Safety Measures

1. Power Isolation
   • For all our products, ensure power is properly isolated during assembly, maintenance, and calibration. This prevents electrical shocks when working with circuit boards, sensors, or control panels.
   • Lockout-Tagout (LOTO) procedures should be followed when servicing or replacing components in any device connected to high-voltage systems.
2. Proper Grounding
   • Ensure that your electrical panels are properly grounded.
3. Use of Personal Protective Equipment (PPE)
   • Insulated gloves and eye protection should be used when assembling and testing devices with high-voltage inputs to avoid electrical hazards.
   • Anti-static wrist straps are crucial when handling sensitive components in all our products to prevent ESD damage.
4. Training and Awareness
   • Proper training should be provided to staff working on any systems that involve complex automation or energy management. Understanding system-specific risks (e.g., overheating, voltage spikes) ensures better safety and efficiency.
   • Encourage employees to follow Standard Operating Procedures (SOPs) for assembly, testing, and troubleshooting, especially in areas with sensitive electronics.
5. Environment Considerations
   • Ensure that manufacturing areas are dry, clean, and free from dust or chemicals that could damage components or affect their performance.
   • Ensure the working environment has adequate ventilation to avoid overheating, particularly if the systems handle high current or run continuously.
6. Safe Handling of Components
   • Use anti-static bags when storing components of our products that may be susceptible to static damage.
   • Products should be handled with care to prevent damage to delicate sensors or communication ports that could lead to incorrect readings or failure of the system.
7. Regular Inspections and Maintenance
   • Regularly inspect all products for faulty connections, wiring issues, or signs of wear. Over time, components like relays, sensors, or circuit boards may degrade and need replacing.
   • Implement preventive maintenance schedules to ensure our products are functioning correctly to prevent production delays or system malfunctions.
8. Warning Signs and Labels
   • Clearly label on all the products to warn operators of potential electrical hazards or high-temperature zones.
   • Use warning signs on panels for all our products that may involve mechanical parts or areas where users need to be cautious.
9. Fire Safety
   • For Energy Management Systems that control high-power equipment or machinery, ensure proper overcurrent protection (e.g., fuses or circuit breakers) is implemented to avoid the risk of electrical fires.
   • Fire extinguishers should be readily available near manufacturing or testing areas for our products where overheating or electrical faults might occur.
10. Software Safety Protocols
    • Our products rely on software or embedded controllers. Use strong password protection and security measures to prevent unauthorized access or tampering with system settings, especially in systems that manage critical energy consumption.
    • Backup power systems (e.g., Uninterruptible Power Supplies, UPS) should be installed in Systems to protect against power failure and ensure the continuity of operations.