Inepro SCR808 Manual de usuario

SCR808

Congratulations on your selection of the SCR808. We are certain you will be pleased

with your purchase of one of the flexibele solutions of the market.

We want to help you get the best result from your SCR808. This manual contains

information on how to do that; please read it carefully. Due to continuous product

improvements this manual is subject to changes without notice.

We strongly recommend you read the license agreement to fully understand its

coverage and your responsibilities of ownership.

Your dealer is dedicated to your satisfaction and will be pleased to answer your

questions and your concerns.

Best wishes,

ineproB.V.

SCR808 - Technical Manual | EN

electronic, or mechanical, including photocopying, recording, taping, or information storage and

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Products that are referred to in this document may be either trademarks and/or registered trademarks of

the respective owners. The publisher and the author make no claim to these trademarks.

While every precaution has been taken in the preparation of this document, the publisher and the

author assume no responsibility for errors or omissions, or for damages resulting from the use of

information contained in this document or from the use of programs and source code that may

accompany it. In no event shall the publisher and the author be liable for any loss of profit or any other

commercial damage caused or alleged to have been caused directly or indirectly by this document.

Revision number R 8. This revision of the manual can be applied to products with version Rev. 3 or higher.

Publisher

inepro

Managing Editor

K. de Graaf

Technical Editors

P. Blom

P. Grimmerink

K. de Graaf

Cover Design

K. de Graaf

Team Coordinator

R. Groen

Production

inepro B.V.

B.V.

SCR808

Table of Contents

Introduction 4

Components 5

System Overview 7

Communication 8

Network Connections 10

LEDs (Light Emitting Diodes) 11

Relays 14

Specifications 15

Introduction

Page 4 of 15

SCR808 | EN

In this manual you find the instructions to install and configure your IP-reader. This manual is meant for

all the Inepro IP-readers.

This manual, the IP reader hardware and software are subject to change, make sure you have the latest

version of this manual, because the older versions may have become obsolete.

Function

The purpose of the IP reader is to read the unique ID contained in the card that is presented to the

reader and transfer this ID to a server. In most cases this data will be the card serial number. To facilitate

this a variety of card reader software module have been developed. Our configuration tool will enable

you to change the setting on the IP reader board.

Components

Page 5 of 15

SCR808 | EN

The IP Reader set consists of the following components:

Grey Card Reader Host

A. P208500 | IP / USB Card Reader Blackbox Housing Top

B. P208501 | IP / USB Card Reader Blackbox Housing Bottom

C. P208511 | IP Card Reader Main board Rev 4.0

D. P277626 | Antenna (board) cable SCR808

E. P274005 | Adaptor 12VDC PayCon Touch / IP Card Reader

F. Unknown | 2x Velcro pads set 2mm

G. P500007 | Screw Cross-head for plastic M4 x 20m for strain release

H. P500011 | Screw Cross-head for plastic M3 x 10mm (PayCon)

I. P143508 | PayMatic Strain Release KK1

J. P274005 | Power Supply AC/DC 12 Volts, 7 Watt with cable

SCR808

A. I100000 | SCR Reader Housing Top

B. I100001 | SCR Reader Housing Bottom

C. I100002 | SCR Reader LED Cover

D. P275735 | Inepro SCR Antenna Board

E. P120645 | Inepro SCR RFID Folie

F. P551360 | Inepro IP / USB Serial number Sticker

G. P500944 | Double-sided Tape SCR Reader 20x49x0,5mm

P120647 | Braille Foil - Landscape

P257651 | Network Cable RJ-45 - RJ-45 Grey MFP (1,0mtr.)

P257653 | Network Cable RJ-45 - RJ-45 Grey LAN (2,0mtr.)

P551211 | Download Guide Inepro Manuals

P500055 | 4x Screw Cross-head for plastic M2,2 x 8 mm SCR Reader

Components

Page 6 of 15

SCR808 | EN

Box

A. Unknown | Box

B. Unknown | Inlay

C. Unknown | Office type tape

Check Components

Please check if all the components are in the set before you continue with the installation and setup.

Some parts might already pre-assembled or have already been mounted.

System Overview

Page 7 of 15

SCR808 | EN

The card reader is connected to the IP controller board (located in the grey IP reader Host) by the card

reader cable. Using this cable the IP controller board communicates with the card reader. When a card

is presented to the reader it will read the card’s data. The IP controller board makes a request to the card

reader for the data. The IP controller board will then transfer this information to the server by means of

an Ethernet connection. The server will receive the card’s data and returns an (error) code to the IP

controller board. The IP controller board will show this code through the LED's in the card reader’s

housing.

Ports

To access the IP-reader with our configuration tools from a workstation, TCP port 10039 needs to be open.

For normal communication with TCP port 10039 and UDP 10039 need to be open in both directions, and

communication using the UDP protocol must be possible between these two points. The workstation

and the IP reader Host.

Communication

Page 8 of 15

SCR808 | EN

Communication between the card reader and the IP Controller Board

The communication between one of the supported card reader and the IP Controller board is done by a

protocol (a definition of communication codes or language by which they can communicate). Many

manufacturers of readers have defined their own communication protocol.

To comply to those protocols the IP reader software is adapted to the applied protocol.

Communication between the server and the IP Controller Board

Inepro has defined it’s own protocol for communication between the IP controller board and the server.

To ensure the security of the card data an AES (Advanced Encryption Standard) encryption is applied to

the data.

Encryption

The encryption key is renewed with every connection so it is not possible for another device than the IP

controller board to present card data to the server. With every connection the server will send a new AES

key to the IP controller board. This encryption key is received by the IP controller board and used to

encrypt the data before it is transmitted to the server.

A time-out for the data to arrive at the server is set at 10 seconds. If the server does not respond within

this time, the protocol will be cancelled and the data will not be processed.

Alternative server

It is possible to set up a second server for the IP reader. This allows the IP reader to look for an alternative

server if the main server does not respond.

Communication

Page 9 of 15

SCR808 | EN

IP Reader encryption protocol

Network Connections

Page 10 of 15

SCR808 | EN

Switch

On the IP controller board there are two network connectors. The IP controller board can be used as a

switch because of the Ethernet switch chip on board and can be placed between a wall outlet and an

existing Ethernet device (like a printer or multifunctional device). The speed of the network devices is

10/100 Mbit.

Power over Ethernet (PoE)

If the power supply adapter is used both connectors can be used normally to connect to the wall outlet

and the Ethernet device. But the IP controller board can also be supplied with energy by a Power over

Ethernet switch. In this case the connection from the PoE switch must be made to the "PoE" Ethernet

connector, the Ethernet device can be connected to the "no PoE" connector.

If the cables are connected falsely (ie. the PoE switch is connected to the "no PoE" Ethernet

connector), nothing will be damaged. In that case the IP controller won't have energy and will not

operate. Switching the Ethernet cable to the "PoE" connector will activate the IP controller board.

IP READER OVERVIEW

Power over

Ethernet

No Power over

Ethernet

Orange LED =

Blinking

Green LED = On

Orange LED = On

Green LED = Blinking

IP Controller Board

Ethernet

Connections

IP Controller Board

IP Controller Board LED's

-->

RS232 Led on = Communication between

card reader and controller board is OK.

RUN led on = Program in the micro on the IP

controller board runs correctly.

CARD led on = controller board detects card

being presented to card reader.

Green led on = Ethernet connection with

internal switch chip

Orange led blinking = data being transferred

trough Ethernet connection

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