IZN10-B2 – Pivoting Bracket – SMC Bracket

Technical Overview

The IZN10-B2 is a specialized pivoting mounting bracket accessory engineered for the SMC IZN10 and IZN10E series nozzle type ionizers. This mounting hardware facilitates precise angular positioning of the static elimination nozzle, enabling targeted ionization in complex or restricted industrial environments. Constructed for stability and ease of adjustment, the bracket allows the ionizer's air discharge to be directed exactly where needed on a workpiece, accommodating changes in production setups without requiring complete re-installation.

Key Features

Pivoting design offers a ±40° angular adjustment range
Lightweight metal construction (40g) minimizes load on mounting arms
Designed specifically for IZN10 and IZN10E series bodies
Includes M3 hexagon socket head cap screws for installation
Allows for maintenance and nozzle access without full bracket removal
Supports stable positioning under pneumatic blow-off reaction forces

Technical Specification Matrix

Technical Parameter	Specification
Product Type	Pivoting Mounting Bracket
Compatible Series	IZN10, IZN10E
Angle Adjustment Range	±40°
Included Hardware (Bracket Mounting)	2 x Hexagon socket head cap screw M3 x 6
Included Hardware (Body Mounting)	2 x Hexagon socket head cap screw M3 x 16
Mounting Orientation	Pivoting / Adjustable
Operating Temperature Range	0 to 55°C (Matches Ionizer Spec)
Material	Steel (Electroless nickel plated)
RoHS Compliance	Yes
Weight	40 g

Industrial Applications

1. Precision Angular Alignment for Static Neutralization

Allows the nozzle ionizer to be rotated and locked at specific angles to target static charges on complex 3D workpieces.

Problem Solved

Eliminates static charges in recessed or hard-to-reach areas that fixed-angle mounting brackets cannot effectively target.

Angular adjustmentTargeted ionizationDirectional airflowStatic elimination

2. Flexible Installation in Compact Automation Cells

Provides a pivoting interface that minimizes the effective footprint needed for mounting the ionizer in tight machinery spaces.

Problem Solved

Overcomes spatial constraints where standard L-brackets fail to provide the necessary clearance or orientation.

Confined space mountingPivoting mechanismMachine integrationCompact footprint

3. Adaptive Dust Removal Configuration

Facilitates fine-tuning of the air blow direction for applications using the ionizer for simultaneous static removal and dust cleaning.

Problem Solved

Maximizes particle dislodgement efficiency by allowing post-installation airflow corrections without re-drilling mounting holes.

Dust removal alignmentFlow vector controlPneumatic cleaningProcess flexibility