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Eaton Industries (Austria) GmbH, Eugenia 1, 3943 Schrems, Austria
© 2020 by Eaton Industries (Austria) GmbH, www.eaton.eu/documentation
MA-Z-LH-ASA.qxd / 08.2020g / IL019166ZU / 150501269
All Rights Reserved / Printed in Austria
www.eaton.com/recycling
3. Circuit Diagram:
Z-LH-ASA PLHT Z-LHK
4. Installation:
4.1. Move the Z-LHASA and PLHT to the OFF-position.
Make sure that the adhesion surfaces of the PLHT laterally opposite to the Z-LHASA are
free from grease and clean. Do not use any additional adhesives.
4.2. After removing the protective foils from the two-sided adhesive tape on the Z-LHASA, move it
towards the to PLHT from the left and press it firmly onto the PLHT positioned by the guide sleeve.
4.3. Z.LHK can be mounted with the screws from the right side on the PLHT.
4.4. Switch on the device combination Z-LHASA/PLHT by means of the switchon toggle of the PLHT.
5. Import Notes:
The shunt trip release Z-LHASA is terminal compatible and thus busbar compatible with all devices. The colour of
the switching toggle of the 24 and 230 V versions is grey, RAL 7035. A name plate can be mounted onto this de-
vice.
6. Warnings:
Installation, connection, and starting-up of this protective device is strictly reserved to authorized electrical specia-
lists. In any case, turn off power before working at the device. If despite taking into account the instructions for in-
stallation, flawless functioning of the device is not achieved, it may be defective and should be forwarded to the
supplier. Do not attempt to make any repairs on your own. This would invalidate our warrenty.
The shunt trip release Z-LHASA has been developed for remote tripping of industry line devices and is highly reli-
able when taking into account the instructions for installation and the permissible voltage range. It is technically
possible to use the shunt trip release for an emergency off function. However, it is recommended to use passive
releases, e.g. undervoltage releases, for this purpose.
Operating the Z-LHASA at voltages above or below the operating voltage range specified in item 2 may damage
the device and therefore must be avoided in any case. Sufficient output of the extra-low voltage source (mind.
90VA)) must be ensured particularly for the 24 V type. Maximum current consumption and duration see item 2
(Technical Data).
