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| Electrolatch
Sample Wiring Scenarios |
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| Goal:
Door to be electrically released from access
control system or remote pushbutton |
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Elements:
--Lockset
----Standard
security:
----9010-GG-DC
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----High
risk of
------ vandalism
----9010-UG-DC |
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--Power
Supply:
--PS-91 |
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1
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Power
Supply |
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2
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Power
Transfer Device |
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3
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Electrically
Released Lever Trim |
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4
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Access
Control Reader/Controller |
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If access control system can output
24vDC, Securitech power supply is
not required. |
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| Goal:
Door to be Fail-Safe on stairwell side to
meet high-rise "Re-Entry" codes
and to be electrically released from access
control system or remote pushbutton |
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Elements:
--Lockset
--9010-GG-RE
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--Power
Supply:
--PS-91-RE |
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1
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Power
Supply |
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2
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Power
Transfer Device |
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3
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Electrically
Released Lever Trim |
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4
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Access
Control Reader/Controller |
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| The
Fire Alarm Panel circuit will immediately
cut-power to meet lifesafety and Re-Entry
code requirements. |
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| Goal:
Door to be electrically released from access
control system or remote pushbutton and
provide Request-To-Exit signal to access
control system |
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Elements:
--Lockset
--SME-D1-GS
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--Power
Supply:
--By access
control system |
| Most
access control systems can output 24vDC.
Therefore, a Securitech power supply is
not required in Electrolatch "DC"
applications and Electrolatch Signal Lock
applications. |
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1
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Access
Control Power Supply |
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2
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Power
Transfer Device |
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3
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Interior
Trim with Switch
Exterior Trim with Electric
Release |
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4
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Access
Control Reader |
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Power
Supplied By Access Control System
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Full elevations and
point-to-point wiring diagrams are available for all
Securitech Control Trim, Signal Lock, Entry &
Exit Control Systems and single door power supplies.
Contact the factory
with your requirements.
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