Dormakaba 8600 EMF Manuel utilisateur
8600 EMF
Surface Applied Closer (no Detector)
Installation instructions
08281020 – 03-2020
| EN |
28600 EMF 03-2020
08281020
dormakaba 8600 EMF Installation Instructions Table of Contents
Table of contents
1 Technical specifications 3
1.1 Preparation notes 3
2 Installation instructions 4
2.1 Install closer to door 4
2.2 Remove wire access plug 4
2.3 Secure track to frame 5
2.4 Set up wire connections 5
2.5 Secure main arm 6
2.6 Secure arm to slide shoe 6
3 Adjustments 7
3.1 Adjust closing speeds: sweep, latch, backcheck,
delayed action 7
3.2 Adjust spring force 7
3.3 Adjust hold open 8
3.4 Auxiliary stops 8
4 Bypass switch (optional) 8
4.1 Secure bypass switch 8
5 Final steps 9
5.1 Determine power supply 9
5.2 Check connections 9
5.3 Unit testing 10
5.4 Operation 10
5.5 Covers 10
dormakaba 8600 EMF Installation Instructions
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Technical specifications
1 Technical specifications
. Preparation notes
1. Each (HO) hold open unit contains a door closer
and track assembly with hold open
electromagnet. The unit can be connected
directly to a fire control panel.
2. Read entire instruction sheet prior to installation
and refer to NFPA 72E. Standards may be
obtained from THE NATIONAL PROTECTION
ASSOCIATION, Batterymarch Park, Quincy, MA
02269.
3. Reference unit carton for unit mounting style and
voltage.
4. Prepare door and frame for fasteners using the
appropriate template. Mark, drill, and tap holes
as indicated. If surface wiring is used, omit 7/8”
hole for wire access.
dormakaba 8600 EMF Installation Instructions
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4
Track
Wire access plug
2 Installation instructions
2.2.1 Remove one wire access plug according to the
installation type.
NOTE: Three access wire holes on optional surface
wired units only.
T & DE (RH)
T & DE (LH)
Surface wiring
NOTE: No top plug on
PT mounts
. Install closer to door
Fig.
8600T and 8600DE
Right hand door
8600PT
Right hand door
Left hand door
Left hand door
C
L
C
L
Hinge Hinge
C
L
C
L
Hinge Hinge
. Remove wire access plug
Fig.
dormakaba 8600 EMF Installation Instructions
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Track
Wire connections
2.4.1 Slide wiring connection cover to allow access to
wire connections.
2.4.2 Determine power supply and unit voltage type:
24 VAC, 24VDC.
CAUTION! DO NOT CONNECT 120VAC TO A 24 VOLT
UNIT TYPE!
2.4.3 Connect power supply wires to terminal block as
shown (Terminal Block can be removed for easier
wiring).
NOTE: Be sure to use ground screw for power supply
ground wire when supplying 120 VAC.
2.4.4 Slide wiring connection cover over wire
connections.
2.4.5 Insert cover into track, align end cap in end of
track.
2.4.6 Install remaining screw as shown using 1/4-20x2”
metal or No.14 x 2-3/4” wood screw.
2.3.1 8600T and 8600DE:
• Install the wire access plugs toward latch edge
of door.
• Use (2) 1/4-20x2” metal or (2) No.14 x 2-3/4”
wood screws.
• Route wires from frame through appropriate
wire access hole in track, being careful not to
pinch wires during installation.
8600T and 8600DE
Wire
connection
cover
8600PT
Hinge
C
L
2.3.2 8600PT:
• Install PT track to soffit with wire access plugs
toward hinge.
• Install with (1) 1/4-20x1-1/4” combo screw and
(1) 1/4-20x2” metal or (1) No.14 x 2-3/4” wood
screw as shown.
• Route wires from frame through appropriate
wire access hole in track, being careful not to
pinch wires during installation. (DO NOT
INSTALL END CAP ON HINGE SIDE OF THIS
STEP.)
End cap
End cap
. Secure track to frame
Fig.
End cap
. Set up wire connections
Fig.
CAUTION! IMPROPER
VOLTAGE TO UNIT
WILL RESULT IN
DAMAGE TO UNIT
AND VOID
WARRANTY.
NOTE: ALL WIRING
MUST COMPLY WITH
NATIONAL, STATE
AND LOCAL
ELECTRICAL CODES.
Terminal
block
Solenoid wires
Incoming power
connection
UL listed alarm
control unit or
smoke detector
NOTE: THIS CONNECTION IS NOT POLARITY
DEPENDENT. TERMINAL BLOCK 18 awg MAX.
UL listed alarm
control unit or
smoke detector
dormakaba 8600 EMF Installation Instructions
08281020 03-20208600 EMF
6
Main arm
. Secure arm to slide shoe
Fig.
2.6.1 Secure arm to slide shoe. 2.6.2 Use 3/16” hex head wrench.
. Secure main arm
Fig.
2.5.1 Place arm on top
pinion at 45°
angle.
2.5.2 Secure arm with
pinion screw and
washer.
6mm hex key
Left hand doorRight hand door
8600T
8600DE
8600PT
Hinge
C
LHinge
C
L
2.5.1 Place arm on top
pinion at 45°
angle.
2.5.2 Secure arm with
pinion screw and
washer.
2.5.1 With door in closed position, rotate
spindle 45° with wrench.
2.5.2 Place arm on top pinion.
2.5.3 Open door and secure with pinion screw and washer.
Left hand doorRight hand door
Left hand door Right hand door
6mm hex key
6mm hex key 6mm hex key
45° 45°
Rotate
pinion
Rotate
pinion
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Adjustments: closing speeds
Adjustments: spring force
3 Adjustments
. Adjust closing speeds: sweep, latch, backcheck, delayed action
Fig.
. Adjust spring force
Fig.
8916: Supplied with a size 3 spring setting
8956: Supplied with a size 6 spring setting.
Regular Mount, Pull side closers
Closer size Max door
weight (lbs)
Door width Full turns
Interior Exterior
8616
3 100 2'6" -11
4 125 3' 2’6” 0
5 150 3'6" 3’ +5
6 200 ‘4’ 3’6” +13
8656 5 150 3’6” 3’ -7
6 200 4' 3’6” 0
-
+
+
-
-
+
+
-
S
L
DA
BC
Latch
Sweep
Delayed action
Backcheck positioning
Backcheck
NOTE:
DO NOT ADJUST SPRING LOWER THAN SIZE 3.
-
+
dormakaba 8600 EMF Installation Instructions
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8
Adjustments: hold open
Auxiliary stop
Bypass switch
Fig.
Hold open position is preset at approximately 90°. Loosen set screws using 3/32” hex wrench. Slide hold open
device to desired position. Retighten set screws securely.
Hold open device
Hold open set screws -
3/32” hex
Hold open force adjustment - 5/32 hex.
Clockwise = stronger
Less Hold Open Angle
Greater Hold Open Angle
NOTE: Power must be
supplied to reset position.
An auxiliary door stop (by others) must be installed to limit the maximum degree
of door swing. Failure to do so may result in damage to the unit.
4 Bypass switch (optional)
Fig.
4.1.1 Slide wiring connection cover to allow access. 4.1.2 Attach bracket and assembly bypass switch.
Wire connection
cover
. Secure bypass switch
. Adjust hold open
. Auxiliary stops
Fig.
dormakaba 8600 EMF Installation Instructions
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Power supply
Check connections
. Determine power supply
Fig.
5.1.1 Determine power supply and unit voltage type:
24VAC/24VDC.
CAUTION! DO NOT CONNECT 120-VAC TO A 24 VOLT
UNIT TYPE!!!
5.1.2 Connect power supply wires, one (1) to terminal
block one (1) to bypass switch.
5.1.3 Connect other bypass switch wire to terminal
block. (Terminal block can be removed for easier
wiring).
5.1.4 Slide wiring connection cover over wire
connections.
Wire
connection
cover
Bypass
switch
Terminal
block
Incoming
power
connection
UL listed alarm
control unit or
smoke detector
5 Final steps
1. After installation is completed, check all connections. Apply power to units.
2. Open door so slide block engages with hold open assembly.
3. Advise fire officials prior to testing.
4. Activate system into alarm so the electromagnet releases and the doors close.
5. If the closer is used in conjunction with a detectored unit, trip the test switch of the main closer
detector as explained in the test procedure for that unit. After a short time delay, the hold open
electromagnet of both units will release and the doors will close. Resetting the test switch will allow
the units to return to standby.
. Check connections
dormakaba 8600 EMF Installation Instructions
08281020 03-20208600 EMF
10
Testing
Operation
Covers
IMPORTANT: THE UNIT MUST BE TESTED AFTER THE INSTALLATION, BY THE END USER, TO ASSURE
THAT THE DOOR CLOSER UNITS FUNCTION PROPERLY WHEN THE ALARM SYSTEM IS ACTIVATED.
THE ENTIRE SYSTEM MUST ALSO BE TESTED PERIODICALLY AFTER THE INITIAL INSTALLATION TEST,
IN CONJUNCTION WITH THE TESTING OF THE FIRE ALARM SYSTEM. THE END USER IS ALSO
RESPONSIBLE FOR THE ADJUSTMENTS AND MAINTENANCE TO RETAIN THE SYSTEM IN WORKING
ORDER.
NORMAL: The closer unit’s solenoid will be
energized across a normally closed
alarm contact from 24VDC, 24VAC
or 120VAC power supply based on
unit voltage.
FIRE ALARM: When the alarm sounds, the
alarm contact will open and
interrupt current to the solenoid
which releases the hold open
allowing the door to close and latch.
ELECTRICAL SPECIFICATION:
Voltage input - 24VDC + 10% - 15%
24VAC + 10% - 15%
Maximum input current - 24VDC 166mA
24VAC 166mA
. Operation
. Covers
Fig.
COV
FC
FCSL FMC
. Unit testing
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