Intelligent Swing Gate Turnstile Operating Manual CPW-322CS

Intelligent Swing Gate Turnstile Operating Manual CPW-322CS

C O N T E N T S 1. General Descriptions...1 2. Definitions... 1 2.1 Swing Gate Turnstile... 1 2.2 Passing Modes... 2 3. Safety Precautions...3 4. Product Structure... 4 4.1 Mechanical system... 4 4.2 Electric System...5 5. The working principle of turnstile system... 5 6. Product installation, inspection and tests... 6 6.1 Product installation...6 6.2 Product status inspection...8 6.3 Product function tests... 10 6.3.1 Power on self test function test...10 6.3.2 Normal passing test... 10 6.3.3 IN & OUT direction passing modes test...10 6.3.4 Alarm Function test...11 6.3.5 Anti-clamping function test... 12 6.3.6 Emergency escape function test...12 7. Product usage...12 7.1 Turnstile single directional passing... 12

7.2 Turnstile single directional continuous passing... 13 7.3 Turnstile bi-directional passing... 13 8. Product cleaning and maintenance...14 8.1 Daily cleaning...14 8.2 Product regular maintenance...15 9. Product common troubles and trouble shootings... 16 9.1 Indicator lights failure...16 9.2 System power failure...18 Appendix...21 Contact Us...27

1.General Descriptions Intelligent swing gate turnstile CPW-322CS is one of the most slimmest turnstile gates in the industry; the design is with bridge structure, transparent and bright, simple and elegant; the housing made of great stainless steel is durable; the mechanism module is imported from international top brand DC brushless motor and precise positioning encoder, so as to ensure turnstile gate can move quickly and accurately, stably and quietly, with low-power consumption, energy conservation and environment protection. CPW-322CS 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, subways, airports, customs, exhibition halls, government buildings, financial institutions, clubs and other high-end indoor applications. The product 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 Swing Gate Turnstile The swing gate turnstile consists of housing and two movable flaps. By moving at 90, the flaps can achieve the purpose of stopping or releasing. According to different ways of mechanism combination type, swing gate turnstile can be divided to be single mechanism swing gate turnstile and dual-mechanism swing gate turnstile. Single mechanism swing gate turnstile: only one single mechanism is equipped inside the housing (as shown in Figure 2.1-1). Dual-mechanism swing gate turnstile: dual-mechanism with independent working is equipped inside the housing (as shown in Figure 2.1-2). 1 / 27

2.1-1 Single mechanism swing gate turnstile 2.1-2 Dual-mechanism swing gate turnstile According to different numbers of passageway, swing gate turnstile can be divided to be single passageway swing gate turnstile and multi-passageway speed gates turnstile. Single passageway swing gate turnstile: it consists of two single mechanism swing gate turnstiles. (as shown in Figure 2.1-3) Multi-passageway swing gate turnstile: it consists of two single mechanism swing gate turnstiles and multiple dual-mechanism swing gate turnstiles (as shown in Figure 2.1-4). Figure 2.1-3 Single passageway swing gate turnstile Figure 2.1-4 Multi-passageway swing gate turnstile 2.2 Passing Modes Controlled mode: It is the default standby mode of turnstile. When a valid opening signal is given, turnstiles gates open to allow users to pass through. The valid opening signals can be manually open button signal and access control board open signal. Free passing mode: If infrared sensors detect user s entering into passageway, the turnstile will open automatically and allow user go through. Forbidden passing mode: When a valid opening signal is given, the flaps are closed and users are not allowed to pass through. 2 / 27

3. Safety Precautions Although a series of testing have been carried out before turnstile leaves the factory and the turnstile can run safely and stably, users should perform proper installation and commissioning strictly in accordance with the operating manual before the turnstile can be put into use. Manufacturers may refuse to take any responsibility for any consequences caused by improper operation or human damage. Before installation, please pay attention to the following safety precautions: Only certified and trained electrical technicians may perform the strong electric 220VAC electrical connections. It is prohibited to install the turnstile without proper mounting foundation. Disconnect the power supply of all external systems (such as access control, visitor management system, ticketing system, etc.) during maintenance work. A main leakage switch or residual current operated devices are compulsory. The electrical wiring operation of turnstile must comply with the attached wiring diagrams. Before the turnstile can be put into use, make sure its functions are tested OK. During maintenance work, the fixing bolt must be checked and tighten. Current carrying components like switching power supply, motor reducer, resistor, lamps, etc. shall not be touched while in operating as the high temperature might cause skin burns. It is forbidden to apply heavy force on the turnstile; otherwise, unnecessary damage may be caused. It is recommended to separate the turnstile with other equipment s power supply interface; otherwise the turnstile might be damaged due to the mutual interference between the equipment. The turnstile is not equipped with explosion-proof design, and it is not allowed to apply the turnstile to an environment with danger of inflammable or explosion. However, it is optional for user to purchase other types for the purpose. 3 / 27

4. Product Structure CPW-322CS consists of mechanical system and electric system. Its outline dimensions are shown as Figure 4 as below. 4.1 Mechanical system Figure 4 The mechanical system of turnstile consists of housing and mechanism. The housing is shown as Figure 4.1. It consists of swiping-card panel, passageway status indication, direction indication, infrared sensor and cabinet, etc. The mechanism consists of motor reducer, encoder, clutch and flaps, etc. 4 / 27

Figure 4.1 4.2 Electric System The electric system of turnstile consists of main control board (see Appendix A1), sub-panel control board (see Appendix A2), motor control board (see Appendix A3), infrared sensor, passageway status indicator, direction indicator, buzzer and power module. The counter, sound-light alarm device and access control system are optional. 5. The working principle of turnstile system (1) Turn on turnstile system power; the system will perform power on self test; buzzer alarms for prompting. After the alarm, system goes into standby mode; turnstile gate closes; passageway status indicator turns green and direction indicator turns red. (2) User gives a valid opening signal (access control system swiping-card open signal, or turnstile system open button signal) for IN/OUT direction to main control board. (3) After main control board receives a valid opening signal for IN/OUT direction, it sends control signal to sub-panel control board, motor control board, passageway status indicator and direction indicator. The IN/OUT direction indicator will turn from red to green; and OUT/IN 5 / 27

passageway status indicator will turn from green to red, then turnstile gate opens to let user pass through. (4) User passes through the turnstile according to direction indicator, and infrared sensors will detect the entire process when user is passing and send user s position signal to main control board. After user finishes passing through, main control board sends control signal to sub-panel control board, motor control board, passageway status indicator and direction indicator, then turnstile gate closes and the system enters into standby mode; passageway status indicator turns green and direction indicator turns red. (5) If user doesn t provide a valid opening signal and then go into the passageway, the system will lock flaps to forbid passing; at the same time, buzzer will alarm until user leaves the passageway. 6. Product installation, inspection and tests 6.1 Product installation (1) Prepare necessary tools for installing turnstile and choose the auxiliary parts according to packing list. (2) Confirm the system constitution and operating mode. Get ready to install after finishing system planning. (3) Drill holes after confirming the positions. Pre-bury (N+1)*8 M10 expansion bolts as shown in Figure 6.1. Note: N means the lane quantity. 6 / 27

Figure 6.1 (4) Put both strong power and weak power cables into 3/4 PVC tube, and bury them to the suitable positions. (5) Move housing cabinets respectively to the installing positions, making them align with the anchor bolts. (6) Check the system structure and operating mode. (7) Open one 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 bolts on the chassis with anchor bolts and then tighten the nuts tentatively. (8) Open the adjacent turnstile housing. Respectively align the drilling holes of bolts on the chassis with anchor bolts according to the above reference and tighten the nuts tentatively. (9) Connect the power wires, control wires as well as the ground wires properly according to the wiring diagram. 7 / 27

(10) After checking the turnstile status and performing function commissioning are OK, tighten the anchor bolts and nuts. Note: (1) The depth of 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 water falling in. (2) All the above operation should be carried out when power off. And please make sure the protection ground wire of system is connected correctly, properly and firmly. 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 left and right and buzzer will alarm for prompting. After the alarm stops, turnstile gate should be closed. Please refer to the detailed status of passageway status indicator and direction indicator in Table 6.2. Table 6.2 Swing gate turnstile Passing Mode Working Status Table Passing Mode Turnstile Opening Status The direction indicator (subject to the right hand) The passageway status indicator (subject to the right hand) IN & OUT Controlled Passing When standby, turnstile gate is closed; after turnstile receives a valid opening signal, turnstile gate opens and user can pass through normally. (1) When standby, IN & OUT direction indicator turn red. (2) When IN/OUT direction receives a valid opening signal, IN/OUT direction indicator light turns green. OUT/IN direction indicator turns red. (1)When standby, IN & OUT passageway status indicator light turns green. (2)When IN/OUT direction receives a valid opening signal, IN/OUT passageway status indicator turns green; OUT/IN passageway status indicator 8 / 27

turns red. (1) When standby, IN & OUT direction indicator turns red. IN / OUT Controlled Passing, OUT / IN Forbidden Passing When standby, turnstile gate is closed; after the controlled direction of turnstile receives a valid opening signal, turnstile gate opens and user can pass through normally; after the forbidden direction of turnstile receives a valid opening signal, turnstile gate doesn t open. (2) When the controlled direction receives a valid opening signal, direction indicator of the controlled direction turns green; the direction indicator of forbidden direction turns red. (3) When the forbidden direction of turnstile receives a valid When standby, the controlled direction and forbidden direction receive valid opening signals in these three cases, the passageway status indicator of controlled direction turns green; the direction indicator of forbidden direction turns red. opening signal, both direction indicators of controlled direction and forbidden direction turn red. (1) When standby, the direction indicator of free passing direction (1) When standby, IN&OUT passageway status indicator light IN / OUT turns green; the direction When standby, turnstile gate is turns green. Controlled indicator of controlled direction closed; after IN/OUT direction Passing, (2) When IN/OUT direction receives a valid opening signal, turns red. OUT / IN receives a valid opening signal, turnstile gate opens and user (2) When IN/OUT direction Free IN/OUT passageway status can pass through normally. receives a valid opening signal, Passing indicator turns green; OUT/IN IN/OUT direction indicator light turns green; OUT/IN direction passageway status indicator light turns red. indicator turns red. (4) Check whether the turnstile working mode is in accordance with user s requirements. Please refer to Table 6.2 for details. If the direction indicator or passageway status indicator is abnormal, please refer to Chapter 9 Product common troubles and trouble shootings and contact the manufacturer. (5) Check whether the infrared sensors of each passageway work normally or not. Please check one by one. When you block one pair of infrared sensors, the corresponding infrared indicator lights 9 / 27

on main control board should be off. If the corresponding lights are abnormal, please refer to Chapter 9 Product common troubles and trouble shootings or contact us. (6) Check the running status of each moving flaps. When standby, use the test buttons to provide opening signal. The flaps opening and closing should be synchronous, stable and complete. If the running status of flaps are abnormal, please contact us. Note: Before leaving the factory, a series of tests have been carried out on the turnstile. But to ensure the stable running of turnstile system, it is necessary to perform inspection on turnstile status after properly installed at site. The inspection should be confirmed by the professionals before carried out. The turnstile parameters should not be modified at will without the approval of 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 passing modes test, alarm function test, anti-clamping function test and emergency escape function test. 6.3.1 Power on self test function test After electrified, turnstile gate should perform power on self test; both flaps should move left and right; the buzzer will alarm for prompting. After alarm stops, flaps should return to the closing position automatically. 6.3.2 Normal passing test Under standby status, turnstile gate is closed. Using turnstile test button to provide a valid opening signal, flaps should be open. Within the allowed passing time (usually about 5S), user can pass through normally; during user s passing, the buzzer should not alarm. After user finishes passing, flaps should be closed. 6.3.3 IN & OUT direction passing modes test Set the turnstile passing models via the WORK MODE module on main control board, shown as Figure 6.3.3. The IN direction and OUT direction can be separately set as Controlled Passing / Free Passing / Forbidden Passing. Generally turnstile passing modes are set as IN & OUT controlled 10 / 27

passing (default), IN/OUT controlled passing & OUT/IN forbidden passing, as well as IN/OUT controlled passing & OUT/IN free passing. Observe whether flaps status, direction indicator and passageway status indicator are normal or not 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. Figure 6.3.3 6.3.4 Alarm Function test During the testing, buzzer should alarm for prompting under the following situations: turnstile performs power on self test, pedestrian illegal intrusion, reversed passing or tailgating passing, shown as Figure 6.3.4. 11 / 27

Figure 6.3.4 6.3.5 Anti-clamping function test Infrared Anti-clamping Machinery Anti-clamping Machinery anti-clamping: After providing a valid open signal, if user manually stops flaps during the opening or closing process, flaps should stop moving. Infrared anti-clamping: When turnstile gate is working, if infrared sensors at anti-clamping region (the middle two pairs of infrared sensors) are covered, flaps should stop moving. After the person / obstacle leaves the anti-clamping region, flaps should continue moving. 6.3.6 Emergency escape function test Long-press the emergency escape button (red button), turnstile gate opens and users can freely pass through from both directions. 7. Product usage When using swing gate turnstile, users should obey the passing rules of Swiping cards outside the yellow line, One person one card, and No tailgating or reversed passing. Note: Swiping cards behind the yellow line, one person one card, and No tail-gating and reversed passing means user should stand outside of the yellow line to swipe the card; each time a valid card swiped only allows one person to pass through; tailgating or reversed passing is forbidden. 7.1 Turnstile single directional passing Single directional passing is shown as Figure 7.1. Under standby status, user provides a valid opening signal of IN/OUT direction to the turnstile, turnstile gate opens, and user passes through. 12 / 27

After user finishes passing, turnstile gate closes and returns to the home position. Figure 7.1 Turnstile single directional passing 7.2 Turnstile single directional continuous passing When users provide more than one opening signal at the same direction, turnstile system will memorize all the passing requests and finish each passing action in sequence. If users give valid opening signals when turnstile gate does not close, flaps will still be open, users can go through after giving valid open signal. 7.3 Turnstile bi-directional passing Under standby status, user A stands behind the yellow line of IN direction and provides a valid open signal of IN direction to the turnstile, turnstile gate opens, and user A passes through. After user A finishes passing, turnstile gate closes. User B stands outside the yellow line of OUT direction and provides a valid open signal of OUT direction to the turnstile, turnstile gate opens, and user B passes through. After user B finishes passing, turnstile gate closes. The turnstile and users status during the passing process of user A is shown as Figure 7.3.1. The turnstile and users status during the passing process of user B is shown as Figure 7.3.2. Note: For bi-directional passing, users can only swipe valid cards and pass through in sequence. It is not allowed to pass through simultaneously or reversely. The white one indicates user A, while the blue one indicates user B. Figure 7.3-1 Passing Process of User A 13 / 27

Figure 7.3-2 Passing Process of User B 8. Product cleaning and maintenance The cleaning and maintenance of turnstile will directly affect its service life. Therefore, it requires periodic cleaning and maintenance. 8.1 Daily cleaning The daily cleaning and maintenance include surface cleaning and internal cleaning. The cleaning frequency is once a week. Please refer to Table 8.1 for details. Table 8.1 Daily Surface & Internal Cleaning Area Tools Cleaning Methods Notes Housing stainless steel surface 1 Clean and soft cloth 2Stainless steel cleaner polish, watered alkalescent detergent (Proportion7:1) 1Disconnect to power, and use a clean soft cloth to clean the dust on surface. Spray the stainless steel cleaner polish on the clean cloth, and then wipe along the lines of 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. 1Clean the ordinary floating dust: Wipe the surface of Organic glass 1Clean and soft cloth 2Clean solvent (special organic glass clean solvent, 1% of soapy water, glass cleaning liquid "glassy water", 30% concentration medical alcohol, diesel and other alkalescent or acidulous solvent) organic glass gently with a clean cloth moistened with solvent, or spray the organic glass with a sprayer, then wipe with a clean cloth gently, and finally wipe with a dry cloth. 2Clean glue dust: coat little diesel oil on cotton cloth and gently wipe. If you don t have the diesel oil, you can handle it with the method of cleaning the ordinary floating dust, watered 30% concentration medical alcohol. 3Small scratches treatment of organic glass surface: Wipe the scratches gently for about 5 minutes by cotton with little Please do not use acetone-containi ng solvents, industrial alcohol, and strong alkaline solvent or acidic solvent to clean. toothpaste. 14 / 27

1Clean and soft cloth 1Clean the ordinary floating dust:wipe the surface of 2Clean solvent (weak organic glass gently with a clean cloth moistened with solvent, Tempered glass alkaline and weak acid solvent, like glass cleaning liquid "glassy water", 1% concentration soapy water, 30% concentration medical or spray the organic glass with a sprayer, then wipe with a clean cloth gently, and finally wipe with a dry cloth. 2Clean stubborn stains: Wipe with a clean cloth moistened with 30% concentration medical alcohol or warm vinegar; Or use glass cleaning solvent to clean. Please do not use strong alkaline solvent or acidic solvent to clean. alcohol, vinegar, strong 3Clean surface frost: wipe with a clean cloth moistened with brine etc.) 30% of medical alcohol or brine. 1 Disconnect to power and then open the maintenance door. Use blow gun to remove the internal dust and fines. The mechanical core, boards, switching power, gaps and bottom Internal cleaning 1Clean soft cloth 2Air blow gun 3Stainless steel cleaner polish need to be cleaned specially, so as to ensure it s clean and dry. 2 Use the cloth to wipe the dust inside the cabinet and that on the mechanical parts. 3 Dip another clean cloth with suitable amount of stainless Don t use the dust catcher or air-heater 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 followings: (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 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. 15 / 27

(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 shootings 9.1 Indicator lights failure When standby, the direction indicator turns red (as shown in Figure 9.1-1) and passageway status indicator turns green (as shown in Figure 9.1-1); the running light (RUN) of main control board is flashing at a frequency of one time per second, as shown in Figure 9.1-2; the infrared sensor status indicator light of control board is often on when there is nothing to cover the infrared sensor. Under IN & OUT controlled passing mode, when IN/OUT direction receives a valid open signal, IN/OUT direction indicator turns green, IN/OUT passageway status indicator turns green; OUT/IN direction indicator light turns red, OUT/IN passageway status indicator turns red. Indicator light failures: 16 / 27

All the lights are off. The direction indicator or passageway status indicator is abnormal. The running Light (RUN) of main control board is not flashing. All the lights are flashing. When user covers the infrared sensor, the infrared detector status indicator light on main control board is still on. (1) All the lights are off. Cause Analysis: malfunction of wiring connection, power supply or control board Troubleshooting:Check whether the wiring connection and power supply output are normal or not. If normal, then the control board might be damaged. If wiring connection is abnormal, please fix the wiring connection. If power supply is faulty, please contact the manufacturer. (2) The direction indicator or passageway status indicator is abnormal. Cause Analysis: malfunction of wiring connection, main control board, direction indicator or passageway status indicator light. Troubleshooting:Check whether the wiring connection is normal or not, if abnormal, please fix the wiring connection; if the wiring connection is normal, then check whether the direction indicator or passageway status indicator is normal; if power supply is normal, the direction indicator or passageway status indicator might be damaged; if the power supply is abnormal, main control board might be damaged, please contact the manufacturer. (3) The running Light (RUN) of main control board is not flashing. Cause Analysis: The control board malfunctions or the toggle switch of communication panel has been switched to UPDATE. Troubleshooting: Check the toggle switch on communication panel of the control board and make sure it is at WORK. And then restart the turnstile system. If the system still malfunctions, it proves the control board might be faulty. Please contact 17 / 27

the manufacturer. (4) All the lights are flashing. Cause Analysis: Short circuit or the control board is faulty. Troubleshooting:Check whether there exists any short circuit. If yes, please rule out and fix the wiring connection. If there s no short circuit, then it proves the control board might be faulty. Please contact the manufacturer. (5) When user covers the infrared sensor, the infrared detector status indicator light on main control board is still on. Cause Analysis: Wiring connection malfunction of the infrared detector and the control board, or the control board malfunctions. Troubleshooting:Check whether the wiring connection of infrared detector and control board are normal or not, if abnormal, please fix the wiring connection; if normal, please check whether the power supply of infrared detector is normal or not; if power supply is normal, the infrared detector might be damaged, please contact the manufacturer. If power supply of 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 main control board is normally ON, shown as Figure 9.2-1. The LED 1 & LED 5 power indicator lights on motor control board are normally ON, shown as Figure 9.2-2. 18 / 27

Figure 9.2-1 POWER light on main control board Figure 9.2-2 LED 1 & LED 5 power indicator lights on motor control board System power failures: The 110-220V/AC power cable of turnstile system has been connected, but not electrified. The POWER light on main control board is not ON; The LED 1 & the LED 5 power indicator lights on motor control board are not ON. (1)110-220V/AC power cable of turnstile system has been connected, but not electrified. Cause Analysis: The contact chip of power socket is loosened or damaged; the 110-220V/AC power cables are damaged. Troubleshooting:Check whether the contact chip of 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 power supply module is normal and contact the manufacture with the feedback. (2)The main control board doesn t electrify. 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 main control board is faulty, or main control board is faulty. 19 / 27

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. The LED 1 and the LED5 power indicator lights on the motor control board are 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. 20 / 27

Appendix The turnstile main control board is shown as Figure A1; the sub-panel control board is shown as Figure A2, while the motor control board is shown as Figure A3. Figure A1 Turnstile Main Control Board Figure A2 Sub-panel control board 21 / 27

Figure A3 Motor Control Board The electrical board installation distribution of main cabinet and deputy cabinet are shown as Figure B1. The electric wiring connection diagram of main cabinet is shown as Figure B2; The electric wiring connection diagram of deputy cabinet is shown as Figure B3; The control panel instruction of main control board is shown as Figure B4; The wiring instructions for the external interface of control panel is shown as Figure B5. Figure B1 Electrical board installation distribution of main cabinet and deputy cabinet 22 / 27

Figure B2 The electrical wiring connection of the main cabinet 23 / 27

Figure B3 The electrical wiring connection of the deputy cabinet 24 / 27

Figure B4 The control panel instruction of main control board 25 / 27

Figure B5 The wiring instructions for the external interface of control panel Note: The product design and specifications are subject to change without prior notice. 26 / 27

Contact Us CMOLO INTERNATIONAL CO., LTD. ADD:CMOLO Industrial Park, 144-1 Hengping Rd., Henggang Street, Longgang District, Shenzhen P.C.:518115 TEL:0755-83065161 FAX:0755-83134161 E-mail:global@cmolo.com For more products information, please visit our website: www.cmolo.com. Or follow us: Facebook Twitter Linkedin Youtube 27 / 27