Dual-pole switching with the safe small control systems PNOZmulti 2!
Published on : Tuesday 30-11--0001
Now you can configure the safe small control systems PNOZmulti 2 simply and with software protection! For safe monitoring of mechanical presses, you can now rely on the new dual-pole semiconductor output module PNOZ m EF 8DI2DOT.
Two safety outputs serve the actuation of press safety valves or other actuators that require dual-pole switching. The eight inputs can be configured with an individual filter time to enable correct operation with a variety of input signals. The tow test pulse outputs are used for detection of shorts across contacts.
Certified press blocks in the software tool PNOZmulti Configurator render the use of PNOZ m EF 8DI2DOT easy and economical. If you choose between press blocks for operating modes, rotary cam arrangement, light curtain or pulse detection. One particular advantage is the scope for configuring a separate module program (mIQ). This then run locally on the module with very short cycle times of approx. 3 ms. The output actuation is also very fast. Thus you benefit from very short reaction times <8 ms.
The new semiconductor output module PNOZ m EF 8DI2DOT at a glance:
- Maximum safety by simple configuration of press functions using certified software blocks with module program technology (mIQ) for each module
- Rapid reaction times (< 8 ms) and short cycle times of approx. 3 ms: Press application is processed directly in the module
- Fine module-specific adjustment
- Particularly well suited for retrofit thanks to narrow width 22.5 mm
- Depending on the application up to PL e / SIL CL 3
Benefits to you
- Short time to market because inputs and outputs are freely configurable with the software tool PNOZmulti Configurator
- Easy and economical expansion – with the appropriate modules
- Large applications possible thanks to linked base units
- Decentralised expansion in the field with safe sensor technology
It is used in Electrical, Process Industries.
Pilz lndia Pvt Ltd, Tel:+91 20 49221100, Email:[email protected]