This direct-projection safety light curtain for press machines has the highest-level safety based on a design compliant with
international standards, advanced basic performance including enhanced noise resistance and is equipped with a series
connection function and error display function in the event of a problem, making it suitable for a variety of work sites.

Features

• Failsafe design for the highest level safety
  The highest level safety has been realized based on a failsafe design that utilizes mutual checking performed by two CPUs equipped in the receiver, and redundancy of the signal-processing circuit and output circuit.

  • Complies with international standard IEC61496-1/2 and North
    American standard UL61496-1/2.
  • Complies with China Standard GB4584-2007(some models)

• Diverse line-up to cope with various operating environments
  Select the optimal safety light curtain according to the installation environment, type of press and work content.

• Series connection function and error display function equipped
  Flexible installations matched to the operating environment and work content

• Simple to adjust beams
  LED indicators equipped: Determine status of main unit with a single glance

• Mutual interference prevention
  When multiple RPZ units are installed, a light interference avoidance algorithm (assigned according to the respective wavelengths of light sensors) can prevent mutual interference (up to three sets).

Safety Device Selection Criteria (Protective Range)

• Mechanical press: (Die height + Stroke length) or more
• Hydraulic press: (Full daylight range) or more
  * Note that the necessary protective range varies according to the installation conditions.
• In the case that the top beam height at the time of installation is 1,400mm or less from the floor surface
  → (Die height + Stroke length + Insufficient length) or more
• In the case that the top beam height at the time of installation is more than 1,700mm from the floor surface
  → (Die height + Stroke length – Excess length) or more
  * Lowest beam position is assumed to be the top surface of the bolster.