Mayr 028.700.2 Manual Download Page 10

Installation and Operational Instructions for

 

ROBA

®

-brake-checker plus DC Type 028.700.2 

(B.0287002.EN)

 your reliable partner

25/02/2022 HH/GF

Page 10 of 11

Chr. Mayr GmbH + Co. KG
Eichenstraße 1, D-87665 Mauerstetten, Germany
Tel.: +49 8341 804-0, Fax: +49 8341 804-421

www.mayr.com

, E-Mail: 

public.mayr@mayr.com

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10

Guidelines for EMC-compatible Installa-

tion

General:

For electronic equipment that supplies inductive loads 
(such as electromagnetic safety brakes or clutches/cou-
plings), the prescribed measures regarding interference 
emission as per the EMC directive can only be considered 
in combination with the respective load and not only for the 
equipment itself. The EMC directive can only be adhered to 
by the complete device or machine.
The measures described for compliance with the EMC 
directive for electronic equipment are examined under 
laboratory conditions, and cannot necessarily be bindingly 
transferred onto the condition of a machine or system in 
case of deviations.  

Scope of the inspection: 
•  Monitoring module ROBA

®

-brake-checker

•  released ROBA

®

-stop safety brake

Interference immunity:

The interference immunity as per the stated standards is 
achieved without additional measures.

Interference emission:

The line filter must be installed before the control element 
on the mains side (see wiring example on Page 5)

•   Observation of the requirements of the 

standard IEC 60364-4-44/VDE0100-444

•   Observation of the remarks/guidelines/in-

structions of the control cabinet, line filter 
and frequency converter manufacturer 
regarding EMC-compliant setup

•   Observation of the EMC guidelines from 

ZVEI and DEMVT

•   Observation of the recommendations of 

the IEC TR 61000-5-2

•   Mains, power, measurement, signal and 

control lines laid separately

•   Possibly use shielded, separate line per 

brake

•  Line shielding must be EMC compliant 

and have the greatest possible surface 
area

•   Ensure good earth connections on the 

metal body of the brake

•   Avoid antennae effects: Keep lines as 

short as possible; do not form rings or 
loops

•   Signal lines over 30 m are considered 

long lines and may require special mea-
sures

•   According to IEC 618003, IT networks 

are “second environment” category C4 
and require special measures

•   Equipment with interference emission 

levels for industrial usage (environment/
class A, second environment) may re-
quire additional measures when used for 
domestic purposes (environment/class B, 
first environment)

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Summary of Contents for 028.700.2

Page 1: ...lus DC monitoring module Issue status 2022 02 Original Operational Instructions B 0287002 EN your reliable partner Copyright by mayr power transmission All rights reserved Reprints and copies even ext...

Page 2: ...nd electromagnetic fields Guidelines on the Machinery Directive 2006 42 EC The product is a component for installation into machines according to the Machinery Directive 2006 42 EC The product can ful...

Page 3: ...short circuits and earth short circuits at the terminals Electronic devices cannot be guaranteed fail safe During the risk assessment required when designing the machine or system the dangers involved...

Page 4: ...n cannot be ensured it is possible that the signal and error outputs do not correspond to the expected state plausibility CAUTION The ROBA brake checker with integrated DC side disconnection is not su...

Page 5: ...es for the warning Increasing wear Rising coil temperature too low supply voltage Line voltage drop on feed lines to the brake Technical data Supply voltage power terminal SELV PELV Ripple content 5 U...

Page 6: ...blic mayr mayr com 6 6 Electrical Connection Power terminal 1 Supply voltage 0 VDC 2 Output voltage 3 Contact 1 External fast switch off 4 Contact 2 External fast switch off 5 Output voltage 6 Supply...

Page 7: ...the ROBA brakechecker restarts and as a result all pending signals ERROR are deleted 24 VDC high Activated tB 200 ms Boot time tC 400 ms Calibration time tR 600 ms Reset time tP 10 100 ms Pulse time...

Page 8: ...diode flashing at the moment of switch off Optional customer side External fast switch off A single pole energy separation can be achieved by means of an external switch contact see wiring example tr...

Page 9: ...erformance P 24 VDC Device Fuses Installation of a device fuse into the supply voltage line of the ROBA brake checker monitoring module Short circuits or earth short circuits can lead to ROBA brake ch...

Page 10: ...erference immunity as per the stated standards is achieved without additional measures Interference emission The line filter must be installed before the control element on the mains side see wiring e...

Page 11: ...g module must not be exceeded otherwise the coil and the ROBA brake checker monitoring module may fail due to thermal overload U UO UN UH T ton toff tO tN t Calculations P W RMS coil capacity dependen...

Page 12: ...artner 25 02 2022 HH GF Page 12 of 11 Chr Mayr GmbH Co KG Eichenstra e 1 D 87665 Mauerstetten Germany Tel 49 8341 804 0 Fax 49 8341 804 421 www mayr com E Mail public mayr mayr com 12 12 Functional se...

Page 13: ...essary Error continuous signal Brake release is not recognised Check Brake is not permitted Incorrect monitoring module brake nominal voltage Brake drop out is not detected Brake is not permitted Chec...

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