Leuze DDLS 200 Catalog Page

Switching
sensors
Measuring
sensors
Infrared data transmission protects this series
from interference. Systems are available for
all common industrial interfaces. The ranges
are stepped and reach a maximum transmis-
sion distance of 500 m.
Part no. Part description Operating range Interface Opening
CANopen, DeviceNet interface
50122268 ► DDLS 200/80.2-50-W-M12 200 … 80,000 mm CANopen, DeviceNet 2 °
50122267 ◄ DDLS 200/80.1-50-W-M12 200 … 80,000 mm CANopen, DeviceNet 2 °
50039937 ► DDLS 200/120.1-50 200 … 120,000 mm CANopen, DeviceNet 1 °
50039938 ◄ DDLS 200/120.2-50 200 … 120,000 mm CANopen, DeviceNet 1 °
50039943 ► DDLS 200/120.1-50-H 200 … 120,000 mm CANopen, DeviceNet 1 °
50039944 ◄ DDLS 200/120.2-50-H 200 … 120,000 mm CANopen, DeviceNet 1 °
transmitter / receiver
angle
Transmission speed
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
Benefits:
Ranges up to 500 m possible
Transmission rates up to 2 Mbit/s
Network interfaces with integrated repeater
function
Low ambient light sensitivity through
special FSK method
Interfaces: PROFIBUS, Interbus and CAN/
DeviceNet
Connection 1 Connection 2
Connector, M12, 5-pin Connector, M12, 5-pin
Connector, M12, 5-pin Connector, M12, 5-pin
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Description
Wide angle version, Operation of parallel light axes, not influenced by reflective surfaces
Wide angle version, Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Products for
safety at work
Control components Identification
Data transmission /
Industrial image
processing
Accessories
Data transmission/Control components / Data transmission
Part no. Part description Operating range Interface Opening
angle
50113046 ► DDLS 200/120.1-50-M12 200 … 120,000 mm CANopen, DeviceNet 1 °
50113045 ◄ DDLS 200/120.2-50-M12 200 … 120,000 mm CANopen, DeviceNet 1 °
50039939 ► DDLS 200/200.1-50 200 … 200,000 mm CANopen, DeviceNet 1 °
50039940 ◄ DDLS 200/200.2-50 200 … 200,000 mm CANopen, DeviceNet 1 °
50039945 ► DDLS 200/200.1-50-H 200 … 200,000 mm CANopen, DeviceNet 1 °
50039946 ◄ DDLS 200/200.2-50-H 200 … 200,000 mm CANopen, DeviceNet 1 °
50125767 ► DDLS 200/200.1-50-M12 200 … 200,000 mm CANopen, DeviceNet 1 °
50125768 ◄ DDLS 200/200.2-50-M12 200 … 200,000 mm CANopen, DeviceNet 1 °
50039941 ► DDLS 200/300.1-50 200 … 300,000 mm CANopen, DeviceNet 1 °
50039942 ◄ DDLS 200/300.2-50 200 … 300,000 mm CANopen, DeviceNet 1 °
50039947 ► DDLS 200/300.1-50-H 200 … 300,000 mm CANopen, DeviceNet 1 °
50039948 ◄ DDLS 200/300.2-50-H 200 … 300,000 mm CANopen, DeviceNet 1 °
PROFIBUS DP, RS485 interface
50039704 ► DDLS 200/30.1-10-W 200 … 30,000 mm PROFIBUS DP, RS485 3 °
50039705 ◄ DDLS 200/30.2-10-W 200 … 30,000 mm PROFIBUS DP, RS485 3 °
50102312 ► DDLS 200/80.1-10-W 200 … 80,000 mm PROFIBUS DP, RS485 2 °
50102313 ◄ DDLS 200/80.2-10-W 200 … 80,000 mm PROFIBUS DP, RS485 2 °
50102494 ► DDLS 200/80.1-10-W-H 200 … 80,000 mm PROFIBUS DP, RS485 2 °
50102495 ◄ DDLS 200/80.2-10-W-H 200 … 80,000 mm PROFIBUS DP, RS485 2 °
50036282 ► DDLS 200/120.1-10 200 … 120,000 mm PROFIBUS DP, RS485 1 °
50036283 ◄ DDLS 200/120.2-10 200 … 120,000 mm PROFIBUS DP, RS485 1 °
50036286 ► DDLS 200/120.1-10-H 200 … 120,000 mm PROFIBUS DP, RS485 1 °
50036287 ◄ DDLS 200/120.2-10-H 200 … 120,000 mm PROFIBUS DP, RS485 1 °
50106029 ► DDLS 200/120.1-10-H-M12 200 … 120,000 mm PROFIBUS DP, RS485 1 °
50106030 ◄ DDLS 200/120.2-10-H-M12 200 … 120,000 mm PROFIBUS DP, RS485 1 °
50106023 ► DDLS 200/120.1-10-M12 200 … 120,000 mm PROFIBUS DP, RS485 1 °
50106024 ◄ DDLS 200/120.2-10-M12 200 … 120,000 mm PROFIBUS DP, RS485 1 °
50036280 ► DDLS 200/200.1-10 200 … 200,000 mm PROFIBUS DP, RS485 1 °
50036281 ◄ DDLS 200/200.2-10 200 … 200,000 mm PROFIBUS DP, RS485 1 °
50036284 ► DDLS 200/200.1-10-H 200 … 200,000 mm PROFIBUS DP, RS485 1 °
50036285 ◄ DDLS 200/200.2-10-H 200 … 200,000 mm PROFIBUS DP, RS485 1 °
transmitter / receiver
Transmission speed
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
10 … 1,000 / 125 … 500 kBit/s
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
0.0096 …
1.5 Mbps
Connection 1 Connection 2
Connector, M12, 5-pin Connector, M12, 5-pin
Connector, M12, 5-pin Connector, M12, 5-pin
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Connector, M12, 5-pin Connector, M12, 5-pin
Connector, M12, 5-pin Connector, M12, 5-pin
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Connector, M12, 5-pin Connector, M12, 5-pin
Connector, M12, 5-pin Connector, M12, 5-pin
Connector, M12, 5-pin Connector, M12, 5-pin
Connector, M12, 5-pin Connector, M12, 5-pin
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Terminal, M16 Terminal, M16
Description
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Wide angle version, Operation of parallel light axes, not influenced by reflective surfaces
Wide angle version, Operation of parallel light axes, not influenced by reflective surfaces
Wide angle version, Operation of parallel light axes, not influenced by reflective surfaces
Wide angle version, Operation of parallel light axes, not influenced by reflective surfaces
Heating, wide angle version, Operation of parallel light axes, not influenced by reflective surfaces
Heating, wide angle version, Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes,
luenced by reflective surfaces
not inf
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Heating, Operation of parallel light axes, not influenced by reflective surfaces
Products 2016 / 2017
Subject to modifications and errors
© Leuze electronic GmbH + Co. KG
Loading...
+ 4 hidden pages