MIS-DG60C133B
SPECIFICATION
FOR
MAGNETIC CARD READER
( Manual type )
MODEL
Z U - 9 A 3 6 B 1 1
JUL. 2004
MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
MATSUSHITA INDUSTRIAL INFORMATION EQUIPMENT CO., LTD.
OSAKA JAPAN
Date :
Signature for approval
Read and agreed by
MIS-DG60C133B
Revised Record
Date Document No. Contents of revision Page
2001.10.15 MES-DG60C133A 2. Constructions
/CLD signal was added.
4.2 Pin configuration
/CLD signal (13pin) and Note were added.
5.1 Explanation of input/output signal
(4) /CLD was added.
5.2 Output signal timing chart
/CLD signal was added.
6. Input / output signals
/CLD signal was added.
6.1 Signals for card sensing
/CLD signal was added.
1
2
3
3
4
4
2004. 07.01 MIS-DG60C133B · Added a Note
· 3.5 Specification of Magnetic reading
Reading speed
15 cm/s ~ 120 cm/s→15 cm/s ~ 70 cm/s
(Recording level :more than 90%,
Jitter: less than 5 %)
The reason for changing:
Improvement for noise-proof
Changed two resistance in magnetic
decording circuit. 2.2 k ohm → 12 k ohm
İ
2
MIS-DG60C133B
İ
Note: No part of this document may be reproduced or transmitted in any form or by any means,
electronic or mechanical, for any purpose, without the express written permission of
Panasonic / Matsushita Industrial Information Equipment Co., Ltd.
In case there is any contradiction appeared based on technical standard change or
update etc., ourspecifications shall take precedence over such change/update.
MIS-DG60C133B
CONTENTS
1. Abstract ...............................................................................................................1
2. Constructions.......................................................................................................1
3. Specifications.......................................................................................................2
4. Connector and signals .........................................................................................3
5. Timing chart .........................................................................................................4
6. Input / output signals............................................................................................5
7. Appearance .........................................................................................................6
8. Card specification ................................................................................................7
9. Precautions..........................................................................................................8
MIS-DG60C133B
Page.1
Magnetic Card Reader
1. Abstract
Magnetic Card Reader (ZU-9A36B11) consists as follows.
(1) Decoding circuit for magnetic stripes.
(2) Magnetic card stripe based on ISO 7810, 7811.
Card standard ISO7810, ISO7811
Track used Track 1st Track 2nd Track 3rd
Recording method F2F F2F F2F
Recording density 210 BPI 75 BPI 210 BPI
Recording capacity 79 characters 40 characters 107 characters
(7 bit code) ( 5 bit code) (5 bit code)
2. Constructions
Decoding circuit
Read
Amp
F2F
SYSTEM
Decoding
Logic
/RDT1
/RCL1
Read
Amp
F2F
SYSTEM
Decoding
Logic
/RDT2
/RCL2
Read
Amp
F2F
SYSTEM
Decoding
Logic
/RDT3
/RCL3
ISO1
ISO2
ISO3
Logic
Circuit /MCR
Card detect switch
/CLD
Ma
g
netic Head
MIS-DG60C133B
Page.2
3. Specifications
3.1 Physical dimensions
Dimensions : (W) 73 mm × (H) 12.6 mm ×(D) 108.5 mm
Mass : Approx. 50 g
3.2 Power source
Voltage : DC 5.0 V (tolerance ±10%), Ripple 250 mV p-p
Current : Max. 15 mA
3.3 Interface
Magnetic card : Direct output of decoder IC (/RCL, /RDT)
3.4 Environments
Operating temperature : 0 °C ~ +55 °C
Storage temperature : -20 °C ~ +60 °C
Operating humidity : 10 % ~ 90 % RH (non condensing)
Storage humidity : 5 % ~ 95 % RH (non condensing)
3.5 Specification of Magnetic reading
Reading direction : Insertion / Ejection
Life of magnetic head : 300,000 operations
Condition: In a clean office room. In dump or dusty atmosphere, the life may be 1/3 to 1/5 of
the above figure.
Core width : 1.4 mm
Reading speed : 15 cm/s ~ 70 cm/s
(Recording level: more than 90%, Jitter: less than 5%)
MIS-DG60C133B
Page.3
4. Connector and signals
4.1 Connector : Molex 52745-1590 (15 pin)
4.2 Pin configuration
No Signal name Contents Direction
1 FGND Frame Ground
2 SGND Signal Ground
3 SGND Signal Ground
4 /RDT1 Magnetic read data 1 Out
5 /RCL1 Magnetic read clock 1 Out
6 /RDT2 Magnetic read data 2 Out
7 /RCL2 Magnetic read clock 2 Out
8 /RDT3 Magnetic read data 3 Out
9 /RCL3 Magnetic read clock 3 Out
10 /MCR Magnetic Card Running Out
11 N.C. No connected
12 N.C. No connected
13 /CLD Card Loaded Out
14 VCC Power, 5 VDC
15 VCC Power, 5 VDC
Note: The /CLD line will be low when a card is seated in the card reader and
high otherwise.
MIS-DG60C133B
Page.4
5. Timing chart
5.1 Explanation of input/output signal (Magnetic reading)
(1) /MCR ：The /MCR line will be Low when a magnetic card is running in the
card reader and High otherwise.
(2) /RCL(READ CLOCK) ：This is used to sample the data line by it's falling edges. The time
relationship of the clock with respect to the order signals is shown in
Figure 5.2.
(3) /RDT(READ DATA) ：The moment /RCL change from High to Low ; /RDT is “1” when the
/RDT line is Low , and / RDT is “0” when the /RDT line is High.
(Negative logic)
(4) /CLD ：The /CLD line will be low when a card is seated in the reader and high
otherwise.
5.2 Output signal timing chart
Card Insertion Card Ejection
The magnetic
head output
/CLD
Fig 5.2 Timing sequence (Detail)
Bit data of magnetic head output appear as one bit delayed.
When the jitter of the magnetic head output is 0 % , the following equation is satisfied.
T=T
1=T2=T3 , t1=t2
2.54 (cm/inch) 1
T(s) = Recording density (BPI) ×Card speed(cm/s)
The magnetic
head out
p
ut
0 100 1 0
“H”
“L”
/RDT
T2
t1 t2
T1 T3
“0” “0” “1” “0” “0”
Bit data
/RCL & /RDT Detail timing chart
“H”
“L”
/RCL
“1”
8Tosc 16Tosc
Tosc:210BPI Æ 0.48μS
75BPI Æ 1.2μS
All “0”
MAX.30 ms
/RDT1-3
/RCL1-3
/MCR
MIS-DG60C133B
Page.5
6. Input / output signals
The input/output signals for this magnetic card reader consist of /RDT1, /RCL1, /RDT2,
/RCL2, /RDT3, /RCL3, /MCR, /CLD.
6.1 Signals for card sensing
Output signals: /CLD, /MCR
Equivalent to
(CR) (HOST)
74HC14
6.2 Signals for magnetic reading
Signal Name High Level ("0") Low Level ("1")
4.0 V min. 0.4 V max.
(IOH = - 1.0 mA) (IOL = 5.0 mA)
/RCL1, /RDT1
/RCL2, /RDT2
/RCL3, /RDT3
MIS-DG60C133B
Page.6
7. Appearance
MIS-DG60C133B
Page.7
8. Card specification
Materials and dimensions of the card should be submitted to ISO standards.
But defined items in this specification are prior to these standards.
[ unit : mm]
5.66 max.
8.46 8.197
～
85.47 85.72 8.97 8.46
～～
11.76 12.27
～
7.44 0.51 (Track1, 2) 12.52 12.01
±～
7.44 1.0 (Track 3)
±
15.32 15.82
～
Mag stripe Track1
(Back side) Track2
Track3
IC contacts 6.93 min. 53.92 54.18
～
(Front side)
center line of center line of
first data bit last data bit (Unit : mm)
8.1 Physical characteristics
(1) Thickness : 0.76 mm (tolerance ± 0.08 mm)
(2) Transformation : 2.5 mm max.
(Include relief height of embossed characters)
8.2 Magnetic characteristics
(1) Coercive force (Hc) : 2.4 x 104 A/m ~ 2.4 x 105 A/m
(2) Residual flux (￠r) : 1.25 x 10-8 Wb/cm (tolerance ± 0.15 x 10-8 Wb/cm)
(3) Square ratio (￠r/￠m) : More than 0.70
MIS-DG60C133B
Page.8
9. Precautions
Keep the following precautions when using this unit.
9.1 Handling
(1) Do not drop or give excessive shocks to this unit.
(There are a few cases that card lock mechanism will be released when the
excessive shock is given.)
(2) Do not disassemble this unit.
9.2 Cautions
9.2.1 Card
(1) Use specified card (ISO).
(2) Store the card carefully so as not to soil, injure or deform it.
In particular, solid deposit on the magnetic stripe surface may result in a trouble.
9.2.2 Cleaning
(1) Clean the magnetic head by periodically passing a cleaning card.
For example, in a clean office room, pass the cleaning card about once a week.
If the magnetic head is heavily stained, clean the head by soaking the felt part of
the cleaning card in alcohol properly and pass the card. For example, in the case
that the card readers are used in the environment full of dust, please make a
cleaning of the card reader with a cleaning card with alcohol everyday.
Example of cleaning card: C-90M of Dainihon Printing
(life: 100 to 200 passes)
(2) If some kind of oil adheres to the parts for transferring cards, card transfer will be
unstable. Please remove the oil with a cleaning card with alcohol.
9.2.3 Installation
(1) Do not install the card reader in dusty, hot or damp place, or near magnetic field
or object generating inductive noise (printer, LED display unit, CRT, etc.).
Do not use the unit in a dusty place, otherwise the reading and writing accuracy
may be deteriorated.
Keep the unit away from objects generating magnetism, which may cause read
errors and may damage the magnetic card data.
(2) Do not touch the printed circuit board with bare hand.
Note particularly static electricity.
(3) Do not supply power from other outlet than connector terminal. Pay special
attention to the polarity of power source and wrong connection of connector.
(4) Do not use the unit in a place where it is exposed to sunlight directly or it is
splashed by water.
9.2.4 Others
(1) Check the noise, static electricity, etc., with the card reader being
incorporated in the equipment.
Noise from the power supply may cause the reading errors. Measures to
reduce the noise from power supply should be made for the equipment the
card reader is built in. It is especially efficient to put a noise-filter in the AC
input line.
MIS-DG60C133B
Page.9
(2) The guaranteed temperature for operation range is 0 °C ~ 55 °C，and
humidity range is 10 % ~ 90 % RH.
Do not use the unit if condensation gathers on it.
We recommend you to use the card reader under the environmental condition
of temperature 10 °C ~ 40 °C which is the best for transferring cards and
reading data.
Especially, in the condition of low temperature, provide heating system
separately to warm up card reader.
(3) A shutter is not built in this card reader. In the case that the card readers are
used in the environment full of dust, the lifetime of the magnetic head, IC
contacts and mechanism for transferring cards will decrease.
So in such a hard environment we recommend you to use shutter types.
