OPERATING MANUAL OF SLIDING GATE TURNSTILE TPW-331EGS

OPERATING MANUAL OF SLIDING GATE TURNSTILE TPW-331EGS

Contents 1 General Descriptions... 1 2 Definitions... 1 2.1 Sliding Gate Turnstile... 1 2.2 Passing Modes... 2 3. Safety Precautions... 2 4 Product Structure... 3 4.1 Mechanical System... 4 4.2 Electric System... 5 5 The Working Principle Of The Turnstile System... 5 6 Product Installation, Inspection And Tests... 5 6.1 Product Installation... 5 6.2 Product Status Inspection... 7 6.3 Product Function Tests... 9 6.3.1 Power On Self Test Function Test... 9 6.3.2 Normal Passing Test... 9 6.3.3 IN & OUT Direction Passing Modes Test... 9 6.3.4 Intelligent Linkage Alarm Test... 10 6.3.5 Anti-clamping Function Test... 11 6.3.6 Emergency Escape Function Test... 11 7 Product Usage... 11 7.1 Sliding Gate Turnstile Single Directional Passing... 11

7.2 Sliding Gate Turnstile Single Directional Continuous Passing... 12 7.3 Sliding Gate Turnstile Bi-directional passing... 12 8 Product Cleaning And Maintenance... 13 8.1 Daily Cleaning... 13 8.2 Product Regular Maintennance... 14 9 Product Common Troubles And Trouble Shooting... 15 9.1 Indicator Lights Failure... 15 9.2 System Power Failure... 17 Appendix... 20

1 General Descriptions Intelligent full height sliding gate turnstile TPW-331EGS is with circular arc structure, which is in beautifully shaped; pursuit the perfect unity of art, fashion and security; the housing made of stainless steel is durable; the mechanism modules are imported from international top brands DC brushless motors and precise positioning encoder, so as to make sure the wing gate can stretch quickly and accurately, stably and quietly, with low-power consumption, energy conservation and environment protection. TPW-331EGS is equipped with the dry contact signal input interface, RS485/RS232 interface, TCP/IP interface (optional), compatible with all kinds of access controllers. It is suitable for commercial buildings, government buildings, financial institutions, clubs and other high-end indoor applications. TPW-331EGS has been strictly tested before leaving the factory. But to ensure the safe and reliable operating of the product, users are recommended to read the manual carefully before operating so as to avoid improper operation and damage to the interests of users. 2 Definitions 2.1 Sliding Gate Turnstile The sliding gate turnstile consists of housing and two movable flaps. The flaps is retractable achieving the purpose of stopping or releasing. According to different combination ways of mechanism, the sliding gate turnstile can be divided to be single-mechanism sliding gate turnstile and dual-mechanism sliding gate turnstile. Single-mechanism sliding gate turnstile only one mechanism is equipped with one housing cabinet (as shown in Figure 2.1-1). Dual-mechanism sliding gate turnstile two independent mechanisms are equipped with one housing cabinet (as shown in Figure 2.1-2).

Figure 2.1-1 Single-mechanism sliding gate turnstile Figure 2.1-2 Dual-mechanism sliding gate turnstile According to the number of lane, the sliding gate turnstile can be divided to be single-lane sliding gate turnstile and multi-lane sliding gate turnstile. Single-lane sliding gate turnstile It consists of two single-mechanism sliding gate turnstile (as shown in Figure 2.1-3). Multi-lane sliding gate turnstile It consists of two single-mechanism sliding gate turnstile and multiple dual-mechanism sliding gate turnstile (as shown in Figure 2.1-4). Figure 2.1-3 Single-lane sliding gate turnstile Figure 2.1-4 Multi-lane sliding gate turnstile 2.2 Passing Modes Controlled mode: It is the default standby mode of turnstiles. When a valid open signal is given, the turnstile poles open to allow pedestrians to pass through. The valid open signals are manual open button signal and access control board open signal. Free passing mode: When a valid open signal is given, the turnstile open and pedestrians can pass through freely. The valid open signals are manual open button signal, access control board open signal, and infrared sensor open signal Forbidden passing mode: When a valid open signal is given, the turnstile don t open and pedestrians are not allowed to pass through.

3. Safety Precautions Although a series of testing have been carried out before shipment and the turnstile can run TPW-331EGS consists of mechanical system and electrical system. Its outline dimensions are shown as Figure 4 below. safely and stably, users should perform proper installation and debugging strictly in accordance with the operating manual before using the turnstile. Manufacturers don't take any responsibility because of improper operation or human damage. Before installation, please pay attention to the following safety precautions: Only professional electricians and technicians received electrical training can be engaged in the electrical 220VAC electrical connection operation. It is prohibited to install the turnstile without suitable foundation. During maintenance, cut the external system power supply off (such as access control, visitor system, ticketing system, etc.). A leakage switch or other current control operating devices is necessary. The connection operation of the turnstile must comply with the attached wiring diagram. Before using the turnstile, ensure that the turnstile functions test is qualified. During maintenance, please check whether the bolt is fastening. When the turnstile system is powered on, charged components such as switching power supply, resistors, lamps shall not be touched as the high temperature might cause skin burning. It is forbidden to apply heavy force on the turnstile. Otherwise, there will be unnecessary damage. It is recommended to separate the turnstile with other equipment power supply interface; otherwise the turnstile might be damaged due to the mutual interference between the equipment. Not equipped with explosion-proof device, the equipment is not allowed to use in an inflammable and explosive. However, it is optional for the users to purchase other type for the purpose.

990 1600 4. Product Structure 310 310 550 550 310 Front view 1610 Side view Figure 4 4.1 Mechanical System The mechanical system of the turnstile consists of housing cabinet and mechanism. The housing cabinet is shown as Figure 4.1. It consists of card swiping panel, status indicator panel, direction indicator panel, infrared sensor panel, glass panel and housing. The mechanism consists of motor reducer, encoder and flap, etc.. Flap Direction indicator Card-swiping panel Passage status indicator Infrared sensor Figure 4.1

4.2 Electric System The electric system of the turnstile consists of main control board (see Appendix A1), slave control board(see Appendix A2),motor control board (see Appendix A3), infrared sensor, status indicator light, direction indicator light, buzzer and power module. The counter, sound-light alarm device and access control system are optional. 5 The Working Principle Of The Turnstile System (1) Turn on the turnstile system power; the system will perform power on self test. The buzzer will alarm for prompting. After the alarm prompting, the system goes into the standby mode and flap will be closed. (2) Users provide valid open signals for IN/OUT direction (access system swiping-card open signal and turnstile system open button signal) to main control board. (3) After the turnstile main control board receives valid open signal for IN/OUT direction, it sends control signal to motor control board, then the flap will open to let users to pass through. (4) After user finishes passing through, the main control board sends control signal to motor control board; swing gates are locked and the system enters standby mode. (5) If users don t provide valid open signal and then go into the turnstile to push flap, the system will lock the gate to forbid passing, at the same time the buzzer will alarm until users revoke illegal intervention. 6 Product Installation, Inspection And Tests 6.1 Product Installation (1) Prepare necessary tools for installation and choose the auxiliary parts according to the packing list. (2) Confirm the system constitution and operating modes. Get ready to install after finishing system planning. (3) Drill holes after confirming the positions. Pre-bury (N+1)*4 M12 expansion bolts as shown in Figure 6.1. Note: N means the lane quantity.

990 1600 A A 310 310 550 550 1610 310 2030 Expansion Bolt 850 Section A-A 850 525# Concete Φ100 cable hole 110 750 750 110 Ground Installation & Fixed Drawing Installation steps of the expansion bolts: 1. Choose an alloy bit which is matching with the outside diameter of the expansion bolts. Drill the holes according to the length of the expansion bolts. Drilling holes to the required depth of the installation will be ok. Then please clean up the holes. 2. Install flat washers, spring washers and nuts. Screw nuts to the end of the bolts so as to protect the screw thread, and then insert the expansion bolts to the holes. 3. Turn the spanner until the washers are flush with the fixed Objects. If there re no special requirements, user can tighten up by hand and then screw for 3 to 5 turns by spanner. 1000 1426 12-φ16 use M12X100mm expansion bolts to fix on the ground 110 Figure 6.1 (4) Put strong/weak cables into the 3/4 PVC tube respectively, and bury them to the suitable positions. (5) Move the housing cabinets respectively to the installing positions, making them align with anchor bolts. (6) Check the system structure and operating modes. (7) Open the housing cabinet and choose one turnstile as a reference (It is recommended to choose the middle unit as a reference). Respectively align the drill holes of the bolts on the chassis with the anchor bolts and then tighten the nuts tentatively. (8) Open the adjacent housing cabinet. Respectively align the drilling holes of the bolts on the chassis with the anchor bolts according to the above referenced proper arrangement of turnstile online and tighten the nuts tentatively. (9) Connect the power wires, control wires as well as the ground wires properly according to the wiring diagram.

(10) After the function debugging is checked OK, tighten the anchor bolts and nuts. Note 1 The depth of the PVC tubes buried shall be more than 60mm. The height above the ground shall be more than 50mm. And the PVC tube shall be bent return so as to avoid the water falling in. 2 All the above operations should be carried out when power off. And please make sure the ground wires of the system is connected correctly, properly and firmly. Please refer to the TPW-331EGS foundation mounting diagram enclosed with the box for detailed 6.2 Product Status Inspection It is required to check the turnstile status after it is properly installed. Detailed procedures are as below: (1) Check the proper wiring among all electric components. Details please refer to Appendix. (2) After the wiring are checked OK, connect the turnstile to power. (3) After the turnstile finishes power on self-checking, both flaps should move back and forth and buzzer will alarm for prompting. After the alarm prompting, flaps should be closed. Please refer to the detailed passageway status in Table 6.2 sliding gate turnstile passing model working status table Table 6.2 sliding gate turnstile passing model working status table Turnstile Opening The direction indicator light The status indicator light (Subject to the right hand) (Subject to the right hand) Passing Mode Status IN & OUT Controlled Passing When standby, the (1) When standby, IN&OUT turnstile is closed; after the direction indicator turns red. turnstile receives a valid open signal, the turnstile gate opens and user can pass through normally. IN/OUT Controlled Passing, When standby, the turnstile is closed; after the (2)When IN/OUT direction receives a valid open signal, IN/OUT direction indicator turns green and OUT / IN direction indicator turns red. (1)When standby, (1)When standby, IN&OUT status indicator turns red. 2 When IN/OUT direction receives a valid open signal, IN/OUT status indicator turns green and OUT / IN status indicator turns red. IN&OUT When standby, the controlled direction indicator turns red. direction and forbidden direction (2)When the controlled direction receive a valid open signal, the

OUT / IN Forbidden passing controlled direction receives a valid open signal, the status indicator of the controlled receives a valid open direction indicator turns green; the direction turns green, the status direction indicator of the forbidden indicator direction turns red. direction turns red. signal, the turnstile opens and user can pass through of the forbidden (3)When the forbidden direction of normally. After the the turnstile receives a valid open forbidden direction signal, both the controlled and the forbidden direction indicator turn receives a valid open signal, the turnstile doesn t red. open. When IN / OUT Controlled Passing, OUT / IN Free Passing standby, the (1)When standby, the direction turnstile is closed; after the indicator of the Free Passing IN/OUT direction receives direction turns green; the direction a valid open signal, the turnstile opens and user can pass normally. through indicator of the forbidden direction turns red. (2)When IN/OUT direction receives a valid open signal, IN/OUT direction indicator turns green; OUT/IN direction indicator 1 When standby, the direction indicator of IN & OUT direction turns green; 2 When IN/OUT direction receives a valid open signal, IN/OUT direction indicator turns green; OUT/IN direction indicator turns red. turns red. (4) Check whether the turnstile working mode is in accordance with the user requirements. Please refer to Table 6.2 for details. If the direction indicator is abnormal, please refer to Chapter 9<The common trouble shooting of products> or contact the manufacturer. (5) Check whether the infrared detectors of each lane do work normally. Please check one by one, when you block one pair of infrared detectors, the corresponding infrared lights of main control board should be off. If the lights are abnormal, please refer to Chapter 9<The common trouble shooting of products> to check or contact the manufacturer. (6) Check the running status of the flaps: When standby, use the test buttons to provide an open signal. The flaps will be rotating smoothly and returning normally when being pushed. If the running status of the flaps is abnormal, please contact the manufacturer.

6.3 Product Function Tests After checking the turnstile status, it is also required to test the turnstile functions. Detailed tests include: power on self test function test, normal passing test, IN & OUT direction passing modes test,intelligent linkage alarm test, anti-clamping function test and emergency escape function test. 6.3.1 Power On Self Test Function Test After power on, the sliding gate turnstile should move back and forth and buzzer will alarm for prompting. After the alarm prompting, flaps should be closed. 6.3.2 Normal Passing Test When standby, the flaps are closed. Using the test button of the turnstile to provide an valid open signal, the flaps open. Within the allowed passing time (usually about 5S), user can pass through normally. During the passing, buzzer shouldn't alarm. After the user finishing the passing, the flaps should be locked. 6.3.3 IN & OUT Direction Passing Modes Test Set the turnstile passing models via the WORK MODE module on the control board, as shown is Figure 6.3.3. The IN direction and OUT direction can be separately set as Controlled Passing Free / Passing / Forbidden Passing. Generally the turnstile passing modes are set as IN & OUT controlled passing (default), IN/OUT controlled passing & OUT/IN forbidden passing, as well as IN/OUT controlled passing & OUT/IN free passing. Observe whether the turnstile poles status and the direction indicator are normally under different working modes. If they work normally, then the passing modes can switch normally. If not, the mode switching function is abnormal. Please refer to Table 6.2 for details.

IN & OUT Directions Working Mode Setting: Use the R & L buttons to switch the working modes of IN & OUT directions: L Switch the working modes of IN direction (controlled-free-forbidden, switched in loop) R Switch the working modes of OUT direction (controlled-free-forbidden, switched in loop) Passing mode indicator lights show the working mode of the corresponding direction: L1 Green When the light is on, the IN direction is at free passing mode. L2 Red When the light is on, the IN direction is at forbidden passing mode. L3 Yellow When the light is on, the IN direction is at controlled passing mode. R1 Green When the light is on, the OUT direction is at free passing mode. R2 Red When the light is on, the OUT direction is at forbidden passing mode. R3 Yellow When the light is on, the OUT direction is at controlled passing mode. Figure 6.3.3 6.3.4 Intelligent Linkage Alarm Test During debugging buzzer should alarm for prompting when the turnstile power on self test, pedestrians intrusion, pedestrians reverse passing and tailgating, as shown is figure 6.3.4. Anti-intrusion Anti-reverse pass Intelligent linkage alarm Power on Anti-tailgating pass Self-check when power on Figure 6.3.4

6.3.5 Anti-clamping Function Test Infrared anti-clamping Machinery anti-clamping Machinery anti-clamping: In the process of closing, use hand to block flaps and the flaps should open automatically to prevent clamping pedestrians. Infrared anti-clamping: In the process of closing, once people or thing is detected in the anti-clamping area(the middle pair of infrared sensor), the flaps will open automatically to prevent clamping pedestrians. 6.3.6 Emergency Escape Function Test Press the emergency escape button (red button),the flaps should be open and users can pass through from both sides. 7 Product Usage When using the sliding gate turnstile, pedestrians should obey the rules of Swiping cards outside the yellow line, one person one card, forbid tailgating and reverse passing. Note: Swiping cards outside the yellow line, one person one card, forbid tailgating and reverse passing means that the pedestrians should swipe the card outside of the yellow line; each time a valid card swiped only allows one person to pass through; the next and the opposite pedestrians no swiping are forbidden to pass. 7.1 Sliding Gate Turnstile Single Directional Passing As shown is figure 7.1. When standby, pedestrians outside the yellow line a IN / OUT valid open signal to the turnstile, flaps will open and pedestrians can pass; after passing through, flaps will close and return to the hindered zero position automatically.

Figure 7.1 Sliding gate turnstile single directional passing 7.2 Sliding Gate Turnstile Single Directional Continuous Passing When pedestrians provide more than one open signals at the same direction, the system will memorize all the passing requests and finish in sequence. 7.3 Sliding Gate Turnstile Bi-directional passing When standby, the person A stands outside the yellow line of the IN direction and provides a valid open signal for the turnstile, the flaps open and the person A passes through. After the person A finishes passing through, the flaps close. The person B should be waiting outside of the yellow line of the OUT direction. After the person A finishes passing through, the person B stands outside the yellow line of the OUT direction and provides a valid open signal for the turnstile, the flaps open and the person B passes through. After the person B finishes passing through, the flaps close. The turnstile and the person A 's status in the passing process is shown as Figure 7.3.1. The turnstile and the person B's status in the passing process is shown as Figure 7.3.2. Note: For bi-directional passing, pedestrians can only swipe the card and pass through in sequence. It is not allowed that two pass through in the same or opposite direction simultaneously. The white one is the person A, the blue one is the person B. Figure 7.3-1 Passing Process of The Person A

Figure 7.3-2 Passing Process of The Person B 8 Product Cleaning And Maintenance The cleaning and maintenance of turnstiles will directly affect its service life. Therefore, it is necessary to clear and maintain regularly. 8.1 Daily Cleaning The daily cleaning and maintenance includes surface cleaning and internal cleaning. The cleaning cycle is once a week. Please refer to Table 8.1 for details. Table 8.1 Area Tools Cleaning Methods Notes ①Cut the power supply off, and use the clean soft cloth ① Clean and soft cloth Stainless Steel Housing ②Stainless steel cleaner polish, watered alkalescent detergent (Proportion7:1) to clean the dust on surface. Spray the stainless steel cleaner polish on the clean cloth, and then wipe along the lines of the brushed stainless steel surface until it s clean and bright again. ②Use the cloth to clean the bottom and the surrounding Please do not use water, strong alkaline solvent or acidic solvent to clean. ground; Make sure the bottom is dry, and without any water. ① Clean and soft cloth Organic Glass ① Clean the ordinary floating dust Wipe the surface of Please do not use ②Clean solvent (special the organic glass gently with a clean cloth moistened organic clean with solvent, or spray the organic glass with a solvent, 1% of Soapy sprayer, then wipe with a clean cloth gently, and Medical water, finally wipe with a dry cloth. alcohol, glass Glass cleaning liquid "glass of water", ②Clean glue dust: wipe with a cotton moistened with little 30% of medical alcohol, diesel oil, if you don t have the diesel oil, you can handle Diesel and other weakly it with the method of cleaning the ordinary floating dust, Acetone-contai ning solvents, and strong alkaline solvent or acidic solvent to clean.

basic or weakly acidic watered medical alcohol (Proportion7:1). solvent ) ③ Small scratches treatment of the organic glass s surface: wipe the scratches gently for about 5 minutes with a cotton painted little toothpaste. ① Clean and soft cloth ②Clean solvent (Glass cleaning liquid "glass of Tempere water", 1% of Soapy d Glass water, 30% of medical alcohol, Vinegar, brine and other weakly basic or weakly acidic solvent ) ①Clean the ordinary floating dust wipe the surface of the organic glass gently with a clean cloth moistened with solvent, or spray the organic glass with a sprayer, then Please do not use strong wipe with a clean cloth gently, and finally wipe with a dry alkaline solvent cloth. or ② Clean stubborn stains: wipe with a clean cloth moistened with 30% of medical alcohol or warm vinegar. acidic solvent to clean. ③Clean surface frost: wipe with a clean cloth moistened with 30% of medical alcohol or brine. ① Disconnect to power and then open the maintenance door. Use the blow gun to remove the internal dust and fines. The mechanical core, boards, switching power, ① Clean soft cloth Internal cleaning ② Air blow gun ③Stainless steel cleaner polish gaps and bottom need to be cleaned specially, so as to ensure it s clean and dry. Don t use the ② Use the cloth to wipe the dust inside the cabinet and dust catcher or that on the mechanical parts. air-heater ③ Dip another clean cloth with suitable amount of stainless steel cleaner polish to wipe along the lines of the brushed stainless steel surface of the access door until it s clean and bright again. 8.2 Product Regular Maintenance Please pay attention to the following: 1 Non-professionals are not allowed to open the turnstile housing cabinet to perform tests, maintenance or product services; 2 It is forbidden to use hard objects to clean the turnstile surface, or it will be easily scratched. 3 It is forbidden to use water to clean, or it will cause the short circuit of the electric components

and affect the normal usage of the turnstile. 4 It is required to check the connections of each interface on the mechanism periodically, so as to avoid the looseness of the parts. 5 It is required to use lubricants to lubricate the mechanism parts periodically. 6 It is required to check the sockets and wiring connections periodically so as to ensure the stability of the wiring connections. 7 It is required to check the grounding connection of the electric system periodically so as to avoid electric leakage. 8 After finishing the maintenance, please connect the turnstile system to power and close the maintenance doors. 9 Product Common Troubles And Trouble Shooting 9.1 Indicator Lights Failure When standby, the direction indicator light turns red (as shown in Figure 9.1-1) and status indicator light is green. The running Light (RUN) of the control board is flashing at a frequency of one time per second, as shown in Figure 9.1-2 ; the infrared detector status indicator of the control board is often on as long as there is nothing to block the infrared detector. Under IN & OUT Controlled Passing mode, when IN/OUT direction receives a valid open signal, IN/OUT direction indicator turns green, OUT/IN direction indicator turns red. IR sensors status indicator lights Direction indicator Main control board running (RUN) Status indicator Figure9.1-1 Direction Indicator & Status Indicator Figure9.1-2 IR sensors status Indicator lights & Main control board running light (RUN) light

Indicator light failures: All the lights are off. The direction indicator light and the status indicator light are abnormal. The running Light (RUN) of the control board is not flashing. All the lights are flashing. When blocking the infrared detector, the infrared detector status indicator of the control board is still on. (1) All the lights are off. Cause Analysis: malfunction of wiring connection, power supply or main control board Troubleshooting Check whether the wiring connection and the power supply output are normal. If it is normal, then the main control board might be damaged and contact the manufacturer. If the wiring connection is abnormal, please fix the wiring connection. If the power supply is faulty, please contact the manufacturer. (2) The direction indicator and the status indicator is abnormal. Cause Analysis: malfunction of wiring connection, main control board or the direction indicator and the status indicator are damaged. Troubleshooting Check whether the wiring connection is normal, if it is abnormal, please fix the wiring connection; if the wiring connection is normal, then check whether the power supply of the direction indicator and the status indicator is normal; if normal, the direction indicator and the status indicator might be damaged; if abnormal, the main control board might be damaged, please contact the manufacturer. (3) The running Light (RUN) of the control board is not flashing. Cause Analysis: The main control board malfunctions or the toggle switch of the communication panel has been switched to UPDATE. Troubleshooting Check the toggle switch on the communication panel of the control board and make sure it is at WORK. And then restart the system. If the system still malfunctions, it proves the main control board might be faulty. Please contact the manufacturer. (4) All the lights are flashing.

Cause Analysis: Short circuit or the main control board is faulty. Troubleshooting Check whether there exists any short circuit. If yes, please rule out and fix the wiring connection. If no, then it proves the main control board might be faulty. Please contact the manufacturer. (5) When blocking the infrared detector, the infrared detector status indicator of the control board is still on. Cause Analysis: wiring connection of the infrared detector and the main control board, or infrared sensor malfunctions. Troubleshooting Check whether the wiring connection of the infrared detector and the main control board are normal, If it is abnormal, please fix the wiring connection. If it is normal, check whether the power supply of the infrared detector is normal; if it is normal, the infrared detector might be damaged, please contact the manufacturer. If the power supply of the infrared detector is abnormal, the control board might be damaged, please contact the manufacturer. 9.2 System Power Failure When standby, the POWER light on the main control board is normally on. As shown in Figure 9.2. Figure 9.2-1 Power Light On The Main Control Board

Figure 9.2-2 Power light LED1&LED5 on the motor control board System power failures: The 110-220V/AC power cable of the system has been connected, but not electrified. The POWER light on the main control board is not ON. The power light LED1 & LED5 on the motor control board are not on. 1 110-220V/AC power cable of the system has been connected, but not electrified. Cause Analysis: The contact chip of the power socket is loosened or damaged; the 110-220V/AC power cables are damaged. Troubleshooting Check whether the contact chip of the power socket is loosened or damaged. If yes, please repair or replace the socket. If the power socket is normal, please rule out whether the 110-220V/AC power cable is damaged. If yes, please replace the 110-220V/AC power cable. If the 110-220V/AC power cable is normal, please check whether the leakage protection switch is working normally. If not, please replace the leakage protection switch or contact the manufacturer. If the leakage protection switch is working normally, please check whether the output voltage of the power supply module is normal and contact the manufacture with the feedback. (2) The main control board doesn t electrify and the POWER light on the control board is not ON. Cause Analysis: The switch power supply is damaged, the wiring connection between the switch power supply and the main control board is faulty, or the main control board is faulty. Troubleshooting Check whether the switch power supply is damaged. If yes, please contact the manufacturer. If it is normal, please check whether the wiring between the switch power supply and the main control board is normal. If not, please repair the wiring

connection. If the wiring between the switch power supply and the main control board is normal, then it is possible that the main control board is faulty. Please contact the manufacturer. (3) The motor control board doesn t electrify and the power light LED1 & LED5 on the motor control board is not ON. Cause Analysis: The switch power supply is damaged, the wiring connection between the switch power supply and the motor control board is faulty, or the motor control board is faulty. Troubleshooting: Check whether the switch power supply is damaged. If yes, please contact the manufacturer. If it is normal, please check whether the wiring between the switch power supply and the motor control board is normal. If not, please repair the wiring connection. If the wiring between the switch power supply and the motor control board is normal, then it is possible that the motor control board is faulty. Please contact the manufacturer. Note: The above shows the common failures of the products. For troubleshooting methods of more failures, please refer to the special maintenance manual of the product.

Appendix The turnstile main control board is shown as Figure A1; slave control board is shown as figure A2; motor control board is shown as figure A3. Figure A1 The main control board Figure A2 The slave control board

Figure A3 The motor control board The circuit board installation position of the turnstile is shown as Figure B1, the electrical wiring connection of the main cabinet is shown as Figure B2, the electrical wiring connection of the slave cabinet is shown as Figure B3, the control board instruction is shown as Figure B4, The wiring instructions for the external interface of main control board is shown as Figure B5. View A View D A B C D Electrical distribution of the main cabinet Electrical distribution of the slave cabinet View B Electrical distribution of the main cabinet View C Electrical distribution of the slave cabiet Figure B1 The circuit board installation position

L N brown blue Yellow red V3 VV+ The motor interface TPW-331EGS Main Cabinet The encoder interface L N black red V1 VV+ E1(5P) MP MP(4P) M1(8P) POWER J7 2P POWER brown blue V2 The motor control board L N yellow red VV+ POWER MD1 N NC L N Relay COM NO L N UPS L N The main control board EMO J15 S1 L N MP(4P) IN 110/220VAC L MP(4P) J15(2P) J6 J13 J14 Buzzer 2P J4 In direction status indicator(3p) J2 IR 1 3 signal interface (4P) J16 J15 J15(2P) IR sensor 5 7 9 signal interface 5P J7 J7 2P In direction indicator light(3p) P2(4P) M-S brown M-S 1.VO3+ 2.V031 2 3 4 5 6 3.VO1+ 4.VO15.CAN-H 6.CAN-L blue red red black J15(2P) MASTER yellow The main control board Connect with the corresponding number of slave cabinet J1 J17 CAN(2P) Figure B2 The electrical wiring connection of the main cabinet

J7 J5 J15 J3 J16 S-M 1 2 Out direction status indicator(3p) Out direction indicator light(3p) brown blue red 4 yellow 6 black S-M 1.V03+ 2.VO33.VO1+ 4.V015.CAN-H 6.CAN-L The slave control board 5 white CAN Communication (2P) 3 Connect with the corresponding number of main cabinet CAN Communication(2P) The power wire of slave control board 2P J14 IR sensor input signal(4p) CAN Communication(2P) J13 CAN Communication(2P) IR sensor input signal (5P) Motor drive circuit board 6 black E2(5P) 5 red J15 yellow MD2 red 4 yellow blue 3 red brown 2 red yellow D2 1 blue M1(8P) MP The power wire of motor control board 4P D2 1.VO3+ 2.V033.V01+ 4.V015.V01+ 6.V01brown The encoder interface(5p) The motor interface (8P) TPW-331EGS The slave cabinet Figure B3 The electrical wiring connection of the slave cabinet

1. Infrared sensor status indication Indicating the corresponding infrared state: when the infrared is blocked, the corresponding light off 1 3 2 4 5 6 3. Zero adjustment ZERO1: the closed position adjustment of fully automatic tripod turnstile. After pressing the ZERO1, the VALID1 lights up, manually adjust the arms to the closed position and press ZERO1 again, and the VALID1 light is off. ZERO2: The sliding gateturnstiles are invalid. 7 8 9 10 11 12 2. Working modes setting for entry and exit direction Use these two buttons can switch the working modes of entry and exit direction. L: switch the working mode of entry direction (controlled-free-forbidden, switch circularly) R: switch the working mode of exit direction (controlled-free-forbidden, switch circularly) Direction Indicator lights indicate the working modes at the corresponding direction. L1 (green): the light on means entry direction is free passing mode L2 (red): the light on means entry direction is forbidden passing mode L3 (yellow): the light on means entry direction is controlled passing mode R1 (green): the light on means exit direction is free passing mode R2 (red): the light on means exit direction is forbidden passing mode R3 (yellow): the light on means exit direction is controlled passing mode 9. Download protection lock When the turnstile needs to download and upgrade the new program, please toggle the switch to "UPDATE" position, and then download and upgrade the program through 7. (DB9) interface. 4. Reset, restart and automatically adjustment RESTART: restart the turnstile systems RESET: reset the default setting of the turnstile systems AUTOSET: the semi-auto tripod turnstiles are invalid RUN indicator light: the indicator light of running status. The light will flicker per second when the turnstile works normally. 5. Testing buttons There are three buttons on the panel can directly test the left gate open, right gate open and close the gate. OPEN_L: open gate at entry direction OPEN_R: open gate at exit direction CLOSE: The sliding gate turnstiles are invalid 6. The reset button of counter Attention! When turnstile is normally working, user must toggle the switch to the WORK position. C_L: clearing entry counting C_R: clearing exit counting 10.RS232 RS485 7. DB9 The default communication interfaces of turnstile RS232 GND: Ground RX: RS232 receiving terminal TX: RS232 transmitting terminal RS485 +: RS485 + terminal -: RS485 - terminal 1. Used for downloading and upgrading the firmware of turnstile control panel. 2. One of the default communication interfaces of turnstile 8. Turnstile dry contact control input Use the switch signals such as relay signal and buttons and so on can control turnstile s opening & closing. 11.Extend input interface Use it to achieve the extend function. 12. Ethernet Interface Ethernet communication interface can be customized. OPEN_R: entry direction open OPEN_L: exit direction open CLOSE: The sliding gate turnstiles are invalid EMO: emergency open the gate (normally open signal); the effective signal less than 1 second is the arm-dropped testing. Figure B4 The main control board instruction

Signal access 控制面板 Button Entrance COM open NO relay signal NC Button Exit open relay signal COM NO NC Button COM Fire relay NO signal NC Spring terminal usage 3 2 PC 1 3 Tool: straight screwdriver The specification of used cable 0.3mm²~1.0mm² The length of cable after removing the insulating layer 5mm~8mm 1 use the straight screwdriver to press vertically and open the wiring access port; 2 Then insert the cable; 3 loosen the straight screwdriver and clamp the cable to finish the connection. Figure B5 The wiring instructions for the external interface of control board