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Safety controller -FX3-MOC0 - SICK
Safety controller drive monitor for Flexi Soft FX3-MOC0 - SICK.
SICK'S safety controllers provide a simple, flexible, and scalable solution to realize an intelligent machine design. Flexi safety controllers feature a modular hardware platform without the use of complex software. They are simple to operate and can be easily integrated with all safety control components. Their compact design makes these safety controllers ideal for a variety of applications.
Providing protection from hazardous movement in addition to creating more efficient and flexible machine designs: SICK´S Drive Monitor FX3-MOC is the ideal expansion module for the Flexi Soft safety controller for use in drive monitoring. Monitoring can be performed using functions such as speed and direction monitoring and the execution of stop functions in accordance with IEC 61800-5-2. All commonly used encoder interfaces are supported. The Drive Monitor FX3-MOC has programmable logic with special drive modules. It can be integrated via all common fieldbuses into a higher-level controller in combination with the Flexi Soft safety controller. It is possible to import pre-defined applications, thus greatly simplifying the engineering of standard safety applications. Integration into the Flexi Soft safety controller provides important solutions for tool machine, robotic, and mobile applications.
SICK'S safety controllers provide a simple, flexible, and scalable solution to realize an intelligent machine design. Flexi safety controllers feature a modular hardware platform without the use of complex software. They are simple to operate and can be easily integrated with all safety control components. Their compact design makes these safety controllers ideal for a variety of applications.
Providing protection from hazardous movement in addition to creating more efficient and flexible machine designs: SICK´S Drive Monitor FX3-MOC is the ideal expansion module for the Flexi Soft safety controller for use in drive monitoring. Monitoring can be performed using functions such as speed and direction monitoring and the execution of stop functions in accordance with IEC 61800-5-2. All commonly used encoder interfaces are supported. The Drive Monitor FX3-MOC has programmable logic with special drive modules. It can be integrated via all common fieldbuses into a higher-level controller in combination with the Flexi Soft safety controller. It is possible to import pre-defined applications, thus greatly simplifying the engineering of standard safety applications. Integration into the Flexi Soft safety controller provides important solutions for tool machine, robotic, and mobile applications.
Safety controller Flexi Classic – SICK
SICK'S safety controllers provide a simple, flexible, and scalable solution to realize an intelligent machine design. Flexi safety controllers feature a modular hardware platform without the use of complex software. They are simple to operate and can be easily integrated with all safety control components. Their compact design makes these safety controllers ideal for a variety of applications.
The Flexi Classic modular safety controller allows easy logic setting without any software. This enables the user to adapt the configuration to the application requirements. Logic functions are configured using rotary DIP switches. These switches are located directly on the modules, enabling quick and easy commissioning.
The Flexi Classic modular safety controller allows easy logic setting without any software. This enables the user to adapt the configuration to the application requirements. Logic functions are configured using rotary DIP switches. These switches are located directly on the modules, enabling quick and easy commissioning.
Safety controller Flexi Compact - SICK
Safety under control – compact, easy and efficient.
Safety controller Flexi Mobile - SICK
The Flexi Mobile safety controller is the answer to safety requirements for dynamic mobile robots. With the rugged aluminum housing and a smart installation concept, you can integrate Flexi Mobile into AGVs and AMRs in a space-saving manner. An additional control cabinet is no longer required. Certified function blocks ensure high cost-effectiveness right from the engineering stage of the mobile robots. Configuration, commissioning, and diagnostics are quick and easy using the intuitive Safety Designer software. The safety functions of Flexi Mobile, which have been specially developed for mobile robots, enable high productivity in automation processes – both indoors and outdoors.
Safety hinge devices – SICK
Electro-mechanical safety switches economically and reliably monitor movable guards. SICK´S portfolio of electro-mechanical safety switches contains four product groups: safety position switches, safety hinge switches, safety switches with separate actuator and safety locking devices. This enables users to choose the appropriate solution for a variety of different applications. When combined with sens: Control – safe control solutions – SICK offers complete solutions from a single source.
Safety laser scanner nanoScan3 - SICK
Highly precise and extremely rugged safety laser scanners need not take up much space. The nanoScan3 from SICK with its small installation size is opening up new possibilities in the design of small automated guided vehicles (AGVs) and mobile robots. Specially developed for compact mobile platforms, its safety functions can be tailored to the environment. The nanoScan3, just like its “big brother” the microScan3, employs the reliable and accurate safeHDDM®.scanning technology. Thanks to its compact size, the nanoScan3 is increasing the level of efficiency and safety in numerous production and logistics applications.
Safety laser scanner outdoorScan3 - SICK
The safety laser scanner for outdoor automation.
With the outdoorScan3, SICK is once again underscoring its sustainable innovation and technology leadership. The world’s first safety laser scanner for outdoor use that is certified according to IEC 62998 facilitates simple and safe outdoor automation in entirely new dimensions. Whether in production and logistics processes, for monitoring hazardous areas, in mechanical engineering or docking passenger boarding bridges, outdoorScan3 ensures people are always kept safe. It works with the same level of reliability and efficiency as our customers have come to expect from our indoor laser scanners. Disruptive weather influences such as rain, snow, sunlight and fog are filtered out with ease by the safety laser scanner.
With the outdoorScan3, SICK is once again underscoring its sustainable innovation and technology leadership. The world’s first safety laser scanner for outdoor use that is certified according to IEC 62998 facilitates simple and safe outdoor automation in entirely new dimensions. Whether in production and logistics processes, for monitoring hazardous areas, in mechanical engineering or docking passenger boarding bridges, outdoorScan3 ensures people are always kept safe. It works with the same level of reliability and efficiency as our customers have come to expect from our indoor laser scanners. Disruptive weather influences such as rain, snow, sunlight and fog are filtered out with ease by the safety laser scanner.
Safety Laser Scanner S300 Mini – SICK
S300 Mini safety laser scanner - Maximum safety in mini format.
Safety laser scanners - SICK
SICK safety laser scanners – setting the standard throughout the world.
Safety laser scanners can be used in a wide range of mobile or stationary applications, including non-contact area monitoring and access protection. Like an optical radar, the compact system scans its surroundings in a fan shape and measures distances by using the time-of-flight principle of measurement. The integrated rotating mirror creates a two-dimensional scan for measuring contours.
The CDS configuration and diagnostics software is used to define protective field areas and program logical switching.
Safety laser scanners can be used in a wide range of mobile or stationary applications, including non-contact area monitoring and access protection. Like an optical radar, the compact system scans its surroundings in a fan shape and measures distances by using the time-of-flight principle of measurement. The integrated rotating mirror creates a two-dimensional scan for measuring contours.
The CDS configuration and diagnostics software is used to define protective field areas and program logical switching.
Safety laser scanners microScan3 – SICK
The new generation of safety laser scanners for mobile applications.
With the microScan3, SICK is expanding the product family of the microScan3 safety laser scanners - perfectly suited for safety and navigation in mobile applications as well as the intelligent protection of complex stationary applications. the innovative safeHddm® scanning technology increases the reliability of the microScan3. it is outstanding in dust and ambient light. it increases the productivity and availability of
machines. Smart connectivity facilitates safe integration into networks and cuts cabling costs. using Safety designer software, the microScan3 can be intuitively configured and commissioned. The operational status can be called up and read on the display or via the network. What can first impress, and repeatedly generate enthusiasm? the microScan3 from SICK.
With the microScan3, SICK is expanding the product family of the microScan3 safety laser scanners - perfectly suited for safety and navigation in mobile applications as well as the intelligent protection of complex stationary applications. the innovative safeHddm® scanning technology increases the reliability of the microScan3. it is outstanding in dust and ambient light. it increases the productivity and availability of
machines. Smart connectivity facilitates safe integration into networks and cuts cabling costs. using Safety designer software, the microScan3 can be intuitively configured and commissioned. The operational status can be called up and read on the display or via the network. What can first impress, and repeatedly generate enthusiasm? the microScan3 from SICK.
Safety light curtain C4000 - SICK
Safety light curtains are used for finger protection, hand protection and access protection. Depending on the type, various machine functions are integrated or can be selected using safe control solutions: Restart interlock, external device monitoring, fixed/floating blanking, PSDI function, bypass function, operating mode selection, etc.
SICK C4000 safety light curtains are designed for access, hand or finger protection from machine dangerous points. It can be used when, from risk assessment, an optical protection with the highest performance is needed. Several models with different functions available.
SICK C4000 safety light curtains are designed for access, hand or finger protection from machine dangerous points. It can be used when, from risk assessment, an optical protection with the highest performance is needed. Several models with different functions available.
Safety light curtain deTec2 core - SICK
SICK, creator of the safety light curtain, is the world‘s leading manufacturer of optical safety devices.
SICK is now introducing a completely new generation of light curtains – the deTec4 Core and the deTec2 Core. With this development, SICK is focusing on the essentials: state-of-the-art safety.
SICK is now introducing a completely new generation of light curtains – the deTec4 Core and the deTec2 Core. With this development, SICK is focusing on the essentials: state-of-the-art safety.
Safety light curtain detec4 core - SICK
SICK, creator of the safety light curtain, is the world‘s leading manufacturer of optical safety devices. SICK is now introducing a completely new generation of light curtains – the deTec4 Core and the deTec2 Core.
With this development, SICK is focusing on the essentials: state-of-the-art safety.
With this development, SICK is focusing on the essentials: state-of-the-art safety.
Safety light deTec - SICK
Because we take safety to the next level.
Sick offers more than 65 years of experience in the area of safety solutions. Sick developed the very first light curtain for accident prevention on machinery back in the 1950s. With plenty of expertise, we continuously work on improving our deTec product family in order to provide you with crucial benefits when using this safety light curtain.
Sick offers more than 65 years of experience in the area of safety solutions. Sick developed the very first light curtain for accident prevention on machinery back in the 1950s. With plenty of expertise, we continuously work on improving our deTec product family in order to provide you with crucial benefits when using this safety light curtain.
Safety locking devices flexLock - SICK
The flexLock safety locking device with RFID monitoring, from SICK, is characterized by an infinitely variable actuation radius of 180°. It thus offers a high level of flexibility for the safety locking function of doors and flaps – even with small door radii.
The clearly visible LEDs show the device status continuously at all viewing angles. The open locking head and the rounded housing of the flexLock allow for easy cleaning.
The clearly visible LEDs show the device status continuously at all viewing angles. The open locking head and the rounded housing of the flexLock allow for easy cleaning.
Safety locking devices TR110 Lock - SICK
Safety locking device with transponder monitoring.
The TR110 Lock safety locking device unites the best of proven technologies: high manipulation protection of the transponder technology for monitoring the actuator and the ruggedness and reliability of the mechanical locking device. The self-monitoring semiconductor outputs (OSSDs) with PL e (EN ISO 13849) result in a high level of safety, both for the door and for the locking monitoring. The optional escape release enables unlocking of the locking device from the hazardous area.
The TR110 Lock safety locking device unites the best of proven technologies: high manipulation protection of the transponder technology for monitoring the actuator and the ruggedness and reliability of the mechanical locking device. The self-monitoring semiconductor outputs (OSSDs) with PL e (EN ISO 13849) result in a high level of safety, both for the door and for the locking monitoring. The optional escape release enables unlocking of the locking device from the hazardous area.
Safety locking devices – SICK
Electro-mechanical safety switches economically and reliably monitor movable guards. SICK'S portfolio of electro-mechanical safety switches contains four product groups: safety position switches, safety hinge switches, safety switches with separate actuator and safety locking devices. This enables users to choose the appropriate solution for a variety of different applications. When combined with sens: Control – safe control solutions – SICK offers complete solutions from a single source.
Safety locking devices are used for keeping guards safely locked until a hazardous area can be entered.
Safety locking devices are used for keeping guards safely locked until a hazardous area can be entered.
Safety Mirror and device columns - SICK
Free choice of space for the safety: Mirror and device columns from SICK are used in applications where it is difficult to mount optoelectronic protective devices. Used together, mirror and device columns are the ideal solution to protect multi-sided areas in machining centres or material transfer applications.
The optoelectronic devices can be mounted to freestanding device columns to ensure hazardous areas are properly safeguarded. Mirror columns are used in conjunction with device columns to deflect the beam
from the sender to the receiver. Since multiple sides of a machine can be protected with a single pair of devices, the overall wiring is reduced. In addition to reliable device protection, the device columns have two external mounting grooves, which enable muting arms to be installed.
The optoelectronic devices can be mounted to freestanding device columns to ensure hazardous areas are properly safeguarded. Mirror columns are used in conjunction with device columns to deflect the beam
from the sender to the receiver. Since multiple sides of a machine can be protected with a single pair of devices, the overall wiring is reduced. In addition to reliable device protection, the device columns have two external mounting grooves, which enable muting arms to be installed.
Safety position switch - SICK
Electro-mechanical safety switches economically and reliably monitor movable guards. SICK´S portfolio of electro-mechanical safety switches contains four product groups: safety position switches, safety hinge switches, safety switches with separate actuator and safety locking devices. This enables users to choose the appropriate solution for a variety of different applications. When combined with sens: Control – safe control solutions – SICK offers complete solutions from a single source.
SICK safety position switches are used for reliably identifying dangerous movements, even at high speeds.
SICK safety position switches are used for reliably identifying dangerous movements, even at high speeds.
Safety relays – SICK
SICK safety relays family has up to 14 different solutions to enable the connection to all kind of safety sensors – the best solution for your needs.
Safety sensors include a wide variety of products, from the single-channel emergency stop pushbutton up to a safety laser scanner with digital safe outputs. All types of safety sensors can be connected with the SICK safety relays. The extensive assortment delivers appropriate solutions for versatile applications.
Safety sensors include a wide variety of products, from the single-channel emergency stop pushbutton up to a safety laser scanner with digital safe outputs. All types of safety sensors can be connected with the SICK safety relays. The extensive assortment delivers appropriate solutions for versatile applications.
Safety switch with magnetic locking MLP1 - SICK
The MLP1 is a transponder safety switch with magnetic locking which ensures reliable process protection for partially or fully automated production systems. It works with non-contact actuators and is used to monitor movable physical guards. Thanks to reliable door monitoring (Performance Level e), the MLP1 ensures a high level of safety of machine systems without overrun movement, preventing unauthorized access and therefore unplanned process interruption.
Safety switches with separate actuator - SICK
Electro-mechanical safety switches economically and reliably monitor movable guards. SICK´S portfolio of electro-mechanical safety switches contains four product groups: safety position switches, safety hinge switches, safety switches with separate actuator and safety locking devices. This enables users to choose the appropriate solution for a variety of different applications. When combined with sens: Control – safe control solutions – SICK offers complete solutions from a single source.
Safety switches with a separate actuator are made up of two parts: a safety switch that is mounted on the fixed part and an actuator that is mounted on the mobile part of the guard.
Safety switches with a separate actuator are made up of two parts: a safety switch that is mounted on the fixed part and an actuator that is mounted on the mobile part of the guard.
safeVisionary2 3D safety camera – SICK
With the world‘s first 3D time-of-flight camera with performance level c safety certification, SICK opens up new dimensions in safety technology. safeVisionary2 allows a safe three-dimensional environment perception which you can use to increase the safety and efficiency of your applications.
Thanks to the precise measurement data, the camera also reliably solves automation tasks thus eliminating the need for you to purchase additional hardware components. safeVisionary2 has a compact, rugged design and can be versatilely and reliably employed for everyday industrial use.
Thanks to the precise measurement data, the camera also reliably solves automation tasks thus eliminating the need for you to purchase additional hardware components. safeVisionary2 has a compact, rugged design and can be versatilely and reliably employed for everyday industrial use.
Single-beam photoelectric safety switch L41 - SICK
Single-beam photoelectric safety switches from SICK offer maximum safety performance. They comprise self-testing senders and receivers or testable senders and receivers combined with an evaluation unit. They have long ranges and come in a variety of types and sizes. They comply with Type 2 and/or Type 4 in according with EN 61496, and PL c and/or PL e in according with EN ISO 13849. Applications include robots, processing machinery, machining centers, palletizers, high-bay warehouses and transfer lines.
The L41 single-beam photoelectric safety switch consists of a sender and receiver.
The L41 single-beam photoelectric safety switch consists of a sender and receiver.
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