Isel IBC 10 User manual

isel®Germany AG D-36124 Eichenzell Bürgermeister-Ebert-Str. 40 +49/(0)6659/981-700 +49/(0)6659/981-776
Stand: 07/2014
IBC 10
User manual
Hardware description

2
About this manual
The information, technical data and dimensions contained in this print are up-to-date
when published. Any possible misprints and mistakes cannot be excluded however. We
are thankful for any suggestion for improvement and indication of mistakes.
Please note that the used software- and hardware descriptions of each individual
company are generally subject to protection of trademarks and patent law.
All rights reserved. It is not permitted to reproduce or electronically process, duplicate or
spread any part of our prints in any way (print, copy etc.) without written permission of isel
Germany AG.
Manufacturer: isel®Germany AG
Bürgermeister-Ebert-Straße 40
D-36124 Eichenzell
Tel.: [phone]
Fax: [phone]
E-Mail: [email protected]
Web: http://www.isel.com

iBC 10 –Hardware description
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Table of contents
1Introduction ....................................................... Fehler! Textmarke nicht definiert.4
2Safety symbols...................................................................................................... 5
3Technical Data....................................................................................................... 6
4Connectors, pin assignments.......................... Fehler! Textmarke nicht definiert.7
4.1 Connection for power supply (X1/Power IN)................................................. 7
4.2 Connection for final stages (X1/Power OUT)................................................ 7
4.3 Distributor (X2/A,B) ...................................................................................... 7
4.4 Fault output (X2/C,E).................................................................................... 7

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1Introduction
The brake chopper module IBC10 is an additional module for isel servo controllers.
With the module the energy, which is generated in the generator operation, is
degraded and prevents a back feed-in to the power supply. Therefore resulting
defects and malfunctions of parts of the controller are avoided.
The module has an internal temperature monitoring. A special floating output is
suitable to evaluate the status of the external monitoring for example by a PLC or
an isel- residual interpret module. In case of over-temperature, the output is open.
Connect the output X2:C/E according to avoid over-temperature of the brake
chopper module IBC10 for example by switching off the power supply in case of
over-temperature.

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Safety symbols
The brake chopper module IBC 10 is constructed according to the current state
of the art and the recognized safety rules.
The device may only be operated in perfect technical condition. Disturbances
must be corrected immediately. Children and untrained persons should not
operate the device.
The appliance must be used only for the intended use.
All work must be performed only by authorized personnel and in accordance
with the requirements of the electrical industry as well as the accident
prevention regulations.
Assembly and use of resources must be performed according to the standards
of the Declaration of Conformity. The rules and regulations as well as the limit
values, which were kept from the manufacturer, do not protect in case of
improper use of resources.
The device must not be exposed to high humidity and vibrations (see technical
data).
Keep this manual in a safe place and pledge all users on their compliance!
The non-observance of this manual may result in property damage, serious
injury and even death.

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2Technical Data
Part-no.: 390194 4001
Dimensions:
180mm (W) x 110mm (H) x 35mm (D)
Weight:
538 g
Protection class:
IP20
Supply voltage:
24 - 100VDC
Maximum rated current:
15A
Ambient temperature:
5°C to +40°C
Storage temperature:
-25°C to +70°C
Relative Humidity:
max. 95%

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3Connections
3.1 Connection for power supply (X1/Power IN)
Here the output of the DC-power supply unit is connected. This is decoupled via a
diode from the outputs of the final stages.
3.2 Connection for final stages (X1/Power OUT)
The final stages are affiliated to the above-mentioned diode decoupled voltage. Up
to 5 final stages can be connected. However, the permissible total current
of 15 A must not be exceeded. Short-term peak loads are permitted.
3.3 Distributor (X2/A,B)
These connectors are for internal use only. The pin "A" and "B" are each bridged.
Here, for example, fans can be clamped in parallel.
3.4 Fault-Output (X2/C,E)
The terminals C and E are used for internal temperature monitoring. If the terminal
C connected to +24 V, thus leading to the terminal E +24 V, as long as the
temperature limit is not exceeded. Upon reaching the shutdown temperature of 75
° C, the temperature monitoring interrupts applied +24 V -> 0V at terminal E. After
cooling, the sensor switches itself back on -> +24 V at terminal E.
The connection should be wired to use the internal monitor the temperature.

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The maximum curretn IF should not exceed 200mA !
Evaluation of temperature error;
HIGH signal = temperature ok
Final stages
Power
supply