Technical Specifications - GiBiDi DGF Serie Instrucciones De Instalación

4
UK

TECHNICAL SPECIFICATIONS

Model
Range
Signal
Infrared frequency
Relay capacity
Power supply
Absorption
Operating temperature
IP
Thank you for choosing GI.BI.DI.
PLEASE READ CAREFULLY THIS MANUAL BEFORE PROCEEDING WITH THE INSTALLATION.
• Before proceeding with installation, fit a magnetothermal or differential switch with a maximum
• Make the connections referring to the following tables and to the attached screen-print. Be extremely careful to
connect in series all the devices that are connected to the same N.C. (normally closed) input, and in parallel all the
devices that share the same N.O. (normally open) input. Incorrect installation or improper use of the product may
compromise system safety.
• Keep all the materials contained in the packaging away from children, since they pose a potential risk.
• The manufacturer declines all responsibility for improper functioning of the automated device if the original
components and accessories suitable for the specific application are not used.
• After installation, always carefully check proper functioning of the system and the devices used.
• This instruction manual addresses persons qualified for installation of "live equipment". Therefore, good technical
knowledge and professional practice in compliance with the regulations in force are required.
• Maintenance must be carried out by qualified personnel.
WARNINGS: This product has been tested in GI.BI.DI. verifying the perfect correspondence of the characteristics to
the current directive.
Gi.Bi.Di. S.r.l. reserves the right to modify the technical data without prior notice depending on the product
development.
DISPOSAL: GI.BI.DI. advises recycling the plastic components and to dispose of them at special
authorised centres for electronic components thus protecting the environment from polluting
substances.
Built-in and wall-mounted photocells DGF100-DGF200
35 m (12 m external)
modulated infrared
12/24 V dc/ac
-20 ÷ +60 °C
1500 Hz
1 A 24 V
60 mA
54
DGF