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SSA-P400
SSA-P400T
SSA-P401
SSA-P401T
Access Control Panel
user manual
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safety information CAUTION RISK OF ELECTRIC SHOCK. DO NOT OPEN CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK) NO USER SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL. This symbol indicates that dangerous voltage consisting a risk of electric shock is present within this unit. This exclamation point symbol is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accom
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SAFETY INFORMATION 5. Keep out of direct sunlight and heat radiation sources. It may cause fi re. 6. Install it in a place with good ventilation. 7. Avoid aiming the controller directly towards extremely bright objects such as sun. 8. Apparatus shall not be exposed to dripping or splashing and no objects fi lled with liquids, such as vases, shall be placed on the apparatus. 9. The Mains plug is used as a disconnect device and shall stay readily operable at any time. FCC Statement This device comp
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contents 5 Features PRODUCT INTRODUCTION 7 What’s included 12 Cable Selection 5 13 Connecting the termination resistor and INSTALLATION AND EXTERNAL diode CONNECTION 14 Earth-grounding the communication cables 15 Power, Reader, and I/O Connection 18 Communication Line Connection 13 22 System Initialization INITIALIZATION 23 Board ID Setting 22 24 Troubleshooting TROUBLESHOOTING 24 26 Product Specifi cations PRODUCT SPECIFICATIONS 26 4_ contents
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PRODUCT INTRODUCTION product introduction FEATURES State-of-the-art Access Controller SSA-P400(T)/SSA-P401(T) is a state-of-the-art door access controller device that provides a high level security system in an affordable price, meeting the needs in the security industry. SSA-P400(T)/SSA-P401(T) can control access of 2-4 doors with simple manipulation and high level stability as well as its affordable cost. You can specify up to 1000 ~ 20,000(30,000/ 40,000/50,000) instances of card registrat
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product introduction Input Port Format Setup 15 input ports are provided by default. For these ports, you can specify if the format of the incoming signal is blocked (NO) or connected (NC) in normal operation. This setting will make all ports operate same regardless of the output status of the input device. Time Scheduling You can specify a time range during which a specifi c operation is performed. You can specify a specifi c time range for a schedule code, which will be transferred to the app
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PRODUCT INTRODUCTION WHAT’S INCLUDED Check if the following items are included in the product package. Main Unit Quick Guide Diode (x12) CD Manual (UF4004, 1N4001~4007) English7
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product introduction Main Board 1 2 3 24 25 4 23 22 16 5 21 17 6 20 15 7 19 10 8 18 9 14 13 12 11 Board ID Setup The address number specifi ed by the address setup switch should match that of the 1 Switch host computer as it is used for communications with the host computer. I/O Board Connection Communication ports to connect to the I/O board, which include Input #8 through Input 2 Port #15 and Output #8 through Output #15. Pressing both of the switches at the same time for about 2 seconds will
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PRODUCT INTRODUCTION 6 RJ-45 Connect the LAN cable for TCP/IP communications. RS-232 One RS-232 communication port is provided. Used to exclusively connect to a PC in a Communication 7 local area. Port RS-422 One RS-422 communication port is provided. 8 Communication You can establish up to 32 multi-drop communications. Port Power Connection 9 DC +12V is used for the power source. Port Port used to extend the power and communication indicators so that they can display LED Extension Port 1
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product introduction I/O Board 1 2 3 19 4 20 18 5 6 17 16 7 15 8 14 9 21 13 10 11 12 Fixing Hole Used to fi x the main board to the I/O board using screws. 1 Power LED Indicator The red indicator turns on in the normal power supply condition. 2 Main Board Connection Connector used to connect to the main board. 3 Port Output (Relay #5) Port Output port #5. 4 Output (Relay #6) Port Output port #6 (FORM-C). 5 Output (Relay #7) Port Output port #7 (FORM-C). 6 Output (Relay #8) Port Output port #8 (F
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PRODUCT INTRODUCTION INPUT #8 Input port #8. 8 INPUT #9 Input port #9. 9 INPUT #10 Input port #10. 10 INPUT #11 Input port #11. 11 INPUT #12 Input port #12. 12 INPUT #13 Input port #13. 13 INPUT #14 Input port #14. 14 INPUT #15 Input port #15. 15 Output (Relay #9) Port Output port #9 (FORM-C). 16 Output (Relay #10) Port Output port #10 (FORM-C). 17 Output (Relay #11) Port Output port #11 (FORM-C). 18 Output (Relay #12) Port Output port #12 (FORM-C). 19 Output LED Indicator LED Indicator that ind
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product introduction CABLE SELECTION RS-232 RS-422/RS-232 Converter HOST P.C. RS-422 RS-422 RS-422 DC12V DC12V Power Supply Power Supply RF Reader Lock/Alarm RF Reader Lock/Alarm Exit Button/Sensor Input Exit Button/Sensor Input Item C Cable Type able Type Power (DC12V) Belden #9409, 18 AWG 2 Conductor, Unshielded Belden #9409, 18 AWG 2 Conductor, Unshielded 1 DC Power Device Belden #9512, 22 AWG 4 Conductor, Shielded Reader (power and
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INSTALLATION AND EXTERNAL CONNECTION installation and external connection CONNECTING THE TERMINATION RESISTOR AND DIODE Termination Resistor A resistor is inserted for matching the line’s impedance to prevent distortion and reduction in RS-422 or RS-485 long distance data communications, which is referred to as termination resistor. Note that termination resistors of lower than 90 are not allowed, neither more than one termination resistor is accepted for the communications system. A RS-485
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installation and external connection EARTH-GROUNDING THE COMMUNICATION CABLES We recommend you to use a proper grounding system for the communication cables. The best grounding method is to earth-ground the shield wire of the communication cable. However, the earth-grounding of the communication cable is not easy at all, and it also causes an increased installation cost. There are three grounding points available for installation: 1. Earth Ground 2. Chassis Ground 3. Power Ground The mo
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INSTALLATION AND EXTERNAL CONNECTION POWER, READER, AND I/O CONNECTION Power Connection DC +12V GND - Connect the plus (+) line of DC 12V to the corresponding port (+12V). - Connect the GND (-) line of DC 12V to the GND (-) port. Reader Connection Reader #4 Reader #1 Reader #3 Reader #2 GND D1 D0 DC+12V - Connect the plus (+) line of the reader to the corresponding port (DC +12V). - Connect the minus (-) line of the reader to the GND (-) port. - Connect the data 0 line of the reader to its port
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PUSH PUSH installation and external connection Input Connection GND Input #7 GND Input #6 GND Input #5 GND Input #4 Door Open Sensor GND Exit Button Input #3 GND Input #2 Door Open Sensor GND Exit Button Input #1 - Exit Button Connection (Input #1, Input #3) 1. Connect one line of the Exit button to an input port (Door 1: Input #1, Door 2: Input #3) of the Exit button. 2. Connect the other line of the Exit button to GND (-). - Door Sensor Connection (Input #2, Input #4) 1. Connect one line (COM)
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INSTALLATION AND EXTERNAL CONNECTION Output Connection DC +12V GND Door Lock NC POWER FAIL SAFE COM COM NO Alarm Device GND POWER FAIL SECURE - If the door lock is in POWER FAIL SAFE mode: (Door 1: Relay #1, Door 2: Relay #3) 1. Connect the COM line of the Door Lock relay to DC +12V. 2. Connect the plus (+) line of the Door Lock to the Normal Close (NC) line of the Door Lock relay. 3. Connect the minus (-) line of the Door Lock to GND (-). - If the Door Lock is in POWER FAIL SECURE mode: (Door 1
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installation and external connection COMMUNICATION LINE CONNECTION RS-232 Communication Port Connection A 9-pin connector for serial communication is required to make connection to the PC. Connect the 9 pin connector for RS-232 communications as follows: HOST PC RS-232 2 3 5 9-Pin Female Connector 1. Connect RS-232 TX to pin #2 of the 9-pin connector. 2. Connect RS-232 RX to pin #3 of the 9-pin connector. 3. Connect RS-232 GND to pin #5 of the 9-pin connector. 4. Connect the serial communication
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INSTALLATION AND EXTERNAL CONNECTION RS-422 Communication Port Connection (Standalone) The RS-422/RS-232 converter is required to establish RS-422 communications. Connect the 9-pin connector of the RS-422/RS-232 converter as follows: RS-422/232 Converter RxD RS-232C TxD Power HOST T+ T- R+ R- MAX. 1200m TX- TX+ RX- RX+ 1. Connect RS-422 TX(-) to the RX(-) port of the converter. 2. Connect RS-422 TX(+) to the RX(+) port of the converter. 3. Connect RS-422 RX(-) to the TX(-) port of the converter
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installation and external connection RS-422 Communication Port Connection (Multiple Units) The RS-422/RS-232 converter is required to establish RS-422 communications. RS-422/232 Converter RxD RS-232C TxD Power T+ T- R+ R- HOST MAX. 1200m TX- TX+ RX- RX+ - Follow the guidelines below to make connection between devices. 1. Connect TX(-) of one device to TX(-) of other one. 2. Connect TX(+) of one device to TX(+) of other one. 3. Connect RX(-) of one device to RX(-) of other one. 4. Connect RX(+) o
