1-CONTROWAVE RED硬件培训.ppt

1、1,CONTROWAVE RED硬件培训,2,Controlwave RED Include: Baseplate Two CPU Module Two Power Supply/Sequencer Module CPU & Comm. Redundancy Switch Module Chassis Assembly,Remote I/O,Controlwave redundant,ControlWave I/O Expansion Racks,3,冗余控制器,低能耗、体积小 中央处理单元、电源模块及通讯的冗余 自动故障检测 自动切换到热备份控制器 高可靠性. 报警和历史数据的备份. 易用

2、组态方便.,4,ControlWaveRED Backplane Assembly,5,6,Power Supply/Sequencer Module,7,PSSB Bd. Terminal Block Connector TB2 TB2 provides 5 input connections for bulk power: TB2-1 = (+VIN) (+10.6V to +20V dc for +12V supply) (+20.7V to +30V dc for +24V supply) TB2-2 = (+VINF) Field Supply - Not Used TB2-3 =

3、(-VIN) (1st Supply Ground) TB2-4 = (-VINF) (2nd Supply Ground) - Not Used TB2-5 = Chassis Ground - CHASSIS,PSSM LEDs PWRGOOD(power good: green), MC (master clear active: red) Reset键按或上电的瞬间是灯亮 PWRDOWN (power fail: red).,8,PSSB Bd. Terminal Block Connector TB1 TB1 provides 2 watchdog MOSFET switch con

4、nections: TB1-1 = VO - Watchdog MOSFET Switch Output TB1-2 = VI - Watchdog MOSFET Switch Input TB1-3 = Not Used,Watchdog MOSFET Switch Field Wiring,9,CPU Block Schematic,10,11,CPU Board Connector Summary,12,13,CPU Module LEDs,14,RUN/REMOTE/LOCAL Switch RUN：禁止程序调试、程序下载等 LOCAL：用于串口就地通讯时 REMOTE：用于IP口或o

5、penBSI下载程序,System Battery(3.6V 950mA/hr lithium) 供电：real-time clock, CMOS RAM SRAM. 时间：4524小时,CPU Module Memory FLASH Memory(4M-64M),Static RAM Memory (2M-4M SRAM),FLASH BIOS,Synchronous Dynamic RAM (4M SDRAM),15,16,17,18,19,Assignment of CPU Bd. Switch SW1 - User Configurations,1.Note: Most SW1 swi

6、tches should be ON, but SW1-6 MUST be OFF to enable redundancy, and SW1-7 must be set ON if this is the A CPU, or OFF if this is the B CPU.,2.Note: System “A” CPU must reside in Slot #2 and System “B”CPU must reside in Slot #4.,20,Assignment of CPU Bd. Switch SW3,SCB Port Switches SW1 = COM3 & SW4 =

7、 COM4,Note: Leave all SW3 CPU switches in default OFF position, except for #4.,21,COM1, COM2 & COM4 (SCB) Connector Pin Assignment,SCB Connectors J2 (COM3) Pin Assignment,22,Bristol Babcock,基于586的处理器 AMD Elan 520 - 100 MHz 32 bit CPU 多达三个100MB以态网口 控制网, 远程I/O网. 终合网络 多达四个串口 RS 485 光电隔离 带以太网口的远程I/O 三级权

8、限设定 宽温度范围 (-40 to +70 ) 防爆CE, c/UL Class I, Div. 2,特点,CPU,23,Front View of CPU & Comm. Redundancy Switch Module,24,CCRSM: COM1 through COM4 Connector Pin Assignment,Note: RS-485 Signals in Table 2-3 are only available on COM3 & COM4.,25,两线制485：如接I/O卡件时485+接CW的TXD+或RXD+，485-接TXD-或RXD-,26,A/B Primary

9、Controller Select Switch - 2-position - selects the primary controller, i.e., CPU A (UNIT A) or CPU B (UNIT B) at CCRS Module power up only if the A/B Enabled Mode Select Switch has been set in the automatic selection (centered) position. The selected CPU Module will be chosen as the primary system

10、controller if the CCRS Modules logic determines it is ready for on-line duty. Otherwise, the alternate CPU will be selected if it is OK. A/B Enable Key Switch - 3-position - used to determine whether the primary CPU selection is forced to CPU A (UNIT A) or CPU B (UNIT B) or is automatically selected

11、 (Center). Forced primary selection is useful for diagnostic purposes, where a failed CPU Module may be placed on-line for debugging.,27,Front of CCRS Module : Connector J1 - Switched COM1 Port - 9-pin D-Type Male RS-232 - represents COM1 of the selected CPU Module. ConnectorJ2 - Switched COM2 Port

12、- 9-pin D-Type Male RS-232 - represents COM2 of the selected CPU Module. Connector J3 - Switched COM3 Port - 9-pin D-Type Male RS-232/485 - represents COM3 of the selected CPU Module. Connector J4 - Switched COM4 Port - 9-pin D-Type Male RS-232/485 - represents COM4 of the selected CPU Module. Conne

13、ctor J5 - CPU A Comm. Ports Intc. Cable Header - 2 x 25 Male, Shrouded & Polarized Connector J6 - CPU B Comm. Ports Intc. Cable Header - 2 x 25 Male, Shrouded & Polarized Connector J7 - Isolated On-Line Status Outputs - 4-pin pluggable (Screw Clamp) - Provides A & B pairs of relay driven Normally Op

14、en (NO) & Common (COM) outputs,28,CCRS Module Status LEDs UNIT A ON-LINE LED - Green - ON means CPUA is on line UNIT A FAIL LED - Red - ON means CPUA has failed - If blinking means CCRS Slot A cable is not attached or is defective UNIT B ON-LINE LED - Green - ON means CPUB is on line UNIT B FAIL LED

15、 - Red - ON means CPUB has failed - If blinking means CCRS Slot B cable is not attached or is defective POWER SYSTEM STATUS LEDs A & B - Red/Green ON Green means Power is good ON Red means Power is defective,29,30,31,Point-to-Point 10Base-T Ethernet Cable,32,Standard 10Base-T Ethernet Cable (CPU Mod

16、ule to Hub),33,Ethernet 10/100Base-T CPU Module Pin Assignments,Pages 34,Bristol Babcock,本地和远程端子 状态指示灯 AO & DO 保持功能 (前一次断电或故障时的值) 输入/输出与供电隔离 内部回路供电简单 防爆等级Class I, Div. 2 I/O热插拔,特点,本地I/O,单双精度I/O 8 & 16 AI (14 bit) 4 & 8 AO 16 & 32 DI 16 & 32 DO 6 & 12 Universal Digital Inputs,Pages 35,Analog Inputs 1

17、6/8 Analog Inputs (1-5 Vdc) 16/8 Analog Inputs (4-20mA) A/D Resolution: 14 Bits Digital Inputs Number of Inputs: 32/16 Input Voltage Range: 24V Analog Outputs Number of Outputs: 8/4 Output Configurations:4-20mA / 1-5V Resolution: 12 bits Digital Outputs Number of Outputs: 32/16 Output Type: Open Sou

18、rce (10- 31 Vdc - External Power) Universal Digital Input Number of Inputs: 12/6 Input Voltage Range: 24V Input Frequency: 10KHz Max.,Pages 36,DI Local Terminal Block Assembly Assignments,Pages 37,Internally Sourced DI Module - Wiring Diagram,Externally Powered DI Module - Wiring Diagram,Pages 38,DO

19、 Local Terminal Block Assembly Assignmentsfor,Pages 39,Open Source Isolated DO Module - Wiring Diagram,Pages 40,AI Module Terminal Blocks Assembly Assignments,Pages 41,Internally Sourced 4-20mA Current Loop AI - Wiring Diagram,Externally Powered Isolated 1-5 Volt AI - Wiring Diagram,Pages 42,3-Wire,

20、 4-20 mA Transmitter Connected to Externally Powered Isolated 1-5 Volt AI - Wiring Diagram,Externally Powered 4-20mA Current Loop AI - Wiring Diagram,Pages 43,Local AO Module Terminal Blocks Assembly Assignments,Pages 44,4-20mA Current Loop AO - Wiring Diagrams,1-5Vdc Voltage AO - Wiring Diagrams,Pages 45,Local UDI Terminal Block/Configuration Diagram,Pages 46,UDI (Debounce Enabled) Wiring Diagr