Guideline for control method – IAI America ERC3 User Manual

Page 18

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8

Guideline for Control Method

ERC3 has numerous operation patterns and options to meet many criteria for different applications.

Check Chapter 4 Operation for more details.

When Quick Teach is used with Con mode only Jog Operation is available.

Codes in brackets are model codes

Controller

No.

Type of

Operation

I/O Type

Controller Type

Compulsory

Option

Overview

1 Positioner

Mode 1

(Standard

Type)

PIO Type

(NP/PN)

CON Mode

(CN)

• Select from 3 types of PIO patterns for

the operation method

• Number of maximum positioning points:

16 points

• An operation by pulse train input is

available.

• There are 2 types of operation methods

(Positioning/Pressing)

2 Pulse Train

Control

Mode

Pulse Train

Control Type

(PLN/PLP)

(Note 1)

CON Mode

(CN)

Pulse Converter

AK-04

• Applicable for open collector pulse train

output

• There are 2 types of operation methods

(Positioning/Pressing)

3 Positioner

Mode 2

(Expansion

Type)

SIO Type

(SE)

CON Mode

(CN)

PIO Converter • Select from 6 types of PIO patterns for

the operation method

• Number of maximum positioning points:

512 points

• Capable for Simple Absolute Type

application

4 MEC Mode 1 PIO Type

(NP/PN)

MEC Mode

(MC)

Quick

(Note 2)

Teach

• The same control as air cylinder is

available

• Simple operation is available with Quick

Teach (teaching pendant)

• There are 2 types of operation patterns

(2-Point Positioning/3-Point

Positioning)

5 MEC Mode 2 SIO Type

(SE)

MEC Mode

(MC)

PIO Converter

Quick

(Note 2)

Teach

• The same control as air cylinder is

available

• Simple operation is available with Quick

Teach (teaching pendant)

• There are 2 types of operation patterns

(2-Point Positioning/3-Point

Positioning)

• Capable for Simple Absolute Type

application

6 MEC Mode 3 SIO Type

(SE)

MEC Mode

(MC)

Quick Teach

• Individual operation is available by

Quick Teach

• There are 2 types of operation patterns

(2-Point Positioning/3-Point

Positioning)

Note 1 The pulse train input is the differential input (Line Driver) type. For PLN, PIO is NPN type

and PLP is PNP type.

Note 2 It is also available to use any teaching tool other than Quick Teach.


Caution : The selection of the controller type is determined by the selection of the model code.

The type of built-in controller differs for each type. Since the hardware is different, it

is not possible to select the type with parameters after the product is delivered out.

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