Product Presentation - CDVI NANOPW Manual De Instrucciones

INSTALLATION MANUAL
NANOPW - NANOPB
Wiegand 125 Khz proximity reader
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in our company.

1] PRODUCT PRESENTATION

Wiegand 26/30/44 bits.
Direct connection.
PCB sealed in epoxy.
audible and visual feedback.
3m pigtail wire connection.
Versions available: white or black.
L x W x D: 70 x 43 x 23mm.
Technology: 125 Khz.
Multi card protocol reader - Marin/HD.
Input voltage: 12V dc.
Consumption: 100mA.
2] REMINDERS AND RECOMMENDATIONS
Important
To protect the device from back-emf,
do not forget to install the varistor
across the lock terminals, in parallel.
For optimal illumination, do not
fold the cable inside the product.
Keep at least 20CM (8") between
2 card readers.
Suggested power supplies
ARD12 & BS60 (in case the reader
is powered neither by the
controller nor by the reader
controller INTBUSW).
These products must be powered
in 12Vdc and the power supply
3] MOUNTING KIT
Foam seal
NANOPW(PB)
1
should be certified EN60950-
1:2006/A11:2009 standards
and should be designed to be
a low power supply source.
Recommended cables
4 twisted pairs 0.6mm (AWG 24).
Environment
When in a humid area or close to
the sea, we recommend applying
varnish to the terminals to avoid
oxidation.
This product is supplied
with a varistor.
3x30 S5
TF screw Plastic anchor
2 2
The varistor must be connected
directly to the locking system
terminals (electric strikes,
electromagnet, or lock) operated
by the device. If the device
functions with several locking
systems, each one must be fitted
with a varistor.
The varistor limits overload
produced by the strike coil,
known as self-effect or back-emf.
If you are using a "Shear Lock",
electromagnet or other type of
electric lock, we recommend
the use of a dedicated power
supply for the lock.
3x8
TORX bit
®
TORX screw
®
1 1
cdvigroup.com
EN
CE Certification
Certification FCC CFR 47
part 15 compliance
WEEE
-25°C to +70°C
IP53
Varistor
1
7