Filtre de ligne triphasé TDK-Lambda RTAN-5050 500V 50A pour montage en boîtier avec bloc de bornes
| Série | RTAN Series |
| Filtre | Three-phase (Delta/Wye Connection) EMC/EMI Power Line Filter |
| Tension | 500VAC (50/60Hz) / 500VDC |
| Courant Nominal | 50A @ 50℃ (use derating with temperature increase) |
| Ligne de test de pression au sol | Line-to-line 1450VDC / line-to-ground 2250VDC (standard for 1 minute) |
| Courant de fuite maximal | Typical < 30mA (500V/60Hz, under standard conditions) |
| Type de Connecteur | Screw Terminal Block / Block Terminal |
| Installation | Cabinet base mounting/plate mounting (Chassis Mount) |
| Matériau | Metallic Housing (Aluminum/Steel), Protection Class IP20 |
| Dimensions | 170mm (length) x 90mm (width) x 54mm (height) |
| Poids | Approximately 1.1 kg |
| Température de Fonctionnement | -25°C to +85°C (Derating above 50°C required) |
| Gamme de Température de Stockage | -40°C to +85°C |
| Performance d'Atténuation | Provide common-mode and differential-mode high attenuation, meeting CISPR 11/22 Class A/B conducted disturbance limits |
| Norme de conformité | UL 1283, CSA C22.2 No.8, EN 60939, RoHS Directive (EU 2011/65/EU) |
| Système d'application | Inverter input terminal, servo drive, UPS uninterruptible power supply, industrial control cabinet, medical power supply system |
N° Fabricant
RTAN-5050RTAN Series
N° Interchangeable
RTCN-5050RTEN-5050RTHC-5050
Véhicules Compatibles
Industrial MachineryMedical EquipmentOffice Automation EquipmentPower Supply UnitSports EquipmentGeneral Three-Phase Power Supply System
Systèmes Électriques et Électroniques - Encyclopédie Industrielle
Original TDK-Lambda RTAN-5050 three-phase Delta type EMC/EMI filter, rated 500VAC/50A, mounted on the bottom of the enclosure, screw terminal wiring. Dimensions 170x90x54mm, operating temperature -25 to 85°C, compliant with RoHS/UL/EN60939 standards. Widely compatible with industrial machinery, medical equipment, power supplies and office automation equipment, providing excellent common-mode differential-mode attenuation performance.