Safety over

SAFETY @ ITS BEST! SAFETY ITS BEST! Safety technology made easy Safety technology made easy Safety applications have the claim to have a safe machine or plant condition ensure all operating Safety applications have the claim to have a safe machine or plant condition ensure all operating conditions. Safety controls and components meet this condition with regard to correct program conditions. Safety controls and components meet this condition with regard to correct program processing and hardware function. The correct creation of the application program is, however, the processing and hardware...

SCU - SAFETY CONTROLLER The ideal solution for any safety task BBH SCU series offer safe master and slave devices for FSoE communication in EtherCAT environment. With their built-in capabilities, they provide an ideal basis for solving any security task in the EtherCAT environment. In addition to the standard functions for input, output as TCP monitoring, etc. SCU slaves with the option and logic processing, special functions for time and of safe multiple synchronous position detection functionally demanding applications are integrated. or a combination of distance encoders and motor feedback...

comfortable programming application-oriented parametrization The SafePLC2 programming interface meets the requirements of a modern programming interface and combines all series of our safety controls. The view can be used to meet the needs of the requirements of the user. A very extensive library of sensors and actuators is available to the user. These can be adapted and extended to the customer‘s requirements. COMMAND DEVICES, SENSORS AND CONTROL ARCHITECTURE even without special prior knowledge. All common command devices and sensors in safety technology such as pushbuttons, emergency stop,...

BLOCK FUNCTIONS Function modules that have already been tested can be transferred from a library or own function modules can be defined, protected and stored for reuse. MONITORING FUNCTIONS Powerful functions for motion monitoring such as speed, standstill, area and direction monitoring, or emergency stop, destination and step measurement monitoring are offered for selection. After selection, the functions can be parameterized directly in a context-oriented manner. SAFE ARITHMETIC FUNCTIONS parameters (limit values for standstill monitoring, safely reduced speed, protective grid, etc.) can be...

With the help of the SARC calculation function library, a secure kinematic calculation for multi-axis applications can be performed in the SCU safety control units. For this purpose, input values (safe position/ speed/ analog value, configurable constants etc.) are converted to a „single precision float" value and normalized in order to be able to continue using them for the SARC. A variety of mathematical functions, in form of blocks, are available for further calculation, which can be linked individually. These links eventually result in a kinematic calculation instruction list that is loaded...

ARC TAN2 value of the input value SARC multiplexer Uses 2 to 16 input values and selects one according to the selector input; Up to 16 SARC values and up to 4 selector inputs (logic) Determines the sign of a value; the sign of the input value is returned as +1 or -1 Comparison of two input values of virtual axes with „<“; returns a logical value as a result (binary value), is saved in the process image Virtual Axis SGN(a)=r IF (a < b) THEN k If a < b, then k = 1 If a ≥ b, then k = 0 Emulation of standard axes with similar properties, Saving a position and a speed per axis or an analog value;...

Safe Drive Profile With the SafePLC2 you can create a wide range of drive profiles. This allows the creation of a small (default) and large (complex) profile. A corresponding configuration of the profile allows the use of decentralized, central and cross-axis security functions. The profiles exported from The SafePLC2 can be imported with the SafePLC2 in the application of the SCU (FSoE-Master). SCU series - the perfect safety solution for EtherCAT

► SafePLC2 Export / Import ENI-File With the exported ENI file, from the EtherCAT master, the SafePLC2 can automatically create the necessary shortcuts and configurations in it. The parameterization with SafePLC2 is simple and clear. Subject to technical changes and misprints SCU series - the perfect safety solution for EtherCAT

The SCU is designed as an FSoE master and has a variety of communication options. With the optional fieldbus interface, connection to a higher-level control system is possible. In addition, secure information can be exchanged between cells using Safe Master Master Communication (SMMC) via the EtherCAT Automation Protocol (EAP). SAFE AND NO-SAFE FIELDBUS The various fieldbus logs can be used to safe as well as unsafe inputs and outputs are received and transmitted. FSoE, EtherCAT & CIP Safety The SCU is designed as an FSoE master and starts the safe transmission via FSoE. In addition, as an EtherCAT...

SCU FSoE-Master - Fast Channel Processing The SCU FSoE masters have a significant difference from other safety controls. This difference is particularly due to the deterministic cycle time. GUARANTEED REACTION TIME The deterministic cycle time of 16 ms enables guaranteed reaction times. To further underline this advantage, a Fast Channel task for logic processing has been implemented, which ensures a response time of 4 ms. Subject to technical changes and misprints SCU series - the perfect safety solution for EtherCAT

The FSoE-Master modules SCU-0-EC (/NM), SCU-1-EC (/NM) and SCU-2-EC(/NM) are open programmable and configurable safety controller for the EtherCAT environment. » Suitable up to PL e (EN ISO 13849-1) and SIL3 (IEC 61508) » Conveniently and transparent programming via SafePLC2 in FUP » Library for all common IO elements (emergency stop, door lock, light curtain, etc.) » Complete set of drive monitoring for single axes and charged axes » Optional safe kinematics module (SARC Basic, SARC Advanced) » Easy integration of safe drives with adaptable Safe Drive Profiles » Storage of safe parameters in...