Bosch Rexroth6000
BOS 6000焊接控制系统 接线速成
BOS 6000焊接控制系统速成接线博世力士乐（中国）有限公司注意事项注意：本速成接线仅供参考使用，所有资料和安全注意事项请以英文原版资料为准！！更多内容请参考英文原版资料！！1．电源系统接线原理1．三相电源线和控制器的接线，另外，PE一定要接电源地线,请注意选用高等级的电缆!!! 2．控制器与变压器的接线3．温度传感器的接线原理注意:在初级电源连接中,从控制器到变压器的高压连接电缆一定要使用高等级的绝缘耐磨可拉伸产品,并一定在三芯电缆外层要加耐磨阻燃套管,并且在电器箱设计中要有漏电保护开关和必要的漏电保护装置,请重视安全,否则发生一切问题与博世力士乐无关!!!高压危险,珍惜生命，注意：接地的电阻不得大于4 欧姆电气系统的中线N和保护接地P(E)1. 中线N不可以作为保护接地P(E)使用，同样保护地线P(E)不可以作为中线N使用，二者不得混淆。
特别需要注意的是在三相四线制的主电源输入的形式中，仅仅可以使用保护地线P(E)，而不得使用中线N。
2. 作为保护地线P(E)引入电气系统后，必须作为永久保护接地进入电气系统(电气箱)，必须直接与电气系统(电气箱)中的总接地排连接。
3. 在整个电气控制系统中，保护接地连接必须是独立连接的，不允许任何借用其他安装目的的螺栓作为保护接地连接。
4. 整个电气系统的保护接地必须采用是树叉状连接。
控制系统(PLC，数控系统，控制系统和HMI等)的保护接地线必须大于6平方毫米。
电源模块的保护接地线必须符合按功率规定的要求以及必须大于10平方毫米。
1．三个温度传感器连接时先全部串联后再接到控制器X32．电流传感器请接到控制器X3，注意要使用屏蔽电缆！3．注意：焊接机器次级的负极是与地（MPE）相通的4．以上为PSG3000变压器的接线图,新一代变压器PSG6130的图纸见下页注意：在机器机械设计制造时候要把变压器的负极接地设计，正极要设计为绝缘！！机架的设计要有正负极的区分。
力士乐焊机核心6000说明书
力士乐焊机核心6000说明书第一章简介力士乐焊机核心6000是一款高性能的电焊机，采用先进的焊接技术和可靠的电路设计，可广泛应用于建筑、制造业、汽车维修等领域。
本说明书将详细介绍力士乐焊机核心6000的特点、使用方法和注意事项。
第二章产品特点1.高效能：力士乐焊机核心6000采用了先进的电路设计，具有高效能的特点，焊接效率高，能够满足各种焊接需求。
2.稳定性：力士乐焊机核心6000具备稳定的焊接电流输出，能够保证焊接接头的质量和稳定性。
3.多功能：力士乐焊机核心6000配备了多种焊接模式，可根据不同的焊接需求进行选择，提供更多的灵活性。
4.便携性：力士乐焊机核心6000采用轻巧的设计，便于携带和移动，适用于各种工作环境。
第三章使用方法1.检查设备：在使用力士乐焊机核心6000之前，请先检查设备是否完好无损，确保安全使用。
2.接通电源：将电焊机插头插入电源插座，并确保接地良好，以确保电焊机工作的安全性。
3.选择焊接模式：根据不同的焊接需求，选择适当的焊接模式，并调整焊接电流大小。
4.准备焊接材料：准备好需要焊接的材料，并在需要焊接的位置进行清洁和处理，以确保焊接质量。
5.开始焊接：将焊条或焊丝插入力士乐焊机核心6000的焊接枪中，将焊接枪对准需要焊接的位置，按下焊接按钮开始焊接。
6.注意安全：在焊接过程中，注意保持安全距离，避免触碰高温部件，并戴好防护眼镜和手套等个人防护装备。
第四章注意事项1.在使用力士乐焊机核心6000之前，请先阅读本说明书，了解产品的特点和使用方法。
2.使用时请注意安全，避免触碰高温部件，避免发生电击或烧伤事故。
3.禁止在潮湿或易燃的环境中使用力士乐焊机核心6000，以免发生安全事故。
4.禁止将力士乐焊机核心6000用于其它非焊接的用途，以免损坏设备或导致其它安全问题。
5.在使用过程中，如发现设备有异常情况，请立即停止使用，并联系专业人员进行检修。
第五章常见问题解答1.问：为什么我使用力士乐焊机核心6000时，焊接效果不佳？答：可能是焊接电流不适合所焊接的材料或焊接位置处理不当，请确认设置正确并重新操作。
波士顿雷克斯泰特（Bosch Rexroth AG）产品目录：5 2-路阀门终端系统说明书
Bosch Rexroth AG | PneumaticsValve terminal systems → Valve terminal systems5/2-way valve, Series HF03, HF03-LG, CL03, CL03-XL▶ Qn = 850 l/min ▶ plate connection ▶ Manual override: with detent ▶ single solenoid, double solenoidPart numbers marked in bold are available from the central warehouse in Germany, see the shopping basket for more detailed informationPneumatics catalog, online PDF, as of 20 -08-25, © Bosch Rexroth AG, subject to change00 38485Certificates UR (Underwriters Laboratories)Version Spool valve, zero overlap Pilotexternal, internal Sealing principle soft sealingBlocking principleSingle base plate principle Working pressure min./max.-0.9 bar / 0 bar Control pressure min./max.2.5 bar / 0 bar Ambient temperature min./max.+0°C / +50°C Medium temperature min./max.+0°C / +50°C MediumCompressed air Max. particle size5 µmOil content of compressed air 0 mg/m³ - 5 mg/m³Protection classwith electrical connec-tor/plugIP 65Protective circuitZ-diodeProtected against polarity reversal Status display LED Yellow Duty cycle00 %Generic emission standard in accordance withEN 5008 - Generic immunity standard in accordance withEN 50082-2Mounting screwcross recessed DIN EN ISO 4757-Z mounting screw tightening torque.3 NmMaterials:Housing Polyamide, fiber-glass reinforced SealsAcrylonitrile Butadiene Rubber2Bosch Rexroth AG | PneumaticsValve terminal systems → Valve terminal systems5/2-way valve, Series HF03, HF03-LG, CL03, CL03-XL▶ Qn = 850 l/min ▶ plate connection ▶ Manual override: with detent ▶ single solenoid, double solenoidPart numbers marked in bold are available from the central warehouse in Germany, see the shopping basket for more detailed information Pneumatics catalog, online PDF, as of 20 -08-25, © Bosch Rexroth AG, subject to change00 08820。
力士乐pst6000说明书
力士乐pst6000说明书【实用版】目录1.引言2.力士乐 pst6000 概述3.力士乐 pst6000 主要特点4.力士乐 pst6000 操作方法5.力士乐 pst6000 维护保养6.结论正文【引言】本文将为您介绍力士乐 pst6000 说明书中的相关内容。
力士乐 pst6000 是一款高品质的液压泵，广泛应用于各类工程机械、汽车制造等领域。
通过阅读本文，您将对力士乐 pst6000 有更深入的了解，并能熟练掌握其操作和维护方法。
【力士乐 pst6000 概述】力士乐 pst6000 液压泵是一款具有高可靠性、高效率、低噪音的液压传动设备。
该泵采用了先进的柱塞泵技术，具有出色的工作性能和稳定的输出流量。
力士乐 pst6000 适用于各种工程机械、汽车制造、船舶制造等行业，满足不同工况的需求。
【力士乐 pst6000 主要特点】1.高可靠性：力士乐 pst6000 采用了优质的材料和精湛的制造工艺，确保了产品的可靠性和长寿命。
2.高效率：力士乐 pst6000 液压泵具有出色的工作效率，为用户节省能源，降低运营成本。
3.低噪音：在运行过程中，力士乐 pst6000 液压泵的噪音控制在一个较低的水平，提升了工作环境的舒适度。
4.稳定的输出流量：力士乐 pst6000 能够稳定地提供所需的输出流量，满足各类工况的需求。
【力士乐 pst6000 操作方法】1.在使用前，请确保泵与电机的连接正确无误，同时检查各连接部位的紧固情况，防止因连接松动导致的泵故障。
2.接通电源，启动电机，观察泵的运转情况。
如有异常声音、震动等情况，请立即停机检查，排除故障后再启动。
3.在泵的出口处安装压力表，以便实时监测系统压力，确保泵在合适的工作压力范围内运行。
4.在泵的进口处安装过滤器，确保进入泵内的液体清洁，防止杂质对泵内部零件的损坏。
5.在使用过程中，应注意观察泵的工作状态，如发现异常应及时处理。
【力士乐 pst6000 维护保养】1.定期更换泵内润滑油，确保泵内润滑油的质量和清洁度。
BOSCH说明书
Rexroth Indra Control VCP 20Rexroth PSI 6xxx.000LT-IB Operator Interface Technical Information 1070087066 Edition 02II Bosch Rexroth AG Electric Drives PSI 6xxx.000 1070087066 / 02and ControlsTitle Rexroth PSI 6xxx.000LT-IB operator interfaceType of Documentation Technical InformationDocument Typecode DOK-PS6000-LT-IB*****-FK02-EN-PPurpose of Documentation The present manual provides information on●Installation and●functionalityof the “LT-IB” operator interface/parameterization software.Record of Revisions Description ReleaseNotesDate−−−−DOK-PS6000-LT-IB*****-FK02-EN-P 03.2005Copyright © Bosch Rexroth AG, 2003−2005Copying this document , giving it to others and the use orcommunication of the contents thereof without expressauthority, are forbidden. Offenders are liable for the paymentof damages. All rights are reserved in the event of the grantof a patent or the registration of a utility model or design (DIN34-1).Validity The data specified above only serve to describe theproduct. No statements concerning a certain condition orsuitability for a certain application can be derived from ourinformation. The given information does not release theuser from the obligation of own judgement and verification. Itmust be remembered that our products are subject to anatural process of wear and aging.Published by Bosch Rexroth AGPostfach 11 62D-64701 ErbachBerliner Strafle 25D-64711 ErbachTel.: +49 (0) 60 62/78-0Fax: +49 (0) 60 62/78-4 28Abt.: BRC − WS/VTRContentsContentsPage3 Operation 3−13.1 Starting / Exiting the software 3−13.2 Setting the basic parameters 3−23.3 Parameterizing the setpoint input 3−93.4 Setting the date/time 3−11 3.5 Displaying the device type and the firmware version 3−113.6 Displaying the error log 3−113.7 Fault reset 3−123.8 Backing-up data 3−123.9 Restoring data backups 3−133.10 Triggering device Reset 3−13 3.11 Loading factory setting of the device 3−14Operation3 Operation3.1 Starting / Exiting the software★Before starting the LT-IB software, you should make sure that the 24 V supply voltage for the digital welding current source has been switchedon.This is indicated by the “LOGIC” LED on the front panel of the interfacemodule:LOGIC LED, green. Is on if 24 V DC (logicsupply voltage) is available.●Start the LT-IB software by double-clicking on the link symbol createdin the course of installation.☞If the program window remains empty after the start, or if it closesagain automatically, the software is not able to detect a digital weldingcurrent source at either of the serial interfaces of the PC. In this case, you should check whether●the connecting cable has been properly wired and plugged in.●the 24 V supply to the digital welding current source has beenswitched on.If a digital welding current source is connected and has beendetected, the main menu of the software will appear as follows:Device type andfirmware version ofthe digital weldingcurrent sourceconnectedMain menuInput prompt3−2 Bosch Rexroth AG Electric Drives PSI 6xxx.000 1070087066 / 02 and ControlsOperationThe cursor is flashing at the input prompt. In this condition, you can activate the functions displayed simply by pressing the corresponding key.For a description of the individual functions ofkey “P”: refer to Sect. 3.2 page 3−2.key “F”: refer to Sect. 3.6 page 3−11.key “K”: refer to Sect. 3.3 page 3−9.key “B”: refer to Sect. 3.8 page 3−12.key “R”: refer to Sect. 3.9 page 3−13.key “Z”: refer to Sect. 3.7 page 3−12.key “D”: refer to Sect. 3.4 page 3−11.key “N”: refer to Sect. 3.5 page 3−11.Keys “E” or “Esc”: exit the software.3.2 Setting the basic parameters------------------------------------------------------------------------------------------------------------------------------------ CAUTIONIncorrect parameter settings may damage the transformers, thewelding system, or produce incorrect welds. Therefore, you should notchange any parameters unless you are totally sure about theconsequences of such a change.In cases of doubt, please ask your supervisor!------------------------------------------------------------------------------------------------------------------------------------ Here, you can set the basic parameters of the digital welding currentsource. The display/query of some parameters depends on thecurrent firmware version and the parameter settings made for the unit:●Configuration (only if master/slave operationis supported by the inverter)●Regulation mode●Current measurement●Toroid sensitivity● Measuring range (with secondary currentmeasurement only)●Transformer type●Number of transformers●Type of transformer connection●Transformer ratio (for third-party transformers only)●Transformer secondary current (for third-party transformers only)● Diode type (for third-party transformers only)●Number of parallel diodes (for third-party transformers only)●Diode monitoring (on/off)1070087066 / 02 PSI 6xxx.000 Electric Drives Bosch Rexroth AG 3−3 and ControlsOperation★Press key “P” in the main menu while the cursor is at the input prompt.All necessary parameters are displayed one by one by the system,queried, a nd immediately transmitted to the unit after acknowledgment by the “Enter” or “Esc” key.☞If you do not want to change a parameter, press the “Enter” or “Esc” keywithout entering a value.When all parameters have been displayed/queried, the main menu is built up again.Example:Resulting query sequence with the following parameter input:●Configuration as master with 1 slave●KSR mode (current regulation)●Primary current measurement●Toroid sensitivity = 150●Connection of 1 x transformer PSG 3100.00●Diode monitoring is active●Normal controller dynamics3−4 Bosch Rexroth AG I Electric Drives PSI 6xxx.000 1070087066 / 02 and ControlsOperationRegulation modePossible settings:●0 : Pulse width mode (PHA mode)The welding heat within the welding circuit is influenced by changing thepulse width. The pulse width only depends on the command value present in this case.● 2 : Current regulation (KSR mode)The programmed current (in kA) is determined by the command value signal supplied (0 to 10 V DC). There is closed-loop control of the actual current in the secondary circuit. The welding heat within the welding circuit is influenced by the controller which changes the pulse width as needed.★Make sure that the setting matches the type of command value input by the external weld timer!☞For more information on the regulation modes, refer to the manual “Controland I/O level, Technical Information (1070 087 065)”, keyword “Regulationmodes”.Current measurementPossible settings:●0 : Primary current measurementAn sensor integrated in the primary circuit inside the device is used as current sensor. The device converts the measured value into the correspondingsecondary current based on the transformer parameter settings.● 1 : Secondary current measurementAn external current sensor linked to X3 is used in the secondary circuit.☞The following applies for secondary current measurement: max. weld time< 1s!1070087066 / 02 PSI 6xxx.000 Electric Drives Bosch Rexroth AG 3−5and ControlsOperationToroid sensitivityInternal evaluation factor for the measured current.This function may be used to adjust the device to an external currentmeasuring unit (reference ammeter) (calibration).Measuring range☞ The parameter is only offered if secondary current measurement is active.Possible settings:●11 : 0.5 to 5 kA●12 : 1 to 10 kA●13 : 2 to 20 kA●14 : 4 to 40 kA●15 : 8 to 80 kA●16 : 16 to 160 kADefines the current range covered by the currents to be measured.★Please make sure that the measuring range set for the currents to bemeasured is not too small. The measured currents should be in the upperthird of a measuring range.Transformer typePossible settings:●0 : PSG 3050.00● 1 : PSG 3050.10● 2 : PSG 3075.10● 3 : PSG 3100.00● 4 : PSG 3200.00● 5 : no PSG transformer (third-party transformer)From this setting, the unit derives certain PSG transformer parameters fordiode monitoring and conversion from primary into secondary current values.★After having changed this parameter, you should perform a device reset(refer to Sect. 3.10 page 3−13) as soon as the main menu was built up again!3−6 Bosch Rexroth AG Electric Drives PSI 6xxx.000 1070087066 / 02 and ControlsOperationNumber of transformersPossible settings:● 1 to 8Number of welding transformers connected to the unit.★After having changed this parameter, you should perform a device reset(refer to Sect. 3.10 page 3−13) as soon as the main menu was built up again!Type of transformer connectionPossible settings:●0 : serial● 1 : parallelYou specify whether the welding transformers on the secondary side areconnected in parallel or in series.★After having changed this parameter, you should perform a device reset(refer to Sect. 3.10 page 3−13) as soon as the main menu was built up again! Transformation ratio☞The parameter is only offered for third-party transformers(trans former type = 5).It specifies the transformation ratio (primary/secondary side) of the welding transformers used.Maximum transformer secondary current☞The parameter is only offered for third-party transformers(trans former type = 5).Specifies the maximum permitted secondary current of the transformer(in kA).1070087066 / 02 PSI 6xxx.000 Electric Drives Bosch Rexroth AG 3−7and ControlsOperationType of diode☞ The parameter is only offered for third-party transformers(trans former type = 5).Possible settings:●0 : SKN 4000● 1 : SKN 6000● 2 : SDD71B0200● 3 : D 4457 NSpecifies the diode types the transformers in use are equipped with.★After having changed this parameter, you should perform a device reset(refer to Sect. 3.10 page 3−13) as soon as the main menu was built up again! Number of parallel diodes☞ The parameter is only offered for third-party transformers(transformer type = 5).Possible settings:● 1 to 4Specifies the number of diodes connected in parallel in the transformer per branch.Diode monitoring active------------------------------------------------------------------------------------------------------------------------------------ CAUTIONPossibility of destroying the power unit or the welding transformer!If diode monitoring is not active, the diodes of the welding transformer are no longer monitored by the PSI. In the event of excessive load, this may result in considerable damage to the welding equipment.Therefore, diode monitoring should always be switched on.------------------------------------------------------------------------------------------------------------------------------------ Possible settings:●0 : Monitoring deactivated● 1 : Monitoring activated★After having changed this parameter, you should perform a device reset(refer to Sect. 3.10 page 3−13) as soon as the main menu was built up3−8 Bosch Rexroth AG Electric Drives PSI 6xxx.000 1070087066 / 02 and ControlsOperationController adjustmentPossible settings:●−10 to 10, step size 1. Default setting: 0.Influences the dynamics of the constant-current regulator.Negative values mean a potentially slower current rise, positive values afaster current rise.------------------------------------------------------------------------------------------------------------------------------------ CAUTIONOscillation of current control is possible!Changing this parameter to inappropriate values may cause the control tooscillate and lead to improper welds!After having changed this parameter, please check whether the resultingcurrent characteristic during the weld is correct.------------------------------------------------------------------------------------------------------------------------------------1070087066 / 02 PSI 6xxx.000 Electric Drives Bosch Rexroth AG 3−9 and ControlsOperation3.3 Parameterizing the setpoint input☞The parameter settings for the command value input are not active unless KSR regulation mode has been selected.In order to optimally adjust the setpoint signal input of the digital weldingcurrent source (at X2, input voltage range: 0 to 10 V DC) to the setpoint signal of an external controller, two pairs of values can be parameterized (voltage inmV, resulting welding current in kA) to specify a linear characteristic.The digital welding current source will then use this characteristic to convert any active voltage to the corresponding command current.★Proceed as follows to set the parameters for these two pairs of values:1. Press key “K” in the main menu while the cursor is at the input prompt.The system then waits for input of the first voltage value.☞If you do not want to change the currently active characteristic, press the“Enter” or “Esc” key without entering a value in subsequent steps 2, 3, 4 or 5.After having queried all values, the system will report “Function aborted –please repeat” in this case without changing the existing characteristic.2. Enter the first voltage value in mV.The lower one of the two voltages must be input at this point. In theexample below, this would be 2000.Acknowledge the value input with the “Enter” key.The system then waits for input of the first current value.3. Enter the first current value in kA.The lower one of the two current values must be input at this point. In theexample below, this would be 60.Acknowledge the value input with the “Enter” key.The system then waits for input of the second voltage value.4. Enter the second voltage value in mV.The higher one of the two voltages must be input at this point. In theexample below, this would be 10000.Acknowledge the value input with the “Enter” key.The system then waits for input of the second current value.5. Enter the second current value in kA.The higher one of the two current values must be input at this point. In the example below, this would be 120.Acknowledge the value input with the “Enter” key.The system calculates the characteristics from the data input and showsthe resulting currents for the input voltages of 0 V and 5 V as controloutput.The main menu is built up again afterwards.3−10 Bosch Rexroth AG Electric Drives PSI 6xxx.000 1070087066 / 02 and ControlsOperationExample for Type PSI 6500.000:Desired adjustment toexternal controller:Parameter input procesdurecorresponding to step 2. to 5.(see above):1st pair of values2nd pair of valuesControl displayParameter input for the setpoint signal input☞ Please note that voltage values below 1 V are basically interpreted as 0 V, therefore, no activity is initiated.1070087066 / 02 PSI 6xxx.000 Electric Drives Bosch Rexroth AG 3−11 and ControlsOperation3.4 Setting the date/timeThis function will copy the current date and the current time of the PC to the digital welding current source.☞ Errors cannot be logged properly unless these values have been setcorrectly!★Proceed as follows:1. Check whether the date and time settings of the PC are correct.Otherwise, set the proper date and time at the PC.2. Press key “D” in the main menu while the cursor is at the input prompt.The time settings of the PC and the digital welding current source havebeen synchronized.The main menu is built up again.3.5 Displaying the device type and the firmware versionDisplays the device type and the firmware version.★Press key “N” in the main menu while the cursor is at the input prompt.The information is displayed, and the main menu is built up again afterwards.3.6 Displaying the error logDisplays the internal error log − starting with the error that occurredlast − page by page on the screen.★Press key “F” in the main menu while the cursor is at the input prompt.●Enter key:scrolling by pages through the error log●“Esc” key:cancels the error log display.When the last page of the error log has been displayed or if the display has been canceled, the main menu is built up again.3−12 Bosch Rexroth AG Electric Drives PSI 6xxx.000 1070087066 / 02 and ControlsOperation3.7 Fault resetWhile the digital welding current source automatically resets“selfacknowledging errors” as soon as the corresponding error condition no longer exists, “non-self-acknowledging errors “ must be reset manually using “Fault reset”.Whether or not an error is currently pending is indicated on the front panel of the interface module.☞For more details concerning possible errors, please refer to the“Display error log” function (refer to Sect. 3.6).★First, the cause of the error should be corrected.★Press key “Z” in the main menu while the cursor is at the input prompt.The main menu is built up again.If the error condition is no longer present, the “READY” LED on the frontpanel of the interface module will be lit again.3.8 Backing-up dataFor backup purposes or for series commissioning of a plant, the currentparameter settings of the digital welding current source can be saved on the PC:“Data backup” can be performed at any time, even during a weldingschedule.★Press key “B” in the main menu while the cursor is at the input prompt.The complete parameter settings are saved to the “BACKUP.SST” file in thecurrent working directory.When the process is finished, main menu is built up again.☞ To restore the data: refer to section 3.9.1070087066 / 02 PSI 6xxx.000 Electric Drives Bosch Rexroth AG 3−13 and ControlsOperation3.9 Restoring data backupsWhen the parameters of the digital welding current source have alreadybeen backed up (refer to “Backing-up data”, Section 3.8), the backup datacan be restored when necessary.☞ Backup data can be restored to a device of the same type only!------------------------------------------------------------------------------------------------------------------------------------ CAUTION“Restore” will interrupt the currently active welding process!This will result in an incorrect weld. Therefore, you should only use thisfunction if●the unit is not involved in a production process.------------------------------------------------------------------------------------------------------------------------------------ ★Proceed as follows:1. Make sure that the “BACKUP.SST” file containing the appropriateparameters exists in the current working directory.2. Press key “R” in the main menu while the cursor is at the input prompt.3. Then confirm the query “Are you sure” by hitting “Y”.Any other key will abort the function.The Ready status of the unit is deactivated while data is being restored.During this time span, welding is not possible.If there is no error, the unit will automatically restore the Ready condition when the data restoring process has been completed.The main menu is built up again.3.10 Triggering device ResetUse this function to reboot the digital welding current source.This process is equivalent to reinitialization of the device and may benecessary after certain parameter changes (e.g. in the area of diodemonitoring) in order to ensure proper functioning.Where this is the case, you will be informed accordingly.------------------------------------------------------------------------------------------------------------------------------------ CAUTIONDevice Reset will interrupt the currently active welding process! This willresult in an incorrect weld. Therefore, you should only use this function if●the unit is not involved in a production process.------------------------------------------------------------------------------------------------------------------------------------------------3−14 Bosch Rexroth AG Electric Drives PSI 6xxx.000 1070087066 / 02 and ControlsOperation★Press key “*” in the main menu while the cursor is at the input prompt.The device is rebooted without any further safety query.The main menu is built up again.3.11 Loading factory setting of the deviceThis option should be used in order to●reset all parameters of the digital welding current source to their defaultvalues, and●delete the contents of all process log memories.------------------------------------------------------------------------------------------------------------------------------------ CAUTIONLoading the factory settings of the device will delete the current parameter settings!The default value settings (e.g. transformer values, characteristic forconverting the setpoint signal into a current setpoint) may not be suitable for your specific application. Therefore, you should only use this function if●you are fully aware of its consequences●the unit is not involved in a production process.------------------------------------------------------------------------------------------------------------------------------------ ☞Deleting the process log memory contents of units that are involved in theproduction process is not permitted by quality assur a nce in many cases.If you are not sure whether or not the process log memory contents of thedevice may be deleted, please contact your supervisor.★Proceed as follows:1. Press key “L” in the main menu while the cursor is at the input prompt.2. Then confirm the query “Are you sure” by hitting “Y”.Any other key will abort the function.The main menu is built up again.BOSCH psi6500.000現有參數設定值:Regulation mode :( 0: Pulse width mode (PHA mode), 2: Current regulation (KSR mode)) Possible settings: 2Current measurement (0:Primary 1: Secondary)Possible settings: 1Sensor responsiveness :Possible settings: 150Measuring range : ( 11:5kA ;12:10kA;13:20kA; 14:40kA; 15:80kA; 16:160kA)Possible settings: 15Transformer type: (0: PSG 3050.00, 1: PSG 3050.10. 2: PSG 3075.10, 3: PSG 3100.00, 4: PSG 3200.00, 5:OEM)Possible settings: 5Number of transformers :Possible settings: 4Type of transformer connection :( 0: serial, 1: parallel)Possible settings: 1Transformation ratioPossible settings: 55Maximum transformer secondary currentPossible settings: 0Type of diode:( 0: SKN 4000, 1: SKN 6000, 2: SDD71B0200, 3: D 4457 N)Possible settings: 0Number of parallel diodes : (1-4)Possible settings: 2Diode monitoring active : ( 0:off, 1: on)Possible settings: 1BOSCH psi6500.000 KSR現有設定值3.3 Parameterizing the setpoint inputThe parameter settings for the command value input are not active unless KSR regulation mode has been selected.aborted −please repeat. in this case without changing the existing characteristic.2. Enter the first voltage value in mV. 10003. Enter the first current value in kA. 104. Enter the second voltage value in mV.100005. Enter the second current value in kA. 483-2 Bosch Rexroth AG | Electric Drives PSG 6xxx. | 1070087063 / 03 andControlsTransformer selection3.2 Technical dataNameTypes PSG ...3075.10 xx 6130.00 xxNominal power SN 80 kVA (at 20% duty cycle) 130 kVA (at 20% duty cycle) maximum primary continuous current I1P76 A 118 APrimary voltage U1N 500 Vmaximum DC current Idmax refer to load diagrams in the sections that deal with thetransformersContinuous DC current Id (100% duty cycle) 4.2 kA 6.5 kA No-load DC voltage UdiO 8.4 V 9 V Frequency f (primary circuit) 1000 HzSensitivity Ratio 55 : 1min. conductor area (primary circuit) 16 mm2 35 mm2 min. cooling water quantity 6 l/min 8 l/min max. cooling water temperature 30° Cmax. cooling water pressure drop refer to differential pressure diagrams in the sections that dealwith the transformersmax. operating temp. (primary winding) 150° Cmax. operating temperature (diodes) 80° CDegree of protection of transformer block IP65Degree of protection(connection zone on primary side)1)Degree of protection(connection zone on secondary side)IP00Insulation class of welding transformers FWeight 14.5 kg 16 kg Dimensions and locations of connections refer to dimensioned drawingsColor RAL 7005; grey RAL 1004; yellow 1) With terminal box: IP55; without terminal box: IP009-40 Bosch Rexroth AG | Electric Drives PSI 6xxx. | 1070080059 / 02 andControlsPSI 6500.xxx W19.6.2 Technical dataType 3-phase rack-mounted mid-frequency converterWeld timer integratedI/O interface Slot for parallel, serial or fieldbus interfaceQuality module Slot provided for later additionDegree of protection IP 20; designed for installation in housing or switch cabinet with IP 54 Storage temperature range −25° C to +70° COperating temperature range (in installation space) +10° C to +45° C; in the case of a thermal capacity that is greater than half of the nominal capcity, a cabinet cooler that regulates the cabinet temperature to 35 degrees Celsius is used.Cooling using water; 10 l/min; supply flow max. 30° C Temperature monitoring integratedCorrosion The ambient air must be free of high concentrations of acids, brines, corrosives, salt and metallic vapors.Humidity 3K3 according to EN 60721−3−3 Condensation on the mid-frequency converter is not permitted.Air pressure 0 to 2000 m above sea level.Main supply voltage connection to grounded TN or TT network. 400 V −20% to 480 V +10%; 50/60 Hz Nominal main supply voltage(maximum thermal continuouscurrent)660 A (with cabinet cooler) 330 A (without cabinet cooler)Max. output current(primary current)2400 AMax. secondary current(transformer−dependent)120 kA (with PSG 3100)Logic main supply(e.g. for weld timer CPU, I/O interfaces, etc.) 24 V=, min: 19 V=; max: 30 V=, acc. to EN 61131-2. Supply possibilities: using external power pack; using separate supply with the integrated power pack (from the welding main supply).1070080059 / 02 | PSI 6xxx Electric Drives | Bosch Rexroth GmbH 9-41and ControlsPSI 6500.xxx W1Over voltage protection MOV (metal oxide varistor)Electrical connection main supply andusing terminal ends; M10 screws per connectiontransformerWire range 2−4 cables per 120 mm2Basic switchgear cabinet losses 100 Wmax. cooling losses 4400 WSwitchgear cabinet losses at max. power 850 WWeight approx. 70 kg; mechanically divisibleMounting position vertical or lying on rearProduct informationPerformance chartSecondary current ranges of PSI 6xxxs from thermal current up to peak current with 9VTransformers3* PSI 6500 2* PSI 6500PSI 6500PSI 6400PSI 6200PSI 6300PSI 6100PSI 60256V transformerThe master/slave conceptThe PSI 6500 inverter can be operated in a master/slave configuration to increase its power. In this mode, up to 3 units can be connected in parallel. Each inverter is connected to one or several identical transformers in this case.The transformers can then be connected in parallel on the secondary side in a simple symmetrical configuration in order to achieve three times the power of one individual unit. The hardware of the units is identical. The slave or master function is selected by suitable parameter settings.Technical dataBosch Rexroth AG“The Drive & Control Company”Vertriebskoordination WiderstandsschweißenPostfach 1162D-64701 Erbach/OdenwaldTel: +49 (0)60 62-78-231Fax: +49 (0)60 62-78-728。
Bosch TWS 6000 Professional电动工具使用说明书
2 |6128131011124OBJ_BUCH-1386-001.book Page 2 Monday, November 29, 2010 4:04 PM| 341516171418145OBJ_BUCH-1386-001.book Page 3 Monday, November 29, 2010 4:04 PM4 | 中文1 619 P09 397 | (29.11.10)Bosch Power Tools安全规章电动工具通用安全警告阅读所有警告和所有说明! 不遵照以下警告和说明会导致电击、着火和／或严重伤害。
保存所有警告和说明书以备查阅。
在所有下列的警告中术语 "电动工具" 指市电驱动（有线）电动工具或电池驱动（无线）电动工具。
1)工作场地的安全a)保持工作场地清洁和明亮。
混乱和黑暗的场地会引发事故。
b)不要在易爆环境，如有易燃液体、气体或粉尘的环境下操作电动工具。
电动工具产生的火花会点燃粉尘或气体。
c)让儿童和旁观者离开后操作电动工具。
注意力不集中会使你失去对工具的控制。
2)电气安全a)电动工具插头必须与插座相配。
绝不能以任何方式改装插头。
需接地的电动工具不能使用任何转换插头。
未经改装的插头和相配的插座将减少电击危险。
b)避免人体接触接地表面，如管道、散热片和冰箱。
如果你身体接地会增加电击危险。
c)不得将电动工具暴露在雨中或潮湿环境中。
水进入电动工具将增加电击危险。
d)不得滥用电线。
绝不能用电线搬运、拉动电动工具或拔出其插头。
使电线远离热源、油、锐边或运动部件。
受损或缠绕的软线会增加电击危险。
e)当在户外使用电动工具时，使用适合户外使用的外接软线。
适合户外使用的软线将减少电击危险。
f)如果在潮湿环境下操作电动工具是不可避免的，应使用剩余电流动作保护器（RCD ）。
使用RCD 可减小电击危险。
3)人身安全a)保持警觉，当操作电动工具时关注所从事的操作并保持清醒。
力士乐pst6000说明书
力士乐pst6000说明书摘要：一、力士乐PST6000产品简介二、力士乐PST6000主要性能参数三、力士乐PST6000应用领域四、力士乐PST6000操作与维护五、力士乐PST6000售后服务正文：力士乐（Rexroth）是一家全球领先的工业自动化品牌，其产品广泛应用于各种工业领域。
PST6000是力士乐推出的一款高性能产品，具有卓越的性能和可靠性。
本文将详细介绍力士乐PST6000的产品特点、应用领域、操作与维护以及售后服务等方面的内容。
一、力士乐PST6000产品简介力士乐PST6000是一款具有高性价比的自动化设备，适用于各种工程机械、生产线等领域。
该产品具有紧凑的结构设计，节省空间；采用高性能电机，确保高效运行；具备完善的安全保护功能，保障人员与设备安全。
二、力士乐PST6000主要性能参数力士乐PST6000的主要性能参数包括：功率、电压、频率、容量、转速等。
用户在选购时，需根据实际需求选择合适的参数配置。
详细参数可参考力士乐PST6000产品说明书。
三、力士乐PST6000应用领域力士乐PST6000广泛应用于以下领域：1.工程机械：如混凝土搅拌车、泵车等；2.生产线：如装配线、输送线等；3.冶金、矿山：如提升机、破碎机等；4.环保设备：如垃圾处理、污水处理等；5.石油、化工：如泵、压缩机等。
四、力士乐PST6000操作与维护1.操作：操作人员需熟悉力士乐PST6000的控制系统及操作方法，按照设备使用说明书进行正确操作。
2.维护：定期对力士乐PST6000进行检修，检查电机、减速器等关键部件的磨损情况，及时更换磨损部件。
同时，保持设备清洁，避免进水、灰尘等影响设备性能。
五、力士乐PST6000售后服务力士乐为您提供全面的售后服务，包括：1.技术支持：专业技术团队为您解答设备使用过程中遇到的问题；2.配件供应：原厂配件，保证质量；3.维修服务：专业维修团队，确保设备及时恢复正常运行；4.定期巡检：定期对设备进行巡检，预防故障发生。
Rexroth (博世力士乐)Fe 变频器使用说明书
3 重要的使用说明............................................................ 27
3.1
正确的使用............................................................................. 27
批注本地保存成功开通会员云端永久保存去开通
DOK-RCON01-FE*********-IB09-ZH-P Rexroth Fe 变频器
Bosch Rexroth AG
III/203
目录
目录
页数
1
1.1 1.2 1.3 1.3.1 1.3.2 1.3.3 1.4 1.4.1 1.4.2 1.4.3 1.4.4 1.5 1.5.1 1.5.2 1.5.3 1.5.4 1.5.5
安全说明的使用和传递.................................................................. 22 安全使用要求.......................................................................... 22 使用不当引发的危险.................................................................... 23 针对特殊危险的说明..................................................................... 23 与电气元件和外壳接触的防护............................................................ 23 保护性特低压防止电击.................................................................. 24 危险动作的防护........................................................................ 24 在操作和安装期间对磁场和电磁场的防护.................................................. 25 与高温部件接触的防护.................................................................. 25 搬运与安装时的防护.................................................................... 25
rexroth 轴向柱塞马达 a6ve 系列 6x 配件资料说明书
rexroth轴向柱塞马达A6VE系列6x配件资料A6VE系列相关型号说明：A6VE28A6VE55A6VE80A6VE107A6VE160A6VE250力士乐马达相关系列型号说明：A2FE型号：A2FE107-61W-VZL171A2FE80/61W-VZL191A2FE90/61W-VAL100A2FE56/61W-VZL100A2FE80/61W-VAL020A2FE63/61W-VZL181-KA2FE28/61W-PAL10A2FE80/61W-VZL100A2FM型号：A2FM160/61W-VAB010A2FM80/61W-VBDA2FM63/61WVAB027A2FM80/61W-VUX027A2FMF56/61W-VAB027A2FM125/61W-VAB010A2FM90/61W-VAB010A2FM107/61W-VAB010A2FM63/61W-VAB010A2FM160/61W-VAB010A2FM80/61W-VAB010A2FM63/61W-VAB027A2F0型号：A2F012/61R-PPB06A2F056/61R-PPB05A2F012/61R-PP06A2F016/61R-PPB06A2F0200/63R-VBB05A2F0160/61R-PPB05A2F0125/61R-PBB05A2F063/61R-PBB0512N00A2F016/61R-PABOSA2F032/61R-PABOSA2F023/GL-PAB05A2FO10/61R-PAB06原装进口，质保一年！我们以具有绝对竞争优势的价格、原厂出货的品质、不同规格产品的库存以及热诚的态度为您服务。
合格的产品质量，优质的服务，与工业自动化的产品结合，是公司的主要经营线路。
上海金仟丝机械设备有限公司，总部位于中国经济中心上海，在美国、德国等欧美国家都有分公司。
长期经营机械设备、仪器仪表、电线电缆、液压元器件、传感器、机电设备、电子产品、阀门、环保设备、化妆品销售等。
自适应功能的优势
为什么使用中频自适应技术一.自适应功能的起源电阻点焊因其生产效率高，适合自动化，广泛应用于车身焊接制造工艺。
点焊的质量对于车身安全具有重要的影响。
然而，在常用的焊接方法中点焊的质量却是不容易控制的。
主要原因：点焊过程影响因素多不易检测（焊接时间短，容易产生飞溅，熔核凝固时间短，易使熔核内产生裂纹和缩孔等缺陷；焊接材料种类多，有镀锌钢，低碳钢和热成型钢；焊核的形成处于封闭状态，使熔核质量在焊接过程中和焊接后都无法直接观测）。
传统的质量检测一破坏性检测和无损检测检验效率和效果并不很理想，相比之下，质量监控方法可对每一个焊点的焊接过程连续跟踪，进行测量和反馈控制，对扰动可通过自动调整焊接规范进行补偿。
因此，点焊质量监控技术是提高焊点质量的一种行之有效的措施。
点焊过程涉及很多焊接参数，需要满足以下几个基本条件，方可作为质量监控信息：与焊点质量有密切关系，不易被干扰，检测手段容易实现等。
因此，能作为质量监控信息的焊接参数：电流密度，电极压力，电压，焊点温度，电极位移，焊接过程动态电阻。
BOSCH REXROTH焊机的UIR自适应系统能有效提高焊接质量，可以在整车厂得到有效的应用。
・自适应功能的原理（1）准确的测量次级电流和次级电压，通过R二U/I得到每个焊点的动态电阻的变化规律曲线（2）记录每个焊点的多组电阻动态曲线，把经过检测焊点达到质量标准的那些曲线求一个平均曲线，再把平均电阻曲线作为样本曲线存储在控制器中。
在以后的焊接过程中，监控的实际动态电阻曲线将和样本曲线进行比较、计算，求出控制调整量（根据能量守恒定律求调整量），通过调整焊接电流以及焊接时间来控制焊点质量。
三.自适应UIR 技术的工艺过程UIR 的工艺过程图质控痴则）加9Compare the actual curve with the refe 「ence四.自适应的优势(1)全面的质量保证系统：克服焊接过程中因为各种复杂的外 界影响而产生的焊接效果差异较大的问题，保证每次焊接的过程 致，从而保证焊接效果一致(对于电阻点焊过程中的各种干扰因素自 适应控制都具有自动调节补偿功能)。
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© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
焊接系统结构组成
Electric Drives and Controls
15
© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
Bosch Rexroth 焊接控制面板设备熟悉
漏电检测 仪
控制器PSI 6X00.1xx.L1
空开（欠压保 护功能） 交流接触器
外置24VDC电 源
接线端子排
Electric Drives and Controls
8
© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
目录 Page 1
典型的硬件配置 控制器类型代码说明 控制器前部结构 控制器的重要技术参数 控制器的系统结构 控制器的功能原理 开放的网络 I/O 结构模块 控制器的指示灯 硬件接线 漏电监测电路 电池组件
Electric Drives and Controls © All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
Bosch Rexroth 焊接控制面板设备熟悉
0 – 24VDC信号电缆的接线端子排 K2 24VDC 焊接接触器的控制继电器 CB1 机器人供能 K1 焊接电流接触器 A1 Bosch Rexroth 焊接控制器 PSI6300.100L1.
Electric Drives and Controls
电磁比例阀
SMC 水流监控 空气过滤 器
10
控制器类型代码的说明
焊接控制器 PSI6300.333L1 PSI6300.114L1 PSI6300.155L1 PSI6100.631L1 变压器 PSG6130
Electric Drives and Controls
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© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
冷却回水 电磁比例阀
控制面板设备熟悉
Parker Sempress Unit 水气路控制
焊钳压力平衡 调整和压力表 冷却回水 冷却进水
水路开关
Electric Drives and Controls © All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
PSI6300控制器的重要的技术参数
Electric Drives and Controls
13
© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
控制器的系统结构组成
Electric Drives and Controls
14
© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
如何提取焊点飞溅数据
Electric Drives and Controls © All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
BOS6000 & UIR 硬件，软件培训 2009
May 2009
Electric Drives and Controls
1
© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
Bosch Rexroth 焊接控制面板设备熟悉
气源进气
冷却进水 气路开关 焊钳压力平衡 调整和压力表
空气过滤 器
Parker Sempress Unit 水气路控制
气体输出 至焊钳气 缸
水路开关
Electric Drives and Controls
© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
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目录 Page 2
以太网卡地址设定 通讯配置 数据库安装 软件登录 软件界面介绍 数据库介绍 预警 修正设定 焊接程序设定 热量递增 普通设定 电极设定
Electric Drives and Controls © All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.
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目录 Page 3
功率模块设定 压力标定 电流标定 模拟启动 I/O 诊断 Bos6000 设定 控制器参数备份 参数恢复 帮助页面 (F1) 自适应控制 UIR 培训
K1 焊接电流接触器. A1 Bosch Rexroth 焊接控制器 (timer) PSI6300.373L1.
Electric Drives and Controls
6
© All rights reserved by Bosch Rexroth AG, even and especially in cases of proprietary rights applications. We also retain sole power of disposal, including all rights relating to copying, transmission and dissemination.