The inductive ion air snake removes static electricity and dust from hard-to-reach or hard-to-contact objects. Its flexible gooseneck tube can be bent freely to aim the air nozzle at target positions, allowing ion airflow to blow directly onto workpiece surfaces without manual operation.
Compact, delicate and easy to move; multi-directional flexible tube design, suitable for static elimination in various working scenarios.
Fast static neutralization; ion balance voltage: 0V±10V, airflow speed continuously adjustable.
Built-in high-voltage power supply for stable operation.
Alloy body with rigid structure, low maintenance cost and long service life.
Sensor-triggered air blowing to reduce compressed air consumption.
Replaceable ion needle for convenient maintenance.
Compatible with optional foot switch.
Precision electronic manufacturing, electronic assembly lines, microelectronics production, optoelectronics industry; pharmaceutical assembly lines, printing & packaging; molding of tiny parts, plastic film slitting, ring winding & film lamination, mold demolding and other processes.
Metal gooseneck tube length: 490 mm
Air nozzle section length: 58 mm
Overall total length: 548 mm
Base dimensions: 158 mm (length) × 100 mm (height)
Adjustable air inlet fitting
Item | Parameter |
|---|---|
Operating Voltage | 4.0KV |
Current Consumption | 200μA |
Operating Temperature Range | 0℃ ~ 50℃ |
Length of Gooseneck Hose | 400mm |
Net Weight | 2.5kg |
Power Cord Length | 1.5 meters |
Compressed Air Pressure | 40–70 psi |
Operating Air Velocity | ＞10m/sec |
Unified test environment: Operating Voltage: 4.6kV; Test Voltage: 1kV down to 100V; Ambient Temperature: 22℃
Test Distance | 30mm | 90mm | 150mm |
|---|---|---|---|
Decay Time (Positive Charge) | 0.1s | 0.2s | 0.9s |
Decay Time (Negative Charge) | 0.1s | 0.2s | 0.7s |
Offset Residual Voltage (Positive Charge) | -2V | -3V | +9V |
Offset Residual Voltage (Negative Charge) | -1.3V | -3.6V | +9.1V |
All test data are measured by ME268A static tester.
Test results may fluctuate depending on ambient conditions, air quality, temperature and humidity.
