GCAN GC-2018 Bedienungsanleitung

GC-2018

8-channel digital output module (NPN)

User manual

Document version 3.02（2020/10/27）

Vhandy technology GC-2018 user manual

Revision History

Version

Date

Reason

V1.00

2015/09/16

Create

V2.01

2015/12/20

Modify device parameters

V3.01

2017/10/22

Add parameters

V3.02

2020/10/27

Modify device appearance picture

Vhandy technology GC-2018 user manual

Contents

1 Introduction................................................................................................................. 4

1.1

Overview.......................................................................................................... 4

1.2

Properties ata glance.........................................................................................4

1.3

Typicalapplication............................................................................................4

2 Installation...................................................................................................................5

2.1

Modulefixing....................................................................................................5

2.2

Wiringmethod...................................................................................................5

2.3

Systemstatusindicator.......................................................................................7

2.4

Combined withGCAN-PLC-400series.............................................................7

2.5

Combined with GCAN-8000series.................................................................. 8

3 TechnicalSpecifications

4 Disclaimer

5 Sales and Service

Vhandy technology GC-2018 user manual

1. Introduction

1.1 Overview

The GC-2018 module has integrated 8 digital output channels, which

acquires digital signals in real-time and transmits them to the GCAN-PLC

coupler. This module can be used with any other GC Series IO module to

capture and process digital data in industrial automation or distributed control

systems.

1.2 Properties at a glance

●8 output channels

●Nominal voltage: 24V DC(±20%)

●Load types are resistive load, inductive load, lamp load;

●Maximum output current:500mA

●Electrical isolation: 500 V(GC-bus)

●Current consumption:120mA

●The bit width output in the process image is 1byte

●No address setting, configuration via bus coupler or controller

●Operating temperature: -40°C ~+85°C

●Size: 100mm*69mm*12mm

1.3 Typical application

According to the bus coupler or controller output digital signal.

Vhandy technology GC-2018 user manual

2. Installation

This chapter will describe the installation method, wiring method,

meaning of the indicator and meaning of the interface of the GC-2018 module.

2.1 Module fixing

The installation method of GC-2018 module as shown in Figure 2.1 and a

flat-blade screwdriver is needed for auxiliary installation.

Figure 2.1 Installation of GC-2018 module

First install the GCAN-PLC on the guide rail and plug the GC-2018 along

GCAN-PLC's right side until the lock is stuck. When remove the GC-2018, the

user need to release the self-locking mechanism by pulling out the orange label.

2.2 Wiring method

The power wiring as shown in figure 2.2. First, use a flat-blade

screwdriver to insert into the square hole, hold the top edge of the metal sheet

in the square hole, and press toward the hole. Then, insert the wire into the hole.

After plugging in, pull out the screwdriver and the wire can be firmly locked in

the hole.

Vhandy technology GC-2018 user manual

Figure 2.2 Wiring method of GC-2018 module

Figure 2.3 GC-2018 module terminal definition

Vhandy technology GC-2018 user manual

Terminal

No.

Definition

output1

Digital output 1

output2

Digital output 2

output3

Digital output 3

output4

Digital output 4

output5

Digital output 5

output6

Digital output 6

output7

Digital output 7

output8

Digital output 8

Table 2.1 GC-2018 module indicator

Note: When using, please connect digital output signal to the terminal of GC-

2018 and connect the reference ground to the negative power supply of GCAN-

PLC-400 or GCAN-IO-8000/8100 modules (corresponding to pins 5 and 6).

2.3 System statusindicator

The GC-2018 module has no error indicator. The user can determine the

status through the "IO RUN" and "IO ERR" indicators of the GCAN-PLC. If

the "IO ERR" indicator of the GCAN-PLC lights up, it indicates that the IO

module is not working properly. Please check the module installation.

2.4 Combined with GCAN-PLC-400/510series

When using with GCAN-PLC-400/510, GC series IO modules shall be

configured in the order of DI, DO, AI and AO, and the same type of modules

shall be put together.GCAN-PLC-400/510 supports programming in five

languages. The following is an example of ST language showing how to

program GCAN-PLC-400 to read the state of digital output of GC-2018

module.

In the process of ST programming definition, gc-2018 module needs to

define variable type, output signal position, start character, delimiter and so on.

For example: "DI0 AT%I0.0:BOOL;"

"0.0"represents the position of the output point, and "0.0"~"0.7" respectively

define the 1-8 output points in the first GC-2018 module. When the user uses

more than one gc-2018 module, the second gc-2018 shall be defined from "1.0"

to "1.7", and so on.

"%" (percent sign) is the direct variable starter; ":" (colon) is the variable

or type separator.

The Boolean is read from the %I0.0 address using the symbol variable

Vhandy technology GC-2018 user manual

DI0. AT represents the address of the variable access and the additional

attribute of the variable.

2.5 Combined with GCAN- 8000series

The state of the digital output is represented by one byte, with channel 8 in

the high and channel 1 in the low.

For example,when GCAN-8000 module node number is1,the output state

of channel 8 and channel 4 of the first GC-2018 module is logic "1", and the

output state of other channels is logic "0", the CAN data frame ID sent by the

GCAN-IO-8000 module is 0x181,the data length (DLC) is 8,and the frame data

is 0x88,0x00,0x00,0x00,0x00, 0x00,0x00,0x00.Please note that when only one

GCAN-2018module is inserted,only the first by teof the frame datais valid.The

table below lists two common DIstatesand their corresponding status data.

DI status

Channel

Status

CAN bus data

DI status

Channel

Status

CAN bus data

Table 2.2

Vhandy technology GC-2018 user manual

3. Technical Specifications

Interface characteristics

Number of outputs

Load types

resistive load, inductive load, lamp load;

Nominal voltage

24V DC(±20%)

output current (Max.)

500mA

Electrical isolation

500 V（GC-bus/ Signal voltage）

Current consumption

120mA

Bit width

in the process image

output 1 byte

Installation position

In sequential order

Power supply

100mA

Environmental testing

Operating temperature

-40℃~+85℃

Permissible relative

humidity

95%RH，no condensation

EMC test

EN 55024:2011-09

EN 55022:2011-12

Vibration/shock

resistance

EN 60068-2-6/EN 60068-2-27/29

EMC resistance burst/

ESD

EN 61000-6-2 /EN 61000-6-4

Protection class

IP 20

Basic information

Dimensions

100mm *69mm *12mm

Weight

50g

Vhandy technology GC-2018 user manual

4. Disclaimer

Thank you for purchasing GCAN's GCAN series of hardware and

software products. GCAN is a registered trademark of Shenyang Vhandy

Technology Co., Ltd. This product and manual are copyrighted by Vhandy

Technology. Without permission, it is not allowed to reproduce in any form.

Before using, please read this statement carefully. Once used, it is deemed to be

an endorsement and acceptance of the entire content of this statement. Please

strictly abide by the manual, product description and related laws, regulations,

policies and guidelines to install and use the product. In the process of using

the product, the user promises to be responsible for his actions and all

consequences arising therefrom. Vhandy Technology will not be liable for any

losses caused by improper use, installation, or modification by users.

The final interpretation right of the disclaimer belongs to Vhandy Technology

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