The Model 6422e-AC incorporates our auto-clean system that cleans the emitter points each time the unit power down. Automated cleaning reduces maintenance time, extends emitter point life and assures balanced performance.
Features:
- lsoStat® technology
- Small form factor available in steady-state DC ion emission blowers
- 24 VDC or 24 VAC input
- Facility Monitoring System (FMS) interface
- Operational failure alarm
- U-bracket mounting
- Auto-Clean System
Benefits:
- Intrinsically balanced; no calibration needed
- Offers fast discharge times in confined areas
- Can connect directly to either equipment or wall power
- Faster response to failure with notification
- Provides visual notification of failures
- Flush or angled mounting means the blower will reach constrained spaces
- Reduced maintenance time, longer emitter point life, and assured balanced performance
Typical Decay Time (sec)
Specifications:
| 6422e / 6422e-AC |
|
| Input Voltage | 24 VDC or 24 VAC, 50/60 Hz, 6 W max |
| Decay Time | < 4 s @ (1000 V to 100 V, 30cm, 24 VAC input) |
| Balance | ±20 V @ 30 cm |
| Technology | Steady-state DC |
| Emitter | Tungsten; internally shielded |
| Cleanroom Class | ISO 14644-1 Class 5 |
| Indicators | Power - Green; Fault - Red alarm |
| Connections | Terminal block for power and FMS fault signal output |
| Airflow (m3/min) | 0.65 (typ) |
| Ozone | <0.004 ppm (typ) |
| Operating Env. | 10 - 35ºC, 20 - 60% RH (non-condensing) |
| Mounting | U-bracket with factory installed |
| Dimensions | With bracket : 12.5H x 10.4W x 6.3D cm; Without bracket : 11.1H x 8.3W x 6.3D cm |
| Weight | With bracket : 0.357kg; Without bracket : 0.314kg |
| Certifications |  |
Auto-Clean System
The Auto-Clean System features a brush mechanism that sweeps the emitter points when the blower is turned off and on, which significantly reduces the need for manual cleaning. Simco-Ion recommends activating the Auto-Clean System at least once a week. Cleaning schedules will vary depending on environmental conditions.
Enhanced Capabilities
An alarm LED on the front indicates a high voltage circuitry failure and a five-pin facility monitoring system (FMS) interface is on the rear of the blower, which provides a 4 - 20 mA current loop and relay output connection. With 24 VDC input connection, the FMS output is situated on a convenient terminal block, designed for easy integration.
