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Option, Model:tf-2302p, Model:tf-6503p – Atec Noiseken-LSS-F02 Series User Manual

Page 6: Model, Model:lss-inj6400sig

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6

Option

Maximum capacity is single phase AC240V / 30A

and the dielectric strength is 4kV

Available for AC lines power supply in LSS-F02

series and widely usable for the other various noise

generators or measurement equipments.

Isolation Transformer

MODEL:TF-2302P

Parameter

Specification

Max. input voltage Single phase 240V MAX (50 / 60Hz)

Max. output voltage 30A MAX

Dielectric strength Primary to core : AC4kV (1 minute)

Secondary to core : AC4kV (1 minute)

Primary – Secondary : AC4kV (1 minute)

Insulation resistance ≧100MΩ at DC500V

Dimension / Mass

(W)350×(H)475×(D)400mm

(Eye bolts and handles excluded)

Approx. 60 kg

Parameter

Specification

Max. input voltage Single phase / 3-hase 240V MAX (50 / 60Hz)

Transformer connection Y-connection

Max. output voltage 50A MAX

Dielectric strength Primary to core : AC4kV (1 minute)

Secondary to core : AC4kV (1 minute)

Primary – Secondary : AC4kV (1 minute)

Insulation resistance ≧100MΩ at DC500V

Dimension / Mass

(W)500×(H)640×(D)700mm

(Eye bolts and handles excluded)

Approx. 350 kg

Maximum capacity is 3-phase AC600V / 50A and

the dielectric strength is 4kV

Available for AC lines power supply in LSS-F02

series and widely usable for the other various noise

generators or measurement

Isolation Transformer

MODEL:TF-6503P

Warning Lamp

MODEL

11-00008A

Usable together with LSS-F02 series. The blinking

makes the operators or neighbors pay attention to the

test processing.

Protective Safety Fence

MODEL

11-00010A

Enable to materialize the safe test environment

with connection to interlock function equipped in

LSS-F02 series. The safety measure can be sure

together with the EUT protective safety box.

Relay terminal board to connect output of LSS-F02

series to EUT. Enable to connect any outlet figure in

the world when wiring to the attached multi-outlet.

For single phase 3 lines (Voltage resistible capacity

4.5kV)

* The same option for 3-phase 5 lines also available

(18-00058B)

Terminal Connection Board attached with Multi-Outlet (3p)

MODEL:18-00048B

EUT Protective Safety Box

MODEL

11-00005A/11-00006A

Protection box to prevent access to EUT during the

test.

Further safety is secured together with the safety

protective fence

Optical conversion adaptor Used for remote control

with PC. 5m of optical fiber cable with USB interface

attached.

Optical USB module

MODEL:07-00022A

Used for the surge test to interconnection lines defined in

IEC61000-4-5 Standard. The EUT power capacity is DC50V/1A

and enable to inject the surge to interconnection lines up to

6,600V. Possible to bypass inductor (20mH) 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.

* The conversion (05-H1784)cable is needed additionally.

CDN for Interconnection Lines

MODEL:LSS-INJ6400SIG

Parameter

Specification

Surge input voltage

500V~6.600V (Combination wave)

EUT power capacity

DC50V/1A

Max. line number

4 lines

Decoupling coil

20mH each line

Impedance matching resistor 40Ω ±10%

Dimension / Mass

(W)488×(H)456×(D)550mm Approx. 45kg

Waveform Pre-Checking Cables Set

MODEL:05-00099A

Fixtures for checking voltage waveforms and current

waveforms of LSS-F02 series.

Followings are necessary for the checking additionally.

Oscilloscope (Differential operation function built-in)

High voltage probes (for surge voltage measurement /

Voltage resistibility necessary)

Current probe (For surge short current measurement)

Isolation transformer (for oscilloscope)

Earth cable (for PE connection)

ch1

ch2

Surge generator

High voltage probe X 2 pcs.

Connect GND of high voltage probe

Grounding

conductor

Isolation

transformer

PE noncontact

Power supply

HOTch1ch

2PECOMSurge

Oscilloscope which

enables differential

measurement

* Both capacitor coupling and arrestor coupling are possible in LSS-INJ6400SIG. Diode coupling which is defined in IEC61000-4-5 ed.2 (2005) newly

is a test method which assumes the injection of dozens of voltage level surge to interconnection lines. Please contact us if low voltage surge injection is

required since the surge injection in LSS-INJ6400SIG can be more than 90V.