PERCo TTD-12A Installation and operating instructions

TTD-12A
Motorized box tripod turnstile with automatic
anti-panic folding arms and capability of additional
equipment installation
ASSEMBLY AND OPERATION MANUAL

TTD-12A Motorized Box Tripod Turnstile
1
CONTENTS
1APPLICATION .......................................................................................................................2
2OPERATING CONDITIONS ..................................................................................................2
3TECHNICAL SPECIFICATIONS ............................................................................................3
4DELIVERY SET .....................................................................................................................4
4.1 Standard delivery set....................................................................................................... 4
4.2 Additional equipment supplied on request ....................................................................... 5
5DESIGN AND OPERATION................................................................................................... 5
5.1 Main features................................................................................................................... 5
5.2 Design ............................................................................................................................. 6
5.2.1 Main housing............................................................................................................7
5.2.2 Side modules ...........................................................................................................7
5.2.3 Indication blocks.......................................................................................................7
5.2.4 RC-panel..................................................................................................................8
5.2.5 Interface board.........................................................................................................9
5.2.6 Control signals .......................................................................................................11
5.2.7 Control modes........................................................................................................12
5.2.8 Turnstile operation algorithm .................................................................................. 13
5.3 Operation contingencies and response.......................................................................... 13
5.4 Control devices of the turnstile....................................................................................... 15
5.4.1 RC-panel connection.............................................................................................. 15
5.4.2 Fire Alarm emergency unblocking device ............................................................... 16
5.4.3 Control of the turnstile in ACS ................................................................................ 16
5.5 Additional devices connectable to the turnstile .............................................................. 17
5.5.1 Relay outputs .........................................................................................................17
5.5.2 Intrusion detector and siren .................................................................................... 18
5.5.3 Remote indicators ..................................................................................................18
5.6 Operation contingencies and response.......................................................................... 19
6MARKING AND PACKAGING ............................................................................................. 19
7SAFETY REQUIREMENTS ................................................................................................. 20
7.1 Installation safety requirements ..................................................................................... 20
7.2 Operation safety requirements....................................................................................... 20
8INSTALLATION ...................................................................................................................20
8.1 Installation details .......................................................................................................... 20
8.2 Installation tools............................................................................................................. 21
8.3 Length of cables ............................................................................................................ 21
8.4 Connection layout of the turnstile and additional equipment .......................................... 22
8.5 Installation sequence..................................................................................................... 26
9OPERATION INSTRUCTIONS ............................................................................................ 30
9.1 Power-up....................................................................................................................... 30
9.2 Pulse control mode........................................................................................................ 30
9.3 Potential control mode................................................................................................... 31
9.4 Algorithm of the card capture reader operation.............................................................. 32
9.5 Removal and installation of the card reader container ................................................... 33
10 ACTIONS IN EMERGENCY ................................................................................................ 33
11 TROUBLESHOOTING.........................................................................................................33
12 MAINTENANCE................................................................................................................... 34
13 TRANSPORTATION AND STORAGE ................................................................................. 35
Appendix 1. Design of different types of turnstile side covers..................................................... 35
Appendix 2. Algorithm of issuing command at pulse control mode............................................. 38
Appendix 3. Algorithm of issuing command at potential control mode........................................ 39
Appendix 4. Configuring PERCo ACS controller for operation with the card capture reader....... 40

Assembly and Operation Manual
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Dear Customer!
Thank you for purchasing PERCo product. Please follow instructions given in this Manual
carefully and this high-quality product will provide many years of trouble-free use.
Assembly and operation manual for the TTD-12A motorized box tripod turnstile with
automatic anti-panic arms and capability of additional equipment installation (hereinafter –
the Manual) contains data on transportation, storage, installation, operation and maintenance of
the product. Installation of the product must be carried out by qualified installers in strict
accordance to this Manual.
Abbreviations:
ACS – access control system;
RC-panel – remote control panel;
WRC – wireless remote control.
1 APPLICATION
The TTD-12A motorized box tripod turnstile with automatic anti-panic folding arms and
capability of additional equipment installation (hereinafter – the turnstile)is designed for the
organization of a double-sided access point to the controlled area. The motor drive provides a
convenient passage through the turnstile due to the automatic rotation of the barrier arms. Also,
the turnstile provides the quick opening of the passage zone in emergencies (the function of
automatic “anti-panic”).
A distinctive feature of this product is its modular design, which makes it possible to integrate a
wide range of additional equipment into the turnstile: card capture readers, proximity card readers,
biometric readers, barcode readers, etc.
A standard version of the TTD-12AB turnstile is designed for embedding most types of additional
equipment. Besides, there is a version with a built-in card capture reader TTD-12AC1.
The turnstile housing is made of stainless steel. Outdoor application is allowed (in standard version
TTD-12AB).
It is recommended to determine the number of turnstiles required to ensure fast and convenient
passage of people based on the throughput rate of the turnstile specified in Section 3. The
manufacturer recommends installing one turnstile for every 500 people working in one shift or
based on the peak load of 30 people per minute.
2 OPERATING CONDITIONS
The turnstile with regard to resistance to environmental exposure complies with GOST 15150-69,
category N1 (for an outdoor application).
Operation of the turnstile of the TTD-12AB standard version (without a card capture reader) is
allowed at ambient air temperature from –40°C to +50°C (when installed under the canopy + 55°C)
and relative air humidity of up to 90% at +30°C.
The TTD-12AC version with the built-in card capture reader can be operated indoors at ambient air
temperature from +1°C to +55°C and at relative air humidity up to 95 % at + 25°C.
Attention!
When installing other additional equipment, the installer must consider
the operating
conditions of the installed equipment.
The RC-panel, included in the standard delivery set, with regard to resistance to environmental
exposure complies with GOST15150-69, category NF4 (operation in rooms with climate control).
Operation of the RC-panel is allowed at ambient air temperature from +1°C to +40°C and at
relative air humidity of up to 80% at + 25°C.
1Attention!
RFID-reader for proximity cards is not included in the set of built-in card capture reader, it should be
purchased and installed by the customer himself inside the turnstile side module on a special bracket.

TTD-12A Motorized Box Tripod Turnstile
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3 TECHNICAL SPECIFICATIONS
Operating voltage........................................................................................................... 22÷29 VDC
Current consumption ...................................................................................................... max 5.5 A1
Power consumption ........................................................................................................ 15÷130 W2
Throughput rate in the single passage mode ......................................................... 30 persons / min
Throughput rate in the free passage mode ............................................................ 60 persons / min
Passageway width .............................................................................................................. 560 mm
Barrier arm rotation force ................................................................................................ max. 3 kgf
RC-panel cable length ........................................................................................................... 6.6 m3
Card container capacity4................................................................................................... 350 cards
Ingress Protection Rating (EN 60529):
standard version TTD-12AB................................................................................................. IP55
with built-in card capture reader TTD-12AC ......................................................................... IP41
Electric shock protection class .................................................................................. III (IEC 61140)
Mean time to failure ................................................................................... min 3,000,000 passages
Mean lifetime ........................................................................................................................ 8 years
Overall dimensions (L × W × H) 5
with barrier arm lowered ............................................................................. 1361×240×1024 mm
with barrier arm raised................................................................................. 1361×750×1024 mm
Turnstile net weight....................................................................................................... max. 100 kg
Figure 1. Overall dimensions of the TTD-12A turnstile
1As a power supply of the turnstile, the manufacturer recommends using power supplies with an output voltage of
24VDC and a maximum load current of at least 6.5 A, excluding the consumption of additional equipment.
2The power consumption of the turnstile can reach 130 W at maximum current consumption during the first 5
seconds after the power is turned on or the Fire Alarm is cleared. The rest of the time, the power consumption of
the product does not exceed 15 watts.
3Maximum allowable cable length of the RC panel is 40 m (supplied upon request).
4For turnstile version with a built-in card capture reader TTD-12AC.
5Overall dimensions are shown in Fig. 1.

Assembly and Operation Manual
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4 DELIVERY SET
4.1 Standard delivery set
Box 1. TTD-12A main housing
Turnstile housing and base assembled .......................................................................................... 1
Main cover lock key ...................................................................................................................... 2
RC-panel with cable ...................................................................................................................... 1
Surge protector (LC filter)1............................................................................................................. 1
Installation tools:
M5×12 screw.............................................................................................................................. 4
Spring washer (5) ...................................................................................................................... 4
Enlarged flat washer (5) ............................................................................................................. 4
Self-adhesive cable tie mount.................................................................................................... 3
Non-releasable tie 100 mm ....................................................................................................... 6
Self-adhesive PCB pillars ......................................................................................................... 4
Technical documentation:
Certificate ................................................................................................................................. 1
Assembly and operation manual ............................................................................................... 1
Box 2. Side modules
TTD-12AB (standard version):
Standard side module, right .......................................................................................................... 1
Standard side module, left ............................................................................................................ 1
Installation tools:
Sealing rubber profile ................................................................................................................ 2
TTD-12AC (with a built-in card capture reader):
Side module with built-in card capture reader, right ....................................................................... 1
Key of the container of the card capture reader ............................................................................. 2
Standard side module, left ............................................................................................................. 1
In separate packings:
C-10 side covers with installation kit....................................................................................... 2 or 12
Attention!
Side covers are separate items in the price list and are purchased separately. T
he type of
cover is chosen by the customer when ordering the turnstile.
Types of side covers and
their application are shown in Table 1. Design and dimensions of different types of covers -
see Appendix 1.
Table 1. Types and application of serially produced side covers for TTD-12A turnstiles
Type
Design
Application
C-10B
from stainless steel
without additional functions
C-10R
with a window from radio-
transparent material
for built-in RFID-reader installation
C-10P.1
with a pole and a window made of
radio-transparent material
for installing the built-in RFID reader and BS10,
BS11 brackets for additional equipment
C-10P.2
with a pole and a window made of
radio-transparent material
for installing the built-in RFID reader and BS7, BS8,
BS9, BS14 brackets for additional equipment
C-10Q.1
from stainless steel with a window
for installing Mertech T7821 P2D barcode scanner
C-10F.1
with a bracket
for installing the CL15 biometric controller
C-10F
with a bracket
for a third-party fingerprint scanner
1The network LC filter is designed to suppress HF interference in the turnstile power cable, which can affect
the operation of electronic devices, which control lines are laid together with the turnstile power cable.
2For the TTD-12AC version, only one side cover is supplied separately. The C-10RC side cover with card
reception slot is already installed in the side module with a built-in capture reader.

TTD-12A Motorized Box Tripod Turnstile
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Attention!
C-10P.1 and C-10P.2
side covers differ in rack height and are selected based on the
equipment that needs to be installed on it. Cover C-10P.1
is used for the installation of face
recognition terminals (hereinafter referred to as FRT) "Suprema FaceStation 2
" or
"Suprema FaceLite", C-10P.2 cover is used for installation of other FRTs.
Be sure to purchase a rack mount bracket that matches the product you are installing.
A
list of bracket types can be found on the www.perco.com website.
4.2 Additional equipment supplied on request 1
WRC kit3........................................................................................................................................ 1
Anchor M10 with bolt and washers................................................................................................. 4
5 DESIGN AND OPERATION
5.1 Main features
•The turnstile is designed for indoor and outdoor operation (see Sect. 2). The turnstile housing is
made from high-quality stainless steel.
•The turnstile can operate as an operating device as a part of the ACS or as a standalone unit
operated from the RC-panel or WRC.
•It is possible to install into the turnstile a wide range of additional equipment using special side
turnstile modules and special side covers to integrate into the turnstile: proximity card readers,
biometric readers, barcode readers, etc.
•TheTTD-12ACturnstile model with a card capture reader is equipped with a mechanism for
withdrawing temporary access cards when passing through the turnstile and a container for
collecting them, as well as a bracket for installing a proximity card reader. The turnstile design
allows changing the location of the card capture reader to organize the passage with the
withdrawal of access cards in the desired direction. Access card readers are not included in the
standard delivery set of the turnstile.
•The turnstile is equipped with automatic anti-panic folding arms for emergency opening of the
passage. The barrier arm is set into a vertical position at a power loss or by the Fire Alarm
signal. The Fire Alarm signal can be sent from an emergency unblocking device or an
operator’s emergency button.
•The turnstile is equipped with an LED display installed on the top cover of the main housing to
display operation modes. Besides, the turnstile has extra indication of passage direction/ access
denial on its side modules.
•The turnstile has outputs for the connection of remote indicators.
•The turnstile has relay outputs for the connection of an intrusion detector and a siren.
•The turnstile supports two control modes: pulse and potential.
•The turnstile mechanism provides automatic barrier arm rotation to the initial position after each
pass.
•After the barrier arms are turned 60° or more, the reverse rotation is blocked.
•The rotor electric drive provides smooth and silent operation of the turnstile.
•The turnstile is supplied with safe 30V voltage.
•When several turnstiles are installed in a row, their posts form a passage zone, eliminating the
need to install additional railings.
1Technical specifications of additional equipment are given in the operational documentation supplied with
the specified equipment.
3The WRC kit includes a receiver connected to the turnstile control board and transmitters in the form of
keyfobs with a range of up to 40 m.

Assembly and Operation Manual
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5.2 Design
The design of the turnstile is shown in Fig. 2. Numbers correspond to Fig. 2.
Figure 2. TTD-12A turnstile design
1 – main housing; 2 – main cover; 3 – main cover indication block; 4 – cover lock; 5 – barrier arm;
6 – standard side modules; 7 – side blocks of constant indication of the passage direction / denial;
8 – side covers1; 9 – power supply cable2; 10 – RC-panel with cable; 11– additional device cable2;
12 – emergency unblocking device2 cable; 13 – side module with a built-in card capture reader;
14 – card container cover; 15 – lock of card container; 16 –C-10RC cover with a slot for cards
1The design and application of various types of side covers, see Table 1 and Appendix 1.
2Not included in the standard delivery set.

TTD-12A Motorized Box Tripod Turnstile
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The turnstile comprises a turnstile housing (1), a hub with three barrier arms (5), a main cover (2) with
an indication block (3) and a lock (4), two side modules with side indication blocks (6 for TTD-12AB,
and 6 and 13 for TTD-12AC) (constant indication of passage direction / access denial (7)) and with
side covers (8), and a RC-panel (10). Fastening of barrier arms to the hub is hinged. The turnstile
housing is fixed to the floor with 4 anchor bolts through holes in the turnstile housing base.
5.2.1 Main housing
Internal elements of the turnstile housing are accessed through the removable main cover (2). The
main cover is fixed to the housing with a lock (4). While the turnstile is running, the main cover
should be locked.Under the main cover, there is a bracket with an interface board and XTU1 and
XTU2 remote terminal blocks (see Fig. 19). The indication block (3) is also integrated into the
turnstile main cover and is connected to the control board with the cover indication cable via the
XTU3 terminal block.
The turnstile operating mechanism consists of a control board (located under the bracket with the
interface board) and a rotation unit of the barrier arms.
The control board receives commands from the interface board and controls the operation of the
electric motor, the operation of the blocking device, the automatic "anti-panic" device.
Rotary group consists of (see Fig. 22):
•drive assembled with electric motor and hub position sensor board;
•electromechanical blocking device with optical sensors;
•emergency unblocking device (Fire Alarm), anti-panic function of automatic arm folding.
5.2.2 Side modules
The customer can choose one of the turnstile versions. Various versions, differing in the design of
the side modules (6, 13, 17) with / without a built-in card capture reader / coin acceptor, are shown
in Fig. 2. Side modules are rigidly fixed to the main housing (1). Side covers (8) are installed on top
of the side modules, which can have different functions according to their type (see Table 1).
Blocks of constant indication of the direction of passage / prohibition of passage are situated on the
side modules of the turnstile (see Fig. 4). Access to the four holes in the base of the housing for
fixing the turnstile to the mounting surface is provided when removing the side modules.
Side module with a built-in card capture reader
The side module (13) has a built-in card capture reader mechanism with the PA-460 control board
installed. In the side module under the cover (14), which is fixed in the locked position by the lock
(15), there is a card collector with the function of signalization about its filling. The side module is
equipped with a side cover (16) with a slot for capturing access cards (the possibility of replacing
this cover with a side cover of another type is not foreseen by the manufacturer). The receiving slot
has an LED backlight. Inside the module, there is a special bracket for installing a proximity card
reader (the reader is purchased separately). When installing the reader on the bracket, the ID will
be read from the card when the card is located in the receiving slot of the card capture reader. The
use of the card capture reader is possible only as part of the ACS. The connection layout is shown
in Fig. 17.
5.2.3 Indication blocks
The main cover indication block (3) is located in the main housing main cover and informs about
the current state and a set operation mode of the turnstile (see Fig. 2, 3). The indication block has
3 mnemonic indicators:
–
indicator of passage permission
indicator of one of passage direction (green arrow)
–
indicator
of passage denial (red cross)
–
indicator of passage permission
indicator of the other passage direction (green arrow)
Figure 3. Main cover indication block

Assembly and Operation Manual
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Constant indication block (7) is designed for showing passage direction / denial through the
turnstile. It displays the constant indication (white arrow or red cross):
–
indicator of passage denial
in this direction (red cross)
–
indicator, showing the passage direction (white arrow)
Figure 4. Side indication block passage direction / passage denial
The type of the constant indication (arrow or cross) is selected when installing the turnstile with the
CROSS / ARROW jumper (see Fig. 5), located in the side indication block of the side module next
to the indication cable connector.
To access the CROSS / ARROW jumper, remove the side module (see Fig. 19), and open the
cover of the container with the key in the side module with built-in card capture reader.
To switch off the constant indication, remove the jumper. To select the indication ARROW, install
the jumper to the ARROW position, to select the indication CROSS - to the CROSS position. By
default, the jumper is in the ARROW position.
Figure 5. Side indication block (view from inside the side module)
1 – jumper CROSS / ARROW, 2 – side module indication cable
5.2.4 RC-panel
The RC-panel is designed as a small desktop device with a shockproof ABS plastic case and is
intended for setting and indicating operation modes when the turnstile is operated manually. The
RC-panel overall view (Fig. 6).
There are three control buttons on the RC front panel intended for setting the turnstile operating
modes. The middle button on the RC-panel (hereinafter — the STOP button) is intended to set the
turnstile to the “Passage denial” mode. The left (LEFT) and the right (RIGHT) buttons are
intended to unlock the turnstile for passage in the chosen direction. Above the buttons, there are
LED indicators for the turnstile turning mechanism. The “Stop” red indicator indicates that both
passage directions are blocked. Available control commands and indications on the RC-panel for
pulse and potential control modes are given in the Tables 6 and 7.

TTD-12A Motorized Box Tripod Turnstile
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Figure 6. Overall view and dimensions of the RC-panel
1, 2, 3 – buttons LEFT, STOP, RIGHT for setting the control commands;
4, 6 – green indicators “Left”, “Right”; 5 – red indicator “Stop”
5.2.5 Interface board
The interface board processes the incoming commands (monitors the state of L, ST, R,and FA
(Fire Alarm) contacts,reads information from the intrusion detector (DKZP1 contact) and generates
commands to the control board (9), as well as signals for external devices: for indication on the
RC-panel (Led A, Led ST,and Led B), for the barrier arms rotation in the corresponding direction (
(Pass A and Pass B), for the alarm output A1–A2 (Alarm) and relays a signal about the current
state of the intrusion detector (DETECT).
Cables are connected to the interface board: a RC-panel / a WRC / an ACS controller, a device
that sends an emergency opening command (hereinafter the Fire Alarm device), remote indication
blocks and other additional equipment. The connection is made in accordance with the electrical
connection layout shown in Fig. 15.
The overview of the interface board is shown in Fig. 7.
Figure 7. Interface board
For convenience, the contacts for connecting the turnstile power supply are placed on the XTU1
terminal block, the connection to the turnstile indication units is carried out through the XTU2
terminal block, the blocks are located on the bracket of the interface board. The connection is
made in accordance with the connection diagram of the turnstile and additional equipment
(Fig. 16, 17). The turnstile is powered by the power cable (9).
Interface board elements:
•X1 (ACS) – terminal blocks for powering additional equipment (X1.1), connecting the siren
(X1.2) and the inputs of the ACS controller for PASS signals (X1.3);

Assembly and Operation Manual
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•X2 (RC) – terminal blocks for connecting the RC-panel, control outputs of the WRC or the ACS
controller (X2.1), as well as the Fire Alarm emergency unblocking device (X2.2);
•X3 (Light) – terminal blocks for connecting remote indicators ("open" / "closed", X3.1 - for
direction A, X3.2 - for direction B);
•X4-X6 (ADD) – terminal blocks for connecting additional equipment (X4 – for connecting the
intrusion detector, X5 – Ready and Detect signal outputs; X6 – low voltage alarm relay output
(low battery charge);
•X7 (CAN) – connector for connecting the communication cable to the control board;
•X8 (INDICATION) – connector for indication cable connection;
•XP1 – programming connector (not used during operation);
•XP2 (+12LED) – jumper indicating the operation of the relay outputs of the board (the jumper
is installed - the indication is on, removed - off);
•SA1 (SETUP) – a set of DIP switches:
SA1-1 – turnstile control mode selection: ON - pulse (set by default), OFF - potential,
SA1-2 – barrier arms turn force value selection:
−ON – hard (used when the turnstile operates in the transport infrastructure, on mobile
platforms, etc. to compensate for possible shaking and vibration of the turnstile arms),
−OFF – soft (used when the turnstile operates on fixed surfaces, indoors, offices, etc.) set
by default.
SA1-3,SA1-4 –not used during operation, must be in the OFF position.
•PWR – green LED indication for interface board power supply.
Table 2. Functions of the control board terminal block contacts
№
Contact
Function
X1 (ACS)
1
+12OUT
+12V power supply for additional equipment (siren)
2
GND
3
A1
“Alarm” relay output (siren connection)
4
A2
5
C
Common for PASS relay outputs
6
Pass A
PASS A relay output (passage in A direction)
7
Pass B
PASS B relay output (passage in B direction)
X2 (RC)
1
GND
Common
2
L
Control input - passage A granting
3
ST
Control input - passage denial
4
R
Control input - passage B granting
5
Led A
Passage A granting indication output on the RC-panel
6
Led ST
Passage denial indication output on the RC-panel
7
Led B
Passage B granting indication output on the RC-panel
8
Sound
RC-panel sound signal output
9
FA
Emergency passage unblocking control input
10
GND
X3 (LIGHT)
1
NO1
Normally open contact of the external Light A output
2
C1
Common contact of the external Light A output
3
NC1
Normally closed contact of the external Light A output
5
NO2
Normally open contact of the external Light B output
6
C2
Common contact of the external Light B output
7
NC2
Normally closed contact of the external Light B output

TTD-12A Motorized Box Tripod Turnstile
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№
Contact
Function
X4-X6 (ADD)
1
+12OUT
+12V output for optional equipment powering (intrusion detector)
2
DKZP1
Intrusion detector connection
3
DKZP2
4
GND
5
COM
Common for DETECT and READY signals
6
DETECT
Det Out relay output (intrusion detector state)
7
READY
Ready relay output (turnstile readiness)
8
LV1
The alarm relay output for low voltage (low battery)
9
LV2
XTU1 remote terminal block
1
+24V
Connecting an external power supply 24VDC
2
GND
1
+24V
Splitter for external power supply +24V for add. equipment
2
GND
XTU2 remote terminal block
1
+12V
Connecting the indication cable from the indication block of the main cover
(cable No.2)
2
R
3
GND
4
L
5
+7V
6
+7V
Connecting the cable from the right side indication block (cable No. 3.2)
7
+7V
Connecting the cable from the left side indication block (cable No. 3.1)
8
GND
Connecting the cable from the right side indication block (cable No. 3.2)
9
GND
Connecting the cable from the left side indication block (cable No. 3.1)
5.2.6 Control signals
The turnstile is controlled by applying a low-level signal relative to the GND contact to the L, ST,
and R contacts of the X2 terminal block of the interface board, while the control element can be a
normally open relay contact or a circuit with an open collector output (see Fig. 8 and 9).
The emergency opening of the turnstile is carried out by removing the low-level signal relative to
the GND contact from the FA contact of the X2 terminal block of the interface board, while the
control element can be a normally closed relay contact or a circuit with an open collector output. All
turnstile control commands received at other inputs are ignored (see Sect. 5.4.2).
When a low-level signal is applied to the FA input, the directions of the turnstile switch to the mode
according to the signal levels at the inputs L, R,and ST.
The fact of activation of the intrusion detector is monitored by removing a low-level signal from the
DKZP1 input of the interface board relative to the GND contact, while the control element can be a
normally closed relay contact or a circuit with an open collector output.
Note:
Use 1 kOhm resistors connected to + 3.3 V voltage plane to generate a high-
level signal on
all input contacts (L, ST, R, FA, and DKZP).
Control element is to provide the following characteristics of the signals:
control element – relay contact:
minimum commutation current...................................................................................... 2 mA
closed contact resistance (regarding connection cable resistance)................ max. 300 Ohm
control element – open collector output layout:
closed contact resistance (low level signal, on the control board input).............. max. 0.8 V

Assembly and Operation Manual
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Figure 8. ACS control elements – normally open relay contact
Figure 9. ACS control elements – open collector output layout
5.2.7 Control modes
There can be two control modes of the turnstile: pulse and potential. In both modes, turnstile is
controlled by sending commands (i.e. control signals combinations) on operational control inputs:
L, ST, and R and a special control input FA. Control command sending algorithm changes
depending on the chosen mode (Tables 6 and 7).
The control mode is determined by the DIP switch SA1-1 on the interface board. The connector
location is shown in Fig. 7. Switch position ON – pulse control mode, OFF - potential control mode.
Attention!
The switch positions can only be changed when the turnstile power is switched off.
Pulse control mode is used to control the turnstile with RC-panel, WRC, and CLB, outputs of
which support pulse control mode.
Control signal duration at sending control command to control inputs is to be not less than 100 ms.
The initial passage waiting time is 8 seconds and it is independent of control signal (pulse)
duration.
The turnstile operation description for this mode is given in Table 6. Control command sending
algorithm is given in Appendix 2.
Potential control mode is used to control the turnstile using the ACS controller, the outputs of
which support the potential control mode.
Control signal duration at sending control command to control inputs is to be not less than 100 ms.
The passage waiting period equals the control signal duration. i.e., if by the moment of passage
completion in the permitted direction, there is a low-level signal at the input of this direction, the
turnstile remains open in this direction.
The turnstile operation description for this mode is given in Table 7. Control command sending
algorithm is given in Appendix 3.
Sending a low-level signal to ST input, both directions are locked for signal duration time
independently of signal levels at Land Rinputs. When a low-level signal is removed from the ST
input, the directions switch to states according to the signal levels at the L and R inputs.
The turnstile operation at the special FA control input is described in Section 5.4.2.

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5.2.8 Turnstile operation algorithm
The turnstile operation algorithm in pulse control mode in case of a single passage in one of the
directions:
1. Turnstile initial position - the drive is turned off, passage denial indicator is on, when you try to
turn the barrier arms more than 5° in any direction, the blocking device locks the hub, an alarm
is turned on - passage through the turnstile is closed.
2. The command (combination of control signals) for single passage performance in one of the
directions is sent from the control device (RC-panel, WRC, ACS controller) to the interface
board inputs.
3. The microcontroller on the control board (9) processes the received combination of signals and
creates a command for the turnstile mechanism to open the passage in the desired direction
(blocking device opens).
4. The microcontroller monitors the state of the barrier arms hub rotation sensor and counts the
elapsed time since the button on the RC-panel, that corresponds to the passage permission in
the desired direction, was pressed.
5. When the user turns the barrier arms 10° in the authorized direction, the microcontroller sends
a signal to the drive to smoothly rotate the hub in the passage direction to the next initial
position, thereby providing a convenient passage in a set direction. When turning at an angle of
60°, the PASS A(B) signal is generated (the contacts PASS A (B) and Common are opened)
with a duration of 250 ms.
6. After turning the barrier arms 60°, the possibility of reverse rotation is blocked by both the
electric drive and blocking device - it is now possible to move forward to the next initial position
only.
7. In case of passage denial, i.e., if after 8 seconds from the moment of passage permission the
barrier arms were not rotated 60° or more, the microcontroller generates a command to the
control mechanism to block the further passage in this direction, while the drive will return the
barrier arms back to initial position.
8. When the barrier arms reach the initial position (120° rotation of the barrier arms or if the
passage is denied by 0°), the microcontroller enters the standby mode.
In the “Free passage ...” operating modes, the algorithm remains the same, except the turnstile is
not blocked at the end of the passage, but expects a new passage.
5.3 Operation contingencies and response
The turnstile is capable of providing information on the following operation contingencies:
1. Unauthorized access.
2. Passage delay for more than 10 sec.
3. Failure of the barrier arms rotation sensor.
4. Intrusion detector activation (Sect. 5.5.2).
5. Power failure (decrease below acceptable level).
In the cases 1-4, a special Alarm signal is generated by closing the A1 and A2 contacts of the X1
connector. The "Alarm" relay output signals parameters are specified in Sect. 5.5.1.
When eliminating the cause of the Alarm signal, the "Alarm" relay contacts open and the signal is
removed.
During operation, the microprocessor monitors the voltage supplied to the turnstile, and when the
voltage is reduced (less than 21.8V), the "Battery" relay contacts (LV1 and LV2 of X6 connector
block on the interface board (10) will be closed to each other, indicating a low supply voltage (low
battery). With a subsequent increase in voltage to 23.6V, the "Battery" relay contacts LV1 and LV2
will open, thus indicating a nominal supply voltage (battery charge). The parameters of the
“Battery” relay output signals are specified in Sect. 5.5.1.
In case of a voltage drop below the threshold value for switching off the electronics (17V), the
turnstile electronics will automatically disconnect from the power source. When voltage is restored
above the threshold for switching the electronics on (18V), the turnstile electronics will
automatically turn on.

Assembly and Operation Manual
14
1. In standby mode, the receiving slot of the card capture reader is constantly backlighted by the
built-in LED indicator. The access card identifier, inserted into the receiving slot, is read by the
integrated reader and sent for analysis to the external ACS controller.
2. If the presented card is an employee’s permanent card and does not require withdrawal, the
ACS controller allows the passage through the turnstile in the set direction (gives the
appropriate signal to the turnstile control mechanism). The shutter, blocking access to the card
collector, remains closed, preventing the accidental withdrawal of the card. The backlight of the
card slot remains constant.
3. If the presented card is a visitor’s temporary card and requires withdrawal, the ACS controller
sends a control signal to the input of the card capture reader control board "Withdraw card"
(INPUT contact of the XT1 connector, see Fig. 10). The backlight of the slot for receiving cards
will switch to flashing mode with a frequency of 2 times per second, indicating that the card is
subject to withdrawal.
4. If after this signal, the optical sensor detects the presence of a card in the receiving slot, then
the card capture reader electromagnet opens a shutter blocking access to the card reader
container, and the card falls into the card receiving container – it is withdrawn. If the card is not
fixed in the receiving slot, then the electromagnet will not work and access to the inside of the
card reader container will remain blocked.
5. The second optical sensor registers the fact of withdrawal when the card is dropped into the
container. The card capture reader closes the shutter; the backlight of the receiving slot
becomes constant again. In this case, the "Card withdrawn"(OUT contact of the XT2connector,
Fig. 10) control signal is sent from the output of the control board of the card capture reader to
the ACS-controller and serves as a confirmation of the withdrawal of the card and activates the
passage permission. Upon receiving the signal, the ACS controller allows passage in this
direction (sends a corresponding signal to the turnstile control mechanism) and, after passing
through the turnstile, removes the “Withdraw card” signal. Upon removal of the “Card
withdrawn” signal, the card capture reader removes the “Card withdrawn” signal.
6. The third optical sensor monitors the fact that the card reader container is filled. When it is full,
the card capture reader sends an “Alarm” signal to the ACS controller (Alarm contact of the XT2
connector, Fig. 10), the backlight of the card capture reader slot will switch to flashing mode
with a frequency of 1 time per 2 seconds, thereby warning that the container is to be emptied.
The card capture reader operation will be blocked after it has received another 9 cards if the
container is not emptied. Unlocking of the card capture reader and deactivation of the "Alarm"
signal will occur automatically when the container is emptied from cards (Sect. 9.5). Also, the
“Alarm” signal is sent to the ACS controller in the event of a malfunction of the card capture
reader mechanism.
Parameters of control signals:
The “Capture card” input is controlled by an output of a dry contact type or open collector of the
ACS controller. The input is normally open, i.e. when a control signal is sent the ACS controller
closes the input to the “GND” contact (contact 4).
Input parameters:
Voltage at the opened contact relatively to the “GND” ..................................................... 5±0,5 V
Voltage at the closed contact relatively to the “GND”.................................................. max. 0.8 V
Current through the closed contact.......................................................................... max. 1.5 mA
The OUT “Card withdrawn”and “Alarm” outputs are of the dry contact type. Each of these inputs is
one of 2 relay contacts. Other relay contacts are banded and connected to a “COM” output
(contact 7). The outputs are normally open, i.e., when a signal is issued, the corresponding output
is closed to the COM contact.
Output parameters:
Maximum voltage between a corresponding output and “COM” contact ............................... 42 V
Maximum commutation current ...................................................................................... 200 mA
The control board overall view is shown in Fig. 10. On the board, there are terminal blocks:
•XT1 – "Withdraw card" input of the card capture reader (INPUT and GND contacts).

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15
•XT2 - "Card withdrawn" (OUT and COM contacts) and "Alarm" (Alarm and COM contacts)
outputs of the card capture reader.
•XT5 - connector for connecting RS-485 interface lines from an ACS-controller (Aand B
contacts, only for PERCo controllers).
•XT6 - connector for power supply of the card capture reader (+24V and GND contacts).
•XT8 - connector for connecting a built-in card reader (made by PERCo) to the RS-485
interface lines (“A” and “B” contacts).
•XT9 - connector for power supply of the built-in card reader (+12V and GND contacts).
Figure 10. Control board of the card capture reader
5.4 Control devices of the turnstile
The turnstile can be operated from the following control devices: RC-panel, WRC, and
ACS-controller.
The above devices can be connected to the turnstile as follows: any device separately, in any
combination with each other, and all devices simultaneously (in parallel).
Note:
When several control devices are connected to the turnstile in parallel, there may be cases
of overlapping control signals. In thi
s case, the turnstile response will correspond to the
response to the command generated by the combination of signals (see App. 2 and 3).
5.4.1 RC-panel connection
The remote control is connected with a flexible multicore cable to the Unlock A, Stop, Unlock B,
Led A, Led Stop, Led B,and GND contacts of the XTU2 remote terminal block in accordance with
Table. 3 and the electrical connection layout (Fig. 16, 17).
Standard RC-panel orientation regarding the turnstile post is shown in Fig. 11. If the operator
workplace is located on the opposite side of the post, then for ease of operation, it is necessary to
swap the wires from the remote control connected to the Unlock A and Unlock B contacts, as well
as Led A and Led B, respectively (Table 3).
Note:
WRC is connected to the Unlock A, Stop, Unlock B, and GND contacts of the XTU2
remote
terminal block. The power supply of the WRC is connected to the +12V contact of the XTU2.

Assembly and Operation Manual
16
Figure 11. Standard RC-panel orientation regarding the turnstile post
Table 3. Connection of RC-panel cable wires to the XTU2 terminal block
for standard and reverse RC-panel orientation
№Contact
RC-panel orientation
Standard
Reverse
5
GND
black
black
6
Unlock A
white
green
7
Stop
blue
blue
8
Unlock B
green
white
9
Led A
yellow
red
10
Led Stop
orange
orange
11
Led B
red
yellow
5.4.2 Fire Alarm emergency unblocking device
The emergency unblocking device is connected to the FA and GND contacts of the X2.1 terminal
block on the interface board in accordance with the connection layout of the turnstile (Fig. 16, 17).
If the Fire Alarm is not used, it is necessary to set a wire jumper between the FA and GND
contacts. The jumper is installed upon delivery.
When a control signal is sent to the FA input, the turnstile switches to the Fire Alarm emergency
free passage mode with all the incoming turnstile control commands ignored. The central barrier
arm automatically falls down under its own weight and takes up a vertical position, ensuring free
passage. Both green direction arrows will flash, briefly changing to a red cross on the turnstile LED
indication block (3).
If the Fire Alarm signal is received while making a passage, the Fire Alarm flashing will be
activated on the LED indication, but the emergency unblocking function will be activated only after
the rotation is finished.
After the Fire Alarm control signal has been removed, the red passage denial indicator on the
turnstile LED indication lights up, and the turnstile goes into standby mode. To continue operation,
the barrier arm must be manually fixed and set to the horizontal position.
Automatic anti-panic function is also activated at a power supply loss, e.g., in case of connected
power supply unit breakdown.
5.4.3 Control of the turnstile in ACS
The turnstile can be an operating device as part of an ACS. In the turnstile, it is possible to install
built-in proximity card readers inside the side modules when using special side covers (see Table 1).
The outputs of the ACS controller are connected to the GND, L, ST, R contacts of the X2.1
terminal block of the interface board. The ACS controller inputs are connected to C (Common),
Pass A and Pass B contacts of the X1.3 remote terminal block.The connection is made in
accordance with the wiring diagram of the turnstile (see Fig. 16, 17).

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17
If necessary, the controller inputs can be connected to the READY, DETECT, and COM contacts
of the X5 remote terminal block to monitor the corresponding turnstile states.
In pulse mode, the turnstile control using the ACS controller is similar to the control from the RC-panel.
In potential mode, to organize single passages, it is recommended to remove the low-level control
signal after passing through the turnstile, i.e., at the beginning of the PASS signal of the
corresponding direction.
5.5 Additional devices connectable to the turnstile
5.5.1 Relay outputs
Connection to the control board relay outputs is performed through the corresponding contacts of
the X1 and X5 terminal blocks on the interface board. The following relay outputs are installed:
•«Alarm»:A1 and A2 contacts (Sect. 5.4.2);
•«PASS A»:Pass A and Ccontacts (Sect. 5.2.7);
•«PASS B»:Pass B and Ccontacts (Sect. 5.2.7);
•«Not ready»:READY and COM contacts;
•«Detector»:DETECT and COM contacts (Sect. 5.5.1);
•«Battery»: LV1 and LV2 contacts (Sect. 5.6).
Relays "PASS A" (Pass A and Ccontacts), "PASS B" (Pass B and Ccontacts), "Detector" and
"Not ready" (DETECT, READY and COM contacts) have normally open contacts when the power
is turned off. At the same time, the Cand COM common contacts for these relays are not
connected to the minus of the turnstile power supply.
Relays "Alarm" (A1 and A2 contacts) and "Battery" (LV1 and LV2 contacts) have normally open
contacts when the power is off.
In the initial (inactive) state, when the power is on, the "PASS A" and "PASS B" relay contacts are
closed (voltage is applied to the relay coil), and the "Detector", "Not ready", "Alarm" and "Battery"
relay contacts are open (voltage is not applied to the relay coil).
The actuation / release of the "PASS A", "PASS B", "Ready", "Detector", "Alarm", and "Battery"
relays can be determined by the lighting / extinguishing of green indicators that are installed near
the indicated relays (see Fig. 7) (the indicators work when the XP2 jumper is installed).
Figure 12. Output cascades for “PASS A”, “PASS B”, “Ready”, “Det Out”, and “Alarm”

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The output cascades for "PASS A", "PASS B", "Ready", "Detector" are relay contacts (see Fig. 12)
with the following signal characteristics:
maximum commutation voltage ..................................................................................... 42 V DC
maximum commutation current ........................................................................................ 0.25 A
closed contact resistance .................................................................................... max. 0.15 Ohm
The output cascades for "Alarm" and "Battery" are relay contacts (see Fig. 12) with the following
characteristics:
maximum commutation DC voltage ..................................................................................... 30 V
maximum commutation AC voltage ..................................................................................... 42 V
maximum commutation AC/DC current .................................................................................. 3 A
closed contact resistance ................................................................................... max. 0.15 Ohm
5.5.2 Intrusion detector and siren
Attention!
Installation of
the intrusion detector is made in accordance with the passage zone layout and
climatic resistance of the detector.
No intrusion detector installation inside the turnstile post
is possible.
The intrusion detector is connected to the X4 terminal block contacts, and the siren is connected to
the X1 terminal block on the interface board (10) according to the connection layout (Fig. 16, 17).
There should be normally closed contacts on the intrusion detector. In case the intrusion detector
is not connected, it is necessary to set a wire jumper between the DKZP1 and GND contacts of the
X4 terminal block. The jumper is installed upon delivery.
The siren is connected to the Alarm 1, Alarm 2,GND and +12V contacts of the XT1.H terminal block.
The parameters of the alarm relay output signals “Alarm” are indicated in Sect. 5.5.1.
The “Alarm” output is activated if, with the turning mechanism of the turnstile locked (the command
“Passage denial” or “Both directions are closed” is given, see Tables 6 and 7), the DKZP1 input is
activated, i.e., a control signal is received from the intrusion detector. The "Alarm" output is
normalized 5 seconds after activation or upon receipt of any control command.
Note:
The control signal from the intrusion detector does not activate the ALARM
output if the
turnstile turning mechanism is unlocked in one of the directions or was blocked less than
3 sec. ago.
A signal about the intrusion detector current state is always transmitted to the DETECT and COM
contacts (relay "Detector") of the X5 terminal block on the interface board (Fig. 7).
The parameters of the “Detector” relay output signals are indicated in Sect. 5.5.1.
5.5.3 Remote indicators
Remote indicators for corresponding passage directions are connected to X3 (LIGHT) terminal
blocks - NO1, C1, NC1 and NO2, C2, NC2 contacts.
Figure 13. Output stages for Light A and Light B

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19
The relay “Light A” (“Light B”) is activated (voltage is supplied to its winding) when the green arrow
corresponding to this direction of passage is lit on the LED indication block, and normalized
(voltage is not supplied to its winding) when it is not lit. The fact of “Light A” and “Light B” relays
operation can be determined by the state of the indicators that are installed near the indicated
relays (Fig. 7) (this indication works when the XP2 (+12LED) jumper is installed).
Output stages for "Light A" and "Light B" are relay contacts (Fig. 13) with the following signal
characteristics:
maximum commutation DC voltage ..................................................................................... 30 V
maximum commutation AC voltage ..................................................................................... 42 V
maximum commutation AC/DC current .................................................................................. 3 A
closed contact resistance ................................................................................... max. 0.15 Ohm
5.6 Operation contingencies and response
The turnstile is capable of providing information on the following operation contingencies:
1. Unauthorized access.
2. Passage delay for more than 10 sec.
3. Failure of the barrier arms rotation sensor.
4. Intrusion detector activation (Sect.5.5.2).
5. Power failure (decrease below acceptable level).
In the cases 1-4, a special Alarm signal is generated by closing the A1 and A2 contacts of X1
connector. The "Alarm" relay output signals parameters are specified in Sect. 5.5.1.
When eliminating the cause of the Alarm signal, the "Alarm" relay contacts open and the signal is
removed.
A device can be connected to the “Alarm” relay output to signal abnormal operation of the turnstile.
During operation, the microprocessor monitors the voltage supplied to the turnstile, and when the
voltage is reduced (less than 21.8V), the "Battery" relay contacts (LV1 and LV2 of X6 connector
block) on the interface board (10) will be closed to each other, indicating a low supply voltage (low
battery). With a subsequent increase in voltage to 23.6V, LV1 and LV2 contacts of the "Battery"
relay will open, thus indicating a nominal supply voltage (battery charge). The parameters of the
“Battery” relay output signals are specified in Sect. 5.5.1.
In case of a voltage drop below the threshold value for switching off the electronics (17V), the
turnstile electronics will automatically disconnect from the power source. When voltage is restored
above the threshold for switching the electronics on (18V), the turnstile electronics will
automatically turn on.
6 MARKING AND PACKAGING
The turnstile is marked with a label and a sticker. The label is located inside the housing under the
main top cover of the turnstile (2). The label includes the name of the product, its serial number,
and the date of manufacture. The sticker is located on the inner surface of the top cover (2). The
sticker shows a layout of the internal connections of the turnstile.
To access the label and sticker, the main cover of the turnstile must be removed. To do this, use
the key to open the cover lock (4), carefully lift the main cover up by the front edge and, turning it
towards the rear wall, remove it from the post. Be careful - when removing the cover, do not forget
to disconnect the indication cable from the indication block of the main top cover (3)! The top cover
is installed in reverse order.
In the standard delivery set, the turnstile is packed in two shipping boxes (side covers are packed
separately), which protect the components of the product from damage during transportation and
storage.
Overall dimensions of box No. 1 (L×H×W) ...............................................................146×110×40 cm
Weight of box No.1 (gross) ..............................................................................................max. 97 kg
Overall dimensions of box No. 2 (L×H×W) .................................................................114×30×40 cm
Weight of box No.2 (gross) ..............................................................................................max. 38 kg