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The information in this manual is subject to change without notice and should not be construed as a commitment by ABB. ABB assumes no responsibility for any errors that may appear in this manual. Except as may be expressly stated anywhere in this manual, nothing herein shall be construed as any kind of guarantee or warranty by ABB for losses, damages to persons or property, fitness for a specific purpose or the like.
Prerequisites Operators and maintenance, repair and installation personnel working with an ABB robot must be trained by ABB and have the required knowledge of mechanical and electrical installation, service and maintenance work. Trademarks FlexLoader is a trademark of ABB.
Equipment that is part of a fully- or semi-automatic system must always be treated with care regarding safety. The users of ABB industrial robots are responsible for ensuring that the applicable safety laws and regulations in the country concerned are observed, and that the safety devices necessary to protect people working with the robot system are designed and installed correctly.
1.3 Safety during setup, maintenance, service and repair 1.3 Safety during setup, maintenance, service and repair Always ensure that FlexLoader Standard Safety Center cannot be started when working on the cell. The installed protection that belongs to the equipment must always remain installed during automatic operation.
1.4 Limitation of liability Any information given in this manual regarding safety must not be construed as a warranty by ABB that the FlexLoader Standard Safety Center will not cause injury or damage even if all safety instructions are complied with.
To protect personnel, the complete system must be designed and installed in accordance with the safety requirements set forth in the standards and regulations of the country where FlexLoader Standard Safety Center is installed. Within the EU, refer to the Machinery Directive 2006/42/EC with addendum.
1.6 To be observed by the supplier of the complete system Overview The integrator is responsible for making sure that the safety devices necessary to protect people working with FlexLoader Standard Safety Center are designed and installed correctly. When integrating FlexLoader Standard Safety Center with external devices and machines: •...
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1.6 To be observed by the supplier of the complete system Continued The FlexLoader Standard Safety Center used with Eden door switches does not evaluate door locking in its safety function. This has to be considered in the risk assessment.
It is based on the ABB Pluto programmable safety controller. It handles emergency stops and protective stops in the cell and ensures safe and reliable interaction with external equipment. FlexLoader Standard Safety can be configured and covers a broad range of safety interface needs. DANGER The Pluto program is a critical part of the safety system of the cell.
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Typical integration example The equipment can be integrated in several different ways. Below is a typical example of how the safety center can be integrated with other equipment. The example shows the FlexLoader Standard Safety Center with all connected devices. xx1800002552 Pos.
This section describes how to install the equipment. If the cell contains further parts, safety instructions may also be found in other documentation. Configurations FlexLoader Standard Safety Center is pre-installed (optional) in FlexLoader function packages. During installation, the configuration must be changed according to project needs...
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The standard network setup with its three main networks is configured as shown below. xx1800002353 • The factory network connects to both the FlexLoader Vision PC and the robot. This network is optional. • The camera network is reserved for FlexLoader Vision cameras.
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IP addresses that are pre-configured in the controller. ABB CI502 I/O nodes will get its name depending on the switches/knobs on the module, e.g. ci502-pn-01 if knobs are put in positions 0 (x10H) and 1 (x01H). A cold start is needed to read new name.
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For connecting two robot controllers or an external master PLC to the cell, see External PROFINET connections on page Note Robot option 841-1 Ethernet/IP™ cannot be combined with the FlexLoader function packages and standard cells. If Ethernet/IP™ communication is needed, the robot option 840-1 Ethernet/IP™...
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External PROFINET connections In some cases external PROFINET connections are needed during integration of a FlexLoader function package or standard cell. A second robot controller can be connected through PROFINET by using a PROFINET fieldbus adapter in the second controller (robot option 840-3).
Most often, the connected system is the master of the safety system and FlexLoader Standard Safety Center is a slave. FlexLoader Standard Safety Center can also assume the role of the master in the safety system, either to other slaves or as a master cooperating with another master.
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Protective stop Protective stop is transmitted via a two-channel, potential free signal to the connected system from the safety relay of the FlexLoader Standard Safety Center. Optionally, the connected system transmits a protective stop via a two-channel , potential free signal to FlexLoader Standard Safety Center using a two channel safety device.
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FlexLoader Standard Safety Center acting as emergency stop button Emergency stop Protective stop The connected system transmits the master emergency stop via a two-channel, potential free signal from its safety relay to FlexLoader Standard Safety Center. xx1800000176 Pos. Description Connected system is emergency stop master FlexLoader Standard Safety Center receiving a two-channel, potential free signal The connected system is responsible for resetting the emergency stop.
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5.1 External safety interface to connected system Continued The connected systems are emergency stop slaves The connected system transmits the emergency stop via a two-channel , potential free signal to FlexLoader Standard Safety Center acting as an emergency stop button. xx1800002558 Continues on next page...
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FlexLoader Standard Safety Center is emergency stop master Connected system acting as emergency stop button Emergency stop Protective stop FlexLoader Standard Safety Center transmits the emergency stop via a two-channel, potential free signal from its safety relay to the connected system. xx1800000176 Pos.
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This operating mode should be avoided because there can be small residual risks in the communication between the masters. If possible, select a system where only FlexLoader Standard Safety Center is master. FlexLoader Standard Safety Center transmits emergency stop via a two-channel, potential free signal to other systems.
5.2 Internal safety interface 5.2 Internal safety interface Introduction The FlexLoader Standard Safety Center is the safety master towards all internal equipment, e.g. feeding devices, robot, safety doors and other equipment. The following interfaces are provided by FlexLoader Standard Safety Center.
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Risk assessment must confirm safety distances from door openings to hazard areas. The cables are connected to terminals in the FlexLoader cabinet. For more detailed information see the wiring diagram. Enable door lock If Magne locks are used, the robot typically locks the door through it's I/O system (application specific).
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The MotorsOn signal from the robot is transmitted via a two-channel, potential free signal from the robot contactors. The cables are connected to terminals in the FlexLoader cabinet. For more detailed information see the wiring diagram. Safety interface to FlexLoader function package...
FlexLoader function package or standard cell, e.g. the robot, FlexLoader FP 400, a rotation unit or similar. “External” refers in a typical case to the customer’s machine tool(s) (for example a transfer machine, lathe, press or similar).
Center emergency stop button. • Reset the emergency stop. • Open and close at least one internal FlexLoader Standard Safety Center cell door. • Reset the door status by shortly turning the reset key. Optionally, if a light curtain is present, a long light curtain reset may be needed (0.5 s) first, followed by a second reset for the whole cell.
7.2 Protective stop Introduction The FlexLoader Standard Safety handles protective stop and manual operation of dangerous equipment. The protective stop mode ensures safe stop of equipment upon cell entry and prevents the equipment from being started while the cell is accessible.
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Restart the robot cell through routines provided by the robot program. Manual operation of dangerous equipment By default the protective stop is activated as soon as any FlexLoader Standard Safety Center door is opened. This deactivates dangerous equipment in the cell.
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Spillage can penetrate the soil causing ground water contamination. Hazardous material The table specifies some of the materials in the FlexLoader function package and their respective use throughout the product. Dispose of the components properly to prevent health or environmental hazards.
Pluto is emergency stop master among other emergency stop masters (ManyEmergencyStopMasters) FlexLoader Standard Safety Center is always protective stop master. This means that protective stops can be reset at the FlexLoader doors. The following additional options can be specified for special needs: •...
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The emergency stop to the external equipment comes from the emergency stop relays outputs. The emergency stop must be reset on the FlexLoader equipment. Emergency stop safety function If an external or internal emergency stop is made, that is if one of the signals...