Dormakaba GL10 Operating Instructions Manual
INSTALLATION AND OPERATING INSTRUCTIONS
Electronic Gate Lock GL10
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CONTENTS
• DESCRIPTION
• PRODUCT UNBOXED
• PRE - INSTALLATION ASSESMENT
o Mechanical
o Electrical
• INSTALLATION
o Mark the lock position
o Drill the lock mounting holes
o Secure the lock in position
o Mark the strikes position
o Drill the strikes mounting holes
o Secure the strike in position
o Wire the lock
o Cover the lock
• WIRING
• OPERATING CONFIGURATION
o Fail State
o Auto re-lock
o Timed re-lock
o Diagnostic mode
• OPERATION
o Auto re-lock ON
o Auto re-lock OFF
o General
o Alarms
• SPECIFICATIONS
• DIMENSIONS
o Lock
o Strike
• MAINTENANCE
• WARRANTY
• UPGRADE
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1. DESCRIPTION
The GL10 is a low voltage motor driven lock suited for securing vehicle and pedestrian gates. It is supplied with a
matching strike plate and can be installed externally or internally in a horizontal or vertical position. It is designed for
use on single or double gates and can be mounted to suit hinged or sliding applications. A solid 18mm diameter
stainless steel bolt pin ensures the highest strength while a bolt pin extension of 35mm offers flexible installation.
Integrated electronics provide complete control over the lock and offer an array of features;
▪ Multi–voltage input (12-24VDC)
▪ Multiple locking / unlocking attempts to correct miss-aligned gates
▪ Selectable automatic locking when the gate closes
▪ Fail safe / Fail secure user selection with a single switch
▪ Gate position monitoring
▪ Bolt locked and Bolt unlocked monitors
The lock incorporates a keyed manual override and wiring can be run securely through the locks base or externally
through a 20mm wiring gland.
2. PRODUCT UNBOXED
Lock Cover with two keys Lock Strike
Also included in the box are 4 x AA batteries. Because of the various fitting locations of the GL10, no mounting
bolts are supplied. The mounting holes in the lock and strike are 8.5mm slotted holes so accept M8 size bolts.
3. PRE - INSTALLATION ASSESMENT
3.1 Mechanical
Before the lock can be installed, consider its location and orientation. The GL10 can be mounted horizontally or
downwards vertically but it cannot be mounted vertically locking upwards. Mounting it in this way can allow water
to penetrate that lock and will void the warranty. Depending on the chosen mounting position, spacers or packers
may need to be made and used.
When positioning the strike, it is important to achieve a reasonable level of alignment with the bolt pin as to ensure
correct locking and operation. The hole in the strike is of significantly larger diameter than that of the lock pin, however
installing the strike so the lock pin goes into the hole centrally is best as it will allow for movement of the gate over
time.
There are three magnets in the strike which offers the flexibility of mounting options and with the symmetrical design
of the lock, the strike can approach from either the right, left or bottom face of the lock.
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Lock mounted to the ground. Lock mounted to the gate frame horizontally.
Lock mounted to the gate frame vertically down. DO NOT mount the lock vertically up.
3.2 Electrical
After the positions of the lock and strike are determined, establish where to run the wires and also decide on what
feedback is required from the lock. There are a total of eleven available connections on the GL10; three are
compulsory and eight are optional. The three essential connections are; Positive (+), Negative (-) and Control (CL).
There need to be wires run from the power source and control switch to the lock.
The eight optional connections all provide feedback about the locks state; Gate Position, Bolt Locked Position and
Bolt Unlocked Position. If desired, wires can be run from these connections to integrate into access control or alarm
systems to provide full monitoring.
Once the number of wires and their destination is determined, it needs to be decided how the wires will enter the
lock. They can either come in through a 20mm weather proof wiring gland at the rear of the lock (not supplied), or
through a hole under the locks base which will ensure the wires can be hidden.
Finally, the correct wire gauge needs to be chosen to ensure a minimal voltage drop. The correct wire gauge is
important when connecting the power wires (+ and -) to the lock as voltage drop across these wires can limit the
locks operation and prematurely deplete the batteries. For all the remaining connections, a lower gauge wire can be
used as these are only signal wires.
The following chart shows the appropriate wire gauge for a range of distances between the lock and power supply.
Distance (m)
AWG Size
Metric Size (mm2)
Wire Diameter (mm)
12VDC
24VDC
12VDC
24VDC
12VDC
24VDC
5
24
24
0.21
0.21
0.51
0.51
20
22
24
0.33
0.21
0.65
0.51
50
18
20
0.83
0.52
1.02
0.82
100
NA
16
NA
1.31
NA
1.29
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