WAGO 750 Series System Manual

Serie 750, 753Planning
40 System manual | Version: 3.0.2
• e!COCKPIT
e!COCKPIT is an integrated development environment that supports every automation
task, from hardware configuration and programming, to simulation and visualization, to
commissioning – an all-in-one software package.
• WAGO Smart Designer Product Configurator
The Smart Designer product configurator enables true 3D configuration of WAGO’s
electrical interconnect and automation components, including the WAGO-I/O-SYSTEM
750, circuit boards and terminal blocks. With this tool you can, among other things,
configure a node of the I/O system and calculate the approximate power requirement.
• WAGO-I/O-CHECK
Application for operating and displaying a node from the WAGO 750 I/O-SYSTEM
Coding
Multi-part I/O modules from the WAGO I/O-System can be equipped with coding keys to
prevent mismatching when connecting the individual module parts.
For additional information see: 8Assembling/Disassembling Components [}48].
System Supply Power Requirement: Example Calculation
The example calculation is based on the following node structure:
• Head station
• 5 × 16-channel digital input module
• 5 × 16-channel digital output module
• 11 × 8-channel analog input module
• 10 × 8-channel analog output module
• 2 × relay module
• I/O module ...
Table10: Power Requirement: Example Calculation
Head station 1,700 mA
5 × 16-channel digital input module (25mA) − 125mA
5 × 16-channel digital output module (40mA) − 200mA
11 ×8-channel analog input module (69mA) − 759mA
10 × 8-channel analog output module (61mA) − 610mA
Remaining total system supply current
At this point, an additional supply module must be used!
6 mA
Supply module 2,000mA
2 × relay module (100mA) − 200mA
I/O module ... − ...
Field Supply Power Requirement: Example Calculation
The field supply layout must be handled in the same way as the system supply. Addi-
tional supply modules may be needed. Detailed product information is available in the re-
spective & Product Manual.
Determining Power Loss
Power loss depends on the node structure and the applied field signals. To roughly deter-
mine power loss, use:
• Head station: 3W

WAGO 750 Series Specifications

General

Protection Class	IP20
Bus Couplers	PROFIBUS, CANopen, Ethernet
Modules	Digital Input, Digital Output, Analog Input, Analog Output
Mounting	DIN rail mounting
Voltage Supply	24 V DC (typical)
Communication Protocol	Depends on the bus coupler (e.g., PROFIBUS, CANopen, DeviceNet, Ethernet)
Digital Input Channels	Varies by module (e.g., 8, 16 channels)
Digital Output Channels	Varies by module (e.g., 8, 16 channels)
Analog Input Channels	Varies by module (e.g., 2, 4, 8 channels)
Analog Output Channels	1, 2, 4 channels (depending on module)
Width	12 mm, 24 mm (typical module widths)
Number of Channels	Varies by module type
Current Consumption per Channel	Varies by module type