Manual EM260
with Volume Corretor EK260
2 / 8
Betriebsanleitung-EM260-EK260_en_f.doc
1 Safety
Instructions
!
Please read these instructions carefully before assembling, installing or commissioning
the EM260 to avoid any damage, dangers or problems.
Assembly and installation should be carried out by qualified personnel !
!
The ‘AC’ version of the EM260 has a power supply of 90...260 V. Do not touch any live
parts as this is extremely dangerous !
Shut off the power supply before carrying out any installation work and before opening the
housing !
Switch the power back on only after all of the work has been completed and the housing
has been firmly closed!
Other notes:
)
When using a GSM modem, switch off the power on the EM260 before inserting or
removing the SIM card!!!
)
The PE connections in both the EM260 and the EK260 should be as short as possible
and have as wide a cross-section as possible.
)
When assembling the front cover, ensure that the flat-strip cable for connecting the LEDs
integrated into the front transparent film is plugged into the 4x1 pin strip ST8!
)
In the GSM modem, the SIM eject button is next to the SIM insert carriage on the right!
2 Features
•
Modem for use with ELSTER LIS-100 and LIS-200 end devices
•
Internal TTL interface for one of the following communication modules:
– Standard analogue modem
– GSM module
– GPRS-TSC module
– ISDN adapter
– Ethernet LAN adapter.
– ELSTER-CL0 interface card
•
RS232 / V.24 interface to end device (RxD, TxD, Gnd, DCD, DTR, RI), galvanically separated
•
Power supply for EK2x0 and EK-88
•
5 VDC outputs for interface component of LIS100 devices, only switched on during modem
connection (online status)
•
EMC in accordance with standards EN55011 Class B, EN55024, EN61326 and EN12405
(standard for volume correctors)
•
Operating status display: Power on (green LED), Ring and Online (yellow LED)
•
Apart from mains cable, all cables are already assembled exworks (Plug & Play):
– Data cable
– Power supply for end device
– Communication cable (TAE, ISDN, Ethernet, GSM antenna)
.
