Versatile mounting bracket with dual hexagon socket head cap screws. Features integrated slotting for 30° and 40° angular adjustments to ensure perfect alignment.
The SMC IZN10-B1 is a specialized L-bracket mounting accessory engineered specifically for the IZN10 and IZN10E Series Nozzle Type Ionizers. This rigid hardware component facilitates the secure and precise installation of ionizer nozzles in industrial machinery, ensuring optimal alignment for static elimination and dust removal processes. Constructed from durable metal with a compact footprint, the bracket allows for flexible positioning in space-constrained environments such as electronics assembly lines or semiconductor manufacturing equipment. The unit is supplied with M3 hexagon socket head cap screws for immediate attachment to the ionizer body.
| Technical Parameter | Specification |
|---|---|
| Product Type | Mounting Bracket (L-Type) |
| Compatible Series | IZN10 / IZN10E Series Nozzle Type Ionizers |
| Material | Steel (SPCC equivalent) |
| Mounting Orientation | L-Angle Fixed |
| Included Accessories | 2 x Hexagon Socket Head Cap Screw (M3 x 6) |
| Bracket Thickness | Approx. 2 mm |
| Screw Material | Steel (Nickel Plated) |
| Operating Temperature Range | 0 to 55 °C (System Dependent) |
| RoHS Compliance | Yes |
| Application | Static Control / Dust Removal Nozzle Fixation |
| Weight | 30 g |
Provides a rigid, fixed mounting interface to secure IZN10 series nozzles at optimal discharge angles relative to the charged workpiece.
Eliminates nozzle misalignment and shifting caused by pneumatic vibration, ensuring consistent static neutralization performance.
Enables the integration of nozzle ionizers into tight machinery spaces for localized cleaning of lenses, sensors, or small molded parts.
Overcomes spatial constraints in compact assembly cells, allowing for precise air targeting without obstructing moving machinery components.
Secures the ionizer body against the torque and drag forces exerted by air supply tubing in high-speed automation environments.
Prevents the lightweight nozzle unit from being displaced by air hose tension, maintaining the critical focal distance for effective ionization.
