Tiso SpeedBlade T3.KCD.XV.X Series User manual

«TiSO-PRODUCTION»LTD
WAIST-HIGH TURNSTILE
«SpeedBlade»
Т3.КСD.ХV.X
OPERATION MANUAL
AUIA177 OM
2018

2
CONTENTS
INTRODUCTION..................................................................................................................................3
1. DESCRIPTION AND OPERATION.................................................................................................5
1.1 General Information and Designation ................................................................................ ....5
1.2 Specifications....................................................................................................................... ....6
1.3 Configuration and Scope of Delivery................................................................................... ....7
1.4 Design and operation............................................................................................................ ..10
1.5 Instrumentation, tools and accessories ................................................................................ ..12
1.6 Description and operation of controllers as integral component of the turnstile.................. ..12
2 INTENDED USE..............................................................................................................................18
2.1 Operation restrictions ........................................................................................................... ..18
2.2 Layout and installation ........................................................................................................ ..18
2.3 Preparation for use................................................................................................................ ..26
2.4 Contingency actions ............................................................................................................ ..27
3 MAINTENANCE..............................................................................................................................28
3.1 General guidelines................................................................................................................ ..28
3.2 Safety Measures................................................................................................................... ..28
3.3 Maintenance procedure........................................................................................................ ..28
4 ROUTINE MAINTENANCE...........................................................................................................29
4.1 Possible malfunctions........................................................................................................... ..29
4.2 Possible malfunctions........................................................................................................... ..29
4.3. “SpeedBlade” turnstile blade initialization procedure......................................................... ..30
4.3 Postrepair checkout.............................................................................................................. ..32
5 TRANSPORTATION AND STORAGE..........................................................................................32
5.1 Turnstile storage................................................................................................................... ..32
5.2 Turnstile transportation......................................................................................................... ..32
6 DISPOSAL........................................................................................................................................32
7 MANUFACTURER'S WARRANTY AND TERMS OF WARRANTY MEAINTENANCE........33
Annex АOverall and installation dimensions of the “SpeedBlade” type turnstile T3.KCD.XV.1 .....35
Annex B Control panel and connection diagram .................................................................................37
Annex C.1 Wiring diagram of the "SpeedBlade" type turnstile...........................................................39
Annex D.1 Diagram of the turnstile connection to access control system (ACS) ...............................40
Annex D.2 Diagram of the turnstile connection to access control system (ACS) ...............................41
Annex D.3 Diagram of the turnstile connection to fire alarm (FA).....................................................42
Annex D.4 Diagram of the turnstile connection to control panel .......................................................43

3
INTRODUCTION
This Operation Manual (hereinafter referred to as OM) covers the servo-operated waist-high
turnstile of “SpeedBlade" 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 ТU U
31.6-32421280-004:2010.
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.
The turnstile “SpeedBlade" can be installed either singly or in line. The single turnstile
includes two pedestals (left-hand and right-hand), each of which has one telescopic glass blade.
The turnstile row is provided by installation one more or a number of additional pedestals
equipped with glass blades from both sides reducing costs and saving space.
Depending on the purpose and design features of the turnstile, the following pattern of
reference designation is accepted:
T3. KCD. X V. Х
Floor-standing
X
Number (one and more) of
waist-high turnstile
turnstile access ways
Pedestal with servomotor
KC
Reciprocating mechanism
Double-blade
D
P
Polished stainless steel
S
Brushed stainless steel
K
Painted housing
Example of reference designation of single waist-high turnstile consisting of left-hand and
right-hand pedestals made of brushed stainless steel when the turnstile T3.КСD.SV.1 ТU U 31.6-
32421280- 004:2010 is ordered.
Example of reference designation of double waist-high turnstile consisting of left-hand and
right-hand and one additional pedestals made of polished stainless steel when the turnstile
T3.КСD.РV.2 ТU U 31.6-32421280-004:2010 is ordered.
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.

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 should be handed over to the
customer. The OM should 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 p.1.2
"Specifications";
–inspection, adjustment and repair should be performed only after the turnstile is
deenergized.
After the turnstile is purchased 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 shall 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
the GOST (State Standard) 12.2.007.0-75 and is not intended for operation in explosive and fire-
hazardous areas by the “Electrical Installation Code”.
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.

5
1. DESCRIPTION AND OPERATION
1.1 General Information and Designation
1.1.1 Purpose:
The motorized turnstile is designed for pedestrian movement control at access points of
industrial enterprises, banks, stadiums, administrative facilities etc. by access control system (from
magnetic card readers) or manually (from manual control panel).
Traffic flow capacity of the turnstile with personal identification is at least 30 persons per
minute in one direction
1.1.2 Dimensions and weight of the turnstile correspond to the values specified in Table 1.
Table 1
Designation of modification type
Dimensions, mm
Maximum
weight, kg
Н
L
В
Single
Double
Т3.КСD.PV.1
–
1000
1000
1480
233*
Т3.КСD.SV.1
Т3.КСD.KV.1
–
Т3.КСD.PV.2
2270
339*
Т3.КСD.SV.2
Т3.КСD.KV.2
* When the turnstile with more than two access ways is ordered :
B = 900 · Х + 290 · Y ,
where Х is the number of access ways;
Y – total number of the turnstile pedestrians, pcs.
900 и 500 – width of access way, mm;
290 – width of pedestal body, mm
Example of calculation of B size for Т3.КСD.PV.2 (Double turnstile): B = 900 +500 + 290 ·3= 2270
1.1.3 The turnstile component identification code is specified in Table 2.
Table 2
Description of the
turnstile component
Order code
Dimensions, mm
Maximum
weight, kg
Н
L
В
Additional pedestal
Т3.КСD.PV
Т3.КСD.SV
Т3.КСD.KV
1000
1000
290
120
Left-hand/right-hand
pedestal
100
1.1.4 The operation condition parameters according to GOST 15150-69 are specified in
Table 3.

6
Table 3
Operation conditions
For climatic
modification
Parameter value
Ambient temperature
NF4
+ 1 to + 40 °С
Relative humidity
80 % at 20 ºС
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
NF4
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 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 1 500 000 accesses;
– mean service life between overhauls – at least 10 years
1.2 Specifications
Key parameters of the turnstile are specified in Table 4.. Table 4
Parameter description
Unit measure
Parameter
value
Minimum traffic flow capacity in single access mode is at least
man/min
30*
Opening/closing time
s
0,8
Maximum width of access way
mm
900 mm
Power supply voltage:
– AC power supply (primary)
V
Hz
100  240
~ 50/60
– DC power supply (secondary)
V
12
Maximum power consumption
W
155*
Index of protection according to EN 60529
-
IP41
* Parameter is multiplied by the number of accesses for the turnstile with the number of access ways more than one

7
1.3 Configuration and Scope of Delivery
1.3.1 The turnstile design depends on the number of access ways:
1) For arrangement of single access way the turnstile is a set of left-hand and right-hand
pedestals, each of which has one glass blade (reference designation Т3.КСD.ХV.1);
2) For arrangement of two or more access ways the turnstile is a set of two single blade
pedestals and one or more additional pedestal with two blades (reference designation
Т3.КСD.ХV.Х).
Arrangement of access ways through the turnstile Т3.КСD.ХV.2 is shown in Figure 2.
а) one access way Т3.КСD.ХV.1 b) two access ways Т3.КСD.ХV.2
Fig.1–Arrangement of two access ways through the turnstile «SpeedBlade»
1.3.2 Design of the single turnstile of “SpeedBlade” type
1.3.2.1 The base model is a single turnstile consists of two single blade pedestals (left-hand
and right-hand).
The body of each pedestal includes:
–frame;
–base;
–set of side panels;
–top lid;
–actuator with telescopic glass blade;
–two LED displays.
–terminal block;

8
–controllers;
–seven access sensors;
–proximity identification card reader*;
–power supply unit.
Optionally the pedestal can be completed with battery*. For the single turnstile a control
panel with power supply unit, automatic circuit-breaker and battery is installed only inside the
pedestal Master on the protected
area side.
Fig. 2 –Design of the single turnstile of
“SpeedBlade” Т3.КСD.ХV.1 type
1.3.3 Design of the turnstile of “SpeedBlade” type placed in line
The double turnstile is a set of two one-blade pedestals (left-hand and right-hand) and one
additional pedestal with two retractable glass blades. The body of additional pedestal includes:
–frame;
–base;
–set of side panels and doors;
–top lid;
–two actuators with glass blades;
–four LED displays.
There are installed inside additional pedestal;
–two terminal blocks;
–controllers;
–fourteen access sensors;
–two proximity identification card readers;
–power supply unit.
Optionally the additional pedestal can be completed with battery
*

It is outside the turnstile scope of supply –to be equipped by customer, when applicable.
1 –location of identification card
readers and LED display;
2 –side LED display;
3 –access sensor;
4 –telescopic glass blade;
5 –turnstile base;
6 –lid;
7 –actuator;
8 –turnstile body.

9
Fig. 3 – Design of the double turnstile of “SpeedBlade” type Т3.КСD.ХV.2
1.3.4 Design, overall and installation dimensions of the turnstile are shown in Annex A.
1.3.5 The turnstile material of manufacture is carbon steel subject to painting, brushed
stainless steel or polished stainless steel
1.3.6 Turnstile scope of delivery
The turnstile is delivered in set (a kit of pedestals depending on the number of access ways).
The turnstile is delivered by one or more packages (depending on the customer).
1 –location of identification card
readers and LED display;
2 –side LED display;
3 –access sensor;
4 –telescopic glass blade ;
5 –turnstile base;
6 –lid;
7 –actuator;
8 –turnstile body;
9 - glass blade;

10
1.4 Design and operation
1.4.1 General appearance
Fig. 4 – General appearance and design of actuating mechanism of the “SpeedBlade” turnstile
pedestal with blade
1.4.2 Устройство турникета
1.4.2.1 The pedestal body is a set of stainless steel side panels 8,9 and door 10 (See Fig.4),
bottoms of which are rigidly fixed to the base 5 and on the top they are fixed to the frame upper
plate 11. Frame is a set of brackets and posts for fixation of the product components. The
decorative lid 6 is fixed on the body from the top (lid material is optional).
Fig. 5 - Turnstile status display
1 –устройство считывания
идентификационных карт и
световое табло индикации;
2 –световое табло индикации;
3 –датчики прохода;
4 –телескопическая
стеклянная створка;
5 –основание турникета;
6 –крышка;
7 –привод;
8,9 –боковая панель;
10 –двери;
11 – верхняя пластина рамы;
12 – упор;
13 – тяга;
14 – рычаг;
15 – вал поворота створки;
16 – кронштейн;
17 – стойка рамы;
18 – ремень;
19 – магнитный датчик;
20 – кулиса;

11
1.4.2.2 The turnstile’s status (Fig. 5) is displayed by the LEDs 1,2, installed on the pedestal
frame elements. Constantly lit blue LED means the turnstile initial state. In case of attempt of
unauthorized access red LED starts blinking and sound signal is generated. When opening
command is received, signal is transformed to green arrow from the side of authorized access. If
unauthorized access is attempted when blades are open, the blades will close if there is no any
obstacle in the blade movement area.
1.4.2.3 Seven infrared sensors 3, located on the turnstile side panels from access side, are
designed for detection of the turnstile access, preventing closing of blades during pedestrian
access in immediate proximity to them and minimizing potential for injury during the turnstile
access.
1.4.2.4 Blade 4is made from 10 mm thick tempered glass and is located in the middle of the
pedestal body, pivotally connected with actuator. Each blade is actuated by separate servomotor.
Additional pedestal is equipped with two servomotors (one per each access way), while margin
pedestals (left-hand and right-hand) are equipped with one servomotor.
1.4.2.5 In case of 230V main power failure the turnstile blades will remain in the position in
which they were, and the turnstile operation will be maintained from battery (if available).
1.4.2.6 The pedestal crank-and-rocker mechanism, shown in Figure 5, provides reciprocal
movement of the pedestal telescopic glass blade.
1.4.2.7 Inside the turnstile body the panels are fixed on which controllers, power supply
unit, battery and terminal blocks to be connected to 230V mains and control devices are located.
Controllers РСВ.201.01.00.00 control the turnstile motors analyzing signals from magnetic
sensor, and provide motor overload protection. Controllers analyze infrared sensors, receive
control commands from peripherals (control panel, ACS etc.), control LED displays and generate
feedback signals for ACS.
1.4.2.8 External control panel has the following functions: single entry and single exit, entry
and exit LOCK, free entry and exit
1.4.3 Principle of operation
1.4.3.1 Access cycle:
1. In the initial state the turnstile glass blades are located perpendicular to the body block
access.
2. The turnstile is opened for access in the direction "А" or "В" after the appropriate
command from ACS or control panel is issued.
3. Green arrow is lit on LED display and glass blades go fully to slots, i.e. they open. A
pedestrian is able to access through the turnstile freely.
4.After pedestrian exit from control area, the "closed" mode is set until next access. Blue
LED is lit. Blades are reliably closed preventing attempts of unauthorized access.
More detailed description of the turnstile operation modes is given in section 1.6
"Description and operation of controller as an integral component of the turnstile".
1.4.3.2 12V DC power voltage is provided by power supply unit.
1.4.3.3 In case of mains power supply failure, the turnstile is automatically switched to
power supply from 12V, 7A•h battery (optional), which ensures the turnstile's operation within 2
hours.
1.4.3.4 The turnstile wiring and connection diagrams are shown in Annex C.

12
1.5 Instrumentation, tools and accessories
Dedicated tools are not required for the turnstile installation (multi-purpose measurement
instrumentation and installation tools are sufficient).
1.6 Description and operation of controllers as integral component of the turnstile
1.6.1 Controller AUIA.206.21.20.00
1.6.1.1 Appearance of controller AUIA.206.21.20.00 is shown in Figure 6.
1.6.1.2 Description of operation
The controller provides algorithm of operation of the whole turnstile. It is assembled on the
120 х 80 mm size card from foil-clad textile laminate, on which electronic components and
terminals for connection to other turnstile units as well as for connection to control peripherals
(ACS, control panel etc.) are located.
The controller generates signal for 7 infrared transmitters and picks up signal from 7
infrared receivers that enables to detect human (or object) presence in the turnstile access area
with high probability. Furthermore, the controller controls light and sound indication, receives
commands from control panel using interface RS-485, picks up commands and generates report
signals for ACS via signal inputs and outputs as well as controls operation of motor controllers
(РВС.201.01.00.00).
The controller and therefore the turnstile can be in the following modes:
"INITIAL STATE".
"SINGLE ACCESS IN THE DIRECTION А".

"SINGLE ACCESS IN THE DIRECTION B".
"SINGLE ACCESS IN BOTH DIRECTIONS".
"FREE ACCESS IN THE DIRECTION А".
"FREE ACCESS IN THE DIRECTION B".
"FREE ACCESS IN BOTH DIRECTIONS".
"LOCK OF ACCESS IN THE DIRECTION А".

"LOCK OF ACCESS IN THE DIRECTION B".
"LOCK OF ACCESS IN BOTH DIRECTIONS".
«"ALARM".
"INITIAL STATE"
The turnstile is in this mode during energization and after completion of the turnstile access,
if during access the mode is not changed to "LOCK", "FREE" or "ALARM". In this mode red
LED is constantly lit on both LED boards, sound indication is OFF, access is locked by blades.
"SINGLE ACCESS"
The turnstile goes to this mode when command "SINGLE ACCESS A/B" comes from control
panel via interface RS-485 or when signal inputs "INP1" ("ACCESS А TO BE OPENED") or/and
"INP5" ("ACCESS B TO BE OPENED") are closed on common wire (terminal "GND"). In this
case if command comes via interface RS-485, the access start waiting time is 5 sec. and when
signal inputs are short circuited the turnstile will wait for access start while input is closed. Green
arrow is lit on LED display from the side of authorized access and red cross is lit from the side of
denied access. Glass blades go to pedestal slots clearing access. Pedestrian is able to access
through the turnstile. If access start time is up and access is not started (the first IR barrier in the
direction of movement was not locked), the turnstile returns to "INITIAL STATE". If within the
above time period access is started, controller generates the signal "ACCESS IS OCCUPIED"

13
(outputs "OUT1" or/and "OUT2") and starts tracing position and direction of pedestrian
movement in the turnstile access way, analyzing 6 IR barriers. As soon as pedestrian is behind the
blades line they close, the controller generates the signal "DETECTION OF ACCESS" of 0,3
second duration (outputs "OUT3" or "OUT4") and LED display is switched from green to red.
After the pedestrian turnstile access the controller removes the signal "ACCESS IS OCCUPIED"
and returns to "INITIAL STATE".
Fig. 6 – Appearance and configuration of controller AUIA.206.21.20.00
"FREE ACCESS"
The turnstile goes to this mode either upon command "FREE ACCESS А/В" arrived via
interface RS- 485 from control panel or if during "SINGLE ACCESS" initiated by signal on input
"INP1" ("ACCESS А TO BE OPENED") or/and "INP2" ("ACCESS B TO BE OPENED") at the
end of 0,3 sec. after the signal "DETECTION OF ACCESS А" or "DETECTION OF ACCESS B"
is removed by controller, the signal on the relevant input "INP1" or "INP2" was not removed. In
this mode glass blades go to the turnstile pedestal slots, green arrow is blinking on LED display
from the side of authorized access. Thus every turnstile access is traced and the signal
"DETECTION OF ACCESS" of 0,3 second duration is generated to the relevant output («OUT3»
or "OUT4").
In this state the turnstile will be until arrival of command "CANCELLATION OF FREE
ACCESS" via interface RS-485 or until removal of signals from "INP1" or/and "INP2" depending
on the cause of switching to the free access mode.
1 - ON - when command is issued, the turnstile will
open for 5 seconds;
-OFF - when command is issued, the turnstile will
open for the time set in ACS;
2 - ON - Outputs OUT1-5 will be NC;
- OFF - Outputs OUT1-5 will be O;
3 - 5 - Not usable;
6 - Free access mode setting when blades are normally
closed is possible by closing IN1 and IN2. Signal on
IN1 or IN2 must be more than 6500 ms to set free
access;
- ON - Activation of free access mode when blades
are normally closed;
- OFF - Deactivation of free access mode when blades
are normally closed;
7 - ON - Activation of free access mode A when blades
are normally closed;
Blades will be open when the first IR sensor is
crossed;
- OFF - Deactivation of free access mode A when
blades are normally closed;
Blades will be open all the time;
8 - ON - Activation of free access mode B when blades
are normally closed;
Blades will be open when the first IR sensor is crossed;
- OFF - Deactivation of free access mode B when
blades are normally closed;
Blades will be open all the time;

14
"LOCK OF ACCESS"
The turnstile switches to this mode only upon command "LOCK OF ACCESS А/В" arrived
via interface RS-485 from control panel.
Thus red LED is blinking from the side of locked access, glass blades are closed (if the
turnstile is not open for free or single access from opposite side), controller does not respond to
signals of inputs "INP1" ("ACCESS А TO BE OPENED") or/and «INP2» ("ACCESS B TO BE
OPENED") respectively.
The lock mode prevails over single and free access mode. It means that access can be locked
at any time, thus, if within the blade closing area there is no any obstacle they will be closed. The
controller will be in this mode until arrival of command "CANCELLATION OF ACCESS
LOCK" via interface RS-485 from control panel.
"ALARM"
The turnstile switches to this mode from any above mentioned mode in case of unauthorized
access attempts. In this case red LED is frequently blinking (4 times per second), siren alarm is
generated on control panel and output "OUT5" is activated on the controller board. If the turnstile
was opened, then blades would be closed if there were no obstacles in the closing area. The
turnstile will return to the mode preceding the "ALARM" mode as soon as causes of this mode
disappear. In this case the output "OUT5" will go to passive state, siren alarms on control panel
will be off and blades and light indication will be set according to the current mode.
The purpose of the controller contacts intended for connection to peripherals is specified in
Table 5.
Table 5
№
Connec
tor/cont
act
Description
Directio
n
Designation
Signal description and
parameters
1
2
3
4
5
ХТ4/1
INP1
(«TO BE OPENED
A»)
ENTRY
Command "TO BE
OPENED FOR SINGLE
/ FREE ACCESS"
1) logical «0» (02,2)
V;
2) logical «1» (3 5)
V;
3) active level of
signal (factory setting)
logical «0»
4) voltage on open
input < 5 V
ХТ4/2
INP2
(«TO BE OPENED
B»)
ENTRY
ХТ4/3
INP3
(«PANIC»)
ENTRY
Command "SWITCHING
TO PANIC STATE"
ХТ4/4
INP4
ENTRY
Not applicable
ХТ4/5
INP5
ENTRY
ХТ4/6
INP6
ENTRY
ХТ4/7
GND
COMMON WIRE
ХТ3/1
GND
COMMON WIRE
ХТ3/2
OUT1
(«ACCESS A IS
OCCUPIED»)
EXIT
Signal is generated from
the moment of blocking
of the first IR barrier in
the direction of
movement and is
removed after
cancellation of the latter
1) type of output –
open collector;
2) peak voltage on
privacy key 55V;
3) peak current of
public key 100mA;
4) resistance of public
key (5 7) Ohm;
5) active level of
ХТ3/3
OUT2
(«ACCESS B IS
OCCUPIED»)
EXIT

15
Continued Table 5
1
2
3
4
5
ХТ3/4
OUT3
(«DETECTION OF
ACCESS А»)
EXIT
Signal appears during
barring of the second last
IR barrier and continues
0,2 sec.
signal (Factory
setting) –logical «0»
(connection on GND)
ХТ3/5
OUT4
(«DETECTION OF
ACCESS В»)
EXIT
ХТ3/6
OUT5 («ALARM»)
EXIT
Output is active in case
of unauthorized access
attempt
ХТ5/1
POW
«+» power supply
1)Power supply
voltage 12V;
2)Consumption
current < 150 mA
ХТ5/2
B1
It is used for data
transmission via serial
port. It is used for
connection of control
panel.
Interface RS-485
ХТ5/3
A1
Interface RS-485
ХТ5/4
GND
COMMON WIRE
ХТ1/1
BUZ
Output for connection of
audible alarm. The output
is active in case of
unauthorized access
1) type of output –
open collector;
2) peak voltage on
privacy key 60V;
3) peak current of
public key 250mA;
4) resistance of public
key (0,48640) Ohm;
5) active level of
signal (Factory
setting) –logical «0»
(connection on GND)
ХТ1/2
B2
It is used for data
transmission via serial
port.
Interface RS-485
ХТ1/3
A2
Interface RS-485
ХТ2/1
+ 12V
«+» power supply
(energization of
controller)
1) Power supply
voltage 12V;
2) Consumption
current < 150 mA
ХТ2/2
+ 12V
ХТ2/3
GND (common)
«-» power supply
(common wire)
ХТ2/4
GND (common)
1.6.2 Turnstile controller РСВ.201.01.00.00
1.6.2.1 Appearance of controller РСВ.201.01.00.00 is shown in Figure 7.

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Fig. 7 – Appearance of controller РСВ.201.01.00.00
1.6.2.2 Description of operation
The controller is designed to control DC motor, intended to move the turnstile blades, and
electromagnetic brake installed on motor shaft. Control is performed based on the signals coming
from magnetic sensor as well as from motor current sensor. Control commands come to inputs
"IN1" and "IN2" from the controller AUIA.206.21.20.00.
Table 6
№
Connector
/contact
Descriptio
n
Direction
Designation
Signal description and
parameters
X1/1
IN1
ENTRY
«TO BE OPENED A»
1) logical “0”
(0 1,7) V; 2)
2) logical “1”
(3,7 5) V; 3)
3) active level of signal
–logical “0”;
4) voltage on open input
≤ 5 V
X1/2
IN2
ENTRY
«LOCK»
X1/3
IN3
ENTRY
Not applicable
X1/4
IN4
ENTRY
To be connected to
microswitch
X1/5
IN5
ENTRY
To be connected to
magnetic sensor
X1/6
IN6
ENTRY
X1/7
IN7
ENTRY
X1/8
IN8
ENTRY

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Continued Table 6
1
2
3
4
5
X1/9
GND
“-“ power supply
(common wire)
X1/10
GND
X1/11
GND
X1/12
+5 V
EXIT
Not applicable
X2/1
GRN1
EXIT
Not applicable
X2/2
RED1
EXIT
Not applicable
X2/3
GRN2
EXIT
Not applicable
X2/4
RED2
EXIT
Not applicable
X2/5
-MG1
EXIT
Not applicable
1) type of output –
open collector;
2) peak voltage on
privacy key 50V;
3) peak current of
public key 5A
X2/6
+MG1
EXIT
Not applicable
X2/7
-MG2
EXIT
Not applicable
X2/8
+MG2
EXIT
Not applicable
X2/9
MOT1
EXIT
Connection of motor
1) voltage (10 ÷ 27)V;
2) current ≤ 4 А
X2/10
MOT2
EXIT
X2/11
GND
“-“ power supply
(common wire)
X2/12
+24 V
ENTRY
“+” power supply
(energization of controller)
1) voltage (10 ÷ 27)V;
2) current ≤ 4 А
Х3
Х3
ENTRY/
EXIT
Communication port
1) logical “0” (0 ÷ 1)V;
2) logical “1” (3,5 ÷ 5) V

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2 INTENDED USE
2.1 Operation restrictions
2.1.1The turnstile must be used in the environment specified in p. 1.1.4 of this document
subject to the specifications listed in section 1.2.
IT IS FORBIDDEN:
1) TO MISUSE THE TURNSTILE (See Section 1 "DESCRIPTION
OPERATION");
2) TO USE THE TURNSTILE UNEARTHED;
3) TO USE HEATING PIPES AND RADIATIONS AS WELL AS PIPES
CENTRALOF WATER SUPPLY FOR EARTHING;
4) TO REPAIR AND ADJUST WITHOUT DEENERGIZATION.
5) TO RELOCATE THE OBJECTS EXCEEDING THE ACCESS WAY
THROUGWIDTH THE TURNSTILE ACCESS AREA;
6) TO JERK AND IMPACT ANTICROSSING BLADES, LED DISPLAY OR
PAROTHERSOF THE PRODUCT, WHICH MAY CAUSE THEIR
MECHANICAL DISTORTION OR DAMAGE;
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 conditions of operation
Mean time of the turnstile access (in single access mode) equals to 2 sec.

Escape door, portal or pedestrian gate can be installed near the turnstile to increase the
turnstile traffic flow capacity in case of emergency.
IMPORTANT:
THE MANUFACTURER WARNS OF THE NECESSITY TO KEEP THE
MANUFACTURER’S SEALS ON THE TURNSTILE COMPONENTS!
2.2 Layout and installation
2.2.1 The turnstile and components of the 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 according to in p.
2.1 and general electrical safety code.
WARNING:
The turnstile damage occurred during transportation is not covered by the
manufacturer’s warranty obligations
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 the turnstile installation;
Connection of all cables to be performed only when power supply is OFF;

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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.8):
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.
Fig. 8 - Tools and accessories for layout and installation

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2.2.5 General layout of the “SpeedBlade” turnstile access ways
Fig. 9 –“SpeedBlade” type turnstile layout options
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 data sheet;
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) Turnstile disassembly and redeployment:
The turnstile removal from pallet (See Figure 10). The turnstile U-shape door to be taken off
to access fixation holes and terminal blocks:
-End screws to be unscrewed and table board to be removed (View А);
-Two frame screws to be loosened and removed and the turnstile door to be taken off (View
B);