V4KF-01JS-002 - Omron Electronics Inc-EMC Div

MTA-B-03027 D (1/14)

©Hitachi-Omron Terminal Solutions, Corp. 2004-2007

Hardware Specifications of

V4KF-*** Series

Hybrid Manual Insertion Card Reader

Rev. A June 25, 2004

Rev. A1 July 24, 2004

Rev. A2 July 29, 2004

Rev. A3 Nov 02, 2004

Rev. B Feb 10, 2005

Rev. B1 Feb 24, 2005

Rev. B2 May 20, 2005

Rev. C July 05, 2006

Rev. D Dec 14, 2006

RoHS Compliant

MTA-B-03027 D (2/14)

Table of Contents

1.

Abstract 4

2.

Reference Standards 4

3.

Definition of Terminology 5

4.

Applicable Module Name 6

5.

Specifications 6

5.1

Mechanical Specification 6

5.2

Magnetic card function 6

5.3

ICC function 7

5.4

SAM 7

5.5

Shutter function 7

5.6 Lock function 8

5.7 Power Requirement 8

5.8 Electrical interface 8

5.9 Software interface

9

5.10 LED Indicator

9

5.11 Diagnostics function

9

6.

Environmental Condition 9

7.

General performance 10

8.

Life 10

9. Response to Regulated Chemical Substances

10

10.

Outline drawing 11

11.

Appendix A 14

MTA-B-03027 D (3/14)

[Specification History of Modification]

Rev Date Page Content

Draft Dec 12, 2003 ALL The draft version is created.

Page 4, 6 Remove the standard

ISO/IEC 7811-3

Page 8 Add the signal HDRST

Draft2 Feb 27, 2004

Page 9 Correction the unit from mm/s

2

to m/s

2

Page 9 Correct the document number of the data transmission

specification.

A June 10, 2004

Page 9 Correct the low temperature from 5℃ to 0℃.

Page 6 Correct the supported card type to ISO/IEC 7810/ID-1.

Page 7 Correct the description of the IC function and SAM.

Page 8 Correct the Pin No.10 in Power supply connector from

HDREST to NC.

A1 July 24, 2004

ALL Correct from ISO to ISO/IEC

Page 4 Correct ISO/IEC 7810 from 1995-08-15 to 2003-11-01.

Page 4

Delete ENV1375-1: 1994

Page 7

Add SLE4418 in Support ICC of

Synchronous card.

A2 July 29, 2004

Page 7

Correct the standard of “Support SAM chip” in 5.4 SAM

from ENV1375 to ISO/IEC7810.

A3 Nov 02, 2004 Page 1, 7

The company name is changed

B Feb 10, 2005 Page 6, 7, 13

Add 5SAM Version (V4KF-01JS-002).

B1 Feb 25, 2005 Page 11, 12

Correction of drawing

Page 6

Modify Drawing from “Mounting” to “Outline” in 5.1 [3].

Page 7

Add 7.1412MHz in CLK of 5.3 [2] 4)

Page 8

Add the SAM deactivation in 5.7 [5] 2).

B2 May 20, 2005

Page 9

Add the SAM in description of 5.9 [5] and 5.11

C July 05,2006 Front page

Indication of ‘RoHS Compliant’

D Dec 14,2006 Page 10 Added Chapter 9

“Chapter No.” is changed after “Chapter 9”.

MTA-B-03027 D (4/14)

1.

Abstract

This document provides the hardware specifications of Hybrid Manual Insertion Card Reader of

V4KF-*** Series with RS232 interface. This equipment can read the data of Magnetic Card, and

read/write the data of IC card.

2. Reference Standards

[1] ISO/IEC 7810: 2003-11-01

Identification cards - Physical characteristics

[2] ISO/IEC 7811-1:2002, ISO/IEC 7811-2, 6:2001

Identification cards -- Recording technique

[3] ISO/IEC 7816-1:1998

Identification cards -- Integrated circuit(s) cards with contacts

Part 1: Physical characteristics

[4] ISO/IEC 7816-2:1999

Identification cards -- Integrated circuit(s) cards with contacts

Part 2: Dimensions and location of contacts

[5] ISO/IEC 7816-3:1997

Identification cards -- Integrated circuit(s) cards with contacts

Part 3: Electronic signals and transmission protocols

[6] ISO/IEC 7816-4: 1995

Identification cards -- Integrated circuit(s) cards with contacts

Part 4: Inter-industry commands for interchange

[7] ISO/IEC 7816-4: 1995/Amd 1:1997

Secure messaging on the structures of APDU messages

[8] EMV2000 Integrated Circuit Card Specification for Payment Systems Book 1

Application Independent ICC to Terminal Interface Requirements

Version 4.0 December, 2000

MTA-B-03027 D (5/14)

3. Definition of Terminology

LED Light-Emitting Diode

PCB Printed-Circuit Board

S1 Positioning Sensor of Insertion slot

S2 Positioning Sensor of Rear End

S3 Sensor to detect the lock/release of Lock blade

ICC Integrated Circuit Card

SAM Secure Application Module

C/R Card Reader

ATR Answer to Reset

Etu Elementary Time Unit

Vpp Voltage at VPP

Vcc Voltage at VCC

Host HOST Terminal

APDU Application Protocol Data Unit

FW Firmware

LED PCB ICC contact

Insert S3

S1 S2

LOCK

Mag. Head

MTA-B-03027 D (6/14)

4. Applicable Module Name

Magnetic card read

No

Module Name Track 1

Track 2

Track 3

ICC

controller SAM Bezel

1 V4KF-01JS-001 R*1 R R Y*2 1SAM Round Type

2 V4KF-01JF-001 R R R Y 1SAM Flat Type

3 V4KF-01JS-002 R R R Y 5SAM Round Type

5. Specifications

5.1 Mechanical Specification

[1] External dimensions (See Outline Drawing)

Width

Height

Length

V4KF-01JS-001

80.0mm 50.0mm 133.0mm (147.0 mm *1)

V4KF-01JF-001

101.6mm 76.2mm 133.0mm (147.0 mm *1)

V4KF-01JS-002 80.0mm 50.0mm 134.5mm (147.0 mm *1)

*1 Including connector’s lock

[2] Weight Less than 250g

[3] Mounting (See Outline Drawing)

(1) In case of using the Mounting Hole (V4KF-01JS-001, V4KF-01JF-001, V4KF-01JS-002)

1) Screw M3

2) Quantity 4 pieces

3) Torque Less than 0.79N･m

Design the mounting bases to keep the difference within +/-0.2mm in height among four

mounting holes (refer to Outline drawing about location of these holes)

(2) In case of using the Screw Hole of Bezel (V4KF-01JF-001)

1) Screw M4

2) Quantity 4 pieces

3) Torque Less than 1.30N･m

Select the screw in order to keep the meshing length 4.0mm or less.

[4] Card position detection

Two photo sensors (S1, S2) are provided in order to detect the card. The state of these sensors

can be retrieved by the command and response.

5.2 Magnetic card function

[1] Magnetic card type In conformity to ISO/IEC 7810/ID-1, ISO/IEC 7811-1/2/6

[2] Reading function Read specified tracks simultaneously.

[3] Reading direction Bi-directional capability (insert/pull out)

[4] Card speed 100-1000 mm/s capability (at flat card)

*1

R

:

Magnetic reading function

*2

Y

:

8 contacts for C1 to C8 are provided.

MTA-B-03027 D (7/14)

5.3 ICC function

[1] Number and location of contacts on ICC

Number and location of contacts on ICC are specified in ISO/IEC 7816-2 figure 2.

[2] Applicable ICC

(1) Asynchronous card

1) Support ICC In conformity to ISO/IEC 7816-1/2/3(Default), EMV4.0 Level1

2) Protocol T=0 and T=1

(Automatic protocol type selection via ATR detection is

possible.)

3) Data byte reading/writing Inverse convention (MSB first, negative logic) and direct

convention (LSB first, positive logic) are available.

4) Clock during/after ATR *1 3.5712 MHz (F=372) (Default) / 7.1428 MHz (F=744)

(Conform to ISO / IEC 7816-3)

5) Communication speed 1etu = (F/D) x 1/f sec

D=1: (Default) / 2, 4: (Changeable by PPS)

6) Vpp Not connected

7) Vcc 5V / 3V (Type A and Type B)

(Automatic selection via T=15 of ATR detection is possible.)

8)

EMV Approval EMV4.0 Level 1 Approved (11757 0504 400 20 FIM)

(2) Synchronous card

1) Support ICC In conformity to ISO/IEC 7816-1/2/10,

SLE4442/4432/4428/4418

2) Vcc 5V

3) Vpp Not connected

*1 Answer To Reset

HITACHI-OMRON TERMINAL SOLUTIONS asks customers to check the performance of ICC

with HITACHI-OMRON TERMINAL SOLUTIONS standard ICC controller and FW in advance, if

ICC is special card. Because ISO standard and ICC(s) are subject to frequent modification.

HITACHI-OMRON TERMINAL SOLUTIONS supports you for capability of performing customer’s

ICC, provided with ICC and its specification.

5.4 SAM

[1] The following SAM controller is equipped with shipment. 1 SAM socket is mounted on the Main PCB.

And the additional 4 SAM socket are mounted on the additional PCB in V4KF-01JS-002 only.

- 1SAM : V4KF-01JS-001, V4KF-01JF-001

- 5SAM : V4KF-01JF-002

[2] SAM specification

1) Support SAM chip In conformity to ISO/IEC 7810(ID000), ISO/IEC 7816-1/2/3

2) Protocol T=0 and T=1

(Automatic protocol type selection via ATR detection is

possible.)

3) Data byte reading/writing Inverse convention (MSB first, negative logic) and direct

convention (LSB first, positive logic) are available.

4) Clock during/after ATR *1 3.5712 MHz(Conform to ISO / IEC 7816-3)

5) Communication speed 1etu = (372/D) x 1/(3.5712 x 10

6

) sec

D=1: (Default) / 2, 4: (Changeable by PPS)

6) Vpp Not connected

7) Vcc 5V/3V

(Automatic selection via T=15 of ATR detection is possible.)

5.5 Shutter function

[1] This shutter is equipped on the insertion slot of the C/R. It opens automatically by inserting the card. It

prevents foreign objects like dusts and coins from intruding to inside.

[2] This shutter should open by inserting the card that is more than 53.92mm in width.

MTA-B-03027 D (8/14)

5.6 Lock function

[1] Pin type lock mechanism is equipped to hold the card during operation of ICC in response to command

from host.

[2] This lock mechanism can be controlled by the command from the host.

[3] The condition of this lock mechanism can be checked by the command and response.

[4] This lock mechanism is released automatically at the power failure.

[5] This Lock mechanism works under the below conditions

(1) The card is inserted completely.

(2) The card does not exist inside of C/R.

5.7 Power Requirement

[1] Power supply voltage 10.8 – 13.2V DC (including ripple)

[2] Ripple of power supply 100mV (p-p) or less

[3] Power consumption (Input voltage: 12V DC)

In operation magnetic card 500mA or less

IC card 1.5A or less

In Standby 300mA or less

[4] Power supply connector

HIF3BD-10PA-254DS02 (2.54mm pitch HIROSE Japan) or equivalent (MIL-C-83503) is

mounted on C/R’s PCB.

Pin assignment of C/R (in/out direction view from the reader)

Pin No. Assigned signal IN/OUT Function

1 TXD OUT Transmit DATA

2 RXD IN Receive DATA

3 DTR OUT DATA Terminal Ready

4 CTS IN Clear to Send

5 SG - 0V

6 12V - Power

7 GND - Ground

8 12V - Power

9 GND - Ground

10 NC - Not Connect

(Cable with connector for Power supply and RS232 interface is not included)

[5] Power failure

1) Detection Voltage Less than 10.8V DC

2) Power failure process

In case of power failure, C/R deactivates the ICC and SAM chip(s), and releases the Lock.

5.8 Electrical interface

[1] Interface specification

(1) Electronic Interface RS232 interface

(2) Transmission Speed 1200, 2400, 4800, 9600, 19200, 38400 bps

(3) Synchronous Method Start-Stop synchronization Method

(4) Communication Method Half-duplex Method

(5) Pin Assignment Refer to the table in 5.7 Power Requirement

MTA-B-03027 D (9/14)

5.9 Software Interface

[1] Transmission protocols V4KF Series Card Reader Data Transmission Specification (Document

No. MTA-H-04015).

[2] Port to host Handling with a magnetic card, an IC card and SAM via single port

[3] Format A common APDU format is used for handling various ICC and SAM

[4] Downloadable All software are supported to be downloaded.

[5] Module Firmware is independently divided into every functional module (e.g.

ICC handling module, SAM handling module, etc)

and every module

can be independently downloaded

(regardless of order of download)

respectively.

5.10 LED Indicator

[1] One LED is equipped to inform the state of C/R and the reading result of the magnetic data.

[2] This LED can be indicated the three colors (green, red and orange).

[3] The specification of LED indicator can be controlled by the command from the host. In detail, refer to

V4KF Series Card Reader Data Transmission Specification (Document No. MTA-H-04015).

5.11 Diagnostics function

[1] C/R provides the following functions as diagnostics of each module in the C/R.

This function is performed by pressing the white button located on the top of C/R just near SAM socket.

The test card is required to perform diagnostics. This function reports the following. *1

(1) OK/NG for Sensor Level

(2) OK/NG for Magnetic card reading

(3) OK/NG for LOCK mechanism

(4) OK/NG for ICC function

The SAM function is not worked.

[2] C/R indicates the result of the diagnostics by using LED indicator. *1

*1 In detail, V4KF Series Card Reader Data Transmission Specification (Document No.MTA-H-04015).

Make sure not to press this button, when the system is in operation.

6.

Environmental Condition

[1] Temperature

(1) In operation 0 to 55 ℃

(2) In storage -25 ℃ for 16 hours to 70 ℃ for 72 hours for non operation

and transport

[2] Humidity

(1) In operation 5 to 85% RH, no condensation and absolute air humidity of 23

g/m

3

or less

(2) In storage 5 to 90% RH, no condensation and absolute air humidity of 40

g/m

3

or less

7.

General performance

[1] Insulation Resistance 20MΩor more at 100V DC

(At normal temperature and humidity)

[2] Dielectric Strength 500V AC for 1minute

[3] Durable Vibration Frequency 10-150 Hz

Single vibration width 0.10mm

Acceleration 15m/s

2

Direction X,Y,Z

[4] Shock Endurance Acceleration 150m/s

2

Direction X,Y,Z

MTA-B-03027 D (10/14)

8.

Life

[1] Card Reader life 800,000 passes or 5 years, whichever comes earlier.

[2] Magnetic head life *1 1,000,000 passes (minimum)

[3] IC contact unit life *2 300,000 operations

(Contact unit should be replaced every 300,000 operations.)

*1 One pass denotes forward and backward movement.

*2 One operation denotes the movement of fully insertion and extraction.

9. Response to Regulated Chemical Substances

[1] Response to RoHS: Conformed with RoHS Directive(2002/95/EC)

"The restriction of the use of certain hazardous substances in electrical and electronic equipment".

(Notice) In case the equipment mounting this card reader will be shipped to People's Republic

of China,please consult our sales representatives.

MTA-B-03027 D (11/14)

10.

Outline drawing

(1) V4KF-01JS-001 Dimensions in millimeters

MTA-B-03027 D (12/14)

(2) V4KF-01JF-001 Dimensions in millimeters

MTA-B-03027 D (13/14)

(3) V4KF-01JS-002 Dimensions in millimeters

MTA-B-03027 D (14/14)

11.

Appendix A

Abstract from ISO/IEC 7816-2: 1999 (E)

4. Number and locations of the contacts

This part of ISO/IEC 7816 defines eight contacts referred to as C1 to C8.

The contacts are located as shown in figure 2.

The contacts shall be located on the front of the card. The dimensions are referenced to the left and

upper edges of the front surface of the end.

Dimensions in millimeters

Figure 2. Contacts location