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Dynamic 700
Sliding Courtyard Gate Operator
Installation Instructions
Page 2
Sliding Courtyard Gate Operator
Installation Instructions
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1a
Clear width LB Block length
3000 < LB < 3500 400
3500 < LB < 5300 600
5300 < LB < 7100 800
7100 < LB < 9000 900
9000 < LB < 10000 1050
The foundation must be laid on a frost-proof
and good bearing foundation bed
(at least 800 mm deep to DIN 1054)
Groove 120 deep for light rail
Empty conduit 16 mm dia.
Empty conduit 36 mm dia. FFL
Supply cable 5 x 1,5 mm 2
Control cable7 x 1,5 mm 2
2 LB + block length + 1075
5/3 LB + block length + 14251/6 LB - 300
Empty conduit 36 mm dia.
INSIDE
Empty conduit 16 mm dia.
Drilling 18 dia. - 93 mm deep (4x)
Light rail
1/6 LB - 450
Clear width (LB)
Length of light rail : L = 5/3 LB + block length + 1225
OUTSIDE
Foundation plan for on-rails slidings gates
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1b
Clear width (LB) X
3000 < LB < 3500 0
3500 < LB < 3800 1
3800 < LB < 8000 0
Empty conduit 16 mm dia.
FFL
Empty conduit 36 mm dia.
Supply cable 5 x 1,5 mm 2
Control cable 6 x 1,5 mm 2
LB/2 + 40
Empty conduit 16 mm dia.
Drilling 18 dia. - 93 mm deep (4x)
Empty conduit 36 mm dia.
INSIDE
OUTSIDE
The foundation must be laid on a frost-proof
and good bearing foundation bed
(at least 800 mm deep to DIN 1054)
Page 3
Overview of fitted drive unit
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1c
Cable routing
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2
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2a
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A
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B
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C
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D
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F
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A
Page 4
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2b
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A
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C
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D
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A
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B
Page 5
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2c
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A
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F
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B
Mount chain rail (F) and coiled cable tube (B).
Depending on the gate clearance (LB), select the
given installation situation according to fig. 2b.
Ensure the correct span!
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2d
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E
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C
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D
Insert trolley (C) with coiled cable (D) and
end cap (A) into tube (B), taking care not
to twist. Fix the second end cap to the
other end of the tube. Remove the end
bung in the bottom profile and fit screwed
cable gland (E) with coiled cable in
accordance with fig. 2d.
A End cap
B Tube
C Trolley
D Coiled cable
E Screwed cable gland
F Chain rail
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B
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G
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E
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3a
Remove the cover before mounting the drive unit. Turn the cylinder behind the protective cap (A) 90° counterclockwise and
pull it from the housing. Loosen the two hexagonal screws (B) and remove the cover.
A Cap
B Hexagonal screw
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A
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B
Drive Unit Instalation
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3
Page 6
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3b
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H
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I
On-rails sliding gate
300
290
112
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H
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I
Floating sliding gate
300
290
112
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3c
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H
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I
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D
span
block length
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K
Page 7
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3d
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P
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G
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O
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M
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3e
696
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M
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N
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M
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O
O
M
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N
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L
Align the drive unit flush with the gate and fix in place using plugs. Observe the
dimensions given in fig. 1c, paying particular attention to the position of pick-up
device (I) in relation to trolley (H) (see fig. 3c).
Heavy-duty plugs: observe drilling depth as given in fig. 3d. Push plug (A) all the
way in and secure hex nuts (C+D) in the upper section of the threaded rod using
a counternut. Turn the threaded rod into the plug and tighten with hex nut (B).
G Chain case
H Trolley
K Release screw
L Heavy-duty M12
M Hex nut M12
N Washer
O Threaded rod M12
86
Page 8
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3f
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E
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N
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L
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P
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L
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N
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N
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L
Fit the complete drive unit console and make height
adjustment.
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S
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B
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H
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R
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I
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F
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Q
Allow the chain wheel to engage in the chain case with chain (F) free from play.
Route coiled cable - connecting cable (Q) through eyelet (R) and feed through the drive unit to the control unit.
P Drive unit console
Q Coiled cable - connecting cable
R Eyelet
S Drilling for coiled cable - connecting cable
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3g
Page 9
Installing the limit switches
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4
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A
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B
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C
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B
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D
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C
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E
Screw "open" bracket (A) and "close" bracket (B) onto tube (C). The magnetic limit switches "open" and "close" are controlled
by pre-fitted magnets mounted below the cover in the drive unit.
Adjustment of the end of travel positions should be carried out during a trial run after completing the electrical installation.
Fit hood in reverse sequence as described under pt. 3a.
A Bracket "open"
B Bracket "close"
C Tube
D Magnetic limit switch "open"
E Magnetic limit switch "close"
Page 10
Arrangement of the closing edge safety devices
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5
Control unit 700: directions of travel individually adjustable on impulse or continuous push button hold with
self-monitoring closing edge safety devices.
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1
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1
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1
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2a
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2b
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2b
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7
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3
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4
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5
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6
Main closing edge 1, closing edge safety device item no.: 151 764, mounted on the gate wing,
operating in the "close" direction.
Main closing edge 2a, closing edge safety device item no.: 151 766, mounted on the wall,
operating in "close" direction. See installation example under 6.2.
Main closing edge 2b, closing edge safety device, item no.: 151 765, mounted on steel pillar or on-site available fence,
operating in the "open" direction. See installation example under 6.3.
Main closing edge 3, closing edge safety device, item no.: 151 765, mounted on steel pillar,
operating in the "close" direction. See installation example under 6.5.
Main closing edge 4, closing edge safety device, item no.: 151 765, mounted on steel pillar,
operating in the "open" direction. See installation example under 6.5.
Main closing edge 5, closing edge safety device, item no.: 151 765, mounted on steel pillar,
operating in the "close" direction. See installation example under 6.5.
Main closing edge 6, closing edge safety device, item no.: 151 764, mounted on gate wing at the back,
operating in the "open" direction. See installation example under 6.5.
Main closing edge 7, closing edge safety device, item no.: 151 765, mounted on steel pillar,
operating in the "open" direction. See installation example under 6.4.
Page 11
Examples showing how to install the closing edge safety devices
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6
1. Closing edge safety device 1, SKS item no.: 151 764.
Gate wing filled, impenetrable wall covering the entire gate width.
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1
2. Closing edge safety device 1 and 2a, SKS item no.: 151 764 and SKS item no.: 151 766.
As 1, door wing is not impenetrable. Impenetrable wall covering the entire gate width is available.
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1
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2a
3. Closing edge safety device 1 and 2 b, SKS item no.: 151 764 and SKS item no.: 151 765.
As 2, door wing filled and pillar construction impenetrable due to available fence.
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1
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2b
4. Closing edge safety device 1, 2b and 7, SKS item no.: 151 764 and SKS item no.: 151 765.
As 3, gate wing not impenetrable. The entire area of the gate left in the "open" position is protected against
penetration by a fence.
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1
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2a
5. Closing edge safety device 1, 2b, 3, 4, 5 and 6, SKS item no.: 151 764 and SKS item no.: 151 765.
As 4, without protective fence. A closing edge safety device is required if the clearance between the rear edge of the
open gate and a counter edge (e.g. a wall) is less than 500 mm (20 inches).
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1
SKS = closing edge safety device
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7
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2b
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3
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4
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5
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6
Page 12
Mounting the protective cover with junction box in gate section
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7
A Protective cover
B Connecting cable from receiver optosensor
C Receiver optosensor "black" at bottom, transmitter optosensor "red" at top
D End bung
E Connecting cable from transmitter optosensor
F Junction box with optosensor circuit board
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D
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C
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A
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E
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B
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C
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D
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D
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A
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F
Page 13
Mounting the protective cover with junction box in the pillar
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8
A Protective cover
B Connecting cable from receiver optosensor
C Receiver optosensor "black" at bottom, transmitter optosensor "red" at top
D End bung
E Connecting cable from transmitter optosensor
F Junction box with optosensor circuit board
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D
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C
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A
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E
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B
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C
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D
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C
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A
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F
Page 14
Mounting the protective cover with junction box onto masonry
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9
A Protective cover
B Connecting cable from receiver optosensor
C Receiver optosensor "black" at bottom, transmitter optosensor "red" at top
D End bung
E Connecting cable from transmitter optosensor
F Junction box with optosensor circuit board
G Flexible protective tubing
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C
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A
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E
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B
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C
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D
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C
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A
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F
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G
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G
Page 15
Emergency release during a power failure
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10
Remove protective cap (A), turn cylinder 90° counterclockwise and remove.
Using a hexagonal wrench (B), turn the release screw (see fig. 3e point K) clockwise approx. 5 1/2 turns until it
reaches the end stop. This will release the brake so that the door may be moved manually.
A Protective cap
B Hexagonal wrench
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A
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B
Page 16
Dynamik 700 control unit
Dynamik 700 control unit
A Inversion relay "open", "close"
B Programming key
C Test key "open"
D Power limit "open"
E LED end of travel "open"
F LED end of travel "close"
G Display
H LED remote control
I LED control voltage
J LED malfunction/error
K Power limit "close"
L Test key "close"
M Plug connection CONTROL 700 control panel item no.: 564 586
N Magnetic brake low-current fuse F1, 0.63 A max.
O Connecting terminal X2e photocell 24 V
P Plug socket for electronic aerial
Q Plug connection X2g auxilliary circuit board SKS 6 closing edges item no.: 561 783
R Plug connection X2f CONTROL 300
S Switches S19 and S20
T Connecting terminal X2d closing edge "open" and "close"
U Connecting terminal X2c push buttons "open", "close", "stop"
V Connecting terminal X2a limit switches S11 and S13
W Connecting terminal X2b photocell RPM detector
X Terminal block for magnetic brake, signal light
Y Connecting terminal X2 motor connection
Z Mains fuses F2-F4, 6.3 A max.
A1 Connecting terminal, limit switch for emergency (manual) operation
B1 Terminal block X2 mains current
C1 CEE plug
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11
Page 17
K3 Signal lights relay
F2-F4 Low-current fuse 6.3A max
F1 Low-current fuse 0.63A max
GL Speed/r.p.m. sensor
K3 Signal lights relay
K10 Brake fan
K11 Inversion relay "OPEN"
K21 Inversion relay "CLOSED"
KL Photocell assy (if installed)
M1 Motor with thermal protection
S Main switch
S0 Pushbutton "STOP" (if installed)
S1 Pushbutton "PULSE" (if installed)
S2 Pushbutton "OPEN" (if installed)
S4 Pushbutton "CLOSE" (if installed)
S10 Limit switch "Emergency operation"
S11 Limit switch "OPEN"
S13 Limit switch "CLOSED"
S19 Programming switch Control 200 / Control 300
S20 Programming switch photocell assy
T1 Transformer with thermal fuse
V3 Rectifier "magnetic brake"
V3a Rectifier "control"
SKS1 Optosensor assembly main closing-edge
retainer 1 CLOSED (transmitter/receiver)
SKS2 Optosensor assembly main closing-edge
retainer 2 OPEN (transmitter/receiver)
X1 CEE-plug
X1a CEE-plug (if installed)
X2 Terminal strip AC/motor
X2a Terminal strip limit switch
X2b Terminal strip hybrid photocell assy
X2c Terminal strip OPEN / STOP / CLOSED button
X2d Terminal strip optosensor circui6t board
X2e Terminal strip photocell assy
X2f Terminal strip Control 200 / Control 300
X2g Terminal strip printed circuit board SKS 1-6,
item no. 152 078
X4 Electronic aerial plug
X7a Coiled cable connecting terminal
X7c Plug-in connecting terminal coiled cable optosensor
X7e Plug socket optosensor receiver
X7f Plug socket optosensortransmitter
Factory-bridged terminals, programming switch
Description Terminal strip Bridged Programming
terminals switch
"Stop"button X2 12 - 13
Photocell KL - S20
Autom. timed return
CONTROL 200 X2f - S19
Traffic light control
CONTROL 300 X2f - S19
Caution! Low voltage
External voltage at the terminals
will completely destroy the
electronics.
Important: observe local safety
regulations!
Always lay mains cable and
control cable separately.
Control voltage 24V DC
Control 700 circuit diagram
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12
Page 18
Hand transmitter:
A Flashing battery control
B Operation button
C Battery compartment cover
D Battery 12V A 23
To change and insert the battery, open the cover.
When changing the battery, be sure to pole correctly.
Batteries are not covered by the warranty.
Important:
Only operate the hand transmitter when certain that neither
persons nor objects are located within the door's area of travel.
Keep hand transmitters well out of the reach of children!
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13
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A
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B
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C
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D
Plug electronic aerial into the control unit (socket ST2) as shown in fig. 11, point "P".
The range may vary with different digital security codings.
A Electronic aerial box IP 65
B Aerial
C Connecting lead with plug
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B
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A
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C
Electronic aerial IP 65 (not part supply package)
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14
Page 19
Adjustment and programming
Putting into operation
Switch the unit on. LED lights up. By pressing the test buttons , the gate can be
brought into the desired position without the self-hold function.
The power limits can now be set in accordance with fig. 15c.
Proceed with programming the remote control as illustrated in fig. 15d, and the self-hold
function as illustrated in fig. 15e.
Function display
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15b
Programming button
Power setting "open"
Power setting "close"
Test button "open"
Test button "close"
Final "open" position
Final "close" position
Remote control
Operate / program
Fault message
Setting the power limits
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15c
Press the button to set the power limit "open", and press the button to set the power limit "close".
The set value will be displayed.
By repeatedly pressing the appropriate button, the power limit can be set in stages from 0 (most sensitive value)
to 19 (pre-set value = 9).
Attention: To protect persons as well as the mechanical parts of the door and operator, set the power limit as
sensitively as possible - on no account exeed 150 N (approx. 15 kg.)
"OPEN" direction "CLOSE" direction
The power limits are now set.
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15
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15a
t
n
aMar
ec
t
n
aMar
ec
Press button "P" for 2 seconds
"F" is displayed
LED lights up
LED flashes
Page 20
Programming the receiver (only with electronic aerial)
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15d
Operate the hand transmitter
Display "-"
Receiver coding is stored
(only with electronic aerial)
Multi-channel hand transmitter:
Press any button.
Press button "P" only with autom. timed return
Press button "P"
LED lights up
Programming is completed.
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