LENZE EPL10200-W EPZ-10203 CANPT010W3E Power-supply Module

Highlights

• Outputs available with output current up to 2 A

• Safety I/O modules with pluggable connections and integrated connection

directly stackable

• High-quality safety solution thanks to PL e/SIL 3

• Consistent engineering platform

• Compliance with the PLCopen standard

Features

• Compact Controller c250-S for easy mounting using the DIN rail

• Directly stackable safety I/O module with integrated connection without

extra wiring

ROLLS ROYCE GWY11 CANMAN CONTROLLER NETWORK

ROLLS ROYCE GWY11 GATEWAY, CANMAN CONTROLLER NETWORK

ROLLS ROYCE HATTELAND JH 15T17 MMD-AA1-AABR-60021 MARITIME MULTI DISPLAY

ROLLS ROYCE HELICON X CONTROL SYSTEM EMERGENCY CLUTCH OUT CABINET -UN172

ROLLS ROYCE HELICON X3 000069040

ROLLS ROYCE HELICON-X-MP STBD PROPELLER INSTALLATION

ROLLS ROYCE HELICON-X-MP Stbd Elica Istallazione

ROLLS ROYCE HELICON-X-MP Stbd Hélice Instalación

ROLLS ROYCE HELICON-X-MP Stbd Hélice Installation

ROLLS ROYCE K984664 TRANSMITTER K141995 R984664H

• Plug-in connections of the safety I/O module for quick set-up

• Portfolio expansion means reduction in machine components

• High-quality solution thanks to PL e/SIL 3

The machine module solution can really look that easy.

Simply expanding the modular system

• FAST machine module solutions are achieved these days with a controller

and the corresponding servo drives. This solution is now topped with

integration of the safety controller. Using the same network viaEtherCAT,

the system topography is the same.

• The safety controller can be parameterised via the PLC Designer engineering

tool, in parallel with the controller 3200 C and the servo inverter.

From drive-based safety to controller-based safety:

this new simplicity can be seen among other things in the noticeably reduced

amount of wiring. This is the result of directly interlinking the Lenze controllers

for safety and motion – in addition to ready-made software solutions from the

FAST Application Software Toolbox. Hence in practice, a FAST module can,

for instance, control the reduction in traversing speed while at the same time

the safety controller within the system can monitor the safe maximum speed.