Square D™ Surgelogic™ SSP030SLACSE39 EMA Surge Protective Device, 30 VDC, 200 kA SCCR
AC Surge Protective Devices
1328847
MFG #: SSP030SLACSE39
Square D™
501.60000
/ ea
- Alternate Catalog Number: SSP030SLACSE39
- Application: Low Voltage Products and Systems, Building Automation and Control, Industrial Automation and Control and Critical Power, Cooling and Racks Applications
- ARRA Compliant: N
- Buy American Compliant: N
- Catalog Number: SSP030SLACSE39
- Country of Origin: MX
- Currency: USD
- EU RoHS Indicator: Y
- Gross Volume Per Pack: 356.25
- Gross Volume per Pack Metric: 5837.87
- Gross Volume UOM: CI
- Gross Volume UOM Metric: cm3
- Gross Weight Per Pack: 63.4900 lb
- Gross Weight per Pack Metric: 28.80
- Gross Weight UOM Metric: kg
- Harmonization Tariff Schedule Code: 8536308000
- Height: 1.8000 in
- Height [Metric]: 1.8000 cm
- Length: 0.8000 in
- Length [Metric]: 0.8000 cm
- Returnable: Y
- UNSPSC: 39121634
- UPC 11: 78590129354
- UPC 12: 785901293545
- Voltage Rating: 30 VDC
- Width: 1.8000 in
- Width [Metric]: 1.8000 cm
- Stock Status: NONSTOCK
- Brand: Square D™
- Manufacturer: Schneider Electric
Square D™ Surgelogic™ Surge Protective Device, Series: EMA, 30 VDC Electrical Rating, 200 kA Short Circuit, 39/10 kA Peak Surge Current, NEMA 1/4X Enclosure, Surface Mounting, 0.7 in W x 0.3 in D x 0.7 in H Dimensions
- Applications
- Features
| Low Voltage Products and Systems, Building Automation and Control, Industrial Automation and Control and Critical Power, Cooling and Racks Applications |
| NEMA 1 or 4X rating |
| High energy suppression circuit that provides 10 modes of suppression from 100000 to 480000 peak amps of surge current rating per phase |
| Advanced diagnostics allow for visual indication/testing of the suppressor's functionality |
| Suppression status alarms provide multiple methods of alarm notification |
| Coordinated fuse technology allows disconnection methods for thermal and high current events |
| External panel SPDs mount adjacent to the equipment through a conduit connection and as close to the circuit breaker as possible in order to reduce lead lengths and improve surge suppression |