SMC IZN10-G-200-X216 IONIZER NOZZLE TYPE

# Air Ionizer - SMC IZN10-G-200-X216 The SMC IZN10-G-200-X216 is a high-performance air ionizer designed to effectively neutralize static electricity in various industrial applications. This ionizer nozzle type is engineered to provide reliable performance, ensuring a safe and efficient working environment in settings that require precise control of static charge. ## Key Features • **Type:** Ionizer Nozzle - Specifically designed to emit a balanced stream of positive and negative ions for effective static neutralization. • **Air Consumption:** 200 L/min - Optimized air flow rate for enhanced efficiency and performance. • **Voltage:** 24 VDC - Low voltage operation provides safety and energy efficiency. • **Compact Design:** Space-saving dimensions, allowing easy installation in tight environments without compromising performance. • **Noise Level:** Operating at a low noise level, ensuring a quieter working environment during operation. ## Applications • **Electronics Manufacturing:** Essential for processes that handle sensitive electronic components to prevent damage from static electricity. • **Automotive Industry:** Used in assembly lines where static control is critical to ensure the quality of painted surfaces and electronic assemblies. • **Food Processing:** Helps maintain compliance with safety standards by minimizing static during packaging and processing. • **Textile Industry:** Effective in the handling and processing of fabrics to prevent static cling and improve product quality. ## Benefits • **Enhanced Safety:** Reduces the risk of static discharge that can lead to accidents or equipment damage. • **Improved Product Quality:** Ensures consistent performance in manufacturing processes by eliminating static-related defects. • **Energy Efficient Operation:** Designed for low power consumption while maintaining high effectiveness. • **Reliable Performance:** Built with high-quality materials, offering durability and longevity in demanding environments. --- *Product information compiled with AI assistance for reference purposes.*