LISN Line Impedance Stabilisation Networks / AMN Artificial Mains Network

V-LISN

Details
 LISN CISPR 16-1-2     LISN CISPR 25 Automotive

 

 LISN MIL STD 641 462

 

    LISN Special Models PV Tempest

LISN Line Impedance Stabilisation Networks / AMN Artificial Mains Network

Details

Schwarzbeck LISN overview

 

A LISN Line Impedance Stabilization Networks / AMN Artificial Mains Network

  • supplies the neccessary mains voltage (AC or DC) and current for the Equipment under Test (EuT).
  • couples interference voltage generated by the EuT and supplies it to the receiver.
  • provides well defined RF-impedance to the Equipment under Test (EuT)
  • keeps away unwanted disturbance coming from mains (filter)
  • protects the mains from unwanted disturbance voltage generated by the EuT

.

 LISN Messaufbau


 

Figure 1: Measurement setup conducted disturbances

 

We can distinguish three types of LISN: V-, T- and Delta-LISN

Figure 2 shows the voltage relationship of a two-line-system with separate ground.

The V-LISN measures the unsymmetric disturbance voltage between the two lines L1 and ground or L2 and ground respectively. V-LISN are also called V-ANM (Artificial Mains Network). The V-LISN is by far the most commonly used LISN.

There are two types of V-LISN with different impedances. The V-LISN with a 5μH inductance (CISPR 16-1-2, CISPR 25, ISO 7637, DO160) are normally used to measure equipment for vehicles, boats and aircrafts connected to onboards mains with DC or 400 Hz. The other Type of V-LISN with 50 µH according to CISPR 16-1-2, MIL STD 461 and ANSI C63.4 is intended to operate at mains frequencies of 50 Hz or 60 Hz.

The T-ISN (Figure 2 right) measures the asymmetric disturbance voltage (common mode voltage) and provides it to an EMI Receiver. T-ISN is normally used for measuring telecommunication and data transmission equipment connected to symmetrical lines as e.g. twisted pairs..

 Schwarzbeck LISN-Topology

Figure 2: LISN / AN Topology

 Schwarzbeck LISN overview

Type

Datasheet

Topology

Impedance

Current max.

Paths

Options

CISPR 16-1-2 socket

NSLK 8117

pdficon small

V-LISN

(50 µH + 5 Ω) || 50 Ω

2 x 10 A

2

 

NSLK 8127

pdficon small

V-LISN

(50 µH + 5 Ω) || 50 Ω

2 x 16 A

2

RC, PLC

NSLK 8126

pdficon small

V-LISN

(50 µH + 5 Ω) || 50 Ω

2 x 16 A Schuko
4 x 16 A CEKON

4

RC

NSLK 8128

V-LISN

(50 µH + 5 Ω) || 50 Ω

2 x 16 A Schuko and
4 x 32 A CEKON

4

RC

NSLK 8163

V-LISN

(50 µH + 5 Ω) || 50 Ω

4 x 64 A CEKON

4

RC

CISPR 16-1-2 Wing Terminals

NNLK 8121

V-LISN

(50 µH + 5 Ω) || 50 Ω

4 x 50 (100) A

 4

RC, Hochstrom, 400/700V, Lüfter

NNLK 8122

V-LISN

(50 µH + 5 Ω) || 50 Ω

2 x 50 A

 2

 

NNLK 8129

V-LISN

50 µH || 50 Ω

4 x 200 (300) A

 4

RC, 400/700 V, Lüfter

NNLK 8129-2 HV

V-LISN

50 µH || 50 Ω

2 x 200 (300) A

2

RC,TC

NNLK 8130

V-LISN

50 µH || 50 Ω

4 x 400 (500) A

 4

RC

NNLK 8140

V-LISN

50 µH || 50 Ω

1 x 800 (1000) A

single

 

Automotive

NNHV 8123

V-LISN

5µH || 50 Ω

70 (100) A

single

NNHV 8123-200

V-LISN

5µH || 50 Ω

200 A

single

 

NNHV 8123-400

V-LISN

5µH || 50 Ω

400 A

single

 

NNHV 8123-400R

V-LISN

(5µH + 1 Ω) || 50 Ω

400 A

single

NNHV 8123-800

 pdficon small

V-LISN

5µH || 50 Ω

800 A

single

NNBM 8124

V-LISN

(5µH + 1 Ω) || 50 Ω

70 (100) A

single

N-connector

NNBM 8124-200

V-LISN

(5µH + 1 Ω) || 50 Ω

200 A

single

N-connector

NNBM 8124-400

V-LISN

(5µH + 1 Ω) || 50 Ω

400 A

single

N-connector

NNBM 8124-800

V-LISN

(5µH + 1 Ω) || 50 Ω

800 A

single

N-connector

NNBM 8126 A 890

V-LISN

5 µH || 50 Ω

70 (100) A

single

DO-160

NNBM DO160-1500

V-LISN

5 µH || 50 Ω

200 (280) A

single

BAN 8508

 

 

8 A (DC)

single

 

BAN 8530

 

 

30 A (DC)

single

 

MIL

NNBL 8225

V-LISN

(50 µH + 5 Ω) || 50 Ω

20 A

single

 

NNBL 8226

V-LISN

(50 µH + 5 Ω) || 50 Ω

70 (100) A

single

 

NNBL 8226-HV

V-LISN

(50 µH + 5 Ω) || 50 Ω

70 (100) A

single

 

NNBL 8226-2

V-LISN

(50 µH + 5 Ω) || 50 Ω

70 (100) A

2

 

NNBL 8229-HV

V-LISN

(50 µH + 5 Ω) || 50 Ω

200 A

single

 

NNBL 8230

V-LISN

(50 µH + 5 Ω) || 50 Ω

300 A

single

 

NNBL 8240

V-LISN

(50 µH + 5 Ω) || 50 Ω

800 (1000) A

single

 

T-ISN

NTFM 8131

T-ISN

150 Ω ± 10%

3 A (AC)

 2

 

NTFM 8158

T-ISN

150 Ω ± 20 Ω

600 mA DC (pair)

 2

 

CAT5 8158

T-ISN

150 Ω ± 20 Ω

600 mA DC (pair)

 2

 

CAT3 8158

T-ISN

150 Ω ± 20 Ω

600 mA DC (pair)

 2

 

ISN S8

T-ISN

150 Ω ±20 Ω
150 Ω + 60 Ω /-45 Ω

1 A (DC)

 8

 

ISN S1

T-ISN

150 Ω ±20 Ω
150 Ω + 60 Ω /-45 Ω

1 A (DC)

single

 

Special - LISN

Pilot ISN

 

150 Ω ±20 Ω

1.4 A DC

2

 

ECSS LISN1

 

(1.5 µH) || 50 Ω

10 A

2

 

ECSS LISN 2

 

(2 µH) || 50 Ω

10 A

2

 

ECSS LISN 2 - 75A

 

(2 µH) || 50 Ω

75 A

2

 

ECSS LISN 3

 

(0.7 µH) || 50 Ω

10 A

2

 

NPLC 8500

V-LISN

1 Ω

16 A

single

 

PVDC 8300

PV-LISN
Universal

150 Ω common
100 Ω differental

50 A (100 A with opt. fans)

 2

Fans

PVDC 8301

PV-LISN
Universal

150 Ω common
100 Ω differental

200 A

 2

 

TEMP 8400

Tempest-

V-LISN

1.4 kΩ

16 A

 2

TEMP 8401

 

 

 

 

Accessories for LISN

Details
  • CMDM 8700 B
  • Schwarzbeck CMDM 8700 B - Typical measurement setup

 CMDM 8700 Common mode / Differential mode switch

 

The measurement mode switch CMDM 8700 B expands the measurement possibilities of two V-LISN to T- and Delta-LISNs for the profound analysis of interference emissions.

 

Frequency range: 9 kHz - 108 MHz

 

Measurement modes: Line A, Line B, Common mode, Differential mode

 

Connectors: BNC (50 Ohm)

 

pdficon small Datasheet CMDM 8700 B

 
  • Schwarzbeck HVSE 8600 Shielded Enclosure for Automotive LISN
  • Schwarzbeck HVSE8600 Shielding Box for Automotive LISN
  • Schwarzbeck HVSE8600 Shielding Box

 

HVSE 8600 / HVSE 8601 Shielded Enclosure for Automotive LISN

 

The HVSE 8600 Shielded Enclosure (Shielding Box) was designed to increase the shielding effectiveness of automotive LISN significantly, which is neccessary for measurements of electric- or hybrid vehicles.

 

Material: Aluminium

 

Shielding Effectiveness: typ. > 100 dB

 

HVSE 8600 is suitable for the following LISN types:

 

NNHV 8123,
NNHV 8123-200,
NNHV 8123-400

 

HVSE 8601 is suitable for NNHV 8123-800

 

Further Information about the application of the shielded enclosure can be found in CISPR 25 Ed. 4 or e.g. in the manufacturer specific standard BMW GS 95025-1.

 

pdficon small Datasheet HVSE 8600

pdficon small Datasheet HVSE 8601

pdficon small HV-Cable Assembly

 

 

KA 812x

 

Calibration adapters for artificial mains networks AMN or LISN

 

pdficon small Datasheet KA 812x

 

 

 

Wiring accessories for LISN

 

Wing terminals

hook and ring type cable lugs

and connecting accessories for LISN

 

pdficon small Wiring accessories for LISN

 

 

CEKON

 

CEKON CEE three- phase current connector plug jack 16 A and 32 A.

 

Datasheet CEKON

 

 

SCHUKO

 

Adapter Schuko plug, receptacle for Great Britain, Singapore,

Hong Kong, Switzerland, Australia, New Zealand, USA, Canada,

Japan, Taiwan...

 

Datasheet SCHUKO

 

 

  • CAP09-400 - 0.9 µF Capacitor for NNHV LISN
  

CAP 0.9-400

 

In order to be compliant to the standards ECE R10.06, CISPR 12 and PSA (which require a capacitance of in total 1 uF parallel to a resistance of 1 MΩ at the input side of the LISN) a 0.9 μF capacitor like the CAP 0.9-400 has to be connected to the mains terminals of the NNHV 8123-400 or NNHV 8123-800 LISN.

 

pdficon small Datasheet CAP 0.9-400

 
 
  • CAP10
  • CAP_10_8226-2

 

CAP 10 / CAP 10 8226-2

 

To be compliant to the standards DEF STAN 59, DO 160 or MIL 461F ( Method CS 101-4; CS106-3) a 10 μF capacitor like the CAP 10 has to be connected to the mains connectors of the LISN.

 

pdficon small Datasheet CAP 10

pdficon small Datasheet CAP 10 8226-2

 

 

 

Artificial Hand

 

Artificial hand according to CISPR 16-1-2 (RC combination 510 Ω + 220 pF) in housing with banana plug and copper foil.

 

pdficon small Datasheet Artificial Hand

ISN / T-Networks

Details

NEW

  • NTFM 8131 A

 

NTFM 8131 A

The "Impedance Stabilisation Network NTFM 8131 A", also known as T-ISN, is used to measure the asymmetrical interference voltage on symmetrical data or telecommunication lines. Since 2002 the T ISN is used for measurements of the asymmetrical disturbance voltage according EN 55015 (electrical lighting equipment). Furthermore it can be used for measurements according to CISPR 32. In contrast to the widely used T-ISN the NTFM 8131 A was designed to withstand 400 V AC a maximum current of 3 A.

 

 

Frequency Range: (9 kHz) 150 kHz - 30 MHz
Impedance (asymm.): 150 Ω ±20 Ω
Phase (asymm.): 0° ± 20°
Voltage Division Ratio for asymmetrical voltage:  10 dB +/- 1.5 dB
EUT, AE Terminals: 4 mm jacks
Measuring Port: 50 Ω BNC
Max. Voltage: 400 V AC
Max. Current: 3 A

Insertion Loss
(Differential Mode):

 < 3 dB (100 Ω sym.)
Dimensions: 119 mm x 250 mm x 105 mm
Weight approx.: 1.5 kg
According to standards:

CISPR 16-1.2
CISPR 32
CISPR 15

 


Datasheet NTFM 8131 A

 
 
  • Schwarzbeck NTFM 8158 ISN CAT6

 

NTFM 8158

 

ISN T8 CAT6 (LCL = 75 dB) acc. CISPR 22 edition 5.2

figure D.3. for up to 4 pairs UTP.

 

Datasheet NTFM 8158

 

 
 
  • Mag Base 8158

 

8158 Mag Base

 

Magnetic fixture for NTFM 8158

 

The magnetic fixture „8158 Magbase“ can be used to fix a NTFM 8158, a CAT5 8158 or a CAT3 8158 to a steel wall vertically. It is capable of holding approximately 2.5 kg whereas the ISN mentioned above weigh not even 500 g.

 

Datasheet 8158 Magbase

 
  • Schwarzbeck CAT5_8158 ISN

 

CAT5 8158

 

ISN T8 CAT5 (LCL = 65 dB) acc. CISPR 22 edition 5.2, figure D.3. for up to 4 pairs UTP.

 

Datasheet CAT5 8158

 
  • Schwarzbeck CAT3 8158 - 8-wire ISN CAT3

 

CAT3 8158

 

ISN T8 CAT3 (LCL = 55 dB) acc. CISPR 22 edition 5.2, figure D.3. for up to 4 pairs UTP.

 

Datasheet CAT3 8158

 
  • Schwarzbeck ISN-S8 Impedance Stabilisation Network

 

ISN S8

 

ISN for screened RJ45 or RJ11 connections, 2, 4 or 8 wire, acc. D.11 CISPR 22 Ed.5.2.

 

Datasheet ISN S8

 
  • Schwarzbeck ISN-S1 Impedance Stabilisation Network

 

ISN S1

 

ISN acc. CISPR 22 Ed.5.5:2006, Annex D, D9 for coaxial lines

 

pdficon small Datasheet ISN S1

 

Special - LISN

Details

 

  • Schwarzbeck NPLC 8500

 NPLC 8500

 

The LISN NPLC 8500 has been designed espacially for PLC measurements according to ITU-T G.9901.

Frequency range: 3 kHz - 148.5 kHz

Max. terminal voltage: 250 V AC / 50 Hz

Max. current: 16 Arms

AMN Impedance: 1 Ohm

 

pdficon small Datasheet NPLC 8500

 
  • Schwarzbeck PVDC_8300

 

PVDC 8300

 

PV LISN

1500 V

50 A

common mode impedance 150 Ohm

Z differential mode = 150 Ohm

air coils 280 microhenry

PVDC 8300 Opt. Fans

Fans for a maximum continuous current of 100 A

 

pdficon small Datasheet PVDC 8300

 
 
  • Schwarzbeck PVDC_8301

 

PVDC 8301

 

PV-LISN for the DC side

of grid connected power converters GCPC.

1500 V

200 A

common mode impedance = 150 Ohm

differential mode impedance = 150 Ohm

air coils 280 microhenry

 

pdficon small Datasheet PVDC 8301

 

 
  • Schwarzbeck TEMP8400

 

TEMP 8400

 

Tempest LISN

9 kHz to 1 GHz

2 path model 16 A

N-connectors for DuT power supply

and N-connectors for the 2 measurement ports.

The unit allows to listen to

even the smallest signals on power lines.

 

pdficon small Datasheet TEMP 8400

 

 
  • Schwarzbeck TEMP 8400_1

 

TEMP 8401

 

Adapter N-male to wing terminals for TEMP 8400

 

LISN according to MIL 461 MIL 462

Details

 

 

NNBL 8225

 

V-LISN

(9) 150 kHz - 100 MHz

(50 µH + 5 Ω) || 50 Ω

20 A

50 Hz AC 250 V

400 Hz AC 140 V

single path

Mil. Std. 461/462

 

pdficon small Datasheet NNBL 8225

 
 
  • NNBL 8226
  • NNBL8226

 

NNBL 8226

 

V-LISN

(9) 150 kHz - 100 MHz

(50 µH + 5 Ω) || 50 Ω

70 (100) A

50 Hz AC 250 V

single path

Mil. Std. 461/462

 

pdficon small Datasheet NNBL 8226

 

 

NNBL 8226-HV

 

V-LISN

(9) 150 kHz - 100 MHz

(50 µH + 5Ω) || 50 Ω

70 (100) A

50 Hz AC 800 V

single path

Mil. Std 461/462

 

pdficon small Datasheet NNBL 8226-HV

 
 
  • Schwarzbeck NNBL 8226-2
  • Schwarzbeck NNBL8226-2

 

NNBL 8226-2

 

V-LISN

(9) 150 kHz - 100 MHz

(50 µH + 5 Ω) || 50 Ω

70 (100) A

50 Hz AC 250 V

two path

Mil. Std. 461/462

 

pdficon small Datasheet NNBL 8226-2

 

 
 
  • Schwarzbeck NNBL 8229 HV
  • Schwarzbeck NNBL 8229HV

 

NNBL 8229-HV

 

 V-LISN

(9) 150 kHz - 100 MHz

(50 µH + 5 Ω) || 50Ω

200 A

50 Hz AC 800 V / DC 1000 V

single path

MIL STD 461 E

 

pdficon small Datasheet NNBL 8229-HV

 

 
 
  • Schwarzbeck NNBL 8230

 

NNBL 8230

 

V-LISN

(9) 150 kHz - 100 MHz

(50 µH + 5Ω) || 50Ω

300 A

50 Hz AC 250 V

single path

Mil. Std. 461/462

 

pdficon small Datasheet NNBL 8230

 

 
 
  • Schwarzbeck NNBL 8240 V-LISN
  • Schwarzbeck NNBL 8240 V-LISN_back

 

NNBL 8240

 

V-LISN

(9) 150 kHz - 100 MHz

(50 µH + 5Ω) || 50Ω

800 A (1000 A)

1000 VCD / 250 VAC (50/60 Hz)

single path

Mil. Std. 461E

 

pdficon small Datasheet NNBL 8240

 

LISN - Automotive -

Details

 

Single path LISN (Automotive) CISPR 25 / ISO 7637

 
 
  • Schwarzbeck NNBM 8124

 

NNBM 8124

 

Automotive LISN acc. CISPR 25 and ISO 7637-2 and for BCI-Testing

Impedance (5µH + 1 Ohm) || 50 Ohm

Max. 70 (100) A

With switchable 50 Ohm load and switchable 1 mikrofarad capacitor at mains side

single path

BNC female connector

 

Option N connector:

N-female connector instead of BNC.

 

pdficon small Datasheet NNBM 8124

 

 

 
 
  • NNBM 8124-200

 

NNBM 8124-200

 

Automotive LISN acc. CISPR 25 and ISO 7637-2 and for BCI-Testing

Impedance (5µH + 1 Ohm) || 50 Ohm

Max.200 A

With switchable 50 Ohm load and switchable 1 mikrofarad capacitor at mains side, single path

BNC female connector

 

Option N connector:

N-female connector instead of BNC

 

Datasheet NNBM 8124-200

 

 

 
 
  • Schwarzbeck NNBM 8124-400 LISN_1
  • Schwarzbeck NNBM 8124-400 LISN_2

 

NNBM 8124-400

 

Automotive LISN acc. CISPR 25 and ISO 7637-2 and for BCI-Testing

Impedance (5µH + 1 Ohm) || 50 Ohm

Max. 400 A. With switchable 50 Ohm load and switchable 1 mikrofarad capacitor at mains side, single path

BNC female connector

 

Option N connector:

N-female connector instead of BNC.

 

Datasheet NNBM 8124-400

 

 

 
  • NNBM 8124-800 - Automotive LISN

 

NNBM 8124-800

 

Automotive LISN acc. CISPR 25 and ISO 7637-2 and for BCI-Testing

Impedance (5µH + 1 Ohm) || 50 Ohm

Max. 800 A. With switchable 50 Ohm load and switchable 1 mikrofarad capacitor at mains side, single path

BNC female connector

 

Option N connector:

N-female connector instead of BNC.

 

Datasheet NNBM 8124-800

 

 
 
  • NNBM8126A890
  • NNBM8126A890_

 

NNBM 8126 A 890

 

LISN 5 µH || 50 Ohm

70 (100) single path

Suitable for 600V DC and 270 V AC 890 Hz

Calibrated up to 400 MHz according to DO-160

 

Datasheet NNBM 8126 A 890

 

 

 

NEW

  • NNHV DO160-1500_1
  • NNHV DO160-1500_2

 

NNBM DO160-1500

 

The main application of the unsymmetrical single path AMN (artificial mains network) NNBM DO160-1500 is the measurement of interference voltage in vehicles, aircrafts and ships in the HF-VHF range 0.1 - 400 MHz.

 

The impedance characteristic is realized according to DO-160 and DEF-STAN-59 5 μH || 50 Ω.

 

Max. cont. current: 200 A

 

Datasheet NNBM DO160-1500

 

 

 

BAN Broadband Artificial Networks acc. ISO 11452-7 or DC-10614

 
  • Schwarzbeck BAN 8508

 

BAN 8508

 

BAN broadband artificial network

2 A - 8 A

acc. ISO 11452-7 or DC-10614

 

Datasheet BAN 8508

 

 
  • Schwarzbeck BAN 8530

 

BAN 8530

 

BAN broadband artificial network

8 A - 30 A

acc. ISO 11452-7 or DC-10614

 

Datasheet BAN 8530

 

 
  • Schwarzbeck CD-Block 500

 

DC-Block 500

 

DC-blocking capacitor

BNC

for direct injection with BAN

 

Datasheet DC-Block 500

 

 

 

HV-LISN acc. to CISPR 25 Ed. 4 or BMW GS 95025-1

 
 
  • Schwarzbeck NNHV 8123
  • Schwarzbeck NNHV8123

 

NNHV 8123

 

High Voltage LISN acc. to CISPR 25 Ed. 4 or BMW GS 95025-1

to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV),

can be used for BCI with an external dummy load

impedance (5µH) || 50 Ohm

70 (100) A

1000 V (DC)

Backside with built in 0.1 microfarad capacitor to ground

N-jack

Normally used in pairs inside the enclosure HVSE 8600!

 

pdficon small Datasheet NNHV 8123

 

 
 
  • Schwarzbeck NNHV 8123-200_1
  • Schwarzbeck NNHV 8123-200_2

 

NNHV 8123-200

 

High Voltage LISN acc. to CISPR 25 Ed. 4 or BMW GS 95025-1

to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV),

can be used for BCI with an external dummy load.

impedance (5µH) || 50 Ohm

200 A

1000 V DC

Backside with built in 0.1 microfarad capacitor to ground

N-jack

Normally used in pairs inside the enclosure HVSE 8600!

 

pdficon small Datasheet NNHV8123-200

 
 
  • Schwarzbeck NNHV 8123-400_1
  • Schwarzbeck NNHV 8123-400_2

 

NNHV 8123-400

 

 

High Voltage LISN acc. to CISPR 25 Ed. 4 or BMW GS 95025-1

to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV),

can be used for BCI with an external dummy load.

impedance (5µH) || 50 Ohm

400 A

1000 V (DC)

Backside with built in 0.1 microfarad capacitor to ground

N-jack

Normally used in pairs inside the enclosure HVSE 8600!

 

pdficon small Datasheet NNHV8123-400

 

 

 NEW

  • NNHV 8123-400R
  • NNHV 8123-400R_

 

NNHV 8123-400R

The main application of the unsymmetrical single path AMN (artificial mains network) NNHV 8123-400R is for the measurement of interference voltage for electromobility purposes according to CISPR 16 1 2, CISPR 25 edition 4 or BMW GS 95025-1 in the HF-VHF range 0.1 MHz – 150 MHz utilizing shielded cables. It can also be used for BCI tests using an external 50 Ω termination.


Impedance: (5µH + 1 Ohm) || 50 Ohm

Normally used in pairs inside the enclosure HVSE 8600!

 

 

pdficon small Datasheet NNHV8123-400R

 

 
  • NNHV 8123-800
  • NNHV8123-800

 

NNHV 8123-800

 

High Voltage LISN acc. to CISPR 25 Ed. 4 or BMW GS 95025-1

to measure the conducted disturbance voltage on shielded lines for (hybrid) electric vehicles (HEV, EV),

can be used for BCI with an external dummy load.

impedance (5µH) || 50 Ohm

800 A

1000 V (DC)

Backside with built in 0.1 microfarad capacitor to ground

N-jack

Normally used in pairs inside the enclosure HVSE 8601!

 

pdficon small Datasheet NNHV8123-800

 

 

Accessories for automotive LISN

 
  • Schwarzbeck HVSE 8600 Shielded Enclosure for Automotive LISN
  • Schwarzbeck HVSE8600 Shielding Box for Automotive LISN
  • Schwarzbeck HVSE8600 Shielding Box

 

HVSE 8600 / HVSE 8601 Shielded Enclosure for Automotive LISN

 

The HVSE 8600 / HVSE 8601 Shielded Enclosure (Shielding Box) was designed to increase the shielding effectiveness of automotive LISN significantly, which is neccessary for measurements of electric- or hybrid vehicles.

 

Material: Aluminium

 

Shielding Effectiveness: typ. > 100 dB

 

HVSE 8600 is suitable for the following LISN types:

NNHV 8123,
NNHV 8123-200,
NNHV 8123-400,
NNHV 8123-400R

HVSE 8601 is suitable for NNHV 8123-800.

 

Further Information about the application of the shielded enclosure can be found in CISPR 25 Ed. 4 or e.g. in the manufacturer specific standard BMW GS 95025-1.

 

pdficon small Datasheet HVSE 8600

pdficon small Datasheet HVSE 8601


 
 
  • CAP10
  • CAP_10_8226-2

 

CAP 10 / CAP 10 8226-2

 

To be compliant to the standards DEF STAN 59, DO 160 or MIL 461F ( Method CS 101-4; CS106-3) a 10 μF capacitor like the CAP 10 has to be connected to the mains connectors of the LISN.

 

pdficon small Datesheet CAP 10

pdficon small Datasheet CAP 10 8226-2


 

 
 

KA 812x

 

Calibration adapters for artificial mains networks AMN or LISN

 

pdficon small Datasheet KA 812x

 

 

 

V-LISN CISPR 16-1-2

Details
  • NSLK 8127 Netznachbildung

NSLK 8127

 

V-LISN, 9 kHz - 30 MHz

50 µH + 5 Ohm || 50 Ohm

2 x 16 A Schuko socket

Artificial Hand

 

pdficon small Datasheet NSLK 8127

 

Options:

Opt. RC:

Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.

 

pdficon small NSLK 8127 Opt. RC

 

 Opt. PLC:

Option: Power Line Communication, according to EN 50065-1, selectable ranges: 3 - 9 kHz, 9 - 95 kHz, 95 kHz - 30 MHz.

 

pdficon small NSLK 8127 Opt. PLC

 

 
 
  • Schwarzbeck NSLK8126 RC

 

NSLK 8126

 

V-LISN

9 kHz - 30 MHz

50 µH + 5 Ohm || 50 Ohm

4 x 16/25 A

2 x 16 A Schuko and 4 x 16 A CEKON socket

Artificial Hand

 

pdficon small Datasheet NSLK 8126

 

Options:

Opt. RC:

Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.

 

pdficon small NSLK 8126 Opt. RC

 

 
 
  • Schwarzbeck NSLK8128
  

NSLK 8128

 

V-LISN, 9 kHz - 30 MHz

50 µH + 5 Ohm || 50 Ohm

4 x 32/50 A

2 x 16 A Schuko and 4 x 32 A CEKON socket

Artificial Hand.

 

pdficon small Datasheet NSLK 8128

 

Options:

Opt. RC:

Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.

 

pdficon small NSLK 8128 Opt. RC

 
 
  • Schwarzbeck NNLK 8121 V-LISN
  • Schwarzbeck NNLK8121 V-LISN
 

NNLK 8121

 

 

V-LISN

9 kHz - 30 MHz

50 µH + 5 Ohm || 50 Ohm

4 x 50 (100) A

wing terminals

(For continuously 100 A add the options cont. high current and cooling fans!)

 

pdficon small Datasheet NNLK 8121

pdficon small Data

 

 Options:

 Opt. RC:

Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.

 

pdficon small NNLK 8121 Opt. RC

 

 Opt. Hochstrom

Option: cont. high current, additional terminals to bypass

the 250 µH prefilter-chokes, provides less voltage drop

and less heating.

 

pdficon small NNLK 8121 Option Hochstrom

 

 Opt. 400/700V

 Option: 400/700 V Voltage to Neutral / Voltage between lines

 

 Opt. Lüfter

 Option: Cooling Fans

 

Opt. TC

The temperature monitor modul which is optional available for the NNLK LISN warns the user optical and acoustical when the temperature pets too high. It controls the fans of the LISN temperature-dependent, too and thus prevents overheating. If the critical temperature of 115°C is reached the temperature control modul indicates this optical and acoustical.

 

pdficon small NNLK 8121 Opt. TC

 

NEW

  • NNLK 8122
  • NNLK 8122_1
  • NNLK 8122_2

 

NSLK 8122

 

Topology: V-LISN
Frequency Range: 9 kHz - 30 MHz
Pre-filter choke: 250 µH
Impedance simulation: 50 Ω || (50 µH + 5 Ω)
Max. Voltage: 1000 VDC
  750 VAC 50/60 Hz
   Max. Current:  50 A

 
Length: 550 mm
Width: 450 mm
Height: 290 mm
Weight: 22.2 kg
Standard: CISPR 16-1-2

 

pdficon small Datasheet NSLK 8122

 
 
  • Schwarzbeck NNLK 8129
  • Schwarzbeck NNLK 8129_back

 

NNLK 8129

 

V-LISN

(9) 150 kHz - 30 MHz

50 µH || 50 Ohm

4 x 200 (300) A

wing terminals

low voltage drop.

 

pdficon small Datasheet NNLK 8129

pdficon small Data

 

 

Options:

Opt.RC:

Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke. 

 

pdficon small NNLK 8129 Opt. RC

 

Opt.400/700V:

400/700 V Voltage to Neutral / Voltage between lines

 

Opt.Lüfter:

Cooling Fans

 

Opt. TC

The temperature monitor modul which is optional available for the NNLK LISN warns the user optical and acoustical when the temperature pets too high. It controls the fans of the LISN temperature-dependent, too and thus prevents overheating. If the critical temperature of 115°C is reached the temperature control modul indicates this optical and acoustical.

 

pdficon small NNLK 8121 Opt. TC

 

 
 
  • NNKL8130
  • NNKL_8130
  

NNLK 8130

 

V-LISN

(9) 150 kHz - 30 MHz

50 µH || 50 Ohm

4 x 400 (500) A

wing terminals

low voltage drop

cooling fans

 

pdficon small Datasheet NNLK 8130

pdficon small Data

 

Options:

Opt. RC

Option RC for LISN: Remote Control with built in power supply. LISN can be controlled by R&S or Schwarzbeck code, including remote control cable for your receiver type (Please specify your receiver type!). LISN can be selected from the R&S receiver menu or in the EMC32 software like an R&S LISN. No programming of the user interface necessary. Functions: path selection and PE grounded or via choke.

 

pdficon small NNLK 8130 Opt. RC

 

Opt. TC

The temperature monitor modul which is optional available for the NNLK LISN warns the user optical and acoustical when the temperature pets too high. It controls the fans of the LISN temperature-dependent, too and thus prevents overheating. If the critical temperature of 115°C is reached the temperature control modul indicates this optical and acoustical.

 

pdficon small NNLK 8121 Opt. TC

 

 
  • NNLK 8140
  • Schwarzbeck NNLK8140 V-LISN

 

NNLK 8140

 

Single Path V-LISN

(9) 150 kHz – 30 MHz

50 µH || 50 Ohm

1 x 800 A continuously (1000 A short time)

wing terminals

low voltage drop

High power resistors

cooling fans.

Max. Voltage: 1000 V DC or 650 V AC 50/60 Hz.

 

pdficon small Datasheet NNLK 8140

 

 

Opt. TC

 

The temperature monitor modul which is optional available for the NNLK LISN warns the user optical and acoustical when the temperature pets too high. It controls the fans of the LISN temperature-dependent, too and thus prevents overheating. If the critical temperature of 115°C is reached the temperature control modul indicates this optical and acoustical.

 

pdficon small NNLK 8121 Opt. TC