Samsung Ht As700 User Manual
Have a look at the manual Samsung Ht As700 User Manual online for free. It’s possible to download the document as PDF or print. UserManuals.tech offer 1705 Samsung manuals and user’s guides for free. Share the user manual or guide on Facebook, Twitter or Google+.
11 3 4 5 8 9 20 1 202 679 10111213141516171819 NX-X16DDC IN 12 39 40 NX-X32DDC IN ¥– ¥ 12 213940 39 40 ¥ ¥– NX-X64DDC IN 3 4 5 8 9 20 1 202 679 10111213141516171819 NX-AI8CA/D 12 39 40 NX-HSC4HSC 12 39 40 NX-PULSE4PULSENX-POSI4POSITION AXES3AXES4 AXIS1AXES2 3 4 5 8 9 20 1 202 679 10111213141516171819 NX-HSC2HSCNX-CCU+ RESETCCU+ COMRS232C RS485 NX-SCU RESETSCU COM 2RS232C RS485 COM 1RS232C RS485 NX-MASTER F.G + - 7 ~ 32 1 ~ 16 MASTERNX-SLAVE F.G + - SLAVE 00 STATION No. 0 NX-MWLINK F.G + - MWLINK 00 LINK No. 0 32-point input 24V dc In: NX-X32D 32-point output Relay Out: NX-Y32RV Tr a n s i s t o r O u t : NX-Y32T * 16-point input 24V dc In: NX-X16D 110V ac In: NX-X16A110 220V ac In: NX-X16A220) 16-point output Relay Out: NX-Y16R NX-Y16RV Tr a n s i s t o r O u t : NX-Y16T SSR Out: NX-Y16SSR 64-point input 24V dc In: NX-X64D 64-point output Tr a n s i s t o r O u t : NX-Y64T I/O modules Specialty modules Analog input 8-channel current input: NX-AI8C 8-channel voltage input: NX-AI8V Analog output 4-channel current output: NX-AO4C 4-channel voltage output: NX70-AO4V RTD input 8-channel: NX-RTD8 4-channel: NX-RTD4 TC input 8-channel: NX-TC8 4-channel: NX-TC4 High- performance high-speed counter 4-channel: NX-HSC4Pulse output module 4-channel: NX-PULSE4 Positioning module (supporting open collector or line drive output) 1-axis: NX-POSI1 2-axes: NX-POSI2 3-axes: NX-POSI3 4-axes: NX-POSI4 High-speed counter 2-channel: NX-HSC2CCU+ NX-CCU+SCU NX-SCURemote I/O Master NX-MASTERRemote I/O Slave NX-SLAVE MW-LINK Module NX-MWLINK (Multi W-Link and W-Link functions) *: Available with NX-CPU700p v2.0 or higher * * ** *
12 P OW ER O PEN P rogrammable Cont rollerI NITTE STPRO G R UN R MT C OM R S23 2C R S23 2C T OOL00 LI N KN O 0 F G-+12 34 57COM ( + ,-)B CD FFCOM(+ ,-)9 8 12 -2 4 VDC 10 mA1 2 39 4 0 40 3 9 2 1 2 1 4 0 3 912 39 40 R S232C C OM1 CO M RS 23 2CRESE TRESE TR S 485 RS 232C COM2 R S 485 0 6 A Processor Module NX-CPU700p 20k step, 0.2 µs 2 comm. ports WinGPC S/W Programming tool: WinGPC S/W Comm. cables to PC: NX-CPUCBL02, NX-CPUCBL05 Specialty Module (1) A/D, D/A, RTD, TC CCU, SCU High-speed counter (1, 2CH) DevicedNet System I/O Module 16-point type 32-point type 64-point type Power Supply Module AC Type 1) NX-POWER 110/220V ac, free voltage 4A at 5V, 0.5A at 24V 2) NX-PWR220 110/220V ac, free voltage 6A at 5V DC Type NX-PWRDC 24V dc input 5A at 5V Backplane 3-slot type 5-slot type 8-slot type 10-slot type 12-slot type Software & cables Specialty Module (2) High-performance, high-speed counter (4CH) Positioning module (1, 2, 3, 4 axes) Pulse output module (4CH) Remote I/O system MW-LINK system Specialty Module (2)
13 Available Combinations and Restrictions Restrictions by Module ○: Available, △: Version 2.0 or higher required, : Not available (1) Restrictions on available link modules Module Configuration Basic moduleSpecialty moduleNetwork moduleProcessor moduleBackplane (3, 5, 8, 10, and 12-slot)Power supply moduleInput moduleOutput moduleA/D, D/A, RTD, TC modulesPositioning module (1,2,3 and 4 axes)High-speed counter (1, 2CH)High-performance high-speed counter (4CH)Pulse I/O module (4CH)SCU (2CH)CCU+ 1CH) Remote I/O master moduleRemote I/O slave moduleMW-Link module EtherNet moduleDeviceNet master module Profi-DP master module (1)(1)(1)(1)(1) Base backplane Mount the modules in the following order, starting from the leftmost slot of the backplane. Power supply module Processor module I/O module or specialty module○○○○○○ △○△△○○△△△ △△ Expansion backplaneMount the modules in the following order, starting from the leftmost slot of the backplane. Power supply module I/O module or specialty module ○○○○○ ○ ○ ModuleAvailability with NX-CPU700p CCU+ Only one unit available MW-Link moduleW-Link mode Available with NX-CPU700p version 2.0 or higher W-Link 2 mode Unavailable EtherNet module Unavailable Remote I/O Master and Slave modules Available with NX-CPU700p version 2.0 or higher Positioning, High-performance high-speed counter (4CH), and Pulse I/O modulesAvailable with NX-CPU700p version 2.0 or higher
14 Programming Tools Tools required for programming The following tools are required when programming with WinGPC. 1. Personal computer 2. WnGPC (for Windows) WinGPC is the programming tool for editing and debugging PLC programs for NX series controllers. WinGPC supports Microsoft Windows operating system. 3. Cable for programming For connection to the communication port of the NX70 processor module, you can either purchase and use NX-CBLCPU02 or NX- CBLCPU05 cable or construct the needed cables as follows: 2 3 1 POWER Programmable Controller OPEN INIT TEST RUN RMT PROG12 39 40 40 392 139 40 21 2 1 39 40 40 39 1 22 1 39 40 15 16 20 19 1817 5 7 6 8 11 10 9 12 14 132 1 3 4 15 16 20 19 1817 5 7 6 8 11 10 9 12 14 132 1 3 4 15 16 20 19 1817 5 7 6 8 11 10 9 12 14 132 1 3 4 15 16 20 19 1817 5 7 6 8 11 10 9 12 14 132 1 3 4 RS232CTOOL RS232C COM N X-C PU700pCPUN X-X64DDC INNX-X64DDC INNX-X32DDC INNX-Y32TTR OU TN X-Y16R VRY O UTN X-Y16R VRY O UTNX-Y16RVRY O UTN X-Y16R VRY O UT Processor module 9-pin connector SignalPin No. TXD 2 RXD 3 -4 S.G 5 485(-) 6 485(+) 7 -8 VCC 9 Computer 9-pin connector Pin No.Signal 2RXD 3TXD 4DTR 5S.G 6DSR 7RTS 8CTS 9- WinGPC software (for Windows)
15 2 Hardware Features and Specifications Overall Specifications General specifications Dimensions (unit: mm) unit (mm) ItemSpecifications TemperatureOperating0 °C to +55 °C (32 °F to 131 °F) Storage-25 °C to +70 °C (-13 °F to 158 °F) HumidityOperating30 to 85% RH (non-condensing) Storage30 to 85% RH (non-condensing) Withstand voltage1500V ac for 1 minute between external terminal (ac) and frame ground (FG) 500V ac for 1 minute between external terminal (dc) and frame ground (FG) Insulation resistance10 0 MΩ or more at 500 mega V dc between external terminal and frame ground (FG) Vibration immunity10 to 55 Hz 1 sweep per minute, 0.75 mm peak to peak, 10 minutes per axis (X, Y, Z) Shock immunity10G 4 times for each X, Y, Z direction Noise immunity1500 Vp-p with 50 ns to 1 µs pulse width (generated by noise simulator) EnvironmentIP 20 3-slot type5-slot type8-slot type10-slot type12-slot type A (mm) 205.0 276.0 381.0 452.0 522.0 B (mm) 183.8 254.2 359.8 430.2 500.6
16 Performance specifications ProcessorNX-CPU700p Control method Stored program, cyclic operation External I/O1,600 points InstructionsBasic28 types Advanced150 types Processing speedBasic instructions 0.2 to 0.4 µs per step Advanced instructions0.4 to several tens of µs per step Max. program size20K words Memory mapI/O contact (R) R0.0 to R127.15 (2,048 points, 128 words) Link contact (L)L0.0 to L63.15 (1,024 points, 64 words) Internal contact (M)M0.0 to M127.15 (2,048 points, 128 words) (Where, M0.0 to M63.15 can be used as link contact.) Keep contact (K)K0.0 to M127.15 (2,048 points, 128 words) Special contact (F)F0.0 to F15.15 (256 points) Timer/Counter contacts (TC or TIM)256 channels (Timer + Counter), Set value range: 0 to 65535 Timer: 0.01 second: CH000 to CH063 (64 channels), 0.1 second: CH064 to CH255 (192 channels) Counter: CH000 to CH255 (256 channels) Data register (W)W0000 to W2047, W3072 to W5119 (4,096 words) Special register (W, SR)W256 (=SR000) to W3071 (=SR511) (512 words) Real time clock (RTC)Year, Month, Day, Hour, Minute, Second, Day of the week CommunicationPort 1 Supports both RS232 and RS485, 9600/19200/38400 bps Port 2 Supports both RS232 and RS485, 4800/9600/19200/38400 bps Supports a user-defined protocol (which allows connecting a barcode reader, an inverter, or a servo driver) Supports binary communication Backup using flash ROMBuilt-in user program backup capability
17 Backplane and Expansion Cable Backplane (NX-BASE03, NX-BASE05, NX-BASE08, NX-BASE10, NX-BASE12) Description 1. Backplane mounting hole This hole is for mounting a backplane on a control panel (control box). Use M5 screw for mounting. 2. Module mounting guide holes When mounting a module on the backplane, align the mounting clamp of the module with this hole. When using as a base backplane (processor side backplane), mount modules, starting from the leftmost slot, in the order of power supply module, processor module, and I/O (specialty) modules. When using as an expansion backplane, mount modules, starting from the leftmost slot, in the order of power supply module and I/O (specialty) modules. 3. Connector for processor module Mount the processor module onto this slot. Make sure to mount the processor module next to the power supply module. When using as an expansion backplane, I/O (specialty) modules can also be mounted onto this slot. 4. Connectors for I/O modules (specialty modules) Mount I/O (specialty) modules onto these slots. 5. Module fixing hole These holes are for holding a mounted module in place on a backplane. Fasten the screw on the module through this hole. 6. Connector for power supply module 7. Connector for expansion cable When using as an exansion backplane, use this connector to connect an expansion cable.
18 Backplane types Expansion cable (NX-EXPCBL) Expansion cable Ty p eNumber of slotsCatalog numberWeight (g)Remarks Common for base and expansion backplanes3 NX-BASE03 250g 5 NX-BASE05 330g 8 NX-BASE08 460g 10 NX-BASE10 570g 12 NX-BASE12 660g Cable length Catalog numberRemarks 1.5m NX-EXPCBL15 Common for NX700 PLCs 0.8m NX-EXPCBL08
19 Processor Module NX-CPU700p processor module Hardware features 1. Status LED Indicates the operation status of PLC, such as run, stop, error, and alarm. 2. Initialize/Test switch Test switch is unused at present. 3. Mode switch Used to change the operation mode of the controller. 4. RS232/RS485 communication ports (9-pin COM1 and COM2 ports) Used to connect to the programming tool (WinGPC), touch panel, or MMI. Allows user-defined communication (COM2 port). 5. TOOL connector for programming (TOOL, RS232C), 9 pins Connector for connection with programming tool (WinFPST S/W). 6. Operation condition setting switches DIP switch 1 (4 poles, termination resistance setting) DIP switch 2 (8 poles, communication and program booting method setting) 7. Memory backup battery Backup battery for internal memory (RAM). Shipped with the battery connector disconnected. ON 1 2 3 4 4 56 INIT TEST RUN RMT PROG RS485 COM1 RS232C RS485 COM1 RS232C CPUNX-CPU700pRUN PROG TEST BAT TCOM 1 COM 2 ERRO R 4321 8765 4321 (Front) (Bottom) (Side)
20 Status LEDs Mode switch Initialize switch When set to the INIT position, all CPU errors are cleared. This operation is valid only when the Mode switch is set to PROG mode. LEDColorDescription RUN Green On when the processor is running. PROG Green On when the program can be edited. BATT Red On when the battery is not mounted or is low. TEST Green Not used COM1 Green Flashing when the processor is communicating via COM1. COM2 Green Flashing when the processor is communicating via COM2. ERROR Red On when a processor error occurs. ModeDescription RUN Sets the processor operation mode to RUN mode. RMT Sets the processor operation mode to RUN or PROG mode. PROG Stops the processor, i.e, sets the processor operation mode to PROG mode.