Inepro SCR808 User manual

SCR808
EN
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,
© 2022 inepro B.V. All rights reserved.
ineproB.V.

SCR808 - Technical Manual | EN
All rights reserved. No parts of this work may be reproduced in any form or by any means - graphic,
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:
n 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
n 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
n P120647 | Braille Foil - Landscape
n P257651 | Network Cable RJ-45 - RJ-45 Grey MFP (1,0mtr.)
n P257653 | Network Cable RJ-45 - RJ-45 Grey LAN (2,0mtr.)
n P551211 | Download Guide Inepro Manuals
n P500055 | 4x Screw Cross-head for plastic M2,2 x 8 mm SCR Reader

Components
Page 6 of 15
SCR808 | EN
n 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

LEDs (Light Emitting Diodes)
Page 11 of 15
SCR808 | EN
Antenna Housing LED
Inside the card reader’s housing a LED is mounted which can be used to let the user know that card
data has been read and this data is presented to the server. The LED will also be used to show an error
has occurred, by using different blink patterns.
Blink patterns
In case of an error situation the LED will blink with an irregular pattern.
The number of times the LED blinks between the longer 'on' (or 'off') pulses is an indication for the error
code.
Status
Colour
Display
Power / stand-by
Blue
On
Card presented to reader, but
no reaction from server
Red
Contant on/off
pattern
(0.5 sec. / 0.5 sec.)
Card accepted, card data
presented to server and
accepted at the server.
Orange
Flashing on data
read
Card presented correctly, server
received the data OK
Green
Long pulse (2-4
seconds)

LEDs (Light Emitting Diodes)
Page 12 of 15
SCR808 | EN
Error Codes
Also the server can generate error codes. These error codes are shown when the card lies on the card
reader. This error code will enable the user to communicate the type of error without the necessity of a
service engineer to be present at the reader’s site. Custom error codes can be generated by third-party
software, refer to their documentation for help. These are our native error codes.
Symbol
Description
LED
-
Header or trailer of an error code
Long Pulse
.
Error code
Short Pulse
Reader
Status
Code
Non-
Wiegand
Card reader not responding
9 error pulses
(-.........-)
All
Error in the EEPROM
configuration of IP Controller
board
10 error pulses
(-..........-)
IP Controller Board LED's
LED
Status
Display
RS232
Connection between card
reader and IP Controller
board.
Off
Card reader (that does not
allow access actively),
sends data to the IP
controller board. *1
On
RUN
Running OK
Blink
every 0.5
sec.
CARD
Card present
On
Card not present
Off
Card reader cannot be
actively accessed *1
The card data was
presented to the server 2
seconds ago.
ETH Green
Running OK
On
ETH
Orange
Running OK
Blinking
Note: There are card readers that have a protocol installed where the controller board does not
have to establish an active connection with the card reader. The card reader itself will generate a
data string containing the card number. The IP controller board will receive this data string and,
after encryption, redirect this data to the server. This situation can cause the CARD LED and the
RS232 LED to behave differently.

LEDs (Light Emitting Diodes)
Page 13 of 15
SCR808 | EN
IP Controller Board Ethernet Connector LED's
On each of the 2 Ethernet connectors on the IP controller board 2 LEDs are mounted with the same way of operating
as a network switch/router.
LED
Status
Display
Green
(or orange PoE)
Connection
exists
On
Connection
does not exist
Off
Orange
(or green PoE)
Data is being
transmitted
Blinking at transmission
speed
Bad or slow
connection
Blinking at moderate speed,
modulated on the data
transmission blink signal
With the PoE connector, the status of the green LED will be that of the orange LED and vice versa.

Relays
Page 14 of 15
SCR808 | EN
Connection relais on IP reader board:
Relay specifications
Type: LUZ-5 (RAYEX ELEC)
Maximum load AC: 2A 125Vac
Maximum load DC: 2A 24Vdc
Connection: Normally Open (contact pins are connected when the relay is activated)
Connector specifications
Type: B4B-XH-A JST-XH serie
Maximum load AC: 2A DC/AC
Maximum load DC: 250V AC/DC
PCB trace specifications (at a current of 2A)
Trace width: 1.5mm
Copper thickness: 0.035 mm
Temperature increase: 9 degrees centigrade

Specifications
Page 15 of 15
SCR808 | EN
Power
Power Supply (via adapter)
Switch regulated, high efficiency 12V DC
adapter 1VA
Power Supply (via PoE)
Confirm IEEE 802.3 AF specifications
Operation Voltage Range DC (via adapter)
10 to 20V DC
Operation Voltage Range DC (via PoE)
40 to 60V DC
Power Consumption
At maximum (depending on hardware
configuration, like card reader) 3 VA
Housing
Material
PC / ABS crash-, flame-, and scratch-
resistant plastic
Colour Housing Top and Bracket
Dark Grey
Colour Housing Bottom
Light Grey
Dimensions Bracket plus Reader
66.55mm x 57.3mm x 118mm (W x H x D)
Local Area Network (LAN)
Connector (Both)
RJ-45
Network Interface (Both)
Confirm IEEE 802.3, 100Base-T
Transmission Speed (Both)
10/100 Mbps
Power over Internet (PoE)
Confirm IEEE 802.3 AF
IP-Address
DHCP client or static V4 IP address
Mandatory Open Ports
TCP port 10039 (Both Directions)
UDP port 10039 (Both Directions)
Environmental conditions
Operating Requirements
Suitable for indoor use only