• C201A is the most advanced control unit for Inxpect safety radars, with the widest range of communication options. The Inxpect Safety Application allows the configuration of sensitivity levels, safety functions, size of detection fields, and the functionality of the I/O ports of the control unit. Safety fields: Currently supporting PROFIsafe fieldbus protocol. Secure Ethernet: Remote configuration and management protected by industry standard cyber security protocols. USB: local configuration option. Digital inputs: The system has two TYPE3 dual channel inputs. Alternatively, the four channels can be used as single channel digital inputs (category 2). Supporting the following functions:
    • Muting signal
    • Emergency stop signal
    • Restart signal
    Four output signal switching devices:
    • As safety outputs: two dual-channel safety OSSDs
    • As auxiliary output: four auxiliary outputs, which can be configured as signal restart feedback, fault, multi status.
    Dynamic setting of detection fields: The PROFIsafe connection allows to have up to 32 configurations switchable in real time. Type A:
    • C201A-PNS (core line) Part no. 90301011
    • C201A-PX1 (eXtended line) Part no. 90301011.2B0 (The eXtended Line supports new advanced functions. It also supports S202A sensors and Inxpect Safety Studio application.)
  • C203A provides basic but robust control functionality for any Inxpect safety radar sensor. The Inxpect Safety Application works via USB to configure the sensitivity levels, safety functions, size of detection fields, and the functionality of the I/O ports of the control unit. USB: Local configuration option. Digital inputs: The system has two TYPE3 dual channel inputs. Alternatively, the four channels can be used as single channel digital inputs (category 2). Supporting the following functions:
    • Muting signal
    • Emergency stop signal
    • Restart signal
    Four Output Signal Switching Devices:
    • As safety outputs: two dual-channel safety OSSDs.
    • As auxiliary outputs: four auxiliary outputs: four auxiliary outputs, which can be configured as signal restart feedback, fault, muting status.
    Dynamic setting of detection fields: There are up to 8 configurations switchable in real time. Type A:
    • C203A (Core Line) Part No. 90304011
    • C203A-X1 (eXtended Line) Part No. 90304011.2B0
  • SL84 is a general purpose controller intended for typical machine safety functions, for example prevention of unexpected movement or safety related stop-function. The unit is functional safety certified * up to performance level PLd Cat. 2 according to IEC 13849-1:2015 and SIL 2 according to IEC 61508:2010 and IEC 62061:2005.
  • The 7” CCpilot V700 is based on an i.MX 8DualXPlus processor which features a very powerful GPU with much higher graphics performance than earlier generations of ARM processors.
  • The CCpilot V1000 is a 10.1” display computer featuring an i.MX 8QuadXPlus application processor. It comes with a very powerful GPU with much higher graphics performance than earlier generations of ARM processors.
  • The CCpilot V1200 is a 12.1” display computer featuring an i.MX 8QuadXPlus application processor. It comes with a very powerful GPU with much higher graphics performance than earlier generations of ARM processors.
  • The CCpilot X1400 is designed to meet the toughest requirements and excel even in the most demanding applications.
  • Epec 6200 Remote Access Unit offers versatile possibilities for remote access. Epec 6200 has a wide range of communication interfaces and it is in a slim and leak-proof rugged aluminum housing. Three diagnostic LEDs offer you quick status information.
  • Epec 6505 Display Unit is high-performance but affordable 5″ embedded display for various machine applications. Epec 6505 has projective capacitive touch (PCAP) panel optically bonded with high- brightness LCD panel which enables excellent sunlight readability and usability. 6505 has WVGA 800 x 480 resolution which is same as in Epec 6107, which enables easy UI transition between different display sizes used in different machines with minimum effort. 6505 is programmable with Epec development tools including, CODESYS and Epec MultiTool together with pre-made Epec PLC Libraries. Epec 6505 supports both panel and pedestal mounting options and has wide selection of accessories available.
  • Epec 6807 Display Unit is a Linux based fully programmable 7” embedded display/HMI with robust design for demanding conditions. The display is equipped with latest display and touch technology and is backwards compatible with Epec 6107. With its 7″ capacitive touch screen it is compact, yet big enough to fit many purposes and the same product can be used for both panel and pedestal mounting. Together with Epec’s Cloud Services you’ll get the fastest to configure and most reliable IoT system/remote management solution in the market.
  • The S201A-W sensor has advanced field of view, i.e. the user can choose whether to use a symmetrical FOV, an asymmetrical FOV (asymmetric angles with respect to the central axis of the sensor) or a corridor FOV (with the sides cut off where required by the application). More and more modularity for all industrial applications. The sensors perform the following primary functions: • Motion and scenario analysis. • Communication to the control unit of processed motion data and diagnostic information. • Static Object Detection: this new option allows to detect static objects in the area where the restart prevention safety function is activated. By doing so it prevents the machinery from restarting when there are obstacles in the area.  
  • The  S201A-WL sensor, in addition to the advanced field of view (symmetrical, asymmetrical or corridor FOV), also supports higher speeds (4m/s) and longer ranges (9 meters) than the base S201A-W model. The S201A-WL is therefore ideal in sectors like earth moving, railway, mining and agriculture. The sensors perform the following primary functions: • Motion and scenario analysis. • Communication to the control unit of processed motion data and diagnostic information. • The RCS of the target can be selected for human safety or collision with other object. The custom target detection is a safety function that allows detecting the access of one or more objects with specific RCS values.  
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