Sistemi Elettronici
di Apertura Porte e Cancelli
International registered trademark n. 804888
SAFETY PRECAUTIONS
All electrical installation work should conform to current regulations.
All low voltage controls (push button, photocell, radio etc.) cables should be run in separate ducts to the mains
to prevent from mains interference.
SPARE PARTS
To obtain spare parts contact:
SEA s.r.l. ZONA Ind.le, 64020 S.ATTO Teramo Italia
INTENDED USE
The 23105167 electronic device has been designed to be solely used as control unit for the automation of
sliding gates.
SAFETY AND ENVIRONMENTAL COMPATIBILITY
We recommend not to spoil the environment with product and circuit packing material.
CONFORMITY REQUIREMENTS
The 23105167 electronic device conforms to the following:
89/336/CEE (Rule on the Electromagnetic Compatibility)
STORAGE
T
min
-40 °C
When being transported this product must be properly packaged and handled with care.
MAINTENANCE AND OUT OF SERVICE
The decommission and maintenance of this unit must only be carried out by specialised and authorised
personnel.
LIMIT OF GUARANTEE
The 23105167 electronic device is guaranteed for a period of 24 months. The guarantee period starts from the
date stamp printed on the unit. The guarantee will be void if the unit has been incorrectly installed, not used for
the purpose intended, tampered with or modified in any way.
The validity of this guarantee only extends to the original purchaser of the unit.
NOTE: THE MANUFACTURER CAN NOT BE DEEMED RESPONSIBLE FOR ANY DAMAGE OR INJURY
CAUSED BY IMPROPER USE OF THIS PRODUCT.
SEA reserves the right to do changes or variations that may be necessary to its products with no obligation to
notice.
Cod. 67410520
®
SEA S.r.l.
DIREZIONE E STABILIMENTO:
Zona industriale 64020 S.ATTO Teramo - (ITALY)
Tel. 0861 588341 r.a. Fax 0861 588344
STORAGE TEMPERATURES
T
max
+85 °C
http://www.seateam.com
e-mail:seacom@seateam.com (Uff. Comm.le)
English
Humidity
5% no condensation
Rev. 03, 10/08
seatec@seateam.com (Uff. Tecnico)
min
90% no condensation
Humidity
max