The compact p500 controller combines logic (PLC), motion and 

visualization in a single device. It is ideal as a control and visualization

system within the machine for applications with central motion control.

Highlights

• Robust controllers with 7″, 10.4″ and 15″ displays

• Suitable for simple to demanding applications

• High system availability due to integrated UPS solution

• Easy to maintain design without battery and fan

• Easy device replacement thanks to pluggable memory card

Technical data and features

Prossor

Intelce® Atom™ 1.75 GHz

Operating system

Windows® CE

Runtime software: Logic + Motion

VisiWinNET®

1000 power tags

Display

7″ (17.8 cm), 800 x 480 pixels

10.4″ (26.4 cm), 800 x 600 pixels

15″ (38.1 cm), 1024 x 768 pixels

Resistive touchscreen

Communication

EtherCAT master

CANopen

PROFIBUS master

PROFIBUS slave

PROFINET IO-Device

Ethernet 10/100 Mbps, 2-port switch

RS232. RS422. RS485

The p300 controller combines logic (PLC) and visualization in one compact

device and is ideal for machine applications that do not need very much

computer power. With the same system properties as the p500 controller,

its strength lies in its visualization capabilities when used as an HMI.

Display

4.3″ (10.9 cm), 480 x 272 pixels

7″ (17.8 cm), 800 x 480 pixels

10.4″ (26.4 cm), 800 x 600 pixels

Resistive touchscreen

Communication

EtherCAT master

CANopen

PROFINET IO-Device

Ethernet 10/100 Mbps

Highlights

• Robust controllers with 4.3″, 7″ and 10.4″ displays

• Suitable for simple to demanding applications

• High system availability due to integrated UPS solution

• Easy to maintain design without battery and fan

• Easy device replacement thanks to pluggable memory card

Technical data and features

Processor

ARM Cortex A8. 800 MHz

Operating system

Windows® Embedded Compact 7

Runtime software: Logic

VisiWinNET®

500 or 1000 power tags

Highlights

• Protection class IP65 on front, easy to clean

• High-resolution full HD displays in 17.3″ and 24″

• Based on hygienic design, no visible screws

• Modern device design

• Optional switch box

• Technical data and features (2nd generation)

Processor

Intel® Celeron® Processor 2980U

Intel® Core™ i5-4300U Processor

Operating system

Windows 10 IoT Enterprise 2019 LTSC

The v200-P monitor can be used to display machine visualizations.

Thanks to appropriate shaping, the v200-P forms the best possible

platform for sophisticated user interface concepts. All devices are

equipped with glove-friendly multi-touch glass sensors.

Highlights

• Protection class IP65. easy to clean

• High-resolution full HD displays in 17.3″ and 24″

• Based on hygienic design, no visible screws

• Standard HDMI or display port terminal

• Optional mounting up to 100 m away from control cabinet PC via

integrable extender

Technical data and features

Display

17.3″ (43.9 cm), 1920 x 1080 pixels

24″ (61 cm), 1920 x 1080 pixels

Capacitive glass surface with multi-touchv

The v200-C monitor can be used to display machine visualizations.

Thanks to appropriate shaping, the v200-C forms the best possible

platform for sophisticated user interface concepts.

All devices are equipped with glove-friendly multi-touch glass sensors.

Highlights

• Protection class IP65 on front, easy to clean

• High-resolution full HD displays in 17.3″ and 24″

• Based on hygienic design, no visible screws

• Standard HDMI or display port terminal

• Technical data and features

Display

17.3″ (43.9 cm), 1920 x 1080 pixels

24″ (61 cm), 1920 x 1080 pixels

Capacitive glass surface with multi-touch

Machine visualizations can be realized with the industrial PC v800-P.

The different screen diagonals and processor capacities are tailor-made

for the necessary requirements of modern visualization systems and

are suitable for any machine concept. All devices are equipped with

glove-friendly multitouch glass sensors. The operating program can

be created intuitively with the engineering software VisiWinNET®.

Highlights

Protection class IP65. easy to clean

High-resolution full HD displays in 17.3″ and 24″

Based on hygienic design, no visible screws

Modern device design

Optional switch box

Technical data and features

Processor

Intel® Celeron® Processor 2980U

Intel® Core™ i5-4300U Processor

Operating system

Windows 10 IoT Enterprise 2019 LTSC

Display

17.3″ (43.9 cm), 1920 x 1080 pixels

24″ (61 cm), 1920 x 1080 pixels

Capacitive glass surface with multi-touch

Communication

Ethernet 1000 Mbps, 2-port switch

Machine visualizations can be realized with the industrial PC v800-C.

The different screen diagonals and processor capacities are tailor-made

for the necessary requirements of modern visualization systems and

are suitable for any machine concept. All devices are equipped with

glove-friendly multitouch glass sensors. The operating program can

be created intuitively with the engineering software VisiWinNET®.

Highlights

• Protection class IP65 on front, easy to clean

• High-resolution full HD displays in 17.3″ and 24″

• Based on hygienic design, no visible screws

• Modern device design

• Optional switch box

• Technical data and features (2nd generation)

Display

17.3″ (43.9 cm), 1920 x 1080 pixels

24″ (61 cm), 1920 x 1080 pixels

Capacitive glass surface with multi-touch

The Gateway allows CAN modules with CANopen (CiA DS 301) or Layer 2

(ISO 11898-1) implementations to connect with a real-time EtherCAT network.

The Gateway does not limit the number of CAN nodes.

The high-speed CAN interface is compliant with ISO 11898-2. and it supports

transfer rates from 50 kBit/s up to 1 MBit/s. The 100BASE-TX EtherCAT interface

is IEEE802.3 compatible and runs at 100 MBit/s. The CAN interface, as well as

the EtherCAT interface, is electrically isolated.

The configuration of the Gateway is accomplished through the EtherCAT master.

With the EtherCAT-CAN gateway x750 existing CAN networks can easily be

integrated into EtherCAT networks. In the EtherCAT network the gateway

behaves like an EtherCAT device. The number of CAN nodes is limited

only by the CANopen specification.

Highlights

• Parameterizing the gateway via the Lenze PLC Designer

• Using the PLC Designer CANopen libraries with the gateway

• Generating a highly accurate clock signal for the CAN bus

• High Speed CAN interface with up to 1 Mbps

The x750 Gateway EtherCAT/CAN device connects an EtherCAT network with

one CAN network. In this case the Gateway acts as an EtherCAT slave device

according to „Module Profile Number 5000″of the „Modular Device Profile

Description”(ETG.5001 documents).