Schlage FHS FES112 User manual

FSH FES112 Installaon Manual
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FES112 HIGH SECURITY
ELECTRIC CUSTODIAL STRIKE
INSTALLATION MANUAL
1. INTRODUCTION
The FES112 High Security Electric Custodial Strike was purposely designed for heavy duty high security
applications where superior holding strength is required, such as detention centers, correctional facilities and the
like. The strike works in conjunction with a heavy duty double throw deadlock or any other mechanical lock with a
deadbolt dimension of 33-36mm fully extended throw, 10-17mm width and 57-59mm height. With a holding
force in excess of 1000kg, multiple monitoring functions and 12-30VDC multi-voltage operation, the FES112 is a
viable solution for either new or retrofit high security projects. The device is manufactured in FSH’s Sydney
operation and received a recent face-lift with additional door monitoring functions as well as dip-switch selection for
Revision (REV) 2 and Revision (REV) 3 field-select ability.
2. FEATURES
Installed into the door frame, the FES112 operates in conjunction with a mechanical high security heavy duty
Custodial type (or similar) deadlock. The extended dead bolt of the door lock is captured by the twin locking jaws of
the FES112 Strike and is held securely until the strike receives an access or release signal from the access control
system.
Monitoring functions include Door Position Reed Switch, Strike-Jaw/Lock Status monitoring and Strike Cover Plate
Removed monitoring (Anti Tamper).
On operation of the FES112, the strike jaws are released through an Access Control signal and the door is ready to
be pushed or pulled open with the mechanical door lock bolt still fully extended.
The redesigned FES112 can be wired in a way that the jaws remain in the open position until the door lock re-
turns into the FES112 Strike, closing the jaws to re-lock the door.
The Strike-Jaws cannot be manually pushed back into locked position as long as the door remains open
(this feature relies on either the Bolt Sensor Microswitch or Door Position Reed Switch or both).

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3. TECHNICAL DATA
4. DIMENSIONS

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5. WIRING DIAGRAMS

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5. WIRING DIAGRAMS
CURRENT VERSION

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5. WIRING DIAGRAMS (Continued)

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6. Revisions –what they do
Revision 2 (REV2)
REV2 relies on the Bolt Sensor Microswitch to control whether the jaws relock. This
prevents the jaws from being tampered with and being rotated to the closed position.
An inmate may rotate the jaw/s which will prevent the door being closed until the lock
is unlocked.
As an additional safeguard a Reed Switch (which is not normally visible)
can also be used in conjunction with the Bolt Sensor Microswitch. In this
state both the door must be closed (via the reed switch) and the lock
tongue must be in the strike.
This reed switch is enabled or disabled via the small slide switch marked
“Bypass” under the rubber grommet. Bypass ON means reed not in use.
Control Wiring A - Permanent +12 to 30VDC,
B - Control -VE
E - Permanent -VE
Outputs In REV2 (all versions) the jaw microswitches and faceplate tamper in
series are available to be monitored.
Revision 3 (REV3)
REV3 relies on the Reed Switch only to control whether the jaws relock. As in the
REV2 this prevents the jaws from being tampered, but uses the Reed Switch only.
The Reed Switch is always enabled in REV3, the “Bypass” switch has no function.
Control Wiring A - Permanent +12 to 30VDC,
B - Control -VE
F - Permanent -VE
Outputs In REV3 the Bolt Sensor Microswitch serves as an output. The jaw
microswitches and faceplate tamper is a second output available to be monitored.
The maximum door gap between the magnet and reed switch is 8mm.
7. New Model (December 2016) Beyond Serial number 300000 Notes
This new model has some minor enhancements over the existing REV2 settings:
1. Ability to use either or both Bolt Sensor Microswitch and Reed Switch to prevent
the jaws being relocked. Apply permanent negative power to:
Terminal E for Bolt Sensor Microswitch to
operate
Terminal F for Reed Switch to operate
Terminal E and F for both to operate.
2. Slide switch to enable/disable piezo sounder