H1000

西门子S7-300和安川H1000变频的PROFIBUS-DP通讯摘要：在重工业及物流业发展过程中，必不可少的一个设备即为起重机，起重机工作时，控制系统具有重要作用，由于传统控制系统已经无法适应行业发展，因此，变频技术、PLC技术等相关的、先进的技术均应用到控制系统中，显著的提升了控制系统的性能，促使更为有效的发挥起重机在各个行业中的作用。

本文中，以桥式起重机为例，探讨了西门子S7-300与安川H1000变频的PROFIBUS-DP通讯设计，旨在为实际设计工作提供理论上的参考。

关键词：西门子S7-300；安川H1000变频；PROFIBUS-DP通讯前言起重机工作过程中，所面临的高使用频率、低故障率的要求逐渐升高，为能符合此种要求，并促进起重机工作质量的提升，将多种先进技术应用到了起重机的控制系统中，如PLC技术、变频技术等。

现阶段，性价比比较高的PLC产品与变频器分别为西门子S7-300、安川H1000变频器，但若这这两种产品间不能有效的通讯，会对起重机的电控系统性能产生非常大的影响。

因此，应采取适当的方法，有机的结合二者，从而大大的提升二者性能，并增强电控系统性能，本文即探讨了实现二者通讯结合的具体方式。

一、西门子S7-300与安川H1000变频器简介西门子S7-300是一种可编程序控制器，结构具有模块化的特点，配置为分布式，性价比比较高，且能够较强的兼容电磁、良好的抵抗震动冲击，在工业控制领域中比较广泛的应用。

西门子S7-300主要针对性能要求比较低的模块化中小控制系统，可与各档次的CPU相配合，供选择的扩展模块类型比较多，达到32个，多点接口、PRODIBUS、工业以太网均可以接入，组态及设置参数时，经“HWConfig”工具的辅助开展。

安川变频器是世界上一个知名的变频器类型，生产企业为安川电机株式会社，H1000为其中具体的产品型号，属于全新重负载变频器，主要功能为对电机速度做出控制与调节，在重型工业领域中具有十分重要的作用。

1000h型钢规格1000h型钢是一种常见的型钢材料，主要用于建筑结构、机械制造和桥梁工程等领域。

它具有很高的强度和刚度，适用于承受大荷载和抗震要求较高的场所。

以下将从材料性能、规格参数、应用领域等方面介绍1000h型钢。

1000h型钢的材料性能非常优异。

它采用优质的钢材制造，具有较高的屈服强度和抗拉强度，能够承受较大的外力。

同时，1000h型钢还具有良好的耐腐蚀性能，能够在恶劣的环境条件下使用。

此外，该型钢的韧性和延展性也较好，能够在受到冲击或变形时保持稳定的性能。

1000h型钢有多种规格参数可供选择。

根据不同的使用需求，可以选择不同尺寸的型钢进行加工和使用。

一般来说，1000h型钢的截面形状为"H"型，具有宽大翼缘和厚重腹板，能够提供较大的受力面积。

其标准尺寸一般包括型号、高度、宽度、腹板厚度等参数，以满足不同工程的需求。

1000h型钢的应用领域广泛。

首先，在建筑结构领域，1000h型钢常用于制作梁、柱、桁架等承重结构，能够承受较大的荷载和保证结构的稳定性。

其次，在机械制造领域，1000h型钢常用于制作各种机械零部件，如轴、轮毂、齿轮等，具有较高的强度和耐磨性能。

此外，1000h型钢还常用于桥梁工程中，用于制作桁架、悬索等部件，能够承受桥梁的自重和交通荷载。

总结起来，1000h型钢是一种具有优异性能和多种规格的型钢材料。

它在建筑结构、机械制造和桥梁工程等领域都有广泛的应用。

1000h 型钢的优点在于其高强度、良好的耐腐蚀性能和较高的刚度，能够满足不同工程对材料性能的要求。

通过选择合适的规格参数，可以根据实际需求来选用1000h型钢，以确保工程的质量和安全。

参数号参数名称参数出厂值参数设定值设定值名称 A1-00 操作器显示语言选择 17汉语 A1-01参数访问级 22可设定监视所有参数 A1-02控制模式选择 2大小-0无PG的V/F控制 A1-03初始化 00 不进行初始化 T1-00电机选择 00电机1T1-01自学习模式 00旋转形自学习 T1-02电机输出功率根据电机 KW T1-03电机额定电压根据电机 V T1-04电机额定电流根据电机 A T1-05电机基本频率根据电机 HZ T1-06电机级数根据电机 1T1-07电机的基本转速根据电机 r T1-08自学习时PG的脉冲数根据编码器 1B1-01频率指令选择 10操作器 B1-02运行指令选择 11控制回路端子 B1-03停止方式选择 00减速停止 B1-04禁止反转选择 00电机可反转 B2-01零速值 10HZ 0.5HZ 设定减速停止时直流制动的频率 C1-01加速时间 10S 从0至最高频率时间 C1-02减速时间 10S 从最高频率至0时间 E1-01~13电机的V/F特性根据实际情况 E2-01~11电机自学习后的参数自学习后自动设定如需更精确,请三次自学习后取平均值! F1-01PG参数 6001024编码器脉冲数 F1-02PG断线时动作选择 10减速停止 H1-01 端子S1功能选择 4040正转运行指令 H1-02端子S2功能选择 4141反转运行指令 H1-03端子S3功能选择 H1-04端子S4功能选择 1414故障复位 H1-05端子S5功能选择 33多段速指令1H1-06端子S6功能选择 44多段速指令2H1-07端子S7功能选择 55多段速指令3H1-08端子S8功能选择 H1-09端子S9功能选择 H2-01端子M1-M2功能选择 037变频器运行 D1-01频率指令10HZ 5HZ 一档速度频率 DI-02频率指令20HZ 二档速度频率 DI-04频率指令3OHZ 三档速度频率 DI-08频率指令40HZ 48HZ 四档速度频率 L1-01电机保护功能选择 01通用电机的保护 L8-05输入缺相保护选择 01有效 L8-07输出缺相保护选择 01有效 L8-09接地短路保护选择 01有效 L8-27过电流检出增益 300%150%电机额定电流为100%L8-41电流警告选择 01有效 L3-04减速时防止失速功能 00无效 L6-01过力矩/力矩不足检出动作选择 02运行中常时检出,仍运行但发出警告L6-02过力矩检出值 150%250%自学习设置 (主副起升运行参数设置15HZ有效电机额定电流为100%有效。

1000h型钢规格
1000h型钢是一种常用的型钢材料。

它的规格为1000mm×hmm，其中h代表型钢的高度。

这种型钢具有许多优点，因此在各个领域得到广泛的应用。

1000h型钢具有高强度和良好的刚性。

由于其特殊的截面形状，1000h型钢能够承受较大的压力和拉力，具有较高的抗弯能力。

因此，在建筑结构中，1000h型钢常用于梁、柱等承重构件，能够有效地支撑和分散荷载，保证建筑物的稳定性和安全性。

1000h型钢重量轻、使用方便。

相比于传统的钢材，1000h型钢具有较轻的重量，方便运输和安装。

此外，1000h型钢的截面形状设计合理，能够减少材料的使用量，降低成本。

因此，在建筑施工中，1000h型钢得到广泛应用，可以提高工作效率，节省时间和成本。

1000h型钢具有良好的耐腐蚀性能。

通过表面处理，如镀锌等，可以使1000h型钢具有较强的耐候性和抗腐蚀性，延长其使用寿命。

这使得1000h型钢在海洋工程、化工等领域中得到广泛应用。

1000h型钢的加工性能也很优越。

它可以通过冷弯、热弯等方式进行加工和改变其截面形状，以适应不同的工程需求。

同时，1000h 型钢还可以与其他材料进行焊接、拼接等连接方式，形成更加复杂的结构。

总结起来，1000h型钢是一种优质的型钢材料，具有高强度、轻量、
耐腐蚀和良好的加工性能等特点。

它在建筑、工程、制造等领域中得到广泛应用，并发挥着重要的作用。

随着科技的不断进步，1000h 型钢的应用前景将会更加广阔，为各个领域的发展提供更好的支持。

Printing Date : April 28, 2020SUBJECTDear:SincerelyParameters List Setting Value Unit Default Setting A1-01Access level2-2 A1-02Control method2-2 A1-04Enter password0-0 A1-06Select application0-0 A1-07DWEZ Function Selection0-0 A1-09Drive Sequence Mode Selection0-0 A2-01User parameter 1A1-02-A1-02 A2-02User parameter 2b1-01-b1-01 A2-03User parameter 3b1-02-b1-02 A2-04User parameter 4b1-03-b1-03 A2-05User parameter 5C1-01-C1-01 A2-06User parameter 6C1-02-C1-02 A2-07User parameter 7C6-01-C6-01 A2-08User parameter 8C6-02-C6-02 A2-09User parameter 9d1-01-d1-01 A2-10User parameter 10d1-02-d1-02 A2-11User parameter 11d1-03-d1-03 A2-12User parameter 12d1-04-d1-04 A2-13User parameter 13d1-17-d1-17 A2-14User parameter 14E1-01-E1-01 A2-15User parameter 15E1-03-E1-03 A2-16User parameter 16E1-04-E1-04 A2-17User parameter 17E1-05-E1-05 A2-18User parameter 18E1-06-E1-06 A2-19User parameter 19E1-09-E1-09 A2-20User parameter 20E1-13-E1-13 A2-21User parameter 21E2-01-E2-01 A2-22User parameter 22E2-04-E2-04 A2-23User parameter 23E2-11-E2-11 A2-24User parameter 24H4-02-H4-02 A2-25User parameter 25L1-01-L1-01 A2-26User parameter 26L3-04-L3-04 A2-27User parameter 27No-No A2-28User parameter 28No-No A2-29User parameter 29No-No A2-30User parameter 30No-No A2-31User parameter 31No-No A2-32User parameter 32No-No A2-33User parameter Automatic registration Function0-0 b1-01Reference selection1-1 b1-02Operation method selection1-1 b1-03Stopping method0-0 b1-04Reverse operation0-0 b1-06Digital Input Scan Selection1-1 b1-07Local/remote run selection0-0 Setting Value Unit Default Setting b1-08Run command at programming0-0 b1-14Phase Turn Selection0-0 b1-15Reference Selection in Local case0-0 b1-16Operation method selection in Local case0-0 b1-17Operation permission with power ON/OFF0-0 b2-01DC injection start frequency0.5Hz0.5 b2-02DC injection current50%50 b2-03DC injection time at start0.00sec0.00 b2-04DC injection time at stop0.50sec0.50 b2-08Field compensation0%0 b3-01Speed search at start0-0 b3-02Speed search current100%100 b3-03Speed search deceleration time 2.0sec 2.0 b3-05Search wait time0.2sec0.2 b3-06Output current 1.0- 1.0b3-08Current Control Gain during Speed Search (SpeedEstimation Type)0.50-0.50b3-10Speed Search Detection Compensation Gain 1.05- 1.05 b3-14Bidirectional search selection1-1 b3-17Retry current level150%150 b3-18Retry detection time0.10sec0.10 b3-19Retry count3-3 b3-24Speed search method selection0-0 b3-25Speed search retry interval time0.5sec0.5 b3-27Start Speed Search select0-0 b3-33Speed Search select at start during UV0-0 b4-01Delay-ON timer0.0sec0.0 b4-02Delay-OFF timer0.0sec0.0 b4-03H2-01 On-Delay Time0ms0 b4-04H2-01 Off-Delay Time0ms0 b4-05H2-02 On-Delay Time0ms0 b4-06H2-02 Off-Delay Time0ms0 b4-07H2-03 On-Delay Time0ms0 b4-08H2-03 Off-Delay Time0ms0 b4-09H2-04 On-Delay Time0ms0 b4-10H2-04 Off-Delay Time0ms0 b4-11H2-05 On-Delay Time0ms0 b4-12H2-05 Off-Delay Time0ms0 b5-01PID control mode selection0-0 b5-02PID P gain 1.00- 1.00 b5-03PID I time 1.0sec 1.0 b5-04PID I limit100.0%100.0 b5-05PID D time0.00sec0.00 b5-06PID limit100.0%100.0 b5-07PID offset adjustment0.0%0.0 b5-08PID primary delay time constant0.00sec0.00 b5-09Output level selection0-0 b5-10PID output gain 1.00- 1.00 Setting Value Unit Default Setting b5-11PID output reverse selection0-0 b5-12Feedback loss detection selection0-0 b5-13Feedback loss detection level0%0 b5-14Feedback loss detection time 1.0sec 1.0 b5-15PID sleep level0.0Hz0.0 b5-16PID sleep time0.0sec0.0 b5-17Accel/Decel time for PID reference0.0sec0.0 b5-18PID Setpoint Selection0-0 b5-19PID Setpoint Value0.00%0.00 b5-20PID Setpoint Scaling1-1 b5-34PID Output Lower Limit0.0%0.0 b5-35PID Input Limit1000.0%1000.0 b5-36PID Feedback High Detection Level100%100 b5-37PID Feedback High Detection Time 1.0sec 1.0 b5-38PID Setpoint Setup/Arbitrary display setup10000-10000 b5-39PID Setpoint Set up/Display Number of decimals2-2 b5-40PID Fref monitor Selection0-0 b5-47PID Output Reverse Selection1-1 b6-01Dwell frequency at start0.0Hz0.0 b6-02Dwell time at start0.0sec0.0 b6-03Dwell frequency at stop0.0Hz0.0 b6-04Dwell time at stop0.0sec0.0 b8-01Energy-saving mode selection0-0 b8-02Energy-saving gain0.7-0.7 b8-03Energy-saving filter time constant0.50sec0.50 C1-01Acceleration time 110.0sec10.0 C1-02Deceleration time 110.0sec10.0 C1-03Acceleration time 210.0sec10.0 C1-04Deceleration time 210.0sec10.0 C1-05Acceleration time 3 for motor210.0sec10.0 C1-06Deceleration time 3 for motor210.0sec10.0 C1-07Acceleration time 4 for motor210.0sec10.0 C1-08Deceleration time 4 for motor210.0sec10.0 C1-09Emergency stop time10.0sec10.0 C1-10Accel/Decel time setting unit1-1 C1-11Accel/Decel switching frequency0.0Hz0.0 C2-01S-curve acceleration at start0.20sec0.20 C2-02S-curve acceleration at end0.20sec0.20 C2-03S-curve deceleration at start0.20sec0.20 C2-04S-curve deceleration at end0.00sec0.00 C3-01Slip compensation gain 1.0- 1.0 C3-02Slip compensation time200ms200 C3-03Slip compensation limit200%200 C3-04Slip compensation regeneration0-0 C3-05Output V Limit0-0 C4-01Torque compensation gain 1.00- 1.00 C4-02Torque compensation time20ms20 C4-03Forward starting torque0.0%0.0 Setting Value Unit Default Setting C4-04Reverse starting torque0.0%0.0 C4-05Torque compensation delay time10ms10 C4-06Starting torque time constant150ms150 C6-01Duty Cycle2-2 C6-02Carrier frequency selection0001-0001 C6-03Carrier frequency upper limit 2.0kHz 2.0 C6-09Carrier in tune0-0 d1-01Frequency reference 10.00Hz0.00 d1-02Frequency reference 20.00Hz0.00 d1-03Frequency reference 30.00Hz0.00 d1-04Frequency reference 40.00Hz0.00 d1-05Frequency reference 50.00Hz0.00 d1-06Frequency reference 60.00Hz0.00 d1-07Frequency reference 70.00Hz0.00 d1-08Frequency reference 80.00Hz0.00 d1-09Frequency reference 90.00Hz0.00 d1-10Frequency reference 100.00Hz0.00 d1-11Frequency reference 110.00Hz0.00 d1-12Frequency reference 120.00Hz0.00 d1-13Frequency reference 130.00Hz0.00 d1-14Frequency reference 140.00Hz0.00 d1-15Frequency reference 150.00Hz0.00 d1-16Frequency reference 160.00Hz0.00 d1-17Jog frequency reference 6.00Hz 6.00 d2-01Frequency reference upper limit100.0%100.0 d2-02Frequency reference lower limit0.0%0.0 d2-03Master speed reference lower limit0.0%0.0 d3-01Jump frequency 10.0Hz0.0 d3-02Jump frequency 20.0Hz0.0 d3-03Jump frequency 30.0Hz0.0 d3-04Jump frequency width 1.0Hz 1.0 d4-01MOP reference memory0-0 d4-03Frequency reference bias steps(up/down2)0.00Hz0.00 d4-04Accel/Decel rate selection(up/down2)0-0 d4-05Bias mode selection(up/down2)0-0 d4-06Bias value(up/down2)0.0%0.0 d4-07Analog change limit 1.0% 1.0 d4-08Bias upper/lower value(up/down2)100.0%100.0 d4-09Bias upper/lower value(up/down2)0.0%0.0 d4-10Up/Down Frequency Reference Limit Selection0-0 d4-11Bi-directional Output Selection0-0 d4-12Stop Position Gain 1.00- 1.00 d6-03Magnetic Field Forcing Enable/Disable Selection0-0 d6-06Field force limit400%400 d7-01Offset frequency 10.0%0.0 d7-02Offset frequency 20.0%0.0 d7-03Offset frequency 30.0%0.0 E1-01Input voltage setting200VAC200 Setting Value Unit Default Setting E1-03V/F pattern selection000F-000F E1-04Max. output frequency60.0Hz60.0 E1-05Max. voltage200.0VAC200.0 E1-06Base frequency60.0Hz60.0 E1-07Mid output frequency 3.0Hz 3.0 E1-08Mid output frequency voltage11.0VAC11.0 E1-09Min. output frequency0.5Hz0.5 E1-10Min. output frequency voltage 2.0VAC 2.0 E1-11Mid output frequency 20.0Hz0.0 E1-12Mid output frequency voltage 20.0VAC0.0 E1-13Base voltage0.0VAC0.0 E2-01Motor rated current 1.90A 1.90 E2-02Motor rated slip 2.90Hz 2.90 E2-03Motor no-load current 1.20A 1.20 E2-04Number of motor poles4-4 E2-05Motor line-to-line resistance9.842Ohm9.842 E2-06Motor leak inductance18.2%18.2 E2-07Saturation Comp 10.50-0.50 E2-08Saturation Comp 20.75-0.75 E2-09Motor mechanical loss0.0%0.0 E2-11Motor rated output0.40kW0.40 F2-01AI Option Input Mode Selection0-0 F2-02AI Option Input Gain Setting100.0%100.0 F2-03AI Option Input Bias Setting0.0%0.0 F3-01DI Option Input Mode Selection0-0 F3-03DI Option Bit Size Selection2-2 F4-01Terminal V1 Monitor Setting102-102 F4-02Terminal V1 Monitor Gain Setting100.0%100.0 F4-03Terminal V2 Monitor Setting103-103 F4-04Terminal V2 Monitor Gain Setting50.0%50.0 F4-05Terminal V1 Monitor Bias Setting0.0%0.0 F4-06Terminal V2 Monitor Bias Setting0.0%0.0 F4-07AO1 Option Output Level Selection0-0 F4-08AO2 Option Output Level Selection0-0 F5-01DO Option ch1 Selection (DO08/DO02)0000-0000 F5-02DO Option ch2 Selection (DO08/DO02)0001-0001 F5-03DO Option ch3 Selection (DO08)0002-0002 F5-04DO Option ch4 Selection (DO08)0004-0004 F5-05DO Option ch5 Selection (DO08)0006-0006 F5-06DO Option ch6 Selection (DO08)0037-0037 F5-07DO Option ch7 Selection (DO08)000F-000F F5-08DO Option ch8 Selection (DO08)000F-000F F5-09DO Option (DO08) Output Mode Selection0-0 F6-01Operation selection after communications error1-1F6-02Selection of External Fault from CommunicationOption Board0-0F6-03Stopping Method for External Fault fromCommunication Option Board1-1 Setting Value Unit Default SettingF6-04Trace Sampling from Communications OptionBoard2.0sec 2.0F6-07Fref Priority Selection0-0 F6-08Comm Parameter Initialize Selection0-0 F6-10Node Address0-0 F6-11Communication Speed0-0 F6-14BUS Error Auto Reset0-0 F6-20Station Address0021-0021 F6-21Frame length0-0 F6-22Link Speed0-0 F6-23Mon E register0000-0000 F6-24Mon F register0000-0000 F6-25BUS Error Detection Mode Selection1-1 F6-26Number of BUS error detection2-2 F6-30Node Address0-0 F6-31Clear Mode Selection0-0 F6-32ProfibusMap Selection0-0 F6-35Node Address0-0 F6-36CANopen Communication Speed6-6 F6-40Node Address0-0 F6-41Communication Speed1-1 F6-45Node Address1-1 F6-46Baud Rate3-3 F6-47Drive Transmit Wait Time5ms5 F6-48BACnet Device Object Identifier 00000-0000 F6-49BACnet Device Object Identifier 10000-0000 F6-50MAC Address0-0 F6-51Baud Rate0-0 F6-52PCA setting21-21 F6-53PPA setting71-71 F6-54Idle Mode Fault Detection0-0 F6-56Speed Scaling0-0 F6-57Current Scaling0-0 F6-58Torque Scaling0-0 F6-59Power Scaling0-0 F6-60Voltage Scaling0-0 F6-61Time Scaling0-0 F6-62Heart Beat0-0 F6-64Dynamic Output Assembly 109 Parameter 10000-0000 F6-65Dynamic Output Assembly 109 Parameter 20000-0000 F6-66Dynamic Output Assembly 109 Parameter 30000-0000 F6-67Dynamic Output Assembly 109 Parameter 40000-0000 F6-68Dynamic Input Assembly 159 Parameter 10000-0000 F6-69Dynamic Input Assembly 159 Parameter 20000-0000 F6-70Dynamic Input Assembly 159 Parameter 30000-0000 F6-71Dynamic Input Assembly 159 Parameter 40000-0000 F6-72Node Address0-0 F7-01IP Address1192-192 Setting Value Unit Default Setting F7-02IP Address2168-168 F7-03IP Address31-1 F7-04IP Address420-20 F7-05Subnet Mask1255-255 F7-06Subnet Mask2255-255 F7-07Subnet Mask3255-255 F7-08Subnet Mask40-0 F7-09Gateway Address1192-192 F7-10Gateway Address2168-168 F7-11Gateway Address31-1 F7-12Gateway Address41-1 F7-13Address Startup Mode2-2 F7-14Duplex Mode Setting1-1 F7-15Speed Mode Setting10-10 F7-16Timeout Value0-0 F7-17Speed Scaling0-0 F7-18Current Scaling0-0 F7-19Torque Scaling0-0 F7-20Power Scaling0-0 F7-21Voltage Scaling0-0 F7-22Time Scaling0-0 F7-23Dynamic Output Assembly 115 Parameter 10000-0000 F7-24Dynamic Output Assembly 115 Parameter 20000-0000 F7-25Dynamic Output Assembly 115 Parameter 30000-0000 F7-26Dynamic Output Assembly 115 Parameter 40000-0000 F7-27Dynamic Output Assembly 115 Parameter 50000-0000 F7-28Dynamic Output Assembly 115 Parameter 60000-0000 F7-29Dynamic Output Assembly 115 Parameter 70000-0000 F7-30Dynamic Output Assembly 115 Parameter 80000-0000 F7-31Dynamic Output Assembly 115 Parameter 90000-0000 F7-32Dynamic Output Assembly 115 Parameter 100000-0000 F7-33Dynamic Input Assembly 165 Parameter 10000-0000 F7-34Dynamic Input Assembly 165 Parameter 20000-0000 F7-35Dynamic Input Assembly 165 Parameter 30000-0000 F7-36Dynamic Input Assembly 165 Parameter 40000-0000 F7-37Dynamic Input Assembly 165 Parameter 50000-0000 F7-38Dynamic Input Assembly 165 Parameter 60000-0000 F7-39Dynamic Input Assembly 165 Parameter 70000-0000 F7-40Dynamic Input Assembly 165 Parameter 80000-0000 F7-41Dynamic Input Assembly 165 Parameter 90000-0000 F7-42Dynamic Input Assembly 165 Parameter 100000-0000 H1-01Terminal S1 function selection0040-0040 H1-02Terminal S2 function selection0041-0041 H1-03Terminal S3 function selection0024-0024 H1-04Terminal S4 function selection0014-0014 H1-05Terminal S5 function selection0003-0003 H1-06Terminal S6 function selection0004-0004 H1-07Terminal S7 function selection0006-0006 Setting Value Unit Default Setting H1-08Terminal S8 function selection0008-0008 H1-09Terminal S9 function selection000F-000F H1-10Terminal S10 function selection000F-000F H1-11Terminal S11 function selection000F-000F H1-12Terminal S12 function selection000F-000F H2-01Terminal MA/MB-MC Selection0000-0000 H2-02P1 Terminal Selection0001-0001 H2-03Terminal P2 Selection0002-0002 H2-04Terminals P3 Function Selection (open-collector)0006-0006 H2-05Terminals P4 Function Selection (open-collector)0010-0010 H2-06Output unit selection0-0 H2-07Memobus Register MFDO1 Address0001-0001 H2-08Memobus Register MFDO1 Bit0000-0000 H2-09Memobus Register MFDO2 Address0001-0001 H2-10Memobus Register MFDO2 Bit0000-0000 H3-01Terminal A1 Signal Level Selection0-0 H3-02Terminal A1 Function Selection0000-0000 H3-03Terminal A1 Gain Setting100.0%100.0 H3-04Terminal A1 Bias Setting0.0%0.0 H3-05Terminal A3 Signal Level Selection0-0 H3-06Terminal A3 Function Selection0002-0002 H3-07Terminal A3 Gain Setting100.0%100.0 H3-08Terminal A3 Bias Setting0.0%0.0 H3-09Terminal A2 Signal Level Selection2-2 H3-10Terminal A2 Function Selection0000-0000 H3-11Terminal A2 Gain Setting100.0%100.0H3-12Frequency Reference (Current)Terminal A2InputBias0.0%0.0H3-13Filter Avg time0.03sec0.03 H3-14Analog Input Enable/Disable Selection7-7 H3-16Terminal A1 Offset0-0 H3-17Terminal A2 Offset0-0 H3-18Terminal A3 Offset0-0H4-01Multi-Function Analog 1(Analog Terminal MonitorSelection)102-102H4-02Multi-Function Analog 1(Analog Terminal OutputGain)100.0%100.0H4-03Multi-Function Analog 1(Analog Terminal OutputBias)0.0%0.0H4-04Multi-Function Analog 2(Analog Terminal MonitorSelection)103-103H4-05Multi-Function Analog 2(Analog Terminal OutputGain)50.0%50.0H4-06Multi-Function Analog 2(Analog Terminal OutputBias)0.0%0.0H4-07Multi-Function Analog 1(Signal Level Selection)0-0 H4-08Multi-Function Analog 2(Signal Level Selection)0-0 H5-01Station address001F-001F H5-02Communication speed selection3-3 H5-03Communication parity selection0-0 H5-04Serial fault selection3-3 Setting Value Unit Default Setting H5-05CE Detection Selection1-1 H5-06Send wait time5ms5 H5-07RTS control ON/OFF1-1 H5-09CE detection time 2.0sec 2.0 H5-10Output voltage monitor(Register No.25) unit0-0 H5-11ENTER function selection of transmission0-0 H5-12Run Command Method Selection0-0H5-17Operation Selection when Unable to Write intoEEPROM0-0H5-18Filter Time Constant for Motor Speed Monitoring0ms0 H6-01Pulse train input function selection0-0 H6-02Pulse train input scaling1440Hz1440 H6-03Pulse train input gain100.0%100.0 H6-04Pulse train input bias0.0%0.0 H6-05Pulse train input filter time0.10sec0.10 H6-06Pulse train monitor selection102-102 H6-07Pulse train monitor scaling1440Hz1440 H6-08Pulse Train Min Input Frequency0.5Hz0.5 L1-01Motor protection selection1-1 L1-02Motor protection time constant 1.0min 1.0 L1-03MOL thermistor input3-3 L1-04MOL filter time1-1 L1-05MOL reserved 10.20sec0.20 L1-08OL1 Current Lvl10.00A0.00 L1-13Electronic thermal continues1-1 L2-01Momentary power loss detection0-0 L2-02Momentary power loss ridethru time0.2sec0.2 L2-03Min. baseblock time0.2sec0.2 L2-04Voltage recovery time0.3sec0.3 L2-05Undervoltage detection level190VDC190 L2-06KEB deceleration time0.0sec0.0 L2-07Momentary recovery time0.0sec0.0 L2-08KEB Frequency100%100 L2-10KEB detect time50ms50 L2-11Desired DC Bus Voltage during KEB260VDC260 L2-29KEB Mode Selection0-0 L3-01StallP acceleration selection1-1 L3-02StallP acceleration level150%150 L3-03StallP CHP level50%50 L3-04StallP deceleration selection1-1 L3-11OV InhibitT selection0-0L3-17Overvoltage Suppression and Deceleration Stalland Desired DC Bus Voltage during Motor Stall375VDC375L3-20Adjustment Gain0.30-0.30 L3-21Deceleration rate operation gain 1.00- 1.00 L3-24Inertia conversion motor acceleration time0.178sec0.178 L3-25Load inertia P 1.0- 1.0 L3-26Capacity of external capacitor0uF0 Setting Value Unit Default SettingL3-35Speed Agreement Width at Intelligent StallPrevention during Deceleration0.00Hz0.00L4-01Speed agreement level0.0Hz0.0 L4-02Speed agreement width 2.0Hz 2.0 L4-03Speed agreement level +-0.0Hz0.0 L4-04Speed agreement width +- 2.0Hz 2.0 L4-05Reference loss selection0-0 L4-06Frequency reference at floss80.0%80.0 L4-07Conditions of Frequency detection0-0 L5-01Number of auto restart attempts0-0 L5-02Auto restart operation selection0-0 L5-04Fault Reset Interval Time10.0sec10.0 L5-05Auto restart selection0-0 L6-01Torque detection selection 10-0 L6-02Torque detection level 1150%150 L6-03Torque detection time 10.1sec0.1 L6-04Torque detection selection 20-0 L6-05Torque detection level 2150%150 L6-06Torque detection time 20.1sec0.1 L6-08Machine degradation detection selection0-0 L6-09Machine degradation detection speed level110.0%110.0 L6-10Machine degradation detection time0.1sec0.1 L6-11Machine degradation detection start time0-0 L7-01Forward drive torque Limit200%200 L7-02Reverse drive torque Limit200%200 L7-03Forward regenerative torque limit200%200 L7-04Reverse regenerative torque limit200%200 L7-06Torque limit time200ms200 L7-07Torque limit selection0-0 L7-16Torque Limit rise mode selection at start1-1 L8-01DB resistor protect0-0 L8-02Overheat pre-alarm level115°C115 L8-03Overheat pre-alarm selection3-3 L8-05Phase loss input selection0-0 L8-07Phase loss output selection0-0 L8-09Ground protection selection1-1 L8-10Cooling fan control selection0-0 L8-11Cooling fan control delay time60sec60 L8-12Ambient temperature40°C40 L8-15OL characteristics at low speeds1-1 L8-18Software CLA selection0-0 L8-19Frequency Reduction Rate during OH Pre-Alarm0.8-0.8 L8-32MC/FAN power supply error selection1-1 L8-38Carrier frequency decel selection2-2 L8-40Reduction carrier frequency time0.50sec0.50 L8-41Current warning0-0L8-55Internal DB Transistor Protection Enable/DisableSelection1-1L9-03Carrier Frequency Reduction Level Selection0-0 Setting Value Unit Default Setting n1-08Current detection selection (2phase/3 phase)0-0 n2-01AFR gain 1.00- 1.00 n2-02AFR time50ms50 n2-03AFR time 2750ms750 n3-13Over exciting deceleration gain 1.10- 1.10n3-14High Frequency Injection Selection atOver-Excitation Deceleration0-0n3-21Over slip inhibit current level100%100 n3-23Over Excitation Run0-0 n6-01Line-to-Line Motor Resistance Online Tuning0-0 n6-05Online compensation gain 1.0- 1.0 o1-01Monitor selection106-106 o1-02Monitor selection after power up1-1 o1-03Display scaling0-0 o1-05LCD Contrast Control3-3 o1-10Frequency reference Setup/Arbitrary display setup6000-6000 o1-11Frequency Reference Setting / Decimal Display2-2 o2-01LOCAL/REMOTE key enable/disable1-1 o2-02Operation STOP key1-1 o2-04KVA selection0063-0063 o2-05Frequency Reference Setting Method Selection0-0 o2-06Operator detection0-0 o2-07Bidirectional when the inverter power is on0-0 o2-09Initialize mode selection0-0 o3-01Copy Function Selection0-0 o3-02Copy Allowed Selection0-0 q1-01Custom Parameter0.00%0.00 q1-02Custom Parameter0.00%0.00 q1-03Custom Parameter0.00%0.00 q1-04Custom Parameter0.00%0.00 q1-05Custom Parameter0.00%0.00 q1-06Custom Parameter0.00%0.00 q1-07Custom Parameter0.0%0.0 q1-08Custom Parameter0.0%0.0 q1-09Custom Parameter0.0%0.0 q1-10Custom Parameter0000-0000 q1-11Custom Parameter0.0%0.0 q1-12Custom Parameter0-0 q1-13Custom Parameter0-0 q1-14Custom Parameter0-0 q1-15Custom Parameter0-0 q1-21Custom Parameter11000-11000 q1-22Custom Parameter11000-11000 q1-23Custom Parameter11000-11000 q1-24Custom Parameter11000-11000 q1-25Custom Parameter0000-0000 q1-26Custom Parameter0000-0000 q2-01Custom Parameter30720-30720 Setting Value Unit Default Setting q2-02Custom Parameter30720-30720 q2-03Custom Parameter200.00%200.00 q2-04Custom Parameter100.0%100.0 q2-05Custom Parameter0.0%0.0 q2-06Custom Parameter100.0%100.0 q2-07Custom Parameter0.0%0.0 q2-08Custom Parameter100.0%100.0 q2-09Custom Parameter0.0%0.0 q2-10Custom Parameter0-0 q2-11Custom Parameter0-0 q2-12Custom Parameter0-0 q2-13Custom Parameter102-102 q2-14Custom Parameter103-103 q2-17Custom Parameter0000-0000 q2-18Custom Parameter0000-0000 q2-21Custom Parameter11000-11000 q2-22Custom Parameter11000-11000 q2-23Custom Parameter11000-11000 q2-24Custom Parameter11000-11000 q2-25Custom Parameter0000-0000 q2-26Custom Parameter0000-0000 q2-31Custom Parameter000F-000F q2-32Custom Parameter000F-000F q3-01Custom Parameter0.0sec0.0 q3-02Custom Parameter0.0sec0.0 q3-03Custom Parameter0.0sec0.0 q3-04Custom Parameter0.0sec0.0 q3-05Custom Parameter0.0sec0.0 q3-06Custom Parameter0.0sec0.0 q3-07Custom Parameter0.0sec0.0 q3-08Custom Parameter0.0sec0.0 q3-09Custom Parameter0.0sec0.0 q3-10Custom Parameter0.0sec0.0 q3-11Custom Parameter1-1 q3-12Custom Parameter43200-43200 q3-13Custom Parameter1-1 q3-14Custom Parameter43200-43200 q4-01Custom Parameter0.0sec0.0 q4-02Custom Parameter0.5sec0.5 q4-03Custom Parameter1-1 q4-04Custom Parameter1-1 q4-05Custom Parameter0.00-0.00 q4-06Custom Parameter0.00%0.00 q4-07Custom Parameter0.00%0.00 q4-08Custom Parameter0.00%0.00 q4-09Custom Parameter0.00%0.00 q4-10Custom Parameter0.00%0.00 q4-11Custom Parameter0000-0000 Setting Value Unit Default Setting q4-12Custom Parameter1-1 q4-13Custom Parameter1-1 q4-14Custom Parameter0.00-0.00 q4-15Custom Parameter1-1 q4-16Custom Parameter1-1 q4-17Custom Parameter0.00-0.00 q4-18Custom Parameter1-1 q4-19Custom Parameter1-1 q4-20Custom Parameter0.00-0.00 q4-21Custom Parameter0.00-0.00 q4-22Custom Parameter0.00-0.00 q4-23Custom Parameter0.00-0.00 q4-24Custom Parameter0.00-0.00 q4-25Custom Parameter0000-0000 q4-31Custom Parameter0-0 q4-32Custom Parameter0-0 q4-33Custom Parameter0-0 q5-01Custom Parameter0.0sec0.0 q5-02Custom Parameter0.0%0.0 q5-03Custom Parameter0.0%0.0 q5-04Custom Parameter0.0%0.0 q5-05Custom Parameter0.0%0.0 q5-06Custom Parameter0.0%0.0 q5-07Custom Parameter0.0%0.0 q5-08Custom Parameter0.0%0.0 q5-09Custom Parameter0.00%0.00 q5-10Custom Parameter0.00%0.00 q5-11Custom Parameter0.00%0.00 q5-12Custom Parameter0.00%0.00 q5-13Custom Parameter0.00%0.00 q5-21Custom Parameter0.00-0.00 q5-22Custom Parameter0.00-0.00 q5-23Custom Parameter0.00-0.00 q5-24Custom Parameter0.00-0.00 q5-25Custom Parameter0.00-0.00 q5-26Custom Parameter0.00-0.00 q5-27Custom Parameter0.00-0.00 q5-28Custom Parameter0.00-0.00 q5-29Custom Parameter0.00-0.00 q5-30Custom Parameter0.00-0.00 q5-31Custom Parameter100.00-100.00 q5-32Custom Parameter0.00-0.00 q6-01Custom Parameter0-0 q6-02Custom Parameter0010-0010 q6-03Custom Parameter 1.00- 1.00 q6-04Custom Parameter 1.0sec 1.0 q6-05Custom Parameter100.0%100.0 q6-06Custom Parameter100.0%100.0 Setting Value Unit Default Setting q6-07Custom Parameter 1.00- 1.00 q6-09Custom Parameter4096-4096 q6-10Custom Parameter0000-0000 q7-01Custom Parameter0-0 q7-02Custom Parameter1-1 q7-03Custom Parameter1-1 q7-04Custom Parameter1-1 q7-05Custom Parameter1-1 q7-06Custom Parameter1-1 q7-07Custom Parameter1-1 q7-08Custom Parameter0000-0000 q7-09Custom Parameter0000-0000 q7-10Custom Parameter0000-0000 q7-11Custom Parameter0000-0000 q7-12Custom Parameter0000-0000 q7-13Custom Parameter0000-0000 q7-14Custom Parameter0000-0000 q7-15Custom Parameter0000-0000 q7-16Custom Parameter0000-0000 q7-17Custom Parameter0000-0000 q7-18Custom Parameter0000-0000 q7-19Custom Parameter0000-0000 q7-20Custom Parameter0000-0000 q7-21Custom Parameter0000-0000 q7-22Custom Parameter0000-0000 q7-23Custom Parameter0000-0000 q7-24Custom Parameter0000-0000 q7-25Custom Parameter0000-0000 q7-26Custom Parameter0000-0000 q7-27Custom Parameter0000-0000 q7-28Custom Parameter0000-0000 q7-29Custom Parameter0000-0000 q7-30Custom Parameter0000-0000 q7-31Custom Parameter0000-0000 q7-32Custom Parameter0000-0000 q7-33Custom Parameter0000-0000 q7-34Custom Parameter0000-0000 q7-35Custom Parameter0000-0000 q7-36Custom Parameter0000-0000 q7-37Custom Parameter0000-0000 r1-01Connection 1 Data(high word)0000-0000 r1-02Connection 1 Data(low word)0000-0000 r1-03Connection 2 Data(high word)0000-0000 r1-04Connection 2 Data(low word)0000-0000 r1-05Connection 3 Data(high word)0000-0000 r1-06Connection 3 Data(low word)0000-0000 r1-07Connection 4 Data(high word)0000-0000 r1-08Connection 4 Data(low word)0000-0000 Setting Value Unit Default Setting r1-09Connection 5 Data(high word)0000-0000 r1-10Connection 5 Data(low word)0000-0000 r1-11Connection 6 Data(high word)0000-0000 r1-12Connection 6 Data(low word)0000-0000 r1-13Connection 7 Data(high word)0000-0000 r1-14Connection 7 Data(low word)0000-0000 r1-15Connection 8 Data(high word)0000-0000 r1-16Connection 8 Data(low word)0000-0000 r1-17Connection 9 Data(high word)0000-0000 r1-18Connection 9 Data(low word)0000-0000 r1-19Connection 10 Data(high word)0000-0000 r1-20Connection 10 Data(low word)0000-0000 r1-21Connection 11 Data(high word)0000-0000 r1-22Connection 11 Data(low word)0000-0000 r1-23Connection 12 Data(high word)0000-0000 r1-24Connection 12 Data(low word)0000-0000 r1-25Connection 13 Data(high word)0000-0000 r1-26Connection 13 Data(low word)0000-0000 r1-27Connection 14 Data(high word)0000-0000 r1-28Connection 14 Data(low word)0000-0000 r1-29Connection 15 Data(high word)0000-0000 r1-30Connection 15 Data(low word)0000-0000 r1-31Connection 16 Data(high word)0000-0000 r1-32Connection 16 Data(low word)0000-0000 r1-33Connection 17 Data(high word)0000-0000 r1-34Connection 17 Data(low word)0000-0000 r1-35Connection 18 Data(high word)0000-0000 r1-36Connection 18 Data(low word)0000-0000 r1-37Connection 19 Data(high word)0000-0000 r1-38Connection 19 Data(low word)0000-0000 r1-39Connection 20 Data(high word)0000-0000 r1-40Connection 20 Data(low word)0000-0000Comments。

H1000超高速包装机组差动式模盒机构剖析张国智;冯志斌;江威;李娟娟【摘要】为满足卷烟生产设备高速传动的要求,对H1000超高速包装机组的差动式模盒机构的工作原理和运动特性进行了分析.该模盒机构采用凸轮差速传动和交替运动方式,由凸轮机构产生差速,通过行星齿轮差速器与主传动并联,以满足机构的间隙运动需求,降低高速运转时的冲击和噪声;利用两组模盒交替运动方式提高设备的工作效率.结果表明:差动式模盒机构可以较好地满足超高速包装机组的连续稳定运行的要求,加减速柔和,运动冲击小;设备全速运转噪声仅为79 dB,低于中速包装机组的83 dB;3年实测故障率为零,各零部件无明显磨损.对该模盒机构的原理、结构和运行特性研究可为新型超高速包装机组的技术研发提供参考.【期刊名称】《烟草科技》【年(卷),期】2014(000)011【总页数】4页(P25-28)【关键词】卷烟;超高速;包装机组;模盒机构;差动式;槽轮式;交替运动【作者】张国智;冯志斌;江威;李娟娟【作者单位】广东中烟工业有限责任公司,广州市荔湾区芳村环翠南路88号510310;广东中烟工业有限责任公司,广州市荔湾区芳村环翠南路88号 510310;广东中烟工业有限责任公司,广州市荔湾区芳村环翠南路88号 510310;广东中烟工业有限责任公司,广州市荔湾区芳村环翠南路88号 510310【正文语种】中文【中图分类】TS434随着卷烟生产设备不断向高速化发展，卷烟包装机组的单机生产速度已由400包/分钟提高到600～800包/分钟。

其中，生产速度低于600包/分钟的中速包装机组主要采用槽轮式模盒机构实现间隙运动［1］。

随着生产速度的不断提升，槽轮机构所承受的冲击力不断加大，造成噪声增大、零件使用寿命缩短等问题。

张磊等［2］通过优化槽轮的设计参数以降低高速传动带来的冲击，但由于受槽轮机构的运动特性限制，无法从根本上满足设备高速传动的要求。

意大利GD公司最新推出的H1000超高速包装机组生产速度达1000包/分钟，其采用的差动式模盒机构在工作过程中运行平稳，高速运转时冲击力小，噪声低，设备故障率也较低。