Basic Package LOGO! 8

E6.6.2.1

System
The experiments are carried out with the small controller LOGO! 8 from Siemens. The logic module is set on a base plate and hung in a profile frame. The students are expected to program the LOGO! 8 and learn the main functions of small controllers in the process.

Objectives

Operating a small controller.
Creating programs.
Learning logistics and control functions.
Testing the programs
Configuring network connections

Characteristics
The learning system is comprised of:

LOGO8! 12/24 RCE
EXPANSION MODULE LOGO! DM8 12/24R
Base plate small controller

Description of the base plate small controller

14 digital inputs and 10 transistor outputs connected with the base plate via a 4 mm safety connector
Inputs can be wired with the notch and push function with the incorporated switches.
Connectors can be designed for 24 V.
Analogue signals can be processed over two analogue inputs and two analogue outputs.
Control device with ethernet interface (RJ 45)
Control voltage: 24 V DC

Method
Student experiments are carried out following the tasks set in the experiment description.

Target Group
Students completing vocational training in electrical engineering for a trade or industry are the target group addressed. The course conveys knowledge on an intermediate level.

Previous knowledge

Basics of contactor controls
Programming small controllers
nstruction in the dangers of electrical technology

Add - ons

The learning system can be supplemented with the following equipment:

E6.5.2.1 a Contactor controls with modules, 24 V
E6.5.2.2 a Contactor control with experimental plates, 24 V
E6.5.2.5 Controlling with limit and proximity switches
E6.7.1.1 ASIMA for small controllers.

Topics

Programming a small controller
Logic connections
Timer and clock timer functions
RS components
Measure counting and frequencies
Analogue value processing
Desired value and controlling
Webserver
App for LOGO!8

1	773 041	LOGO! 8 12/24
1	773 010 8	Power Supply DC 24 V / 6.5 A
1	562 793 4	Plug-in power supply for torsion pendulum
1	689 3000 4	RJ45 crossover Cable 2m

HMI Basic system with software:
1	773 055	* HMI Touch Panel Basic
1	773 090 4	Logo! Software
1	726 10 4	* Panel frame T150, two-level
1	500 59 8	* Safety bridging plugs, black, set of 10
1	500 591 4	* Safety bridging plugs, yellow/green, set of 10
1	773 050	* ASIMA Plant Simulator II
1	700 00CBT	* DVD: COM3LAB Software
1		A selection of 12 masks can be found in E6.7.1.1.
1	773 04901 4	Mask M1 Logic basic functions
1	773 04902 4	Mask M2 Digital function modules
1	773 04903 4	Mask M3 Motor ON/OFF
1	773 04904 8	Mask M4 Reversing contactor
1	773 04905 4	Mask M5 Star-delta connection
1	773 04906 8	Mask M6 Reversing star-delta connection
1	773 04907 4	Mask M7 Pendulum table control
1	773 04908 4	Mask M8 Dahlaner circuit
1	773 04909 8	Mask M9 Motor with 2 windings
1	773 04910 4	Mask M10 Motor self-starter
1	773 04911 8	Mask M11 Conveyor belt system
1	773 04913 4	Mask M13 Heating control
1	8-2600001-000-10-0 4	Transparent folder, 410 mm x 320 mm x 10 mm
1	775 790DE 4	LIT-print: ASIMA, German
1	775 790EN 4	LIT-print: ASIMA
24	500 624 4	* Safety experiment cable, 50 cm, black
1	500 621 4	* Safety experiment cable, 50 cm, red
1	500 622 4	* Safety experiment cable, 50 cm, blue
1		additionally required: 1 PC with Windows 7 / 8.1 / 10 (x86 or x64)

Articles marked with * are not essential, we do however recommend them to carry out the experiment.

Basic Package LOGO! 8

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