festo cmms manual
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festo cmms manualThe ELGA is Numerous new It enables the entire drive package, from the mechanical system to the controller, to be commissioned. Perfect for making industrial automation simple, efficient and seamless. For example guides are made essentially of polymer. Information on environmentally sound usage.The drive cannot generate torque or any force and so cannot make any dangerous movements.Application examples for the STO function are manual manipulations during set-up, equipping and fault clearance. You can find technical data, such as max.This can result in wear of the brake. Note The ramp function of the motor controller's Quick Stop delay is not monitored.The “Code” column includes the CiA 402 error code.If required, replace the com- plete motor controller. De-commissioning and waste management Observe the local regulations for environmentally appropriate disposal of electronic modules.Festo Configuration Tool, software for configuration and commissioning. MTTF Mean Time To Failure (dangerous): Time in years until the first dangerous failure will have occurred with 100 probability, in accordance with EN ISO 13849-1. If touched, this can lead to fatal or serious injuries. Wait until the intermediate circuit is discharged after - maintenance work and repairs - cleaning - long periods out of use Ensure that no drilling chips, metal dust or mounting material (screws, nuts, wire cuttings) fall into the stepping motor controller during mounting work and subsequent operation. In the event of a fault, this could lead to unintentional movement of the drive. We are committed to doing everything we can to ship your package as soon as possible. For more information please visit our FAQ page below. COVID FAQs. KG Name of manual: MOTOR CONTROLLERS CMMS-ST-C8-7-G2-G2 File name: File saved in: No. It contains safety instructions which must be followed. This document provides information on: - mechanical fitting - electrical installation and an - overview of the range of functions.http://eguiders.com/uploads/epson-stylus-t23-service-manual.xml
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Caution Failure to comply can result in severe material damage. Warning Failure to comply can result in material damage and personal injury. These safety instructions and all other user instructions must be read before performing any work with the stepping motor controller. If you do not have user instructions for the stepping motor controller, contact your local sales representative. Page 15 2. Safety instructions for electric drives and controllers Warning DANGER. High electric voltage due to incorrect connection. Danger of death or bodily injury due to electric shock. Warning DANGER! Surfaces of the device housing may be hot. Danger of injury! Danger of burning! Warning DANGER! Hazardous motion Danger of death, serious bodily injury or damage to property due to unintentional movement of the motors! 2.4 Safety instructions 2.4. Page 16 2. Safety instructions for electric drives and controllers Warning Gold contacts or contacts with high contact pressure should be used to connect the control contacts. Precautionary measures must be taken to prevent interference to switching systems, e.g. Connecting protective switches and relays with RC elements or diodes. You must observe the safety regulations and directives of the country in which the device is to be used. Page 17 2. Safety instructions for electric drives and controllers The following precautionary measures also apply without claim to completeness: VDE 0100 EN 60204 EN 50178 EN ISO 12100 EN 1050 EN 1037 EN ISO 13849-1 EN 61800-5-2 2.4. Page 18 2. Safety instructions for electric drives and controllers Warning During operation and up to several minutes after the stepping motor controller is deactivated, the internal brake resistance can cause dangerous intermediate circuit voltage. The user is responsible for ensuring that his system is brought into a safe status if the electric device fails. Otherwise, high voltages may occur on the housing. These could cause an electric shock.http://www.gainwelltravel.com/userfiles/epson-stylus-sx415-service-manual.xml Warning Do not touch the electrical connection points of the components when the device is switched on. Page 21 2. Safety instructions for electric drives and controllers Connect only voltages and current circuits which have reliable separation of dangerous voltages. Such separation is achieved e.g. with isolating transformers, reliable optocouplers or battery operation separate from the mains network. 2.4.5 Protection against dangerous movements Dangerous movements can be caused by incorrect control of connected motors. Page 22 2. Safety instructions for electric drives and controllers 2.4.6 Protection against touching hot components Warning DANGER. Surfaces of the device housing may be hot. The CMMS-ST is intended for activating hybrid stepping motors with a maximum current of up to 8 A, in particular the MTR-STand EMMS-STseries by Festo. The controller can function either as a master or slave. Axle limitations, speeds, message windows, etc. The input is a differential input (12 bit), ensuring a high degree of protection against interference. The analogue signals are quantified and digitalised by the analogue-digital converter at a resolution of 12 bits. These analogue signals serve to specify setpoints (speed or torque) for the control. Page 34 3. Product description To be able to operate an interface with a terminal program, such as for test purposes, the following settings are required (recommendations): Parameters Value Flow control None Emulation VT100 ASCII configuration - Sent characters finish with line feed - Output entered characters locally (local echo) - During reception, attach line feed to the end of the line Table 3. Page 35 3. Page 36 3. Product description Setting the operating mode Due to a necessary synchronisation of internal processes, the change of operation mode can require some cycle times of the controller. We therefore recommend that you always verify and wait for reception of the desired operation mode.https://www.location-guide-saarland.de/fr/inhalt/diplomat-oven-manual-adp3300 Operating mode Syntax Regulating torque OW:0030:00000004 Speed adjustment OW:0030:00000008 Positioning OW:0030:00000002 Response OK. The actual speed is determined based on the measured rotor position. The rotor position is smoothed via a configurable PT1 filter. The position counter for positioning has a data width of 32 bits. Simultaneous use is not possible, since both interfaces use the same UART in the DSP. 3.3. Page 45 3. Product description 3.4 Fieldbus interface With CMMS-ST, different field buses can be used. By default, the CAN bus is permanently integrated in the controller with the CMMS-ST. Optionally, the PROFIBUS or DeviceNet can be used via plug-in modules. But only one field bus can be active at any given time. For all field buses, the Festo Profile for Handling and Positioning (FHPP) has been implemented as the communication protocol. Page 46 3. Product description With record selection, the position records stored in the controller are used. These can be dynamically switched over in direct operation as needed. Additional information can be found in the FHPP manual P.BE CMM FHPP SW DE. 3.4. Page 47 3. Product description 1 Position setpoint time slot pattern 2 Position control cycle time 3 Interpolated position sequence 4 Travelled 3 position sequence 4 1 2 Fig. 3.2 Interpolated position mode 3.4.3 PROFIBUS The controller is connected to the PROFIBUS with a corresponding expansion module (CAMC-PB), which can be plugged into the expansion slot X7. If the module is plugged in, it automatically becomes active the next time the controller is switched on. Page 48 3. Product description 3.4.5 MTR-ST series stepper motors The MTR-ST series stepper motors are two-phase hybrid stepper motors. They are designed for controlled operation (open-loop). 3.4.6 EMMS-ST series stepper motors The EMMS ST. Depending on the prefix, the speed setpoint is disabled via the signal of the corresponding limit switch input. The limit switch inputs also affect the ramp generator for the speed setpoint. The speed setpoint is converted by the controller into the corresponding frequency to actuate the stepper motors. Page 52 3. Product description 3.5.5 I?t function An integrator monitors the current?-time integral of the CMMS-ST controller. As soon as the parameterised time is exceeded, a warning message is output and the maximum current is limited to the rated current. From every position record, any other position record can be started directly. You can transition to a new position record without first coming to a standstill. The following methods can be chosen for the homing run. Run to Positive method Negative method Graphical representation Dec Hex Dec Hex Limit switch with zero pulse evaluation 2 02 1 01 Fixed stop with zero pulse evaluation -2 FE -1 FF Limit switch 18 12 17 11 Fixed stop -18 EE -17 EF Zero pulse 34 22 33 21 Save current position 35 23 35 23 Table 3. Page 55 3. Product description Homing method 1 Negative limit switch with index pulse. If negative limit switch inactive: Run at search speed in negative direction to the negative limit switch. Run at crawl speed in positive direction until the limit switch becomes inactive, then on to first index pulse. This position is saved as the reference point. If configured: Run at travel speed to axis zero point. 2 Positive limit switch with index pulse. Page 56 3. Product description Homing method -18 Positive stop Run at search speed in positive direction to stop. If configured: Run at travel speed to axis zero point. 33 Index pulse in negative direction Run at crawl speed in negative direction to index pulse. It is integrated in the time slice of the serial communication. Two channels with 256 16-bit values each can be recorded. Description 0 - End No automatic continuation. Page 73 3. Product description Speed profiles with end speed 0 Note Position record profiles that contain an end speed 0 must NOT be used for individual records, since the drive would continue to run uncontrolled. If DIN3 returns, the record linking is automatically continued from this position. The selection is currently supported only for user-defined linear and rotating axes. If there are areas inside that can be entered, a manual acknowledgement must be made via the optional S2 button (see switching example). In order to switch the end stage of the CMMS-ST-G2 controller active again and thus operate the connected motor, the following steps must occur: 1. Page 85 4. Functional safety engineering 4.2.3 CMMS-ST STO sample circuit Fig. 4.3 Circuit diagram for STO safety function with CMMS-ST-G2 Festo.P. Page 86 4. Functional safety engineering 4.2.4 Explanations of the sample circuit The circuitry example shows a combination of the CMMS-ST-G2 with a PILZ PNOZ X2P safety switch device. An emergency stop in combination with a protective door is drawn as a switch device. For Fieldbus applications, the controller enable is additionally controlled via the respective Fieldbus. Depending on the application, the operating mode is also parameterisable via the parameterising software. During this time, you remove the controller enable and so determine the brake time from the measurement curve. This is stored under the point “Measurement data”. Graphically read brake time: 210 ms. Fig. 4.9 Typical measurement curve for determining the brake time 4.3.13 Setting the delay time The delay time of the PILZ PNOZ XV2P can be set manually at the device. This delay time must be larger than the determined brake time. They are used to attach the stepping motor controller vertically to a control cabinet mounting plate. The “first” environment includes electricity grids connected to residential housing. Connect the 24 V connection to a suitable power pack. Connect the power supply unit. Check all plug connectors once again. All errors which occur are saved in the internal error memory. Most errors cause the controller's controller enable to be switched off. Page 121 8. Service functions and error messages 8.1.5 I?t monitoring The CMMS-ST stepping motor controller has I?t monitoring to restrict the average power loss in the power output stage and in the motor. As the power loss which occurs in the power electronics and in the motor increases by its square as the current flow increases in a worst case scenario, the square of the current value is usually assumed for the power loss. 8.1. Page 122 8. Service functions and error messages Display Meaning PH x Homing run. “x” represents the respective phase of the homing run: 0: Search phase 1: Slow moving phase 2: Travel to zero position The digits are sequentially displayed E xxy Error message with index “xx” and sub-index “y” -xxy- Warning message with index “xx” and sub-index “y”. Warnings are shown at least twice on the seven-segment display. Table 8.1 Operating mode and error display 8.2. Page 123 8. Service functions and error messages Error message Meaning of error message Measures Error reaction Disconnect the device from all peripherals PS off and check whether the error is still there after resetting. If yes, then there is an internal defect and repair by the manufacturer is necessary. Page 124 8. Service functions and error messages Error message Meaning of error message Measures Error reaction Main index Subindex 21 0 Fault in offset current measurement Error cannot be self-corrected. Send the stepping motor controller to the manufacturer. PS off 22 0 PROFIBUS: Faulty initialisation Expansion module defective. Please contact Technical Support. Page 125 8. Service functions and error messages Error message Meaning of error message Measures Error reaction PS off 1) Main index Subindex 41 8 Fault: record chaining, unknown command Unknown command found during record chaining. 9 Route program jump target error Jump to a positioning record outside the permitted range. 1 Positioning: Error in precalculation The positioning target cannot be reached PS off 1) due to the positioning options or the parameters. Page 126 8. Page 127 8. Technical dataService functions and error messages Error messages can be acknowledged by: - the configuration interface, - the field bus (control word), - a falling edge at DIN5 (controller enable). Part Number: 547454 Show More Description Features: Servo Lite Travel Program CANopen Fieldbus Interface Integrated The Festo CMMS-ST Series Motor Controllers have a positioning controller with set-point specifications for positions, rotational speed, and torque that corrects for current following errors. Linking of any positioning records can go into a travel program. The motors are sinusoidally actuated across the entire rotational speed range, with a cycle rate of 50 kHz. This guarantees resonance-free, quiet operation. Festo CMMS-ST-C8-7 Motor Controller Manuals, Datasheets, Drivers, Links Festo CMMS-ST Manual (pdf) View all Festo products Festo CMMS-ST-C8-7 Motor Controller Specs General Manufacturers Festo Model CMMS-ST-C8-7 Condition Used and in Excellent Condition Product Family CMMS, CMMS ST, CMMSST View It Live Request Buying used equipment doesn't always have to be a shot in the dark. We know there are plenty of differences when it comes to used equipment and quite often, choosing between different pieces is difficult, especially when the equipment is not sitting right in front of you. Well, what if you were able to see a piece of equipment before you purchased it. Not just a picture from the manufacturer's website, but the actual piece of equipment you would receive. You can zoom in close to see the labels with the serial number or zoom out to see the overall condition of the equipment. It's like having the store come to you. InstraView Request Form To get started. 1. Fill in the request form below 2. We'll send you an email letting you know exactly when your piece of equipment will be available for viewing Item to Inspect: 80360-1 - Festo CMMS-ST-C8-7 Motor Controller Error Please contact us to complete your request. Thank You! We will be contacting you shortly. Warranty: If there's a problem, we'll make it right. Your satisfaction is how we measure success. Returns: No hassle return policy. Repair: Our team of engineers are creative problem solvers who understand your challenges. Payment: Custom Calibration: You give us the specs and we do the rest. Share this page: Tim, Ann, and Todd are stellar to work with during transactions. Amelia C. Have dealt with Artisan for over a decade and have always found them to be knowledgeable, professional and have a great inventory to choose from. Great company! Gareth A. We bought a Parker Compumotor Controller for our press and installed it 2 weeks ago. Easy fix for our machine and it is working perfect. Albert P. I just want to thank you and the staff at Artisan for your prompt dispatch of the 34401A main board. I got it a couple of hrs.It not only works, but is calibrated to the last digit. I am very pleased and will definitely recommend your firm to my friends and colleagues. I really appreciate doing business with a firm that values service. With over 20 years of We work quickly. Linguee Busca palabras y grupos de palabras en diccionarios bilingues completos y de gran calidad, y utiliza el buscador de traducciones con millones de ejemplos de Internet. Blog en aleman Informacion para prensa Linguee Apps Optionally: encoder for closed-loop operation in connection. CANopen, Heidenhain, EnDat, PHOENIX are registered trademarks of the respective trademark owners in certain countries. Identification of hazards and instructions on how to prevent them: Danger Immediate dangers which can lead to death or serious injuries. Warning Hazards that can cause death or serious injury. Caution Hazards that can cause minor injury or serious property damage. Other symbols: Note Property damage or loss of functionality. Recommendations, tips, references to other documentation. Essential or useful accessories. Information on environmentally sound usage. Text designations: Activities that may be carried out in any order. 1. Activities that may be carried out in the order stated. CANopen, Heidenhain, EnDat, PHOENIX are registered trademarks of the respective trademark owners in certain countries. Text designations: Activities that may be carried out in any order. 1. Activities that may be carried out in the order stated. 2 General lists. 2 Festo GDCP- cmmp -M3-HW-EN 1203NH. Rev XX Serial number XX. IND. CONT. EQ. Revision Rev XX. 1UD1. Input data 100 230 V AC 10.Service Please consult your regional Festo contact if you have any technical problems. 6 Festo GDCP- cmmp -M3-HW-EN 1203NH. Description FHPP, Control and parametrisation of the Motor controller through the Festo profile FHPP with the following fieldbusses: CANopen, PROFIBUS, DeviceNet, EtherCAT. Description CiA 402 (DS 402), Control and parametrisation of the Motor controller through the device profile CiA 402 (DS402) with the following fieldbusses: CANopen and EtherCAT. Description CAM-Editor, Cam disc function (CAM) of the Motor controller. Description safety module, Functional safety engineering for the Motor controller with the safety function STO. Help for the cmmp -AS plug-in User interface and functions of the cmmp -AS plug-in for the Festo Configuration Tool. Tab. 2 Documentation on the Motor controller Festo GDCP- cmmp -M3-HW-EN 1203NH 7. 1 Safety and requirements for product use 1 Safety and requirements for product use Safety Safety instructions for commissioning, repair and de-commissioning Warning Danger of electric shock. 8 When modules or cover plates are not mounted on the slots Ext1 Ext3. When connecting cables are disconnected when powered. Touching live parts causes severe injuries and can lead to death. The product may only be operated in a built-in status and when all protective measures have been initiated. Before touching live parts during maintenance, repair and cleaning work and when there have been long service interruptions: 1. Switch off power to the electrical equipment via the mains switch and secure it against being switched on again. 2. After switch-off, wait at least 5 minutes discharge time and check that power is turned off before accessing the controller. The safety functions do not protect against electric shock but only against dangerous movements. Note Danger from unexpected movement of the Motor or axis. 9 Make sure that the movement does not endanger any people. Perform a risk assessment in accordance with the EC machinery directive. Based on this risk evaluation, design the safety system for the entire machine, tak- ing into account all integrated components. This also includes the electric drives. Bypassing safety equipment is impermissible. 8 Festo GDCP- cmmp -M3-HW-EN 1203NH. 1 Safety and requirements for product use Protection against electric shock through protective extra-low voltage (PELV). Warning Use for the electrical power supply only PELV circuits in accordance with IEC DIN EN 60204-1 (Protective Extra-Low Voltage, PELV). Intended use The is intended for. Use in control cabinets for power supply to AC servo motors and their regulation of torques (cur- rent), rotational speed and position. The is intended for installation in machines or automated systems and may be used only in the following ways: in excellent technical condition, in original status without unauthorised modifications, within the limits of the product defined by the technical data ( appendix A Technical appendix), in an industrial environment. Note In the event of damage caused by unauthorised manipulation or other than intended use, the guarantee is invalidated and the manufacturer is not liable for damages. Show more. Description of the implemented Festo profile for.Description of the implemented Festo profile for handling and positioning. 1.2 Scope of delivery The delivery includes: Download Report View 218Description of the implemented Festo profile for. Violations give rise to compensation. Recommended Motor controller CMMP-AS--M3 - Festo USA.Description Exchangeand project conversion Motorcontroller Documents Description - Festo.1.2 Type code CMMS-AS-C4-3A. Umwelt: Informationen zum umweltschonenden Einsatz von Festo Documents Welcome to Festo - Ammatillinen Welcome to Festo Koulutusvienti, Festo esimerkkej. Microcontroller Documents Kurz beschreibung Brief description - festo.com Festo CPXa?’SF34 1007NH Deutsch 5 3 Installationshinweise Documents MIPSGAL v2.0 Data Delivery Description Document (16. Please check your inbox, and if you can’t find it, check your spam folder to make sure it didn't end up there. Please also check your spam folder. I managed to read and decode the actual position data coming from the controller using XFRB and convert it to floating point, but stuck in doing it back. BTW I am using a Festo CMMS-AS servo controller with profibus. Thank You Best RegardsThen do 3 MOV instructions to copy the converted value into three additional registers. You do not need to convert it to a DINT first. Example: If D100 has a real value of 1234.567 If you do this: FIX D100 D200 MOV D200 D201 MOV D200 D202 MOV D200 D203 Then you will have a value of 1234 (as an INT) in D200, D201, D202 and D203I see using the FIX instruction I can extract the integer portion, but both the integer and decimal portions are important to me.It determine my axis target position. When I tried your example I get 1234 in all 4 D registers. The servo controller accepts the target position in DINT and convert it to real internally. I did several of this application in AB and it works very well. But this time around we are using Omron. Thank You Best RegardsI used the FSTR(448) instruction to convert the floating point to string then used the NUM4(604) instruction to convert sections of it back to INT. It's a PAIN to do because you have to find the decimal point in the string in order to figure out where to start the conversion.Let's say you need two decimal places. Multiply by 100.0. Then do as I suggested. 12.345 becomes 1234.5 and then converts to 1234 as an integer. So, 12.34 as a float becomes 1234 as an int.You had mentioned that you had done this with an AB PLC a few years ago, but this limitation would still exist in an AB PLC. This is not an Omron math programming issue, it is a number format issue that would apply in any math calculation. There is no way to program around this issue. If it has to be a 16 bit signed integer, this is the limit. If you could do a 32 bit signed integer, then obviously the issue does not exist.Being built on 32bit platform it does support, SINT, INT, DINT data types among other data types Attached is the screenshot of the code Thank You Best RegardsWhen you said convert a DINT to 4 SINTs, do you really just mean break up 32 bits into 4 - 8 bit values. Because to convert a DINT to a SINT, the DINT would have to be between -128 and 127 which is a very limited range and will not work for your example. Does the Festo not accept the command as a DINT?Thank You for being patient with me Best RegardsThen in the PLC, the 4 consecutive bytes happens to be in DINT format. I don't believe that you have to do any of this.It works fine for axis length up to 327.54mm I have my PLC and servo controller given back to the wiring house to complete the panel, I will get it back only in another 1 weeks time - I will try it out further then. Thank You Best RegardsIt's easy! Sign in here. A CMMS acts as a central repository for crucial information that is otherwise siloed in disparate places.And it’s accessible on smart devices anywhere there is an internet connection. Configurable Work the way you want to work—without being limited by your maintenance management system. Within eMaint, you can tailor your dashboards, workflows, filters, and more to fit your industry and your needs. Scalable eMaint’s CMMS software adapts to fit your organization’s changing needs. You can even start with a small pilot program, prove the concept and get buy-in, and then roll it out to other teams, departments, and locations. Flexible eMaint offers a wide range of subscription packages designed to fit any budget and to help your maintenance and reliability goals. Our training options—online, at our office, or at your location—are equally flexible. Using a CMMS increases your efficiency and productivity in a number of ways. When everything from asset data to work orders to inventory management is integrated and made easily visible, transparency and accountability increase—along with work completion rates. Labor resource allocation is improved through planning, scheduling, and tracking capabilities. And less time spent on manual data entry and unnecessary maintenance tasks means errors and wasted time are reduced and critical work is done first. Maintenance team members can quickly and easily track performance and trends at the asset level, so potential failures are identified early. Work orders can be automatically generated whenever an asset operates outside of the predefined boundaries of your choice. Together, these maintenance activities reduce costs and increase uptime and asset life. With downtime minimized and productivity maximized, maintenance can become a profit center, not a cost center. Speak with a sales representative today to request your personalized consultation. 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