Remember that PLCs are critical for industrial processes, and any repairs should be carried out by knowledgeable professionals to avoid downtime and ensure the safety of the system and its operators.

Most electronics supply chain challenges are getting worse.
​
Delivery delays and price increases causing you increased down time and budget stress?  Paragon SMT Ltd https://paragonsmt.com can help by repairing your industrial electronics.
 
Contact us for all of your Industrial Electronic Repairs, including:

• Electronic Board Repairs
• Drives
• Servo Motors & Valves
• Power Supplies
• Spindles
• Monitors
• Teach Pendants
• Operastor Terminals (HMI)

​5 Ways Industrial Electronic Repairs Are Saving The Environment

Finding ways to extend the useful service life of industrial-grade electronics can provide a range of environmental benefits. From reducing the carbon emitted during the production of a replacement device to taking steps to curb E-waste, effective repairs can make a real difference. Taking steps to minimize the impact of electronic production and manufacturing may be of enormous benefit to the environment.

The benefits of Industrial Electronic Repair are extraordinary.

• Saves Resources
• Saves Energy
• Reduces Pollution
• Cost Savings
• Extended Equipment Life
• Quick Turnaround
• Manufacturing Improvement

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