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2. 数控系统
2.1 数控系统配置与功能的要求
（1）数控系统中文界面
（2）控制轴数≥10
（3）联动轴数≥5
（4）系统分辨率≤0.0001毫米
（5）程序处理器≥32位微处理器
（6）硬盘≥25G，内存≥256MB
（7）程序数据断电保护功能和突然断电机床自动保护功能
（8）可实现零件表面质量、加工效率、零件精度自适应调整功能
（9）自由编程按键，用于快速选择内容及操作次序的快捷键
（10）系统有可设置机床使用权限的智能钥匙
（11）具备图形对话式编程功能
（12）系统参数备份与恢复功能
（13）彩色液晶显示器≥19英寸
（14）直角坐标和极坐标坐标系
（15）对于任何三维排列加工平面的定义
（16）一面视图,三面视图,可三维仿真显示
（17）具备以太网接口和USB接口
（18）每个数据表可处理刀具数量：≥30,000把
（19）具有网络远程诊断及技术服务功能
（20）故障监控、诊断与报警功能
（21）报警及操作历史记忆功能
（22）自动适应轮廓速度的加速控制
（23）超差报警功能
（24）预览至少99条程序段以监测方向变化，根据机床动态特性自动调节进给速度
（25）行程极限的软件、硬件限位功能
（26）手持单元（含电子手轮）
（27）示教功能
（28）具有系统软件可持续升级的能力
（29）具有碰撞监控功能
2.2 数控系统编程功能要求
（1）直线插补功能
（2）圆弧插补功能
（3）螺旋插补功能
（4）具备参数编程功能和子程序功能
（5）旋转、镜像、缩放功能
（6）用户自定义M指令功能
（7）刀具补偿功能：刀具圆弧半径补偿、长度补偿功能。
1基本技能（文件管理器/刀具表）2直角坐标路径功能3极坐标4钻孔循环循环5铣型腔、凸台和槽的循环6加工阵列孔的循环7SL 循环8坐标变换循环9重复运行的程序块编程技巧10子程序11嵌套12相关信息+Z+Z+Z基本轴旋转轴平行轴X A U Y B V ZCWX键盘TE 420TE 5301字母键盘用于输入文本和文件名，以及ISO 编程。
双处理器版本： 提供其他的按键用于Windows 操作。
2文件管理器、计算器、MOD 功能和HELP （帮助）功能3编程模式4机床操作模式5编程对话的初始化6方向键和GOTO 跳转命令7数字输入和轴选择8鼠标触摸板： 仅适用于双处理器版本124376518432765显示单元1软键区2软键选择键3软件行切换键4设置屏幕布局5加工和编程模式切换键6预留给机床制造商的软键选择键7预留给机床制造商的软键行切换键13423675123345屏幕布局编程模式显示机床操作模式显示机床操作模式（后台）编程操作模式、对话、出错信息（显示在前台）程序机床功能的软键软键区机床操作模式、对话、出错信息（显示在前台）编程模式（后台）程序或位置显示机床功能的软键机床状态软键区操作模式键操作模式功能程序编辑 编写及修改程序（RS-232-C/ V.24数据接口）试运行 静态测试 / 有图形模拟或无图形模拟几何尺寸是否相符数据是否缺失手动 移动机床轴显示坐标轴值设置原点手轮 用电子手轮移动设置原点手动数据输入定位（MDI） 输入定位步骤或输入可以立即执行的循环 将输入的程序段保存为程序程序运行－单程序段 分段运行程序，用Start（开始）按钮分别启动各段...开始程序运行－全自动 按START EXT（机床启动按钮）后连续运行程序文件管理驱动器1以太网RS-232接口 RS-422接口 TNC的硬盘当前路径或文件名3文件信息文件名：保存在当前目录下的文件及文件类型字节：以字节为单位的文件大小状态：M:“程序运行”模式下所选择的文件。
中文（cn ）NC数控编程培训基本培训iTNC 530© 2004-2011年约翰内斯·海德汉博士公司版权所有所有文字，插图和图片，包括其组成部分全部受版权保护。
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1基本技能（文件管理/刀具表）2轮廓描述，直角坐标3轮廓描述，极坐标4钻孔，型腔、凸台和槽的循环5阵列点6SL循环7轮廓链8坐标变换9程序块重复与子程序编程10DXF转换工具（软件选装项），轮廓公式11其他方面12+Z+Z+Z基本轴旋转轴平行轴X A U Y B V ZCWX操作面板TE 420TE 530 B1用于输入文本和文件名，以及用于DIN/ISO 格式编程的字符键盘；双处理版还有Windows 操作键2文件管理器，计算器，MOD 功能和HELP （帮助）功能3编程模式4机床操作模式5启动编程对话6方向键和GOTO 跳转命令7数字输入和轴选择8鼠标触摸板：用于双处理器版和DXF 转换工具操作9smarT.NC 浏览键1243765184327659显示屏1系统软键2软键选择键3软键行切换键4设置屏幕布局5加工和编程模式切换键6预留给机床制造商的软键选择键7预留给机床制造商的软键行切换键13423675屏幕布局编程模式显示机床操作模式显示机床操作模式（后台）编程操作模式，对话，出错信息（前台）程序机床功能软键软键机床操作模式，对话，出错信息（前台）编程模式 （后台）程序或位置显示机床功能软键机床状态系统软键操作模式键操作模式功能编程⏹编程和修改程序（RS-232-C/ V.24数据接口）测试运行⏹无运动程序测试 / 有图形支持或无图形支持⏹几何尺寸是否相符⏹数据是否缺失手动⏹移动机床轴⏹显示轴坐标值⏹工件原点设置手轮⏹用电子手轮移动⏹工件原点设置用MDI模式定位⏹输入数控系统立即执行的定位语句或循环⏹将输入的程序段保存为程序程序运行－单段运行⏹逐程序段运行程序，每个程序段用Start（开始）键开始程序运行－全自动⏹按下START EXT（机床启动按钮）后程序连续运行smarT.NC⏹编程和修改程序⏹测试运行⏹程序运行，全自动/单程序段⏹编辑刀具表文件管理器视图选项340 49x-03版开始的NC数控软件，可切换文件管理器选项：⏹视图选项扩展1：与老视图形式相同⏹视图选项扩展2：新型用鼠标操作的文件管理器，类似于计算机的的资源管理器，例如调整窗口大小，文件排序功能等。
HAT530NC双电源自动切换控制器用户手册目次前言 (3)1概述 (4)2性能及特点 (4)3规格 (5)4面板说明 (6)4.1操作面板 (6)4.2指示灯功能描述 (6)5面板操作设置参数 (7)5.1面板操作设置 (7)5.2切换优先级设置 (7)5.3交流线制设置 (7)5.4延时调节 (8)5.5恢复出厂延时值 (8)6参数配置 (9)6.1参数配置表 (9)6.2输出口功能描述 (10)7操作控制 (11)8接线 (11)8.1接线端子功能描述 (11)8.2RS485连接说明 (12)9ATS供电电源 (13)10典型应用图 (14)11安装尺寸 (17)12故障排除 (17)前言表1 版本发展历史HAT530NC 双路电源自动切换控制器以微处理器为核心构成，可精确检测两路三相电压、两路单相电压，对出现的电压异常(失电、过压、欠压、过频、欠频、缺相、逆相序)做出准确的判断，经延时后控制ATS切换。
适用于控制一个分断位、无分断位ATS开关，控制器具有一路电源异常延时后发出起动发电机组信号的功能。
通过RS485口通讯，可实现遥测、遥信、遥控“三遥”功能。
2性能及特点产品有以下特点：——采集两路三相电压、频率；一路二路线电压Uab，Ubc，Uca 线电压Uab，Ubc，Uca相电压Ua，Ub，Uc 相电压Ua，Ub，Uc频率Hz 频率Hz——具有过压、欠压、缺相、逆相序、过频、欠频检测功能, 其中逆相序、过频欠频检测功能出厂设置为不使能，用户可根据需要自行设置；——通过上位机测试软件可设置控制器运行参数，使用时，控制器RS485口用SG72接口模块(USB 转RS485)或其它转换模块连接上位机；——1#电源或2#电源正常延时可设置(范围0~60秒)。
发电机组起动延时可设置(范围0~3600秒)；——1#电源或2#电源异常延时可设置(范围0~60秒)。
发电机组停机延时可设置(范围0~3600秒)；——通过面板按键可进行“1#电源切换优先”、“2#电源切换优先” 、“无优先”、“自动/手动”等参数设置，实现1#电源优先供电、2#电源优先供电或无优先方式供电；——合闸输出可设为脉冲或持续输出；——两路N线分离设计；——设有自动/手动状态切换，在手动方式下，通过面板按键可实现开关切换；——面板LED可清楚显示开关工作状态；——设计有强制分断输入口，当输入口有效时，强制开关到分断位(只对有分断位的ATS开关有效)；——配置可编程继电器（AUX.OUTPUT1、AUX.OUTPUT2），可控制ATS工作电源供电切换；——1#、2#电源切换继电器(1# CLOSE、2# CLOSE、OPEN)的输出触点容量为5A AC250V，均为无源触点，可直接用于驱动开关转换等；——发电机组起动继电器(GENS START)的输出触点容量为7A AC250V /7A DC28V，为无源常闭触点；——适合多种接线类型(三相四线、单相二线、二相三线方式)；——模块化结构设计，阻燃ABS外壳，可插拔式接线端子，嵌入式安装方式，结构紧凑，安装方便。
海德汉说明书海德汉说明书篇一：海德汉说明书HEI DEN HAI N T NC426TNC430软件编号280-476XX 280-477X X 使用说明书对话式编程可视显示器上的控制器分割屏幕切换加工和编程模式屏幕上选择功能的软键变换软键行改变屏幕设置（仅B C120）输入字符的键盘文件名称注解 IS编程机床运转模式手动操作方式电控手轮M DI定位单行程序运行全序列程序运行编程模式编程和编辑试运行程序/文件管理，TN C功能选择或删除程序和文件，外部数据传送在程序中输入程序调用命令M D功能显示NC出错信息帮助文本袖珍计算器移动光标，直接指向程序行、循环和参数功能移动高亮显示部直接转到程序行、循环和参数功能进给率和主轴转速修调旋钮编程路径移动仿型进刀和退刀FK自由仿型编程直线圆心和极座标极心定圆心圆定半径圆切线连接圆弧倒角修圆尖角刀具功能输入和调用刀具长度和半径循环、子程序和程序段重复定义和调用循环输入和调用子程序及程序段重复的标签程序中程序停止运行在程序中输入触头功能座标轴和数字，编辑选择座标轴或在程序中输入? 座标轴? 数字键小数点改变代数符号极座标增量座标Q参数实际位置归零跳过对话提问，删除字确认输入和恢复对话结束程序行清除数字输入或者TNC出错信息中断对话，删除程序段 TN C 型号，软件和性能本说明书按照下述NC软件编号，叙述了T NC提供的功能和特性。
HAT530P/HAT530PC SERIESATS CONTROLLERUSER MANUALSMARTGEN (ZHENGZHOU) TECHNOLOGY CO., LTD.All rights reserved. No part of this publication may be reproduced in any material form (including photocopying or storing in any medium by electronic means or other) without the written permission of the copyright holder.Applications for the copyright holder’s written permission to reproduce any part of this publication should be addressed to SmartGen Technology at the address above.Any reference to trademarked product names used within this publication is owned by their respective companies.SmartGen Technology reserves the right to change the contents of this document without prior notice.Table 1 - Software VersionCONTENT1 OVERVIEW (4)2 PERFORMANCE AND CHARACTERISTICS (4)3 SPECIFICATION (5)4 PANEL INSTRUCTION (6)4.1 OPERATION PANEL (6)4.2 INDICATORS DESCRIPTION (6)5 PARAMETER SETTING OF PANEL OPERATION (7)5.1 PANEL OPERATION SETTING (7)5.2 MASTER SETTING (7)5.3 AC SYSTEM SETTING (8)5.4 DELAY ADJUSTMENT (8)5.5 FACTORY RESET DELAY VALUE (9)5.6 AUTO TRANS. AUTO RESTORE SETTING (9)6 PARAMETER CONFIGERATION (10)6.1 PARAMETERS TABLE (10)7 OPERATION CONTROL (12)8 WIRING CONNECTION (12)8.1 DESCRIPTION OF CONNECTING TERMINALS (12)8.2 RS485 CONNECTION (14)9 ATS POWER SUPPLY (14)10 TYPICAL WIRING DIAGRAM (15)11 INSTALLATION (18)1OVERVIEWHAT530P/HAT530PC series dual power ATS controller consists of microprocessor as the core, can precisely detect voltage (2-way 3-phase/single phase), make accurate judgement on abnormal voltage (power lost, over/under voltage, over/under frequency, loss of phase, reverse phase sequence) and control ATS to transfer after the delay has expired. The controller is applicable for two-stage ATS and three-stage ATS with controlling the start of genset. “Four remotes” (remote control, remote measurement, remote communication and remote adjustment) functions can be realized via RS485 communication port.2PERFORMANCE AND CHARACTERISTICSIts performance and characteristics are shown as below:—Measure and display 2-way 3-phase voltage and frequency:1# 2#Line voltage (Uab, Ubc, Uca) Line voltage (Uab, Ubc, Uca)Phase voltage (Ua, Ub, Uc) Phase voltage (Ua, Ub, Uc)Frequency Hz Frequency Hz—Over/under voltage, loss of phase, reverse phase sequence, over/under frequency detection functions. As default, reverse phase sequence detection and over/under frequency detection are disabled; however, users can set the function as you need;—Parameters can be set via PC software using SG72 module (USB to RS485);—The voltage normal delay of S1 or S2 can be set in (0~60) seconds and the Genset start delay can be set in (0~3600) seconds;—The voltage abnormal delay of S1or S2 can be set in (0~60) seconds and the Genset stop delay can be set in (0~3600) seconds;—“S1 Master”, “S2 Master”, “Each Backup” and “Auto/Manual” can be set via controller front panel to realize power supply of S1 Master, S2 Master or Backup method for each other;—Closing output signal can be set as pulse or as continuous output;—2-way N wire isolated design;—Auto/Manual mode. In manual mode, ATS transfer can be implemented via panel pushbutton; —LEDs mounted on front panel can clearly show ATS running status;—Forced Open input port is designed; When the input port is active, the switch will be Center Position forcedly (only works for the ATS with Center Position);—Provide power supply for ATS with LO and NO output functions;—S1 and S2 power supply transfer relay (S1 CLOSE, S2 CLOSE, OPEN), the output contact capacity of close relay is 16A AC250V and of open relay is 10A AC250V, both of them are volts free contact and can be directly used in driving switch to transfer;—The output contact capacity of Genset start relay (GENS START) is 7A AC250V/DC28V, volts free N/C contact;—Suitable for various AC systems (3-phase 4-wire, single phase 2-wire, 2-phase 3-wire and 3-phase 3-wire). The 3-phase 3-wire needs special wiring and is only applicable for the line voltage of 220V system;—Modular design, flame retardant ABS plastic shell, pluggable terminal, built-in mounting，compact structure with easy installation.3SPECIFICATIONTable 2 – Product Specification4PANEL INSTRUCTION4.1OPERATION PANELFig.1 – Panel Drawing4.2INDICATORS DESCRIPTIONTable 3 – Indicator Function Description in Normal Testing Mode Items DescriptionS1 Power Indicator It is illuminated when S1 power is normal; flashing when S1 power state is abnormal; extinguished when there is no S1 power.S2 Power Indicator It is illuminated when S2 power is normal; flashing when S2 power state is abnormal; extinguished when there is no S2 power.S1 Close Indicator It is illuminated when S1 power auxiliary contactor is active while extinguished when it is deactivated.S2 Close Indicator It is illuminated when S2 power auxiliary contact is active while extinguished when it is deactivated.Auto Status Indicator It is illuminated when the controller is in auto mode while extinguished the controller is in manual mode.Manual Status Indicator It is illuminated when the controller is in manual mode while extinguished the controller is in auto mode.NOTE: More details of indicators, please refer to the following description of “Panel Button Operation”.5PARAMETER SETTING OF PANEL OPERATION5.1PANEL OPERATION SETTINGPressing and holding the button for more than 3s, all LEDs are illuminated to enter into lamp test mode; Pressing and holding the button for more than 7s, all LEDs are flashing (500ms per time) to enter into parameter setting status, and release button; If you are not trying to set parameters, press button and all LEDs flash quickly for 5 times (once per 200ms) and return to normal testmode. At lamp test state, release button, and controller will return to normal test mode. Afterentering parameter setting mode, if parameters are not set, controller will automatically return back to normal test mode after about 1 minute and 30 seconds.5.2MASTER SETTINGFirstly, make controller enter parameter setting status and then conduct the setting.Procedures of setting “S1 Master”, “S2 Master” and “Each Backup”：a)Press , and at the same time, when S1/S2 power indicator and Auto indicator areilluminated; release the three buttons, then the auto indicator and S2 power indicators extinguish, S1power indicator illuminates, which means controller master status can be set.b)Pressing can circularly set 3 conditions of power supply:⚫S1 Master: S1 power indicator illuminates and S2 power indicator extinguishes；⚫S2 Master: S2 power indicator illuminates and S1 power indicator extinguishes；⚫Each Backup: S1 power and S2 power indicators are illuminated at the same time.c)After adjusting, press , when S1 power indicator, Auto indicator and S2 power indicator areilluminated, the adjusted power master has been saved. The controller will go back to normal status automatically after all LEDs are flashing 5 times rapidly and controller will work as the master status.Once the controller is power on, its master status can be judged by the following three conditions.—If S1 power supply indicator flashes rapidly for three times, indicating S1 power supply for master.—If S2 power supply indicator flashes rapidly for three times, indicating S2 power supply for master.—If S1 and S2 power supply indicators flash simultaneously for three times, indicating it is Each Backup.5.3AC SYSTEM SETTINGFirstly, make controller enter parameter setting status and then conduct the setting.Procedures of setting “Single-phase 2-wire”, “3-phase 4-wire”, “2-phase 3-wire”and “3-phase 3-wire”: a)Press , and at the same time, when S1/S2 power indicator and auto indicator areilluminated; release the three buttons, then the auto indicator and S2 power indicators extinguish, S1 power indicator illuminates.b)Press , when S1/S2 power indicator and auto indicator are illuminated; release the button, thenthe auto indicator and S1/S2 power indicators are extinguished simultaneously, which means controller AC system can be set.c)Pressing can circularly set four AC systems.⚫S ingle phase 2-wire: S1 close indicator illuminates；⚫3-phase 4-wire: S1 close indicator, S2 close indicator and manual mode indicator illuminate simultaneously；⚫2-phase 3-wire: S1 close indicator and manual mode indicator illuminate simultaneously;⚫3-phase 3-wire: S2 close indicator and manual mode indicator illuminate simultaneously.d)After adjusting, press , when S1 power indicator, auto indicator and S2 power indicator areilluminating, the adjusted AC system has been saved. The controller will go back to normal status automatically after all LEDs are flashing 5 times rapidly and controller will work according to the set AC system.Once the controller is power on, its AC system can be judged by the following four conditions.—If S1 close indicator illuminates, it means Single-phase 2-wire system is selected.—If S1 close indicator, manual mode indicator and S2 close indicator illuminate simultaneously, it means 3-phase 4-wire system is selected.—If S1 close indicator and manual mode indicator illuminate simultaneously, it means 2-phase 3-wire system is selected.—If S2 close indicator and manual mode indicator illuminate simultaneously, it means 3-phase 3-wire system is selected.5.4DELAY ADJUSTMENTAdjusting “S1 power normal delay” potentiometer (locate d nearby the back panel terminal) can set output delay after S1power supply is normal.Adjusting “S2 power normal delay” potentiometer (locate d nearby the back panel terminal) can set output delay after S2 power supply is normal.Firstly, make controller enter parameter setting status, and then conduct the setting.Setting Procedures of “S1 power abnormal delay” and “S2 power abnormal delay”:a)Press and at the same time, when S1/S2 power indicator and auto indicator areilluminated; release the two buttons, then the auto indicator and S1/S2 power indicators are extinguished simultaneously which means the delay timer of the controller can be set.⚫S1 power abnormal delay: adjust “S1 Power Normal Delay” potentiometer;⚫S2 power abnormal delay: adjust “S2Power Normal Delay” potentiometer;b)After adjusting the delays, press . When S1/S2 power indicator and automatic indicator areilluminated simultaneously, the adjusted values has been saved. The controller will go back to normal status automatically after all LEDs are flashing 5 times rapidly and controller will work according to the set delay values.NOTE：1# Normal Delay set value must be no less than 1# Abnormal Delay, otherwise, 1# Normal Delay set value will be forced to set as 1# Abnormal Delay set value. S2 Normal Delay set value must be no less than S2 Abnormal Delay, otherwise, S2 Normal Delay set value will be forced to set as S2 Abnormal Delay set value.5.5FACTORY RESET DELAY VALUEFirstly, make controller enter parameter setting status and then conduct the setting.a)Press and at the same time, when S1/S2 power indicator and auto indicator areilluminated simultaneously; release the two buttons, then the auto indicator and S1/S2 power indicators are extinguished simultaneously which means the delay timer of the controller can be set.b)press, when S1/S2 power indicator and automatic indicator are illuminated simultaneously,then reset the factory default. The controller will to back to normal status automatically after all LEDs are flashing 5 times rapidly and controller will work according to the set delay values.NOTE：The factory settings are S1/S2 abnormal delay of 5s and genset shutdown delay of 90s.5.6AUTO TRANS. AUTO RESTORE SETTINGFirstly, make controller enter parameter setting status and then conduct the setting.Set “Auto Trans. Auto Restore/Auto Trans. Non-Restore” Steps:a) Press and at the same time, when S1/S2 power indicator and auto indicator areilluminated simultaneously, release the two buttons, then the auto indicator and S2 power indicator is extinguished, S1power indicator and S1 close indicator are illuminated, which means the auto trans. auto restore of the controller can be set.b) Press can circularly set two states:Auto trans. non-restore when S1 power indicator and S1close indicator are illuminated, S2 power indicator and S2 close indicator are extinguished.Auto trans. auto restore when S2 power indicator and S2 close indicator are illuminated, S1 power indicator and S1 close indicator are extinguished.c) After adjustment, press. When S1/S2 power indicator and auto indicator are illuminatedsimultaneously, it indicates that the set parameter value has been saved successfully; all indicators on the panel flash 5 times rapidly and controller will work according to the set state of auto trans. auto-restore/auto trans. non-restore.NOTE: Turn on the power supply of the controller, auto trans. auto-restore/auto trans. non-restore set by the controller can be judged by the following two situations:If S1 power indicator and S1close indicator flash rapidly three times at the same time, it is auto trans. non-restore.If S2 power indicator and S2 close indicator flash quickly three times at the same time, it is auto trans. auto restore.6PARAMETER CONFIGERATION6.1PARAMETERS TABLETable 4 – Parameters Setting TableNo.Item Range Default Description17 Under voltage (70-100)% 75 Voltage lower limit; it is abnormal when the voltage is below the set value.18 Under Volt Return (70-100)% 77 Voltage lower limit return value; it is normal only when the voltage is over the set value.19 Over Freq. Enable (0-1) 0 0: Disable；1: Enable20 Over Frequency (100-120)% 110 Frequency upper limit; it is abnormal when the frequency is over the set value.21 Over Freq. Return (100-120)% 104 Frequency upper limit return value; it is normal only when the frequency is below the set value.22 Under Freq. Enable (0-1) 0 0: Disable；1: Enable23 Under Frequency (80-100)% 90 Frequency lower limit; it is abnormal when the frequency is below the set value.24 Under Freq. Return (80-100)% 96 Frequency lower limit return value; it is normal only when the frequency is over the set value.25 Loss of Phase (0-1) 1 0: Disable；1: Enable26 Reverse PhaseSequence(0-1) 0 0: Disable；1: Enable27 Master-Slave Set (0-2) 0 0. 1# Master;1. 2# Master;2. Each Backup28 Auto Trans. AutoRestore Set(0-1) 10: Auto Trans. Non Restore1: Auto Trans. Auto Restore29 Neutral Position (0-1) 0 0. With Breaking;1. Without Breaking30 Module Address (1-254) 1 Communication address for module.31 Stop Bit Setting (0-1) 0 0: 1 stop bit; 1: 2 stop bits.NOTE 1: Parameters above are configured via PC software of SmartGen. The PC programming connection is to use RS485 interface of SG72 module connecting with RS485 interface of controller.NOTE 2: “1# Voltage Normal Delay” and “2# Voltage Normal Delay” c an be set only via the potentiometer which locates nearby the back panel terminal. “1# Voltage Abnormal Delay” and “2# Voltage Abnormal Delay” can be set via the PC software or potentiometer which locates nearby the back panel terminal. AC system setting and master selection priority can be set via panel button or PC software while other parameters can be set via PC software only.NOTE 3: S1 Normal Delay set value must be no less than S1 Abnormal Delay, otherwise, S1 Normal Delay set value will be forced to set as S1 Abnormal Delay set value. S2 Normal Delay set value must be no less than S2 Abnormal Delay, otherwise, S2 Normal Delay set value will be forced to set as S2 Abnormal Delay set value.7OPERATION CONTROLWhen controller is running, pressing key can set the controller as Auto mode or Manual mode(indicated by automatic and manual indicators).In Auto mode, controller can automatically transfer the load to S1 or S2 power.When it is set to Auto Trans. Auto Restore, master power is normal, and controller will transfer to master power end in priority.When it is set to Auto Trans. Non Restore, controller only transfers to backup power, and master power transfer can only be controlled manually.Each Backup is for two powers to be backup; when S1 power is abnormal, S2 is normal, then switch will transfer to S2 power supply, and vice versa. When it is set to Each Backup, controller will not detect Auto Trans. Auto Restore setting.In Manual mode, press , load will be transferred to S1 power supply; press to disconnect load supply; press, load will be transferred to S2 power supply.8WIRING CONNECTION8.1DESCRIPTION OF CONNECTING TERMINALSFig. 2 – HAT530P/HAT530PC Rear Panel DrawingTable 5 - Terminal Function Table8.2RS485 CONNECTIONThe connection between RS485 and adaptor is shown below:Fig. 3 – RS485 Connection Diagram9ATS POWER SUPPLYThe controller has built-in ATS power supply automatic switching function. If the voltage between S1and S2 is normal, this can ensure ATS power supply normally by transferring between N/O contact output and N/C contact output of the intermediate relay 1/2.The output is LO and NO, the output value is LN voltage of S1 or LN voltage of S2. The internal wiring connection is shown as below:Fig. 4 – The Internal Wiring Diagram of LO and NO Power Supply10TYPICAL WIRING DIAGRAMFig. 5 - SGQ-N/T Application DiagramFig. 6 – FEITENG Application DiagramFig. 7 - ATyS d Application DiagramFig. 8 –Three–stage Application Diagram of Motor TypeNOTE: 1.The diagram is for reference only. The actual wiring shall follow the ATS instruction. Users should choose proper fuse capacity according to the actual power consumption.2. For two-stage switch, set the breaking position to “no breaking”.Fig. 9 - 2-phase 3-wire Wiring DiagramFig. 10 - Single Phase 2-wire Wiring DiagramNOTE：The 2P3W and 1P2W wiring diagrams shown in the pictures above are the AC 220V phase voltage.Fig. 11 – 3-phase 3-wire Wiring DiagramNOTE：The 3P3W wiring diagram shown in the picture above is the AC 220V line voltage. If the actual application is diff erent from it, please contact with SmartGen’s technical staff to get the specific wiring methods.11INSTALLATIONUnit: mmFig. 12 - Installation Dimensions_________________________________。
