Statement
Standard Installation
Copyright © Gianni Industries, Inc. All rights reserved.
DM-CA-10006S Ver. F Published on 2011.08.30
Specification
Operating
Voltage: Single Voltage: 12 or 24VDC
Dual Voltage: 12/24VDC
Current Draw:
Single Voltage: 340mA/12VDC, 250mA/24VDC
Dual Voltage: 500mA/12VDC, 250mA/24VDC
(at temperature 20ºC
)
Bond sensor output (10006S-M)SPDT rated 0.5A/20VDC
Operating temperature: -10~55ºC (14~131º
F
)
Humidity: 0~95% non-condensing.
Holding force: Up to 800 lbs
(363 Kg)
Dimensions:
Magnet:(L) 216, (W) 52, (D) 30 mm
Armature plate:(L) 185, (W) 45, (D) 14 mm
Special finishes for magnet and armature plate: Zinc plated
Epoxy potting compound: E87252 (S), UL94V-0
Net Weight
: 3.0 Kg
Features
This series of Waterproof Magnetic Lock is
epoxy
potting compound. Also, GEM Waterproof Series Magnetic
Locks have been proved to withstand water with the test
procedures of IPX7, IPX8 by a trusted third party. Therefore
users need not worry that the lock will rust or spark, if the lock
is in outdoor applications and installed in confined space
where inflammable gases are stored.
protected by
No. 13, Zhongxing Rd., Tucheng Dist., New Taipei
City 236,Taiwan (R.O.C.)
Tel: 886-2 2267 7986 / Fax: 886-2 2267 9876
E-Mail: [email protected]
Website: gianni.tw
GIANNI INDUSTRIES , INC.
10006S Midi Magnetic Lock
Waterproof(Surface Mount)
Low maintenance with high reliability
Stainless steel housing
Dual voltage 12 or 24 VDC (selectable)
MOV provides spike and surge protection
Holding force up to 800 lbs
10006S is designed for surface mount on out-
swing doors.
comes with
magnetic bond sensor indicating locked and
unlocked status.
The maglock can be configured to
mount on in-swing and glass doors with optional
LZ- and U-shaped brackets. With stainless steel
housing, it is suitable for outdoor applications and
severe weather conditions. 10006S-M
Magnet
Armature
(Power Off)
Magnet
Armature
(Power On)
Anti-residual statement
Our electromagnet locks feature Anti-Residual Magnetism
(ARM) which ensures the door can be opened without any
resistance from left over magnetism imparted to the armature
plate
