Mitsubishi AL-6MR-A Fehlerbehebungshandbuch

Welcome, and thank you for purchasing a Mitsubishi Alpha simple application controller.

In your pack you will find:

1. Fa -back registration and free training form

2. Mitsubishi Alpha programmable controller

3. Mitsubishi Visual Logic programming software on CD

4. Programming cable

5. This quick start guide in hard copy and electronic copy on the Visual Logic CD

The purpose of this quick start guide is to provide new users with enough knowledge to get

started installing and programming Mitsubishi Alpha’s.

The Mitsubishi Alpha controllers host many advanced features. All these features are not

covered here. For a detailed discussion of advanced features please refer to the relevant

technical manuals.

Your Alpha is provided with the following manuals:

• Hardware manual – Physical and electrical information

• Programming manual – Function blocks, keypad and direct programming

• Software manual – Function blocks and programming with a PC

You can find these on your Mitsubishi Visual Logic CD.

This guide applies to both α and α2 controllers. “Alpha” refers to both α and α2.

This document will guide you through the following lessons:

1. Important features of the Mitsubishi Alpha programmable controller

2. How to wire your Alpha’s power supply, inputs and outputs

3. A Quick introduction to programming the Alpha

4. How to program your Alpha using the front keypad and LCD screen

5. A Quick introduction to Visual Logic programming software

6. How to write a simple program using your PC and Visual Logic

7. How to write a more comple program using your PC and Visual Logic

8. An e ample program for a Manual/Automatic Ventilation Fan

9. An e ample program for time switched lighting

10. Converting ladder Logic to Alpha’s Logic and Function blocks

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

The contents of this document are subject to change without prior notice. There may be variations

from the illustrations. NHP accepts no liability for damage or injury resulting from the use of the

contents of this document. E amples in this document are for demonstration purposes only.

1. Important features of the Mitsubishi Alpha

The simple, user friendly Mitsubishi α series has been designed for use around your home,

office, factory... anywhere that requires fle ible programmable control. Every Alpha allows

you to analyse inputs and set outputs according to your program. The Alpha displays the

status of your inputs and outputs on an LCD screen for quick verification.

Typically, the α and α2 series are suitable for use in the following automatic applications1:

lighting, air conditioning, irrigation, doors, gates, simple security systems, greenhouses, air

fans and more.

Some of the important features of the Mitsubishi α series programmable controllers are:

1. Compact and Robust

2. 100V AC -240V AC or 24V DC power supply

3. 1500 bytes EEPROM memory standard

4. Built-in Real Time Clock as standard

5. Sourcing or sinking type DC inputs (on 24V DC models only)

6. 0 -10V Analogue signal inputs (on 24V DC models only)

7. High current outputs

8. On-device programming through keypad and LCD screen

9. Windows based programming software, Visual Logic

10. Easy access PC programming port

The α2 series programmable controllers provide all the features of α series. Additionally the

α2 series offers:

1. Larger LCD screen with light

2. Input and Output (I/O) e pansion modules

3. Greater program capacity (5000 bytes EEPROM standard)

4. Enhanced analogue control

5. Remote communication (SMS/GSM)

6. E tended operating temperature range

1 Note: The α

αα

α and α2

α2α2

α2 series programmable controller are not designed to be used in life

critical applications or applications where high reliabilities such as nuclear power

control, railway facilities, airline facilities, ehicles, combustion equipment, and

medical equipment are required. Please contact your local NHP dealer for a suitable

alternati e.

5&6

8&11

12&15

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

1.1 Mitsubishi Alpha models and expansion modules

Please refer to the table below for the available models of the Mitsubishi α and α2

programmable controllers:

DIGITAL INPUT DIGITAL OUTPUT

TYPE

MODEL POWER

SUPPLY Type Number Type Number

AL-6MR-A 100-240V AC

100-240V AC

4 Relay 2

AL-10MR-A 100-240V AC

100-240V AC

6 Relay 4

AL-10MR-D 24V DC 24V DC

Sink/Source 6 Relay 4

AL-20MR-A 100-240V AC

100-240V AC

12 Relay 8

AL-20MR-D 24V DC 24V DC

Sink/Source 12 Relay 8

AL2-10-MRA 100-240V AC

100-240V AC

6 Relay 4

AL2-10-MRD 24V DC 24V DC

Sink/Source

(you can use these

as 0-10V analog

inputs)

Relay 4

AL2-14MR-A 100-240V AC

100-240V AC

8 Relay 6

AL2-14MR-D 24V DC 24V DC

Sink/Source

(you can use these

as 0-10V analog

inputs)

Relay 6

AL2-24MR-A 100-240V AC

100-240V AC

15 Relay 9

α2

AL2-24MR-D 24V DC 24V DC

Sink/Source

(use up to 8 as 0-

10V analog inputs)

Relay 9

For the Mitsubishi α2 series programmable controllers the following e pansion modules are

available to increase the number of inputs and outputs (I/O).

- AL2-4EX – E pansion Module, 4 Digital IN, 24 V DC (Sink/Source)

- AL2-4EX-A2 – E pansion Module, 4 Digital IN, 240 V AC

- AL2-4EYR – E pansion Module, 4 Digital OUT (Relay, 2A)

- AL2-4EYT – E pansion Module, 4 Digital OUT (Transistor, 1A)

- AL2-2DA – E pansion Module, 2 Analog OUT

For detailed information on a particular Mitsubishi Alpha model or e pansion module please

refer to your hardware manual.

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

2. How to Wire Your Alpha’s Power Supply, Inputs and Outputs

2.1. 100V AC - 240V AC Power Supply, Inputs and Outputs

When wiring AC supplies the “Live” (Active) cable should be connected to the “L” terminal and

the “Neutral” cable should be connected to the “N” terminal. Do NOT connect the “Live” wire

to the “N” terminal. Take care to follow this diagram when wiring the inputs of a 240V AC

Alpha. Inputs must be 100-240V AC. These models cannot accept DC inputs. Also, these

models cannot accept analog inputs.

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

2.2 24V DC Power Supply, Inputs and Outputs

When wiring DC supplies the “positive” cable should be connected to the "+" terminal and the

negative cable should be connected to the “-” terminal. Do NOT connect the “positive” wire to

the “-” terminal. A 24V DC Alpha may be wired to use sourcing inputs or sinking inputs.

2.2.1 Wiring Sourcing DC Input Terminals

Follow this diagram for 24V DC “source” inputs (the positive terminal is common). Take

special care to wire a link from the negative terminal (-) to the A terminal. This link lets the

Alpha know that the inputs will be sourcing.

2.2.2 Wiring Sinking DC Input Terminals

Follow this diagram for 24V DC “sink” inputs (the negative terminal is common). Take special

care to wire a link from the positive terminal (+) to the B terminal.

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

Power

Supply Switched

Devices

AC Power

Supply

Switched

Devices

2.3 Wiring the Output Terminals

The Mitsubishi Alpha and Alpha2 controllers use relay type outputs (these can be used for

switching AC or DC). Follow this diagram when wiring outputs to your Alpha.

Note: Please check your manual for the current rating and maximum number of

switching cycles. Typically, do not exceed 2A/point and 100,000 cycles at 2A.

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

3. A Quick Introduction to Programming the Alpha

The Mitsubishi α and α2 series programmable controllers can be programmed using either:

• The Alpha’s front keypad or

• Windows based “Visual Logic” software

An Alpha program is written using function and logic blocks. Function and logic blocks

provide comple functionality with simple interconnections between them. As a function and

logic block programmer it is your task to:

1. Choose the appropriate block

2. Set the block’s parameters (where this is necessary)

3. Connect your blocks in the correct sequence for your application

Some commonly used logic blocks:

• NOT - inverts a digital signal

• AND - series connected circuit

• OR – parrallel connected circuit

Some commonly used function blocks:

• Set Reset – pulse the “set” pin to set a signal, pulse the “reset” pin to clear it.

• Delay timer - timed delay to switch signal ON or OFF

Open your Alpha’s Software manual to section 6.2 (pages 46-55). This section describes

how each input, output, logic and function block operates. Sections 6.2.7 (page 52) and 6.2.8

(page 53) are particularly useful. These sections describe the specific operation of each of the

logic and function blocks.

A program for the Mitsubishi α can contain up to 64 blocks (1500 bytes of memory).

A program for the Mitsubishi α2 can contain up to 200 blocks (5000 bytes of memory).

The task of checking the appropriateness of your blocks is made simpler with the Visual Logic

software’s simulation mode. For a tutorial and a step-by-step programming e ample, skip

ahead in this document to the section titled “How to write a program using your PC and Visual

Logic”.

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

4. How to Program your Alpha Using the Front Keypad and LCD Screen

The α and α2 series programmable controllers can be programmed directly, using the front

keypad. It is possible to write a large program using this method. However, the amount of the

program you are able to view, while you program, is limited to the size of the LCD screen.

Hence, we advise direct programming is more useful for simple timer changes, simple

upgrades or for writing small, simple programs.

The following will guide you through programming an Alpha using the front keypad and LCD

screen. This tutorial will show you how to:

• Set the Alpha’s Time and Date using the keypad

• How to Write a Small Program using the keypad

4.1 How to Set the Alpha’s Time and Date using the Keypad

Apply power to the controller. Please consult the instructions in section 2 of this guide to

ensure this is done correctly.

Enter the menu by pressing the “ESC” and “OK” buttons simultaneously.

Use UP (▲) or DOWN (▼) to select ClockSet then press “OK”.

Press “OK” again

The second line should be flashing a date format.

Use the PLUS (+) button to select dd/mm/yyyy.

Press the DOWN (▼) button.

Use the PLUS (+) or MINUS (-) buttons to set the month.

Press the LEFT (◄)

Use the PLUS (+) or MINUS (-) buttons to set the day.

Press RIGHT (►) twice.

Use the PLUS (+) or MINUS (-) buttons to set the year.

Press the DOWN (▼) button. Now set the time using the method you learned above.

This should be in 24 hour format (eg: 11:00pm is 23:00).

The day (“Mon”, “Tues”, “Wed”) is updated from the date you set above. There is no need to

alter this.

When you are satisfied with the time and date you’ve set, press “OK”.

Now press “ESC” to return to the TopMenu.

Press “ESC” again to e it the menu. The time is now visible at the top of the screen.

ClockSet

yyyy/mm/dd

1998/09/30

14:35 Wed

TopMenu

Setup TS

ProgEdit

ClockSet

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

In this section of the lesson you have learnt how to set the time and date.

You’ve been introduced to the “OK”, “ESC”, UP (▲), DOWN (▼), LEFT (◄),RIGHT (►),

PLUS (+) and MINUS (-) buttons. Also, you have learnt how to browse and navigate the

Alpha’s menus. In the following sections you will use what you’ve learnt here to write a small

program on your Alpha using the keypad and LCD screen.

The program you will write here will set output (Out 1) after the input (In 1) has been set for 5

seconds. This program will use the Alpha’s Delay function block.

4.2 How to Enter Run, Stop and Programming Mode

To enter programming mode, the controller must be stopped. A rotating bar in the top right

hand corner of the LCD screen indicates the Alpha is running.

Enter the menu by pressing the “ESC” and “OK” buttons simultaneously.

If your Alpha is running, use the UP (▲) or DOWN (▼) buttons to find STOP. Press the “OK”

button. Press “OK” again. Your Alpha should now be stopped.

When you are satisfied your Alpha is stopped, you’re ready to start programming. Use the

UP (▲) or DOWN (▼) buttons to select ProgEdit and press the “OK” button.

This will place the controller into programming mode. By default, as soon as you enter the

ProgEdit submenu, the first Input (In 01) will flash on the display.

If you wish to use Input 2 (In 02) press the PLUS (+) button. By pressing PLUS (+) or MINUS

(-) buttons you are able to use any of your Inputs (In) or Outputs (Out), also Memory (M) bits,

Key (K) bits and others. Please see your Alpha’s Programming manual for a description of

these.

16:00 Fri

I :

▪

O : ▪ ▪ ▪ ▪ ▪ ▪

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

4.3 How to Choose a Function Block and Connect to an Input

Any function block that has an output pin can be connected to any function block that has an

input pin.

You will use Input 1 (In 01).

Press the RIGHT (►) button. Now the output pin is flashing.

Press the PLUS (+) button to add a function block.

A list will appear for you. From this list you can choose to connect your input to: a new

Function Block (AddFB) or System Outputs (if available) or e isting Function Blocks that have

free input pins.

Select AddFB use the UP (▲) or DOWN (▼) buttons if necessary, and press the “OK”

button.

Press DOWN (▼) until you find the Delay function block.

Press “OK”.

A Connect message will appear on the screen, either above or below the left hand block. The

Alpha is prompting you to connect In01 to the flashing input of Delay. Press”OK”.

The Delay function block is connected to your input. Pins that have been used will show as

filled triangles (►). Pins that have not been used yet will show as open triangles (>).

Connect

AddFB

O01

Connect

001

Q u i c k S t a r t G u i d e

Mitsubishi Alpha / Alpha2

Programmable Controller

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