Tiso Gate-GS User manual

1
“TiSO-PRODUCTION” LTD
WAIST-HIGH TURNSTILE
SERVO-OPERATED SWING GATE
Gate-GS
Gate-GSH
Gate-TS
Gate-TTS
OPERATION MANUAL
AUIA.203 OM (rev.1.2.2)
UKRAINE
2023

Operation Manual 2
CONTENTS
INTRODUCTION.........................................................................................................................................................3
1. DESCRIPTION AND OPERATION ...............................................................................................................5
1.1 General Information and Purpose...................................................................................................................5
1.2 Specifications.................................................................................................................................................7
1.3 Configuration and Scope of Delivery .............................................................................................................7
1.4 Design and operation......................................................................................................................................9
1.5 Instrumentation, tools and accessories..........................................................................................................11
1.6 Description and operation of controllers as a component of the turnstile.....................................................11
2 INTENDED USE .....................................................................................................................................................14
2.1 Operation restrictions....................................................................................................................................14
2.2 Layout and installation..................................................................................................................................15
2.3 Preparation for use........................................................................................................................................20
2.4 Contingency actions......................................................................................................................................22
3 MAINTENANCE.....................................................................................................................................................22
3.1 General guidelines ........................................................................................................................................22
3.2 Safety Measures............................................................................................................................................23
3.3 Maintenance procedure.................................................................................................................................23
4 ROUTINE MAINTENANCE ..................................................................................................................................24
4.1 General guidelines ........................................................................................................................................24
4.2 Possible malfunctions ...................................................................................................................................24
4.3 Postrepair checkout......................................................................................................................................24
5 TRANSPORTATION AND STORAGE .................................................................................................................24
5.1 Turnstile storage ...........................................................................................................................................24
5.2 Turnstile transportation.................................................................................................................................24
6 DISPOSAL...............................................................................................................................................................25
Annex А.1(mandatory) Overall and installation dimensions of “Gate-GS” type turnstile.........................................26
Annex А.2(mandatory) Overall and installation dimensions of “Gate-GSH”type turnstile......................................27
Annex А.3(mandatory) Overall and installation dimensions of “Gate-TS”type turnstile .........................................28
Annex А.4(mandatory) Overall and installation dimensions of “Gate-TTS” type turnstile.......................................29
Annex B (mandatory) Control desk and connection diagram .....................................................................................30
Annex C (mandatory) Wiring diagram of Swing Gate type turnstile..........................................................................32
Annex D.1(mandatory) Wiring diagram of turnstile connection to access control system (ACS)..............................33
Annex D.2(mandatory) Wiring diagram of one turnstile connection to fire alarm system (FAS)...............................34
Annex D.3(mandatory) Wiring diagram of two turnstiles connection to fire alarm system (FAS).............................35
Annex D.4(mandatory) Wiring diagram of two turnstiles connection to fire alarm system (FAS).............................36
Annex D.5(mandatory) Wiring diagram of turnstile connection to control panel.......................................................37

Operation Manual 3
INTRODUCTION
This Operation Manual (hereinafter referred to as OM) covers the servo-operated waist-high
turnstile of swing gate type (hereinafter referred to as the "turnstile"). The Operation Manual
contains information about design, specifications, installation for proper operation and
maintenance of the turnstile.
This Operation Manual is prepared in compliance with the specification requirements of ТU
U 28.9-32421280-005:2018.
The turnstile shall be serviced only by the qualified staff having the relevant class of permit
to work with electrical facilities with voltage up to 1000V and scrutinizing this Operation Manual,
obtaining safety instructions and trained for operation and maintenance of the turnstile.
Reliability and durability of the turnstile operation is provided with observation of modes
and conditions of transportation, storage, installation and operation. So, fulfillment of all
requirements specified in this document is mandatory.
Due to regular improvement of the product its design can be modified without degradation
of the product features and quality not covered by this Operation Manual.
Depending on the purpose and design features of the turnstile, the following pattern of
reference designation is accepted:
T3.КХХ.X D
Waist-high turnstile
Swing Gate
K
D
with leaf rotation
to both sides
Servo-operated,
with stainless
steel leaf
СН
K
Painted housing
P
Polished stainless steel
Servo-operated,
with glass
leaf
СС
S
Brushed stainless steel
Example of reference designation of the servo-operated waist-high turnstile of swing gate
type made of brushed stainless steel when the turnstile T3.КСС.PD TU U 28.9-32421280-
005:2018 is ordered.

Operation Manual 4
WARNINGS TO THE CUSTOMER
ON SAFE OPERATION OF THE TURNSTILE
These warnings are designed for ensuring of safety during operation of the turnstile to prevent
violation of safety characteristics by improper installation or operation. These warnings are aimed at
drawing attention of the customer to safety problems
.
GENERAL WARNINGS
The Operation Manual is an integral part of the product and it shall be handed over to the
customer. The OM shall be kept for later use and consulted for clarifications if required. If the
turnstile is resold, handed over to another owner or transported to another place, make sure that
the OM is enclosed to the turnstile to be used by new owner and/or maintenance staff during
installation and/or operation.
Safety measures and requirements specified in this in this OM must be observed:
–the turnstile must be connected to ground loop prior to operation;
–the turnstile should be connected to AC network with parameters specified in paragraph
1.2 "Specifications";
–іnspection, adjustment and repair should be performed only after the turnstile is
deenergized.
After purchasing of the turnstile it should be unpacked and its integrity should be checked.
In case of doubt in integrity of the turnstile it should not be used and the customer should refer to
the supplier or to the manufacturer.
Packing accessories (wooden pallet, nails, clips, polyethylene bags, cardboard etc.) as
potential sources of hazard must be removed to unacceptable place prior to proper use of the
turnstile.
As electric shock protection device the turnstile is related to 01 protection class according to
GOST (State Standard) 12.2.007.0-75 and is not intended for operation in explosive and fire
hazardous areas by the "Rules for design of electrical installations".
Using of the turnstile for unintended purpose, improper installation, nonobservance of
conditions of transportation, storage, installation and operation, specified by this OM, may result
in damage to people, animals or property for which the manufacturer is not responsible.

Operation Manual 5
1. DESCRIPTION AND OPERATION
1.1 General Information and Purpose
1.1.1 Purpose:
The turnstile is designed for pedestrian movement control at access points of industrial
enterprises, banks, stadiums, administrative facilities etc. controlled by access control system
(from proximity card readers) or manually (from manual control panel).
The turnstile traffic flow capacity without personal identification is at least 20 persons per
minute in one direction.
1.1.2 The turnstile dimensions and weight correspond to the values specified in Table 1
Table 1
Model
Designation
Designation
of
modification
Access way
width
Dimensions, mm
Max.
weigh, kg
Height
Length
Width
Gate-TS
AUIA.203-01
Т3.KСН.SD
Т3.KСН.PD
Т3.KСН.KD
650
1000
225
815
41
900
1065
42
Gate-TTS
AUIA.203-02
700 -1050
1000
225
865-1215
42
Gate-GS
AUIA.203
Т3.KСC.SD
Т3.KСC.PD
Т3.KСC.KD
650
1000
225
815
45
900
1065
48
Gate-GSH
AUIA.203-03
650
1500
225
815
52
900
1065
58

Operation Manual 6
1.1.3 The operation condition parameters according to GOST 15150-69 for climatic
modification NF4 are specified in Table 2.
Operation conditions
Parameter value
Ambient temperature
+ 1 to + 40 °С
Relative humidity
80 % at 20 ºС (non-condensing)
Ambient temperature
allowable pressure
84 to 106,7kPa
Transportation temperature
range
- 40 to + 50 °С
Storage temperature range
- 5 to + 40 °С
Group of mechanical
application
L3
Altitude above sea level
up to 2000m
Environment
Explosion-proof, does not contain current-conducting dust,
aggressive gases and vapours in concentration destroying
isolation and metals, disturbing normal operation of the
equipment installed in turnstiles
Installation site
In enclosed spaces in the absence of direct impact of
Fig. 1–Installation dimensions of the Swing Gate
type turnstile

Operation Manual 7
precipitations and solar radiation
Operating position
Vertical, deviation from vertical position no more than 1º to any
side is tolerated
1.1.5 Reliability indices:
 mean time to repair (without delivery time of spare parts, tools and accessories) – at most
6 hours;
mean time to failure – at least 5 000 000 accesses;
mean service life between overhauls – at least 10 years.
1.2 Specifications
The key parameters of the turnstile are specified in Table 3. Table 3
Parameter description
Parameter
Minimum traffic flow capacity in free access mode
60 man/min.
Opening time
2-5 s
Maximum access way width
- narrow leaf
- wide leaf
- telescopic leaf
650 mm
900 mm
700-1050 mm
Maximum access way width
100 240V
~ 50/60Hz
–AC power supply (primary)
–DC power supply (secondary)
12W
Maximum power consumption
55W
Index of protection according to EN 60529
IP41
1.3 Configuration and Scope of Delivery
1.3.1 The swing gate type waist-high turnstile design includes the following key devices
and components:
–housing;
–leaf;
–actuator;
–control unit;
The turnstile also includes control panel.
Design, overall and installation dimensions of the turnstile are shown in Annex A.
The turnstile modification is based on the leaf material
1) stainless steel leaf (reference designation T3.КCН.XD);
2) glass leaf (reference designation T3.КСС.XD).
The turnstile modifications are manufactured from:
– brushed stainless steel (reference designation T3.КXХ.SD).
– polished stainless steel (reference designation T3.КXХ.РD).
– carbon steel subject to painting (reference designation T3.КXХ.КD);

Operation Manual 8
“Gate-GS”* “Gate-TS”*
* The design of the turnstiles “Gate-GSH” and “Gate TTS” is the same as the design of the turnstiles
“Gate-GS” and “Gate-TS”
Legend:
1,2. - Base and assembly mechanism;
3. - Housing;
4. - Lid;
5. - Glass leaf or Stainless steel tubular leaf;
6. - Actuator and control unit;
7. –Glass holder or place for leaf fixation
Fig.2 - Design of the single turnstile “Gate-GS” and “Gate-TS”
Leaf options for gates АUIA.203:
«Gate GS»
Glass leaf
«Gate GSH»
High glass leaf
«Gate TS»
Stainless steel tubular
leaf
«Gate TTS»
Telescopic stainless
steel tubular leaf
Fig. 3–Leaf options “Gate” АUIA.203
1.3.2 Scope of Delivery
The turnstile is delivered by one package.
1.3.3 Design, overall and installation dimensions of the turnstile are shown in Annex А.

Operation Manual 9
1.3.4 The turnstile material of manufacture is carbon steel subject to painting, brushed
stainless steel or polished stainless steel.
1.4 Design and operation
1.4.1 General appearance of the turnstile
1.4.1.1 The swing gate consists of assembly mechanism 2 with fixed base 1. (Fig.4).
Housing 3 with leaf 5 from glass or tube is installed on the top of assembly mechanism 2.
1.4.1.2 On top of the turnstile housing 3, a lid 4 is installed with a welded screw, which is
screwed into the turnstile assembly mechanism 2, fixing the main elements of the gate.
1.4.1.3 Control unit and actuator 6 are located at the bottom of the turnstile housing.
Leaf is automatically brought to initial position by means of servomotor after each turnstile access.
Housing is connected with control unit and actuator 6 by means of screw with washers, providing
rotation of leaf to both sides at the angle of 90°.
1.4.1.4 Control unit 6 is a metal box installed on assembly mechanism 2. Power supply unit
and card, on which controllers with electronic components and connectors for peripheral
connections are fixed inside control unit.
Control unit is designed for the turnstile energization and latching control.
1.4.1.5 Control panel is a small desktop device in plastic case and is designed for setting and
indication of operating modes when the turnstile is operated manually. Control panel and its
connection diagram are shown in Annex В.
1.4.2 Principle of operation
1.4.2.1 Turnstile operating modes:
1) to be opened in the direction “A” or “B”;
2) free access in the direction “A” or “B”
Switching of the turnstile operating modes is performed either by control panel or as part of
automated access control system (ACS) (by means of cards, badges etc.).
1.4.2.2 In the initial state, when the turnstile is energized, leaf is locked from rotation in both
directions by actuator.
After access permission command in one of directions is received:
–leaf is unlocked;
–servo drive rotates leaf to the angle of 90° in the appropriate direction;
–after access permission command is cancelled, servomotor brings leaf back to initial
position and it is locked from rotation in both directions.
More detailed description of the turnstile operating modes is given in section 1.8
"Description and operation of controller as a component of the turnstile”
1.4.2.3 12V DC power voltage is provided by power supply unit.
1.4.2.4 The turnstile wiring diagram is shown in Annex C.

Operation Manual 10
a) “ Gate TS” b) “Gate GS”
Legend:
1 –Base;
2 –Assembly mechanism;
3 –Housing;
4 –Lid with screw М12;
5 –Glass leaf or stainless steel tubular
leaf;
6 –Actuator and control unit;
7 –Screws М16х22 -2 pcs.(for stainless steel tubular leaf)
or countersunk screws А2 М6х16-4pcs. with spring and
flat washer (for glass leaf)
8 –Anchor М12;
9 –Shaft of top support;
10 –Protective case of control unit;
11 –Screws of protective case;
Fig. 4 –Design of swing gate AUIA.203

Operation Manual 11
1.5 Instrumentation, tools and accessories
Dedicated tools are not required for installation of the turnstile (multi-purpose measurement
instrumentation and installation tools are sufficient (Fig. 6).
1.6 Description and operation of controllers as a component of the turnstile
1.6.1 Purpose of the turnstile controller РСВ.201.01.00.00
The controller is designed for acquisition of commands from external control devices
(control panel, access control system etc.) and generation of control signals for swing gate
motorized mechanism.
The controller is assembled on the (85 х 70mm) board, on which electronic components and
connectors for external connections are mounted.
13 light emitting diodes are installed on the controller board. Their purpose is as follows:
• 8 LEDs indicate condition of inputs “IN1» «IN8”.
• «POWER» LED indicates availability of supply voltage 5V.
• 4 LEDs indicate condition of outputs for connection of motor.
24 terminals are installed on board: 2 of them are designed for external connections, the
rest are designed for connection to the turnstile units or are standby.
1.6.2 Technical features
The controller technical features are shown in Table 4. Table 4
Parameter description
Parameter value
Number of inputs
2
Number of outputs
4
Type of input
logical
Type of output GRN1, RED1, GRN2, RED2
open collector
Logical «1» voltage
(3,7 5) V
Logical «0» voltage
(0 1,7) V
Peak voltage applied to inputs «IN1»÷ « IN8»
15 V
Peak voltage switched by outputs «GRN1», «RED1», «GRN2»,
«RED2»
30 V
Peak current switched by outputs «GRN1», «RED1», «GRN2»,
«RED2»
2 А
Peak voltage switched by outputs «-MG1», «-MG2»
50 V
Peak current switched by outputs «-MG1», «-MG2»
5 A
Peak voltage switched by outputs «MOT1», «MOT2»
27 V
Peak current switched by outputs «MOT1», «MOT2»
≤ 4 А
Controller supply voltage
(10 27) V
Consumption current when outputs «MOT1» and « MOT2» are OFF
≤0,15 А
Climatic modification and location category according to GOST 15150-69
NF4
1.6.3 Description of operation
The controller operates according to the program entered into memory of microprocessor.
Swing. The swing gate mechanism is controlled based on commands coming from external
devices (control panel, access control system etc.) and position of leaf based on the logic
downloaded into program. Control commands are generated to controller via logical inputs
«IN1», «IN2» and «IN3», «IN4» by means of closing them on «GND». Inputs «IN1» and
«IN3» are designed for opening of the turnstile in the direction “A” and Inputs «IN2» and
«IN4» are designed for opening of the turnstile in the direction “B”. The difference is that 4 sec.
closing delay is counted via inputs «IN1» and «IN2». That is in case of short time short-circuit of

Operation Manual 12
«IN1» or «IN2» on «GND», the turnstile will open completely and only after a lapse of time it will
start closing. There is no such delay via inputs «IN3» and «IN4», and the turnstile will start
closing at once from the moment of disappearance of input signal, even if the turnstile is not fully
opened. Normally opened contacts of buttons, relay contacts or outputs of open collector type can
be used for generation of control commands.
That is, in order to generate the command “TO BE OPENED IN THE DIRECTION “A” it is
necessary to connect input «IN1» (X1/1) to one of terminals "GND" (X1/9 X1/11), accordingly
for generation of command “TO BE OPENED IN THE DIRECTION “B” it is necessary to
connect input «IN2» (X1/2) to terminal "GND". After obtaining opening command the controller
deenergizes winding of solenoid, fixing leaf, connected to output “-MG2” (X2/7).
It results in that leaf will be unlock and can be freely rotated in any direction. After that
controller feeds current to motor winding via outputs “MOT1” and “MOT2” (X2/9 and X2/10). It
results in that leaf starts to rotate opening the access. During rotation of leaf controller reads actual
angle of rotation from position sensor rigidly connected to the swing gate leaf. Sensor signals
come to inputs «IN5», «IN6», «IN8» (X1/5, X1/6, X1/8). Rotation speed signal from the relevant
sensor come to the controller input «IN7» (X1/7).
Besides motor current is constantly measured and is limited, if necessary. After leaf reaches
the definite angle, the controller switches motor to braking mode to prevent impact of leaf about
rotation limiter. As soon as leaf rests against limiter, controller feeds little current to motor to hold
leaf in open position. Now access opening procedure is finished.
In this state the swing gate will remain until the relevant “TO BE OPENED” command is
active.
The controller appearance is shown in Figure 5.
Fig. 5 – Appearance, overall and connection dimensions of controller РСВ.201.01.00.00

Operation Manual 13
Closing procedure begins upon expiration of 4 sec. after connection of input “IN1” or “IN2”
with “GND” is open. In order to close the turnstile the controller actuates motor, having changed
current polarity via it, that leads to rotation of leaf in opposite direction. In this case angle of leaf
rotation and motor speed are controlled. When leaf approaches to fixation point in closed position,
the controller reduces revolutions of motor. Then when leaf reached initial position, it feeds
current to the solenoid, which fixes leaf, via input «-MG2» (X2/7). It results in complete stopping
and locking of leaf in initial position. Now access closing procedure is completed.
The controller’s contacts designed for connection of peripherals are specified in Table 5.
Table 5
Conne
ctor /
Conta
ct No
Design
ation
Direction
Purpose
Signal parameters and
description
1
2
3
4
5
X1/1
IN1
ENTRY
Command “ TO BE OPENED
IN THE DIRECTION А” (with
4 sec. closing delay)
1) logical «0»
(0 1,7) V;
2) logical «1» (3,7 5)V;
3) active level of signal –
logical «0»;
4) voltage on open input
≤ 5 V
X1/2
IN2
ENTRY
Command “ TO BE OPENED
IN THE DIRECTION B”
(with 4 sec. closing delay)
X1/3
IN3
ENTRY
Not applicable
X1/4
IN4
ENTRY
Not applicable
X1/5
IN5
ENTRY
To be connected to position
sensor
X1/6
IN6
ENTRY
X1/7
IN7
ENTRY
To be connected to speed sensor
X1/8
IN8
ENTRY
To be connected to position
sensor
X1/9
GND
“-” power supply (common
wire)
X1/10
GND
X1/11
GND
X1/12
+5 В
EXIT
Not applicable
X2/1
GRN1
EXIT
To be connected to green LED
display of the direction “А”
X2/2
RED1
EXIT
To be connected to red LED
display of the direction “А”
X2/3
GRN2
EXIT
To be connected to green LED
display of the direction “B”
X2/4
RED2
EXIT
To be connected to red LED
display of the direction “B”
X2/5
-MG1
EXIT
Connection of solenoid forcing
winding
1) type of output –open
collector;
2) peak voltage on
privacy key –50 V;
3) peak current of public
key –5 A
X2/6
+MG1
EXIT
Connection of solenoid forcing
winding (cathode of protective
diode)

Operation Manual 14
Continued table 5
1
2
3
4
5
X2/7
-MG2
EXIT
Not applicable
1) type of output –open
collector;
2) peak voltage on
privacy key –50 V;
3) peak current of public
key –5 A
X2/8
+MG2
EXIT
X2/9
MOT1
EXIT
Motor connection
1) voltage
(10 ÷ 27) V;
2) current ≤ 4 А
X2/10
MOT2
EXIT
X2/11
GND
«-» power supply (common
wire)
X2/12
+24 В
ENTRY
«+» power supply
(controller energization)
1) voltage
(10 27)V;
2) current ≤ 4 А.
2 INTENDED USE
2.1 Operation restrictions
2.1.1 The turnstile must be used in the environment specified in p. 1.1.5 of this
document subject to the specifications listed in section 1.2.
IT IS FORBIDDEN:
1) TO MISUSE THE TURNSTILE (See section 1 "DESCRIPTION AND
OPERATION");
2) TO USE THE TURNSTILE UNEARTHED;
3) TO USE HEATING PIPES AND RADIATIONS AS WELL AS PIPES OF
CENTRAL WATER SUPPLY FOR EARTHING;
4) TO REPAIR AND ADJUST WITHOUT DEENERGIZATION;
5) TO RELOCATE THE OBJECTS EXCEEDING THE PASSAGEWAY
WIDTH THROUGH THE TURNSTILE ACCESS AREA;
6) TO JERK AND IMPACT BARRIER RODS, LED DISPLAY OR OTHER
PARTS THE PRODUCT, WHICH MAY CAUSE THEIR MECHANICAL
DAMAGE;
7) APPLY FORCE ON LEAVES MORE THAN 400 Н (40 KG) IN “LOCK OF
ACCESS" MODE.
2.1.2 It is forbidden to use the turnstile:
–at the presence of mechanical rattle in movable parts of the turnstile;
–when metalwork of the turnstile and its components and accessories are mechanically
damaged.
2.1.3 List of special operation conditions
Mean time of the turnstile access (in single access mode) equals to 2-5 sec.
The turnstile’s mechanism allows emergency access by means of antipanic device.
The force applied by accessory to barrier rod should not exceed 400 N.
Escape door, portal or pedestrian gate can be installed near the turnstile to increase the
turnstile traffic flow capacity in case of emergency.

Operation Manual 15
IMPORTANT: MANUFACTURER WARNS OF THE NECESSITY TO
KEEP SEALS OF THE MANUFACTURER ON THE TURNSTILE’S
COMPONENTS!
2.2 Layout and installation
2.2.1 The turnstile and components of scope of supply to be delivered to installation site in
factory packing. The turnstile to be unpacked only on installation site.
2.2.2 Preparation of the turnstile for installation (dismounting) and commissioning to be
performed according to this OM with mandatory observation of safety measures specified in p. 2.1
and general electrical safety code.
WARNING:
The turnstile damages occurred during transportation are not covered by the
manufacturer's warranty liabilities.
2.2.3 Safety Measures:
Installation to be performed only by the persons briefed on safety and studied this
manual;
Only serviceable tools to be used during installation of the turnstile;
Connection of all cables to be performed only when power supply is OFF;
Cables to be laid in compliance with electric code;
The turnstile to be installed by at least 2 installers.
2.2.4 Tools and accessories to be used (Fig.6):
puncher;
concrete drills;
(according to diameter of anchors included in the turnstile scope of delivery;
extension cord;
kit of end;
and pin wrenches;
kit of hexagons;
kit of screwdrivers;
hammer;
multimeter (tester);
measuring tape;
marker;
pliers, side cutters;
builder's level.
2.2.5 Turnstile layout options
Fig. 6- Tools and accessories for layout and installation

Operation Manual 16
Fig. 7 –Turnstile layout options

Operation Manual 17
2.2.6 Installation procedure
The turnstile installation procedure is as follows:
1) The package integrity to be checked prior to unpacking. If package is damaged, then
damages to be fixed (picture to be taken, damage report to be made).
2) The turnstile to be unpacked and inspected for defects and damages as well as
completeness to be checked according to the turnstile technical passport;
WARNING:
When the turnstile damages are detected or in case of shortage of delivery,
installation work to be stopped and the turnstile supplier to be referred to.
3) Make sure that the turnstile installation area is ready as follows:
The installation site surface to be flat, hard and without defects (potholes, unevenness
etc.) and upright installation plus minus 1° to be provided;
Thickness of concrete blinding coat under site to be at least 150 mm.
4) The turnstile fixation holes to be marked on the area surface according to Figure 8. The
turnstile itself can be used as a template.
6) The relevant holes to be drilled on the surface according to the marking due to diameter
of anchors (12×120М10) for the turnstile fixation.
7) Anchor jackets to be inserted into the prepared holes.
Fig. 8 –Swing gate type turnstile installation marking
WARNING:
The turnstile is fixed by means of Redibolt (with jacket and screw) included in
the scope of delivery.
The turnstile installation and fixation to be performed only after all electric
cables are pulled.
8) The following cables to be run to the turnstile installation site:
Power supply cable 220 V ~;
Control panel connection cable;
Access Control System connection cables, if available
9) The length of cable free ends to be at least 1 m to provide their entry, termination and
connection to the relevant terminals in the turnstile post.
10) The cable outlet point to be aligned with the hole on the turnstile mounting plate.
11) The turnstile to be installed upright at the prepared location (Fig.9):

Operation Manual 18
1
3
4
5
2
4
Anchor M12
Cableinput
1
2
4
3
5
-Cables to be pulled through available
access holes in the turnstile post bottom
end part by tilting gate.
- Fixation holes at the turnstile bottom
plate to be aligned with prepared surface
holes.
- The turnstile to be fixed by means of
anchors included in the scope of
delivery.
- Install protective case of the control
unit on gate post assembly;
- Swing gate body to be joined with leaf:
а) The swing gate with glass leaf
to be attached by means of four countersunk
screws А2 М6х16 and and washers to glass
holder, that welded to the swing gate body.
b) The swing gate with stainless steel
tubular leaf to be attached by two screws
М16 х22 tightening them from inside.
- The swing gate with leaf to be installed
on assembly mechanism.
* The turnstile to be connected prior to
installation (See p.12 of section 2.2.6)
- Lid to be installed on housing of
assembled gate and screw it into the
assembly mechanism with a force of no
more than 2N×m, check the turnstile
operation.
* In case of difficult moving (rotation) of
the swing gate, the lid to be a little
loosened.
WARNING:
Leaf zero position marks to be taken into account on each assembly part for
correct installation of the gate and leaf direction.
Fig. 9 –Installation of swing gate type turnstile

Operation Manual 19
12) Turnstile connection:
a) Power supply cable
~220 V to be connected:
- Phase L to be connected
to the circuit breaker;
- Neutral (N) to be
connected to terminal
~220V (N);
- Earth (РЕ) to be
connected to earthing
terminal (РЕ).
b) Control panel cable to
be connected to terminals:
1- LED “Closed A”
2 - LED “Opened A”
3 –“Open A”
4 - +12 V
5 - GND - common wire of
control panel;
6 –“Open B”
7 - LED “Open B”
8 - LED “Closed B”
Fig. 10–Connection of gate
Connection diagram of the turnstile and control panel is shown Annex D6
WARNING:
During the turnstile installation it is necessary to take into account that leaf
to be located at a distance not more than 50-100 mm (fig.11) from passage way
creator (any surface perpendicular to leaf: enclosure module, wall etc.)
Terminals for connection of
communication cable and control
panel
Connection of power supply cable
Gate mechanism controller

Operation Manual 20
2.2.7 Leaf initial position setting
1. The initial position setting
button on the magnetic sensor board to
be pushed (2);
2. Leaf to be set in the required
initial position (mark on flange 1);
3. The button to be released (2);
4. After releasing the button on the
magnetic sensor board, the initial
position indication LED should light up
(see Fig.15);
5. The presence of signals for
changing rotation angle, speed and initial
position on controller PCB 201 to be
checked (Fig.14) –terminals: IN5, IN6,
IN7, IN8. When the leaf is turned:
- IN5, IN6 - should blink;
- IN7 - is lit brightly when leaf is
not turned or turned slowly. If leaf is
turned quickly then brightness will be
reduced;
- IN8 - to be lit only in the set
initial position;
6. The new initial position setting
is completed.
Fig. 12 –Leaf in initial position
*WARNING:
Please note that turnstile may have a tolerance for leaf positioning of ±3 
Fig. 11 –Leaf in initial position