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Safety and regulatory information

R&S

®

AMN6500

4

User Manual 1352.1213.02 ─ 01

LISNs are designed according to CISPR 16-1-2 (EN 55016-1-2) and do not meet the
permissible limit for the leakage current as defined in EN 61010-1. In addition, LISNs
do not provide basic insulation, rated as measurement category II (protection class 1).
Therefore, only connect, set up and use LISNs if you are an electrically skilled person.
Electrically skilled persons have the relevant education and experience to enable them
to perceive risks and to avoid hazards that electricity can cause.

These users also need sound knowledge of at least one of the languages in which the
user interfaces and the product documentation are available.

LISNs can pose hazardous and even life-threatening risks:

Electrical shock because of a high leakage current and live parts if the LISN is not
grounded.

Electrical shock because the LISN does not have a fuse in the measuring circuit.

Burns and fire hazard caused by overheating of the housing. Overheating can
occur if the ventilation is insufficient or if the cables' cross-section is too small.

If any part of the LISN is damaged or broken, stop using the LISN. Never open the cas-
ing of the LISN. Only service personnel authorized by Rohde

 

&

 

Schwarz are allowed to

repair the LISN. Contact Rohde

 

&

 

Schwarz customer service at 

http://www.rohde-

schwarz.com/support

.

Lifting and carrying the product

Look up the weight in the data sheet. If the product is heavy, you cannot move or carry
it on your own. A single person can only carry a maximum of 18

 

kg safely, depending

on age, gender and physical condition. To move the product safely, you can also use
lifting or transporting equipment such as lift trucks or forklifts. Follow the instructions
provided by the lifting or transporting equipment manufacturer.

Choosing the operating site

Only use the LISN indoors in rooms equipped with a protective earth connection (for
example EMC test rooms). The product casing is not waterproof and water that enters
the casing can electrically connect the casing with live parts. This can lead to electric
shock, serious personal injury or death if you touch the casing.

You can operate the product up to an altitude of 2000

 

m above sea level. The product

is suitable for pollution degree

 

2 environments where nonconductive contamination can

occur.

For more information on environmental conditions such as ambient temperature and
humidity, see the data sheet.

Setting up the product

Always place the LISN on a stable, flat and level surface with the bottom of the LISN
facing down. Make sure that the air supply is not obstructed from any side.

Place the LISN on a nonflammable base, for example, a metal plate, to prevent a fire if
the ventilation system fails or if it gets too hot.

If the LISN has foldable feet, always fold the feet completely in or out to ensure stabil-
ity. The feet can collapse if they are not folded out completely or if the LISN is moved

Safety instructions

Summary of Contents for 1352.1313.12

Page 1: ...R S AMN6500 Two Line V Network User Manual 1352121302 Version 01 2...

Page 2: ...y Phone 49 89 41 29 0 Email info rohde schwarz com Internet www rohde schwarz com Subject to change data without tolerance limits is not binding R S is a registered trademark of Rohde Schwarz GmbH Co...

Page 3: ...g setup or operation procedures Where do I find safety information Safety information is part of the product documentation It warns you of potential dan gers and gives instructions on how to prevent p...

Page 4: ...carrying the product Look up the weight in the data sheet If the product is heavy you cannot move or carry it on your own A single person can only carry a maximum of 18 kg safely depending on age gend...

Page 5: ...a fixed installation used to supply energy consuming equipment such as household applian ces and similar loads Electrically powered products have risks such as electric shock fire personal injury or e...

Page 6: ...ce with DIN EN IEC UL CSA 61010 1 DIN EN IEC UL CSA 60950 1 or DIN EN IEC UL CSA 62368 1 Using accessories Select accessories that are suitable for the product and the measurement task espe cially if...

Page 7: ...nding terminal earth ground contact Chassis grounding terminal 1 3 Warning messages in the documentation A warning message points out a risk or danger that you need to be aware of The sig nal word ind...

Page 8: ...de a standardized load impedance Defined transmission of the noise voltage generated by the equipment under test to the EMI test receiver Isolation of the test circuit from interference of the power s...

Page 9: ...evice is damaged you should notify the responsible freight carrier immediately and retain all items of packaging in order to support your complaint The original pack aging is also useful for use when...

Page 10: ...te LED 6 N key 7 L1 key 8 150 kHz highpass 9 Limiter toggle 10 Artificial hand connector 11 RF output connector EUT socket 1 Socket for connecting the equipment under test For country specific sockets...

Page 11: ...ssociated LED lights up when the filter is active This key is locked when the Remote LED is lit See also Chapter 5 Remote control on page 23 Limiter 9 With this toggle key Limiter the internal protect...

Page 12: ...y remote control The socket is an N type The output impedance is 50 3 2 Rear panel tour 1 2 3 4 5 1 Remote control connector 2 Protective grounding bolt 3 Mains connection cable 4 Reference ground rai...

Page 13: ...ound rail 4 The ground rail that is included on the side of the device is used exclusively for con necting a reference ground A broad metal foil can be placed over it to create a low inductance connec...

Page 14: ...u connect the V network to the power source you have to connect the R S AMN6500 to a protective ground terminal An unearthed R S AMN6500 is live Touching a live electrical device causes serious person...

Page 15: ...t it is possible for socket connections and grounding conduc tors to become disconnected A further grounding conductor with adequate diameter must be connected between a grounding conductor connection...

Page 16: ...neutral N must be swapped by reconnecting For country specific sockets see Chapter A Country specific connector mod els on page 27 1 The plug on the mains cable can be adapted using a country specific...

Page 17: ...PPLY socket 1 The input is reverse voltage protected 1 4 5 Connecting to reference ground The network is connected to the PE grounding connection for the mains power supply through the mains cable but...

Page 18: ...on the PE connection of the receiver 4 6 Connecting the equipment under test The equipment under test is connected via the socket 1 on the front of the R S AMN6500 Constant current must not exceed 16...

Page 19: ...al standards are largely similar A detailed description is provided for example by the standard CISPR 14 1 and EN 55014 1 see also the following figure Devices under test that are not equipped with pe...

Page 20: ...6 Test receiver B Reference ground connection M Test receiver connector P Test device connector Devices under test that have a separate ground connection and are not connected by integral grounding co...

Page 21: ...e equipment under test If the housing is made from non conductive material metal foils are wound round the handles and a 60 mm wide foil is wound round the point on the housing that can also be grippe...

Page 22: ...onnection cable running separately to the hand simulation 5 Two Line V Network 6 Metallic collar capable being gripped 7 Test receiver A Power supply connection B Reference ground connection low induc...

Page 23: ...t manually prior to the remote operation is restored The settings are not saved if the device is disconnected from mains supply instead the default status L1 ON and 150 kHz HP OFF is always restored w...

Page 24: ...Remote control R S AMN6500 24 User Manual 1352 1213 02 01 12 GND 13 TTL 5V 14 N 15 L1 18 FLT...

Page 25: ...ve safety are not visibly damaged or even unsuitable for use in the device 1 Remove the R S AMN6500 from the mains supply 2 Let the R S AMN6500 cool down to ambient temperature 3 Check the following p...

Page 26: ...use of natural resources and minimizing the environmental footprint of our products Help us by dis posing of waste in a way that causes minimum environmental impact Disposing electrical and electroni...

Page 27: ...ctor models Germany as well as Australia Finland the Nether lands Norway Russia Sweden Occasionally Portugal Spain R S AMN6500 1352 1313 12 UK as well as Ireland Hong Kong Malaysia Singa pore R S AMN6...

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