Maximum Value for OEMs SM NX70 Controllers Installation Instructions Contents English... 3 Chinese... 21
English Contents Important User Information...4 Safety Instructions...5 Installation... 6 Installation Space and Environment...6 Installation Location...7 Mounting/Dismounting Module...9 Power Supply Module Wiring...10 Grounding...11 Operating Condition Setting...12 NX70-CPU70p1 Processor Module...12 Operating Conditions Setting Switch...12 NX70-CPU70p2 Processor Module...13 Operating Conditions Setting Switch...13 Discrete Input Module...15 Specifications...15 Discrete Mixed I/O Module...15 Specifications...15 Discrete Output Module - Relay, SSR...16 Specifications...16 Discrete Output Module - Transistor...16 Specifications...16 Internal Circuit and External Wiring Diagram...17 Discrete Input module...17 Discrete Mixed I/O Module...18 Discrete Output Module - Relay, SSR...19 Discrete Output Module - Transistor...20
Important User Information Solid state equipment has operational characteristics differing from those of electromechanical equipment. Because of this difference, and also because of the wide variety of uses for solid state equipment, all persons responsible for applying this equipment must satisfy themselves that each intended application of this equipment is acceptable. In no event will OE Max Controls be responsible or liable for indirect or consequential damages resulting from the use or application of this equipment.ì The examples and diagrams in this manual are included solely for illustrative purposes. Because of the many variables and requirements associated with any particular installation, OE Max Controls cannot assume responsibility or liability for actual use based on the examples and diagrams. No patent liability is assumed by OE Max Controls with respect to use of information, circuits, equipment, or software described in this manual. Reproduction of the contents of this manual, in whole or in part, without written permission of OE Max Controls is prohibited. Throughout this manual we use notes to make you aware of safety considerations. WARNING Identifies information about practices or circumstances which may lead to serious personal injury or death, property damage, or economic loss. IMPORTANT Identifies information that is critical for successful application and understanding of the product. ATTENTION Identifies information about practices or circumstances that can lead to minor personal injury, property damage, economic loss, or product malfunction. However, depending on situation, failure to follow the directions accompanying this symbol may also lead to serious consequences. 4
Safety Instructions Precautions regarding system design In certain applications, malfunction may occur for the following reasons: The timing difference between opening and closing of the PLC power supply, the I/O modules and power equipment An operation time lag when a momentary power failure occurs Abnormality in the PLC, external power supply, or other devices In order to prevent a malfunction resulting in system shutdown choose the adequate safety measures listed in the following: Interlock circuits on the outside of PLC When a motor clockwise/counter-clockwise operation is controlled, provide an interlock circuit that prevents clockwise and counter-clockwise signals from inputting into the motor at the same time. Emergency stop circuits on the outside of PLC Install the emergency stop circuits outside the PLC to stop the power supply of the output device. Start PLC after other devices (Start up sequence) The PLC should be operated after all of the I/O devices and the power equipments are energized. Switch to RUN mode after the start of PLC. Use a timer circuit to delay the start of PLC. Watchdog timer The watchdog timer is a program error and hardware error detection timer. It goes On when the scan time exceeds 640 ms. When the watchdog timer is activated, at the same time the ALARM LED lights, the ALARM contacts on the power supply module turn to On, all output modules are turned Off and the module is put in halted state. (The system is in a non-processing state that includes communications with programming tools as well.) 5
Installation Installation Space and Environment External Dimensions (mm) Type of backplane Catalog number Size A Size B Size C 2-slot type NX70-BASE02 149.5 129.5 115.5 3-slot type NX70-BASE03 185.0 165.0 151.0 5-slot type NX70-BASE05 256.0 236.0 222.0 6-slot type NX70-BASE06 291.5 271.5 257.5 8-slot type NX70-BASE08 362.5 342.5 328.5 10-slot type NX70-BASE10 398.0 378.0 364.0 12-slot type NX70-BASE12 433.5 413.5 399.5 Unit: mm 6
Installation Location Be sure to maintain a sufficient distance from wiring ducts, and other machines below and above the module for proper ventilation. Do not install the modules stacked up or horizontally. Doing so will prevent proper cooling of the module and cause overheating inside the PLC (programmable controller). Do not install the module above devices which generate heat such as heaters, transistors or large scale resistors. In order to eliminate any effects from noise emission, power wires and electromagnetic devices should be kept at least 100 mm away from the surfaces of the module. When installing the module behind the doors of the operation panel, be especially careful to maintain these distances. Duct Min. 50 mm 100 mm or more Duct Min. 50 mm Other devide Space for Programming Tool Connection Leave a space of at least 180 mm from the mounting surface for programming tool connections and wiring. Programming Cable Approx. 110 mm Approx. 180 mm 7
Avoid installing the module in the following conditions Ambient temperature outside the range of 0 to 55 C Ambient humidity outside the range of 30 to 85% RH Sudden temperature changes causing condensation Inflammable or corrosive gases Excessive airborne dust, metal particles, salinity Benzene, thinner, alcohol, other organic solvents or strong alkaline solutions such as ammonia or caustic soda Excessive vibration or shock Direct sunlight Location near high-tension wires, high-voltage devices, power cables, power devices, or other devices with generate large power surges or electronic fields when starting and stopping (esp. if within 100 mm) Proper compressed connection terminal Circular type terminal (O type Lug) Circular type terminal with insulation resistance Open type terminal (Y type Lug) 8
Mounting/Dismounting Module Mounting 1. Insert the module holding projector of the module into the module holding groove on the backplane. Dismounting 1. Unfasten the screw that holds the module in place using a screwdriver. 2. Push the top of the module toward the backplane until it is clamped in place. 2. Hold on pressing the locking button on the edge of the top side of the module, and pull the module from the backplane. Locking button 3. Ensure that the module is in place onto the backplane, and then fasten the screw using a screwdriver. Screwdriver 9
Power Supply Module Wiring NX70 power supply module Use 2mm 2 twisted pair cable or larger Power Breaker Use an isolation transformer when effects from noise are great. FUSE USE ONLY 250V 1.5A 85-264 VAC Use 2mm 2 cable or larger for grounding FRAME GROUND 24V DC 0.3A OUTPUT VAC ATTENTION Control power (24V) 24V can be supplied to an I/O Module. Must avoid parallel connections with other 24V power supply modules or with other power supply modules. The power supply voltage connected to the power supply module must be within allowable limits. Catalog number NX70-POWER1 NX70-POWER2 Rated input voltage Allowable voltage Range 110 to 220V ac 85 to 264V ac Terminal for the power supply module The terminal screw M3.5 is recommended. The compressed connection terminal is recommended for the wiring. Open type terminal Circular type terminal 7.0mm or less 7.0mm or less Φ 3.7 ~ Φ 4.3 Use 2mm 2 twisted pair cable or larger Use power supply wire that is thicker than 2mm 2 to minimize voltage drops. Use twisted pair cable to minimize noise effects. 10
Power Supply System Use separate wiring systems for the PLC module, I/O module, and power supply module as shown in the following diagram. Power equipment External I/O device isolation transformer PLC isolation transformer Use isolation transformer for noisy environments Use a low noise power supply. Use an isolation transformer to reduce the noise as illustrated above. Grounding Ground the PLC for noisy environments Connected to the metal part of backplane, the frame ground terminal is connected to a solid earth ground. Use ground wires with a minimum of 2mm 2 and the triple grounding connection which has a resistance of less than 100 Ω. The point of grounding should be as close to the PLC as possible and the ground wire should be as short as possible. If two devices share a single ground point, it may produce an adverse effect. Always use an exclusive ground for each devic PLC Other devices such as the AC drive PLC Other devices such as the AC drive 11
Operating Condition Setting NX70-CPU70p1 Processor Module Operating Conditions Setting Switch (Front) (Bottom) Operating Conditions Setting Switch Pin No. Pin setting Description DIP Switch Remarks 6 5 4 3 2, 1 OFF ON OFF ON ON OFF OFF ON OFF ON OFF OFF ON ON ON OFF Sets the communication speed to 9600 bps Sets the communication speed to 19200 bps Sets the communication speed to 38400 bps Sets the communication speed to 4800 bps Sets the communication method to RS-232C communications. Sets the communication method to RS-485 communications. When operating with the program stored in the built-in RAM. When operating with the program stored in flash ROM. For RS-485 communication, set both pins 1 and 2 to On if the system is an end-station. For RS-485 communication, set both pins 1 and 2 to Off if the system is not an end-station. Switches for setting communication and program booting methods Switches for termination resistance setting 12
NX70-CPU70p2 Processor Module CPU NX70-CPU70p2 RUN ERROR PROG BATT RUN RMT PROG COM1 RS232C RS485 (Front) (Bottom) COM1 RS232C RS485 Operating Conditions Setting Switch (Front) (Bottom) Operating Conditions Setting Switch Switch for termination resistance setting (DIP switch 1) Pin No. Pin setting Description DIP Switch 1 3, 4 ON OFF ON OFF For RS-485 communication, set both pins 3 and 4 to On if the system is an end-station. (Enables termination for COM1 terminal) For RS-485 communication, set both pins 3 and 4 to Off if the system is not an end-station. (Disables termination for COM1 terminal) 1, 2 ON OFF ON OFF For RS-485 communication, set both pins 1 and 2 to On if the system is an end-station. (Enables termination for COM2 terminal) For RS-485 communication, set both pins 1 and 2 to Off if the system is not an end-station. (Disables termination for COM2 terminal) 13
Switch for communication and program booting method setting (DIP switch 2) Pin No. Pin setting Description OFF OFF Sets the communication speed on COM2 terminal to 9600 bps ON OFF Sets the communication speed on COM2 terminal to 19200 bps 8, 7 OFF ON Sets the communication speed on COM2 terminal to 38400 bps ON ON Sets the communication speed on COM2 terminal to 4800 bps OFF OFF Sets the communication speed on COM1 terminal to 9600 bps ON OFF Sets the communication speed on COM1 terminal to 19200 bps 6, 5 OFF ON Sets the communication speed of COM1 terminal to 38400 bps ON ON Sets the communication speed on COM1 terminal to 4800 bps ON Selects RS-485 communications for COM1 4 OFF Selects RS-232C communications for COM1 ON Selects RS-485 communications for COM2 3 OFF Selects RS-232C communications for COM2 2 OFF Always set to Off. (Used for system setting) 1 ON OFF Loads the program from EEPROM (flash ROM) at power-on. Operates the system with the program in RAM at power-on. DIP Switch 2 14
Discrete Input Module Specifications Input type DC Input AC Input Catalog number NX70-X16D NX70-X16D1 NX70-X32D NX70-X32D1 NX70- X16A110 Input point 16 points 32 points 16 points NX70- X16A220 Rated input voltage 12 to 24V dc 24V dc 12 to 24V dc 24V dc 100 to 120V ac 200 to 240V ac Voltage range 10.2 to 26.4V dc 21.6V to 26.4V 10.2 to 26.4V dc dc 21.6V to 26.4V dc 85 to 132V ac 170 to 264V ac Max. input current 10 ma or less 20 ma or less Operation On 9.6V or more 20V or more 9.6V or more 20V or more 80V or less 160V or less voltage Off 2.5V or less 7V or less 2.5V or less 7V or less 30V or less 50V or less Input impedance Approx. 3 KΩ Approx. 15 KΩ Response time Off On On Off Internal current consumption Common method External connection method Option 2 ms or less 15 ms or less 2 ms or less 15 ms or less 50 ma 90 ma 80 ma 8 points per common(both of + and - commons are available) Terminal block (M3.0) Two 20-pin connectors Terminal block (M3.0) Not Applicable Two 1.5m CPL8800 expansion cables Not Applicable Discrete Mixed I/O Module Specifications Product name 16-point Discrete Mixed I/O Module (Combing dc input and relay output) 32-point Discrete Mixed I/O Module (Combing dc input and TR output) Catalog number NX70-XY16 NX70-XY32 I/O points(16 points) 8 dc input points 8 relay ouput points 16 dc inputs points 16 TR output points Isolation method Photocoupler Photocoupler Rated input voltage 12 to 24V dc Not Applicable 12 to 24V Not Applicable Voltage range 10.2 to 26.4V dc Not Applicable 10.2 to 26.4V 10 to 30V dc Max. input current 10 ma or less Not Applicable 10 ma or less Not Applicable Rated voltage/current Not Applicable 250V ac, 30V dc, 1A/ 12 to 24V dc, 0.4A per point Not Applicable point On voltage/on current Off voltage/off current 9.6V or less/4ma or less 2.5V or less/1.5ma or less Not Applicable Not Applicable 9.6V or less / 4 ma or less 2.5V or less / 1.5 ma or less Not Applicable Not Applicable Input impedance Approx. 3 KΩ Not Applicable Approx. 3 KΩ Not Applicable Surge absorber Not Applicable Not Applicable Zenor Diode External supply power Not required 24V 200 ma or less Not applicable Not Applicable Response Off On 2 ms or less 10 ms or less 2 ms or less 1 ms or less time On Off 2 ms or less 10 ms or less 2 ms or less 1 ms or less Common method 8 points per common (both of + and - commons are available) 8 points per common External connection method Terminal block (terminal screw: M3.0) Recommended cable size 8 points per common (both of + and - commons are available) 16 points per common(-) Two 20-pin connectors 0.5 to 1.25 mm 2 0.2 mm 2 15
Discrete Output Module - Relay, SSR Specifications Output type Relay SSR Catalog number NX70-Y16R NX70-Y16RV NX70-Y8R NX70-Y16SSR Ouput points 16 points 8 points 16 points Isolation method SSR Rated load voltage 250V ac 30V dc 100 to 240V ac Rated load voltage range 85V ac 264V dc 85 to 264V ac Max. input current 1A per point 3A per point 0.5A per point, 2A per common Off On 10 ms or less 1 ms or less Response time 0.5 cycle + 1 ms or On Off 10 ms or less less Internal current consumption(5v) 100 ma 60 ma 250 ma Surge absorber Varistor Rated fuse None 3.0A Common method Status Display External connection method Discrete Output Module - Transistor Specifications 1 points x 4, 8 points per common 4 point x 1 LED(The 32 points for conversion are displayed every 16 points) Terminal block (M3.0) 8 points per common Transistor Output type NPN PNP Catalog number NX70-Y16T NX70-Y32T NX70-Y32P Ouput points 16 points 32 points Isolation method Photocoupler Rated load voltage 12 to 24V dc 12 to 24V dc Rated load voltage range 10 to 30V dc 10 to 30V dc Max. input current 0.6A per point 0.4A per point Response Off On 1 ms or less time On Off 1 ms or less Internal current consumption(5v) 80 ma 130 ma Surge absorber Zener Diode Rated fuse None Common method 8 points per common 16 points per common (-) 16 points per common (+) Status Display LED(The 32 points for conversion are displayed every 16 points) External connection method Terminal block (M3.0) Two 20-pin connectors Option Not Applicable Two 1.5m CPL8810 expansion cables 16
Internal Circuit and External Wiring Diagram Discrete Input module NX70-X16D, NX70-X16D1 NX70-X16A110, NX70-X16A220 12V to 24V dc (Note) 12V to 24V dc (Note) * NC: No Connection 100 to 120V ac The input voltage for the NX70-X16D1 module is 24V dc. The input voltage of NX70-X16A220 module is 200 to 240V ac. NX70-X32D, NX70-X32D1 12 to 24V dc (Note) XO 2 4 6 8 A C XE COM1 COM2 [ I ] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 XO 3 5 7 8 B D XF COM1 COM2 12 to 24V dc 12 (Note) to 24V dc (Note) 12 to 24V dc (Note) COM2 COM1 XF D B 9 7 5 3 X1 [ II ] 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 COM2 COM1 XE C A 8 6 4 2 XO 12 to 24V dc (Note) The connectors (I) and (II) are positioned in opposite directions. Please use caution prior to connecting. The input voltage for the NX70-X32D1 module is 24V dc. 17
Internal Circuit and External Wiring Diagram Discrete Mixed I/O Module NX70-XY16 12 to 24V dc 250V ac 30V do 24V dc NX70-XY32 16 inputs(dc input) 32 outputs(tr output) For external connections of the connector, please purchase cable harness NX70_CBLDC and Pin Type Ass'y NX-PIN20. (For more information regarding the wiring methods, refer to Chapter 4, NX70 Manual). 18
Internal Circuit and External Wiring Diagram Discrete Output Module - Relay, SSR NX70-Y16R NX70-Y16RV NX70-Y8R 250V ac 30V dc Varistor 240V NX70-Y16SSR Fuse AC100~240V 19
Internal Circuit and External Wiring Diagram Discrete Output Module - Transistor NX70-Y16T 12 to 24V dc COM(-) YO-YF 12 to 24V DC(+) 12 to 24V dc [ I ] NX70-Y32T(NX70-Y32P) [ II ] The wiring diagrams above are applied for NX70-Y32T only. The connectors (I) and (II) are positioned in opposite directions. Please use caution prior to connecting. IMPORTANT For NX70-Y32P, +common is used. Therefore, make sure to connect-v dc to pin 17 and 18 and +common to pin 19 and 20. 20
简体中文 目录重要用户信息...22 安全说明...23 安装...24 安装空间和环境...24 安装位置...25 安装 / 拆卸模块...27 电源模块接线...28 接地...29 工作条件设置...30 NX70-CPU70p1 处理器模块...30 工作条件设置开关...30 NX70-CPU70p2 处理器模块...31 工作条件设置开关...31 离散输入模块...33 规格...33 离散组合 I/O 模块...33 规格...33 离散输出模块 继电器 SSR...34 规格...34 离散输出模块 变压器...34 规格...34 内部电路和外部接线图...35 离散输入模块...35 离散组合 I/O 模块...36 离散输出模块 继电器 SSR...37 离散输出模块 变压器...38
重要用户信息 固态电子设备的运行特性不同于机电设备 由于存在这种差异, 而且, 由于固态电子设备具有各种不同的用途, 因此, 所有负责应用该设备的人必须自己确保, 此设备的每种预期用途都是可以接受的 在任何情况下, OE Max Controls 对因使用或应用此设备导致的间接损害或继发性损害均不承担任何责任 本手册中包含的示例和图示只用于说明目的 由于任何特定安装都具有许多相关的可变因素和要求, 因此, OE Max Controls 不对基于示例和图示的实际使用承担任何责任 至于使用本手册中描述的信息 电路 设备或软件, OE Max Controls 不承担任何专利责任 如果没有 OE Max Controls 的书面批准, 禁止全部或部分复制本手册的内容 在整个手册中, 我们将使用各种标记来提醒您注意安全方面的事项 警告 表示可能导致严重人身伤害或死亡 财产损失或经济损失的做法或情况的信息 重要说明 表示对成功应用和了解本产品至关重要的信息 注意 表示可能导致轻微人身伤害 财产损失 经济损失或产品失灵的做法或情况的信息 不过, 根据实际情况, 不遵守附有此符号的指示可能也会导致严重后果 22
安全说明 与系统设计相关的预防措施在某些应用场合, 设备可能由于以下原因而失灵 : 打开和关闭 PLC 电源 I/O 模块和电源设备相互之间存在时间差异 由于瞬时电源故障而导致运转时间滞后 PLC 外部电源或其它设备出现反常现象为了防止设备失灵导致系统关闭, 请采用下面列出的适当安全措施 : PLC 外面的联锁电路如果需要控制电机顺时针 / 逆时针操作, 应提供连锁电路, 以防止顺时针和逆时针信号同时输入电机 PLC 外面的紧急制动电路在 PLC 外面安装紧急制动电路, 以便切断输出设备的电源 在其它设备后启动 PLC ( 启动顺序 ) 应该在给所有 I/O 设备和电源设备加电后再启动 PLC 启动 PLC 后, 切换到 RUN 模式 使用定时器电路来延迟启动 PLC 监视定时器监视定时器是一个程序错误和硬件错误检测定时器 当扫描时间超过 640 毫秒时, 该定时器打开 在监视定时器激活的同时, ALARM LED 亮起, 电源模块上的 ALARM 触点变成接通状态, 所有输出模块都将关闭, 模块处于暂停状态 ( 系统处于非处理状态, 该状态还包括与编程工具进行通信 ) 23
安装 安装空间和环境 外部尺寸 ( 毫米 ) 单位 : 毫米 底板类型 目录号 尺寸 A 尺寸 B 尺寸 C 2 插槽型 NX70-BASE02 149.5 129.5 115.5 3 插槽型 NX70-BASE03 185.0 165.0 151.0 5 插槽型 NX70-BASE05 256.0 236.0 222.0 6 插槽型 NX70-BASE06 291.5 271.5 257.5 8 插槽型 NX70-BASE08 362.5 342.5 328.5 10 插槽型 NX70-BASE10 398.0 378.0 364.0 12 插槽型 NX70-BASE12 433.5 413.5 399.5 24
安装位置 请确保与接线管以及模块上下的其它机器保持足够的距离, 以保证适当通风 不要将模块层叠或水平安装 否则, 会阻碍模块正常散热, 而导致 PLC ( 可编程控制器 ) 内部过热 不要将模块安装在发热设备 ( 如加热器 变压器或大电阻 ) 的上方 为了消除噪声辐射带来的任何影响, 电源线和电磁设备应与模块表面相隔至少 100 毫米 在操作面板门后安装模块时, 尤其要注意保持上述距离 管道 最小 50 毫米 100 毫米或更大 管道 最小 50 毫米 其它设备 编程工具连接间隙在连接编程工具时, 与安装表面之间至少要相隔 180 毫米 编程电缆 大约 110 毫米 大约 180 毫米 25
避免在以下条件下安装模块 环境温度超出 0 至 55 C 的范围 环境湿度超出 30% 至 85% RH 的范围 温度突然变化导致冷凝 易燃气体或腐蚀性气体 过浓的空气粉尘 金属微粒 盐度 苯 稀释剂 酒精 其它有机溶剂或强碱性溶液, 如氨或苛性钠 剧烈颤动或震动 阳光直射 高压线 高压设备 电源线 大功率设备或其它在启动和停止时会产生较大功率波动或电场的设备附近的位置 ( 尤其在 100 毫米内 ) 适当的扁平连接端子 圆形端子 (O 型接线片 ) 带有绝缘阻抗的圆形端子 开口式端子 (Y 型接线片 ) 26
安装 / 拆卸模块 安装 1. 将模块上用来固定该模块的凸出部分插入底板上的模块固定凹槽中 拆卸 1. 使用螺丝刀拧开用于固定模块的螺钉 2. 正对着底板方向用力推模块顶部, 直到模块啮合到位 2. 按住位于模块顶侧边缘上的锁定按钮, 从底板中拔出模块 锁定按钮 3. 确保模块正确安放在底板上, 然后使用螺丝刀拧紧螺钉 螺丝刀 27
电源模块接线 NX70 电源模块 使用 2mm 2 或更粗的双绞线 电源 断路器 在噪声影响很大时, 使用隔离变压器 保险丝只能使用 250V 1.5A 85-264 VAC 使用 2mm 2 或更粗的电缆接地 机箱接地 24V DC 0.3A 输出 VAC 注意 控制功率 (24V) 可以向 I/O 模块提供 24V 的电源 必须避免与其它 24V 电源模块或其它电源模块并行连接 连接到电源模块的电源电压必须在允许的限度内 目录号 额定输入电压 电压容许范围 NX70-POWER1 NX70-POWER2 110 至 220V AC 85 至 264V AC 电源模块的连接端子 建议使用端子螺钉 M3.5 建议使用扁平连接端子进行连接 7.0 毫米或更小 开口式端子 7.0 毫米或更小 圆形端子 Φ 3.7 ~ Φ 4.3 使用 2mm 2 或更粗的双绞线 使用比 2mm 2 规格更粗的电源线, 以最大限度地减少压降 使用双绞线以最大限度地减小噪声影响 28
电源系统如下图所示, 对 PLC 模块 I/O 模块和电源模块分别使用单独的接线系统 电源设备 外部 I/O 设备 隔离变压器 PLC 隔离变压器 在噪声环境中使用隔离变压器 使用低噪声电源 使用隔离变压器来降低噪声, 如图所示 接地在噪声环境中, 将 PLC 接地 将与底板上金属部分相连的机箱接地端连接到实心地面上 请使用粗细最小为 2mm 2 的接地线和电阻小于 100 Ω 的三相接地连接 接地点应尽量靠近 PLC, 接地线应尽可能短 如果两个设备共用一个接地点, 则可能会产生不利影响 始终应为每台设备单独接地 PLC 其它设备 ( 如交流驱动器 ) PLC 其它设备 ( 如交流驱动器 ) 29
工作条件设置 NX70-CPU70p1 处理器模块 工作条件设置开关 ( 正面 ) ( 底部 ) 工作条件设置开关 针号针设置说明 DIP 开关备注 6 5 4 3 2, 1 关 关 将通信速度设置为 9600 bps 开 关 将通信速度设置为 19200 bps 关 开 将通信速度设置为 38400 bps 开 开 将通信速度设置为 4800 bps 关 将通信方法设置为 RS-232C 通信 开 将通信方法设置为 RS-485 通信 关 当使用内置 RAM 中存储的程序运行时 开 当使用闪速 ROM 中存储的程序运行时 开 开 对于 RS-485 通信, 如果系统是端点站, 则将针 1 和 2 设置为 开 关 关 对于 RS-485 通信, 如果系统是端点站, 则将针 1 和 2 设置为 关 用于设置通信方法和程序引导方法的开关 端接电阻设置开关 30
NX70-CPU70p2 处理器模块 CPU NX70-CPU70p2 RUN ERROR PROG BATT RUN RMT PROG COM1 RS232C RS485 ( 正面 ) ( 底部 ) COM1 RS232C RS485 工作条件设置开关 ( 正面 ) ( 底部 ) 工作条件设置开关 端接电阻设置开关 (DIP 开关 1) 针号针设置说明 3 4 1 2 开 关 开 关 开 关 开 关 对于 RS-485 通信, 如果系统是端点站, 则将针 3 和 4 设置为 开 ( 对 COM1 端子启用端接 ) 对于 RS-485 通信, 如果系统是端点站, 则将针 3 和 4 设置为 关 ( 对 COM1 端子禁用端接 ) 对于 RS-485 通信, 如果系统是端点站, 则将针 1 和 2 设置为 开 ( 对 COM2 端子启用端接 ) 对于 RS-485 通信, 如果系统是端点站, 则将针 1 和 2 设置为 关 ( 对 COM2 端子禁用端接 ) DIP 开关 1 31
用于设置通信方法和程序引导方法的开关 (DIP 开关 2) 针号针设置说明关关将 COM2 端子上的通信速度设置为 9600 bps 8 7 6 5 4 3 开 关 将 COM2 端子上的通信速度设置为 19200 bps 关 开 将 COM2 端子上的通信速度设置为 38400 bps 开 开 将 COM2 端子上的通信速度设置为 4800 bps 关 关 将 COM1 端子上的通信速度设置为 9600 bps 开 关 将 COM1 端子上的通信速度设置为 19200 bps 关 开 将 COM1 端子上的通信速度设置为 38400 bps 开 开 将 COM1 端子上的通信速度设置为 4800 bps 开 为 COM1 选择 RS-485 通信 关 为 COM1 选择 RS-232C 通信 开 为 COM2 选择 RS-485 通信 关 为 COM2 选择 RS-232C 通信 2 关 始终设置为 关 ( 用于系统设置 ) 开 电源接通时从 EEPROM ( 闪速 ROM) 加载程序 1 关 电源接通时使用 RAM 中的程序运行系统 DIP 开关 2 32
离散输入模块 规格 离散组合 I/O 模块 规格 输入类型 DC 输入 AC 输入 目录号 NX70-X16D NX70-X16D1 NX70-X32D NX70-X32D1 NX70- X16A110 输入点数 16 点 32 点 16 点 额定输入电压 12 至 24V DC 24V DC 12 至 24V DC 24V DC 100 至 120V AC 电压范围 10.2 至 26.4V DC 21.6V 至 26.4V DC 10.2 至 26.4V DC 21.6V 至 26.4V DC NX70- X16A220 200 至 240V AC 85 至 132V AC 170 至 264V AC 最大输入电流 10 ma 或更小 20 ma 或更小 接通 9.6V 或更高 20V 或更高 9.6V 或更高 20V 或更高 80V 或更低 160V 或更低 工作电压 关断 2.5V 或更低 7V 或更低 2.5V 或更低 7V 或更低 30V 或更低 50V 或更低 输入阻抗 大约 3 KΩ 大约 15 KΩ 关断 2 ms 或更短接通 15 ms 或更短 响应时间 接通 2 ms 或更短关断 15 ms 或更短 内部电流消耗 50 ma 90 ma 80 ma 通用方法 8 点 / common ( 正负极可同时使用 ) 外部连接方法 端子块 (M3.0) 2 个 20 针连接器 端子块 (M3.0) 选件 不适用 2 条 1.5 米长 CPL8800 加长电缆 不适用 产品名称 16 点离散组合 I/O 模块 ( 组合 DC 输入和继电器输出 ) 32 点离散组合 I/O 模块 ( 组合 DC 输入和 TR 输出 ) 目录号 NX70-XY16 NX70-XY32 I/O 点 (16 点 ) 8 DC 输入点 8 继电器输出点 16 DC 输入点 16 TR 输出点 隔离方法 光电耦合器 光电耦合器 额定输入电压 12 至 24V DC 不适用 12 至 24V 不适用 电压范围 10.2 至 26.4V DC 不适用 10.2 至 26.4V 10 至 30V DC 最大输入电流 10 ma 或更小 不适用 10 ma 或更小 不适用 额定电压 / 电流 不适用 250V AC, 30V DC, 1A / 点 不适用 12 至 24V DC,0.4A/ 点 接通电压 / 接通电流 关断电压 / 关断电流 9.6V 或更低 / 4mA 或更小 2.5V 或更低 / 1.5mA 或更小 不适用 不适用 9.6V 或更低 / 4 ma 或更小 2.5V 或更低 / 1.5 ma 或更小 不适用 不适用 输入阻抗 大约 3 KΩ 不适用 大约 3 KΩ 不适用 电涌吸收器 不适用 不适用 稳压二极管 外部电源 不要求 24V 200 ma 或更小 不适用 不适用 关断 接通 2 ms 或更短 10 ms 或更短 2 ms 或更短 1 ms 或更短 响应时间 接通 关断 2 ms 或更短 10 ms 或更短 2 ms 或更短 1 ms 或更短 通用方法 8 点 / common ( 正负极可同时使用 ) 8 点 / common 8 点 / common ( 正负极可同时使用 ) 16 点 / common (-) 外部连接方法 端子块 ( 端子螺钉 :M3.0) 2 个 20 针连接器 建议使用的电缆尺寸 0.5 至 1.25 mm 2 0.2 mm 2 33
离散输出模块 继电器 SSR 规格 输出类型继电器 SSR 目录号 NX70-Y16R NX70-Y16RV NX70-Y8R NX70-Y16SSR 输出点 16 点 8 点 16 点 隔离方法 SSR 额定负载电压 250V AC 30V DC 100 至 240V AC 额定负载电压范围 85V AC 264V DC 85 至 264V AC 最大输入电流 1A / 点 3A / 点.5A / 点,2A/common 响应时间 关断 接通 10 ms 或更短 1 ms 或更短 接通 关断 10 ms 或更短 内部电流消耗 (5V) 100 ma 60 ma 250 ma 0.5 周期 + 1 ms 或更短 电涌吸收器 可变电阻 额定保险丝 无 3.0A 通用方法 8 点 / common 1 点 x 4, 4 点 x 1 8 点 / common 状态显示 LED (32 点转换时每 16 个点显示一次 ) 外部连接方法 端子块 (M3.0) 离散输出模块 变压器规格 变压器 输出类型 NPN PNP 目录号 NX70-Y16T NX70-Y32T NX70-Y32P 输出点 16 点 32 点 隔离方法 光电耦合器 额定负载电压 12 至 24V DC 12 至 24V DC 额定负载电压范围 10 至 30V DC 10 至 30V DC 最大输入电流 0.6A / 点 0.4A / 点 关断 接通 1 ms 或更短 响应时间 接通 关断 1 ms 或更短 内部电流消耗 (5V) 80 ma 130 ma 电涌吸收器 稳压二极管 额定保险丝 无 通用方法 8 点 / common 16 点 / common (-) 16 点 / common (+) 状态显示 LED (32 点转换时每 16 个点显示一次 ) 外部连接方法 端子块 (M3.0) 2 个 20 针连接器 选件 不适用 2 条 1.5 米长 CPL8810 加长电缆 34
内部电路和外部接线图 离散输入模块 NX70-X16D NX70-X16D1 NX70-X16A110 NX70-X16A220 12V 至 24V DC ( 注 ) 12V 至 24V DC ( 注 ) * NC: 无连接 100 至 120V AC NX70-X16D1 模块的输入电压为 24V DC NX70-X16A220 模块的输入电压为 200 至 240V AC NX70-X32D, NX70-X32D1 12 至 24V DC ( 注 ) XO 2 4 6 8 A C XE COM1 COM2 [ I ] 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 XO 3 5 7 8 B D XF COM1 COM2 12 至 24V DC ( 注 ) 12 至 24V DC ( 注 ) COM2 COM1 XF D B 9 7 5 3 X1 [ II ] 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 COM2 COM1 XE C A 8 6 4 2 XO 12 至 24V DC ( 注 ) 连接器 (I) 和 (II) 的方向相反 请小心连接 NX70-X32D1 模块的输入电压为 24V DC 35
内部电路和外部接线图 离散组合 I/O 模块 NX70-XY16 12 至 24V DC 250V AC 30V DC 24V DC NX70-XY32 16 点输入 (DC 输入 ) 32 点输出 (TR 输出 ) 对于外部连接连接器, 请购买线缆 NX70_CBLDC 和针脚型组件 NX-PIN20 ( 有关布线方法的详细信息, 请参阅 NX70 手册的第 4 章 ) 36
内部电路和外部接线图 离散输出模块 继电器 SSR NX70-Y16R NX70-Y16RV NX70-Y8R 250V AC 30V DC 可变电阻 240V NX70-Y16SSR 保险丝 AC100~240V 37
内部电路和外部接线图 离散输出模块 变压器 NX70-Y16T 12 至 24V DC COM(-) YO-YF 12 至 24V 12 至 24V DC [ I ] NX70-Y32T(NX70-Y32P) [ II ] 上述这些接线图只适用于 NX70-Y32T 连接器 (I) 和 (II) 的方向相反 请小心连接 重要说明对于 NX70-Y32P, 请使用 +common 因此, 请确保将 -V DC 连接到针 17 和针 18, 并将 +common 连接到针 19 和针 20 38
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