KM-FX3U-DAH Mitsubishi FX3U Digital Analog HMI PLC Trainer
This PLC Trainer can be used for many PLC courses, it’s perfect for Mitsubishi FX3U PLC Training, free-shipping all over the world via DHL.
Most important is, all the compents are mounted and wired, when you receive it, you can directly power on it, don’t worry about wire wrong and destroy it, we all tested before shipping. so you can focus your time on programming, but not wire or mount work.
In fact, the PLC Beginner ofter destroy the PLC due to wrong wire. so it’s worth to purchase a wired PLC trainer to reduce your time and risk.
When you family with programming with this PLC trainer, you will also know how to deal with real automation projects, it’s similar.
(1)Mitsubishi FX3U Original PLC
FX3U-32MT + FX0N-3A
(2)Digital PLC Trainer Contains::
Traffic Lights Digital 12 LED outputs
14 Digital Switch inputs
Three Number Dial Switch inputs
Three Number Digital tube outputs
(3)Analog PLC Trainer Contains::
Analog Input Voltage Meter
Analog Output Voltage Meter
Heater & Heater PWM Drive & PT100 Resistance
Input Switch x2
Output LED Light x2
Auto / Manual Switch
Manual Analog output rotary potentiometer
(4)HMI Trainer Contains::
Weinview TK6051IP HMI
Run, Stop Button
Emergency Stop button
Download Cable between HMI and PC
Communication cable between HMI and PLC
We can change the HMI ffrom Weinview to other brand which you like, but the price may be raised too, please contact your sales for detail.
(5)PLC trainer install base and AC110-230V to DC24V power supply(rack installed)
(6)RSLogix Software + Free Control Courses + English Documents download
(7)PLC communication Cable For PC
Basic PLC Course:
(1)Trotting horse lamp control
(2)Traffic light control
(3)Use Proximity switch sensor to test fan rotary speed(High speed counter)
(4)Use Photoelectric sensor to test fan rotary speed(High speed counter)
(5)BCD code(Binary-Coded Decimal) input from Dial switch
(6)BCD code(Binary-Coded Decimal) output to LED Segment Displays
(1)Get Analog Input signal from PT100 thermal resistance.
(2)Use Potentiometer signal to heat the plate.
(3)Use Analog Output signal to heat the plate.
(4)Simple temperature range control.
(5)PID temperature range control.