EB-262 Electric Dropbolt
Dimension
35
3
25.5
121
140
262
166
Unit: mm
Statement
3
The EB- 262 electric dropbolt has a logic circuit and this
position ball design keeps the bolt retracted while the door is
not locked on strike plate until the door closed properly. This
design is for security purpose, which solves problem of
improper door positioning.
41
Smart Circuitry
The vandal resistant circuitry means the door close sensor
can't be fooled into projecting the electric dropbolt unless the
door is actually closed. The reed sensor automatically
disconnects after the bolt is projected to enhance security of
the lock.
Specifications
Fail-Safe Version (Power to Lock)
Power Input: 12 V DC
Voltage Tolerance: 10%
Current Draw:
Pull in: 0.9A, Holding: 0.3A@12V DC
(at temperature 20°C(
Magnetic bolt status output (SPDT rated 3A@30VDC)
indicates bolt is in a locked or unlocked status.
Operating Temperature: -10~+45C
Humidity: 0~95% non-condensing.
Tested to 500000 cycles.
Built-in logical circuitry
Auto-relocking Time Delay : 0, 3 ,6 ,9seconds
Face Plate Material: stainless steel
Weight )Approx.(: 1.2 Kg
Auto-detective circuitry
The unique intelligent logic circuit in GEM's electric
dropbolts keeps the bolt retracted whilst the door is unlocked
until the door is properly closed. This feature ensures the bolt
will not extend if the door is improperly aligned.
Double Acting Doors
EB-262 Electric dropbolt is specially designed for use on
double swinging doors. They can also be installed on both out
and in-swinging doors.
Out-swinging
in-swinging door
double action door
GIANNI INDUSTRIES, INC.
No. 13, Zhong Sing Road, Tu-Cheng Industrial Zone,
Tu-Cheng City, Taipei, Taiwan 23678
The products are manufactured under an ISO
9001
&
QC 080000 Certified Quality
Management Program environment back its
product quality, performance and commitment
to customer satisfaction.
Tel: 886-2 2267 7986 / Fax: 886-2 2267 9876
E-Mail: [email protected]
Website: gianni.tw
Copyright 2008 Gianni industries, inc. All rights reserved.
DM-CA-EB-262 Ver. E Published on 2008.10.20
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