Impulse Noise Simulator (INS Series) 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 | TF-6503P 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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Impulse Noise Simulator (INS Series) Options
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Injection Unit for INS（DC65V/20A）
This unit can be combined with the main Impulse Noise tester to perform noise superposition tests on the EUT (Equipment Under Test) line up to DC 65 V / 20 A.
The superposition mode for line-to-line testing (Normal Mode) and line-to-ground testing (Common Mode) can be easily switched by simply swapping connectors.
(Coupling Capacitors: 0.2μF/ 470pF) -
Injection probe for high frequency surge resistance test (0.01 μF, 470 pF)
It is a probe for injecting noise directly to any place by combining with impulse noise tester and damped vibration wave tester.
You can test the high frequency surge resistance (burst waveform) and high frequency surge resistance (impulse waveform) of in-vehicle electronic parts.
Used in combination with a coil for decoupling. -
Pulse Injection Cable MODEL：02-H1834
This cable is used for direct noise injection in combination with an Impulse Noise Simulator.
* It cannot be used for applying current to places where current flows, such as power lines. -
INS-S series Remote Control Software INS-S series RemoteW MODEL : 14-00069A
INS-S series RemoteW（Model：14-00069A）is a dedicated software for remote control of INS-S420 or INS-S420 & IJ-AT450.
Using this software, you can set the application mode as well as test parameters such as pulse output voltage, pulse width, phase angle and repetition period. Test conditions can be controlled in sequences, which contributes to reducing the test time and man-hours. -
PULSE DIVIDER for INS MODEL：00-00021A
Voltage divider enabling low voltage test by dividing and outputting high voltage pulses at a ratio of 4:1. -
USB optical interface unit MODEL : 07-00023A
Connection adapter used for remotely controlling the simulator from a PC.Equipped with USB-Optical conversion fiber cables 5m x 4 (ch) -
Line output cable MODEL：05-00161A
The connection cable between noise impulse simulator and noise canceller transformer on primary winding.
Please inquiry us for details. -
Line input cable MODEL：05-00160A
The connection cable between noise impulse simulator and noise canceller transformer on primary winding.
Please inquiry us for details. -
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) -
Automatic CDN for Impulse Noise Simulator IJ-AT450
Automatic CDN for Impulse Noise Simulator (Model:IJ-AT450) is a superposition unit allowing testing to 3-phase AC lines and high-voltage DC lines by combining with the Impulse Noise Simulator. By performing remote control from Windows PC using dedicated software, the tester can automatically perform the test such as setting of voltages and applied phase, as well as sequence control. -
Injection Unit MODEL : IJ-5100Z
Unit allowing noise injection to power supply lines of EUT up to AC480V / 100A 3-phase 5 lines (L1, L2, L3, N, PE) in combination with main units of INS series. In case of the combination with INS-4020 / 4040 / S220, test synchronized with EUT lines can be conducted. -
Injection Unit MODEL : IJ-4050
Unit allowing noise injection to power supply lines of EUT up to 3-phase 5 lines (L1, L2, L3, N, PE) in combination with main units of INS series. Setting for Normal mode and Common mode is simple and easy with change of the connectors configurations.
In case of the combination with INS-4020 / 4040 / S220, test synchronized with EUT lines can be conducted. -
Outlet Panel MODEL：18-00069A/71A
Outlet panel for converting the line output connector IJ-AT450. -
Outlet Panel MODEL：18-00059C/60B/84A
Outlet panel to be available for different types of connectors in line output of INS-S220 / S420. -
INS Direct Injection Capacitor MODEL : 01-00047A
A unit for directly applying the pulse output of the Impulse Noise Simulator without passing through the simulator's internal CDN. A coupling capacitor same with the CDN is built-in. -
Circuit Breaker Box MODEL : 18-00072A (20A) / 18-00073A (50A)
A breaker box allowing to cut off the line between the Simulator and the power supply side by using it in combination with the INS-S220/S420/IJ-4050/AT450.* Connection requires processing of the connection cable. Contact us for more details. -
Coupling Adaptor MODEL : 15-00007A (CA-806/Magnetic field coupling)
Allows noise application combined with an Impulse Noise Simulator by simply inserting a cable of an electronic device. -
Coupling Adaptor MODEL：15-00014A
Allows noise application combined with an Impulse Noise Simulator by simply inserting a cable of an electronic device. Calibration fixture (15-00015A) for this clamp is also available. -
Coupling Adaptor MODEL : CA-805B (Capacitive coupling)
Allows noise application combined with an Impulse Noise Simulator by simply inserting a cable of an electronic device. -
Radiation Probes MODEL : 01-00006A / 7A / 8A / 9A / 10A / 31A / 50A
These probes, in combination with Impulse Noise Simulator allows to emit electromagnetic field radiation noise
to the wiring of PCB inside electronic equipment, and is used to search for areas vulnerable to radiation noise. -
Noise Injection Probe MODEL : 01-00034A
A probe for injecting noise directly into the pattern and parts of the printed circuit board.
*Input pulse repetition period: 10 ms or more -
EMS Probe Kit MODEL : H2-B
Probes for noise injection onto PCB patterns and flat cables using the Impulse Noise Simulator.
By choosing different probes, it is possible to separate the electric field/magnetic field and perform near field irradiation.
* Max. pulse voltage: 1kV, max. pulse width: 50ns, fastest repetition period: 10 ms)
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Insulating support MODEL : 03-00024A
Used for floating EUT 10cm above the ground plane in case of testing to floor-standing EUTs.
Size : (W)1200 x (D)1200 x (H)100mm
Material : Wooden
Withstanding loads : 500kg -
Cubic Insulating Block100 MODEL : 03-00029A
Used for floating EUT 10cm above the ground plane in case of testing to floor-standing EUTs.
Size : (W)100 x (D)100 x (H)100mm
Material : Wood
Withstanding load: 500kg -
Test environment MODEL : 03-00020A/39A/7A
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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. -
Insulating Block MODEL : 03-00054A
Blocks to float (isolate) wirings of EUT fromGRP.
(W)300 x (D)300 x (H)50mm, 5 pcs. in 1 set
Material: Polyethylene foam -
Noise Canceller Transformers NCT series
These series have excellent attenuation characteristics for impulse noises.
Used for line input insulation during impulse noise testing. -
SG Cable MODEL : 05-00103A
Braided wire cable to connect between SG terminal of the main unit and the ground reference plane.
Length : 0.1m -
SG Connection Plate MODEL : 03-00112A
Metal plate connecting simulator's SG and ground plane.
Screw attaching to the Ground Plane is not required
contributing to simulator's mobility.
*for INS-S220/S420
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Attenuator for waveform check MODEL：00-00017A
Attenuator for measuring high voltage pulse. -
Attenuator MODEL：00-00011A
Attenuator for protecting measuring instruments.
It is recommend to use this attenuator when using the waveform checking attenuator (00-00017A) to protect measuring instrument.
Attenuating rate 20dB, N type connector
INS-S220/S420 → coaxial cable → 00-00017A → 0000011A → coaxial cable → oscilloscope
Related Products
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To solve the real trouble in the market
This Noise simulator simulates high frequency noises generated by ON/OFF switching at contact points of switches or relays, and arcs caused by electric motor, allowing to evaluate the resistibility of electric devices.
The Pulse contains wide range of frequency components and energy volume is changeable by adjusting pulse width. This allows conducting of highly-reproducible noise tests for noise troubles in the market. -
Test noise resistance during product development!
Pulse output settings from 50V. Test noise resistance of circuit boards and low voltage components. The impulse noise simulator tests the resistance of electronic equipment by simulating quick rise-time high-frequency noise due to discharge between the contacts of switching devices and arc discharge generated from electronic motors. The impulse noise simulator INS-S100 can output pulses from 50V, allowing to evaluate the noise resistance of circuit boards and low voltage components during product development, and during analysis of malfunctions occurred in the market.
