ESP Aperta A1ML250 User manual

A1ML250
Manual
The latest product manuals and software is available online:
https://www.espuk.com/technical_support
REV: I22
Aperta Internal IP20
250kg Holding Force Magnetic Lock
with Lock Status LED & Contact c/w Z & L Bracket

12/24V DC connector, connect to lock
body to change input voltage
Red & Green Indicator for lock status:
Power on & pull in place: Red LED
Power on & Lock is open: Green LED
Hall Interface:
When the “Hall Interface” is connected and
then detects the lock is pulling in the armature,
the relay is triggered and the NC & NO outputs
are switched.
Optional connection method of backflow prevention diode:
AC
110V
or
220V
DC 12
or
24V
Switch or
Solid State
Switching
Device
Backflow prevention diode
A1ML250
Grey-white ring
(Positive electrode)+
(Negative Electrode)-
Connection method of back flow prevention diode:
A: Connect the negative electrode of diode with the positive electrode of lock body
B: Connect the positive electrode of diode with the negative electrode of lock body
Using an EVBPSBB* 12V13.8V
Output
Battery
Charge
E-Lock
DC
Output
Output
Battery
Charge
E-Lock
DC
Output
+ on the Maglock is connected to
(+)E-Lock output on the EVBPSBB
GND on the Maglock is connected to
(+)E-Lock output on the EVBPSBB
A1ML250
EVBPSBB
Notice
Connections
Dimensions
Installation
Drill template
Drill template
Optional bracket
installation
Contact Details
Elite Security Products UK, Unit 7 Target Park, Shawbank Road, Lakeside, Redditch, Worcestershire, B98 8YN
Tel: [phone] Fax: [phone] Email: [email protected]
Registered in England, Company Registration Number: 02769392, VAT Registration: GB614686525
For more product information please visit www.espuk.com
E&OE - Errors and Omissions Excepted. I22
1. When installing the armature plate, please do not tighten the screws too tightly
and allow the rubber gasket to have proper elasticity, so that the armature plate
can automatically align itself to the correct position and magnetise with the magnet.
2. The magnetic lock uses the principle of generating magnetic flux from an energizing coil.
Therefore the heating of the magnetic coil is normal, and is normal at 45°C (± 10%)
3. *EVBPSBB sold separately, (optional) diode not included