Lightning Surge Simulator (LSS) Isolation Transformer MODEL : TF-6633P
Model TF-6633P is three-phase isolation transformer rated AC 600 V / 63 A and dielectric strength of 4 kV. For safety reasons, an isolation transformer is indispensable for AC powered testing for equipment.
Specifications
| Parameter | Specifications |
|---|---|
| Maximum input voltage | Single / Three phase AC 600 V Max (50/60 Hz) |
| Transformer wiring method | Star wiring |
| Maximum output current | 63 A Max |
| Dielectric strength | Primary winding to core AC 4 kV (1 minute) Secondary winding to core AC 4 kV (1 minute) Primary to secondary windings AC 4 kV (1 minute) |
| Insulation resistance | 100 MΩ or more at DC 500 V |
| Dimensions / Weight | (W)500 x (H)661 x (D)700mm (Eye bolts and handles excluded) approx. 400kg |
| Accessories | AC three-phase line input cable (22sq 4-line 3m, One end: with a stick-type soldering terminal, the other end: without terminal):1 pc. PE cable (8sq 3m, One end: with a φ6 ring-type soldering terminal, The other end: without terminal): 1 pc. PE/FG cable (8sq 3m Both ends: with a φ6 ring-type soldering terminal): 1 pc. Instruction Manual: 1 pc. AC three phase line output cable (22sq 4-line 2m, One end: with stick-type soldering terminal, The other end: with a φ5 ring-type soldering terminal): 1pc. PE cable (8sq 2m, One end: with a φ6 ring-type soldering terminal, The other end: with a φ5 ring-type soldering terminal): 1pc. |
Contact
Repair, Inspection and Calibration
Customer Service CenterNew Purchase Consultation, Materials Request
Product Inquiry Form
Lightning Surge Simulator (LSS) Options
Related Products
-
-
-
Custom Model
-
Custom Model
-
Custom Model
-
Custom Model
-
Custom Model
-
This simulator simulates "high-energy induced lightning noise" induced in distribution lines and communication lines due to ground potential fluctuations caused by lightning strikes, and evaluates the resistance of electronic devices.
It is possible to check the dielectric strength due to induced lightning at a level that cannot be confirmed with the combination waveform required by the IEC standard. -
For a stricter test with a maximum voltage of 15 kV
A tester simulatively generates "High energy induced lightning noise" which induced to distribution lines or communication lines by ground potential fluctuation caused by lightning strikes.
