Lightning Surge Simulator (LSS) Isolation Transformer MODEL : TF-6503P
Model TF-6503P is three-phase isolation transformer rated AC 600 V / 50 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 | 50 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)640 x (D)700mm (Eye bolts and handles excluded) approx. 350kg |
| Accessories | AC three-phase line input cable (14sq 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 (14sq 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
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Lightning Surge Simulator (LSS) Options
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For Lightning Surge Simulator CDN UNIT (AC600V / 300A)
This equipment can be combined with the LSS-F03 series lightning surge simulators to perform noise superimposition tests on three-phase four-wire (L1, L2, L3, N) lines up to AC600V / 300A.
* This product is a custom product. Please contact us for details. -
Telecom waveform check cable set MODEL : 05-00150A
Jig used for measureing the output waveform from the CDN for telecom line. -
Waveform Checking Cables Set MODEL : 05-00099A
Jig for checking voltage waveforms and current waveforms of LSS-F03 series. -
Terminal Connection Board with Multi-Outlet(3P) MODEL : 18-00048B
A relay terminal board for connecting the output of the LSS-F03 series to the EUT.
By wiring to the included multi-outlet, you can directly connect a power plug that supports the standards of each country.
single phase 3 lines (withstand voltage 4.5kV)
● Compatible models : LSS-F03 series -
Terminal Block for 3P MODEL：18-00047A
Terminal block board for CDN to connect EUT. 3 pins
● Compatible models : LSS-F03 series -
Terminal Block for 5P MODEL：18-00044A
Terminal block board for CDN to connect EUT. 5 pins
● Compatible models : LSS-F03 series -
DC line input cable MODEL : 05-00136A
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AC line input cable (3-phase) MODEL : 05-00135A
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AC Line Input Cable (Single phase) MODEL : 05-00134A
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Arrester capacitor unit MODEL : 08-00016A
Arrester unit for surge coupling
● Compatible models : LSS-F03 series -
Arrester capacitor unit MODEL : 08-00012A
Arrester unit for surge decoupling.
● Compatible models : LSS-F03 series -
USB Optical Module Kit MODEL : 07-00022A
Connection adapter used for remotely controlling the simulator from a PC.
Equipped with USB-Optical conversion fiber optic cable (5m).
● Compatible models : LSS-F03 series -
Warning Lamp MODEL : 11-00017A
Alarm lamp for LSS series. Allows to alert and call for attention by blinking during the test.
● Compatible models : LSS-F03 series -
Protective Safety Fence MODEL : 11-00010A
Allows construction of a safe test environment by connecting with the lightning surge simulator's interlock function.
Combined use with the EUT protection box ensures a completely safe test environment. -
EUT Protective Safety Box MODEL：11-00006A
Protection box to prevent access to EUT during the test.
Further safety can be achieved by combining with the
protective safety is fence
（W) 600 x (D) 400 x (H) 350mm *protrusions excluded -
CDN for Interconnection Lines MODEL : LSS-INJ6401SIG
This CDN product is used to apply surges to interconnection lines as defined in the IEC61000-4-5 Standard. With The EUT power capacity of DC50V / 1A it is possible to inject surges to interconnection lines up to 6,600V. Possible to bypass inductor (20 mH) with connecting the attached connection plug to inductor bypass terminal in DC output. Possible to equip the attached surge protective arrestor between each line and ground. -
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. -
Isolation Transformer MODEL : TF-2302P
Model TF-2302P is a single-phase isolation transformer rated AC240V/30A with dielectric strength of 4kV.
For safety reasons, an isolation transformer is indispensable for AC powered testing for equipment. -
High-speed communication lines CDN MODEL : F-130814-1004
This CDN product is used to apply surges to unshielded symmetrical high-speed communication lines with speed up to 1000Mbit/s, as defined in the IEC 61000-4-5 Standard. -
CDN dedicated to DC power supply coupling for lightning surge tester (DC500V / 60A)
This tester by combining the lightning surge tester, it is possible to perform noise superim-position tests up to DC500V 60A.
In combination with the lightning surge tester body, you can perform tests by switching the applied phase and setting the applied phase sweep.
※When using this superimposition unit, it is necessary to modify the tester body. Please con-tact us for details.
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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.
