IZN10-G-100-X226 – Long Nozzle – SMC Nozzle

Technical Overview

The SMC IZN10-G-100-X226 is a specialized 100mm long bar nozzle attachment designed for the IZN10 and IZN10E series compact ionizers. Engineered for precision static elimination in confined spaces, this extended nozzle facilitates targeted ion discharge in hard-to-reach machinery interiors or narrow gaps. It operates within a restricted low-pressure range (0.05 to 0.15 MPa) to maintain stable ion balance and prevent turbulence, making it suitable for sensitive electronic assembly and optical component cleaning applications.

Key Features

100mm extended length for accessing confined spaces
Optimized for low-pressure operation (0.05 to 0.15 MPa)
Direct compatibility with SMC IZN10 and IZN10E ionizer bodies
Slim bar profile minimizes interference with workpiece
Supports high-frequency AC ion generation via main unit
Constructed for clean industrial environments
Threaded connection for secure attachment

Technical Specification Matrix

Technical Parameter	Specification
Product Type	Long Nozzle Attachment (Bar Type)
Nozzle Length	100 mm
Compatible Ionizer Series	SMC IZN10, IZN10E
Operating Pressure Range	0.05 to 0.15 MPa
Supply Fluid	Clean Compressed Air / Nitrogen
Connection Type	Threaded (Rc1/8 Standard Base)
Ambient Temperature	0 to 55 °C
Ambient Humidity	35 to 80% RH (No condensation)
Ion Generation Method	High-frequency AC Corona Discharge (via IZN10 Body)
Ozone Generation	0.05 ppm or less (System Spec)
Material	Conductive Material / Static Dissipative
Dimensions (Nozzle Only)	100 mm Length
Dimensions (Ref. System WxHxD)	100mm x 46mm x 16mm (Body)
Weight	Approx. 20g (Nozzle Only, Est.)

Industrial Applications

1. Precision Static Neutralization in Confined Machinery

Delivers ionized air through a 100mm extended nozzle to neutralize static charges in narrow gaps and deep recesses of automated equipment.

Problem Solved

Overcomes physical access limitations of standard short nozzles, preventing static accumulation in deep machine cavities.

Confined space ionizationExtended reach nozzleTargeted static eliminationGap neutralization

2. Contamination Control for Optical Sensors

Utilizes localized air purge capability to remove dust particles from lenses and sensors while neutralizing surface charges.

Problem Solved

Prevents dust re-adhesion on non-conductive optical surfaces caused by electrostatic attraction.

Optical lens cleaningParticulate removalElectrostatic dust preventionClean air blow

3. ESD Protection for High-Density PCB Assembly

Provides focused ionization to specific components on crowded printed circuit boards without disturbing surrounding sensitive parts.

Problem Solved

Mitigates Electrostatic Discharge (ESD) risks in high-density mounting environments where broad-area ionization is inefficient.

Spot ionizationESD mitigationPCB component protectionLow-pressure discharge