Corcom 60AYT6C 6609073-4 1609073-4
| Min. Order: | 1 PIECE |
|---|---|
| Payment Terms: | L/C, D/A, T/T |
| Supply Ability: | 12345678 |
| Place of Origin: | Shanghai |
Company Profile
| Location: | Shanghai, China (Mainland) |
|---|---|
| Business Type: | Manufacturer, Trading Company, Agent, Distributor/Wholesaler, Service |
| Main Products: | Corcom Filter CU Series (1-15 Amp), EMI Filter Corcom Accessory Outlet Filter(EBF Series ), TE Corcom/RFI Power Line Filters/B Series (1-30 Amp), RFI Power Line Filters EC Series (1-10 Amp) |
Product Detail
| Model No.: | 60AYT6C |
|---|---|
| Means of Transport: | Ocean, Air, Land |
| Brand Name: | TE |
| Production Capacity: | 12345678 |
| Packing: | 120PIECE/BOX |
| Delivery Date: | 35days |
Product Description
A Series
Available Part Numbers
Specifications
- For 3-phase, four wire, WYE Applications
- Filters each of the three lines plus the neutral and ground line
- Both common mode and differential mode suppression from 50kHz to 30MHz
- Effective for both balanced and unbalanced loads
- Ground choke included
- Optional end bell kits available to shield input and output terminals
- AYP single stage for lower noise environments
- AYT dual stage provides highest performance
Available Part Numbers
Click on any part number for 3D CAD models, customer drawings, distributor stock status and eCommerce Links.
| 20AYP6C | 20AYT6C |
| 30AYP6C | 30AYT6C |
| 45AYP6C | 45AYT6C |
| 60AYP6C | 60AYT6C |
Specifications
| Maximum leakage current, each Line to Ground: | ||
| @ 120 VAC 60 Hz | 1.4 mA | |
| @ 250 VAC 50 Hz | 3.4 mA | |
| Hipot rating (one minute): | ||
| Line to Ground | 1500 VAC | |
| Neutral to Ground | 1500 VAC | |
| Line to Neutral | 1450 VDC | |
| Operating Frequency: | 50 / 60 Hz | |
| Rated voltage (max.): | ||
| Phase to Phase | 440 VAC | |
| Phase to Neutral / Ground | 250 VAC | |
| Rated Current: | 20A to 60A | |
| Operating Ambient Temperature Range (at rated current Ir): | ||
| -10°C to +40°C | ||
| In an ambient temperature (Ta) higher than +40°C the maximum operating current (Io) is calculated as follows: Io = Ir √(85-Ta)/45 | ||