ZU-1870MA6T2

Spec.No.: MES-DG60B038A SPECIFICATIONS FOR MANUAL INSERTION MAGNETIC CARD READER Z U – 1 8 7 0 M A 6 T 2 MATSUSHITA ELECTRIC INDUSTRIAL CO.,LTD. MATSUSHITA INDUSTRIAL EQUIPMENT CO.,LTD. CONTENTS 1. INTRODUCTION---------------------------------------------------------------- P-1 2. COMPOSITION------------------------------------------------------------------ P-1 3. SPECIFICATION----------------------------------------------------------------- P-1 4. TERMINAL NO. OF CONNECTOR--------------------------------------- P-3 5. INTERFACE REQUIREMENTS--------------------------------------------- P-3 6. NOTES FOR BETTER OPERATION------------------------------------- P-5 7. APPEARANCE--------------------------------------------------------------------P-6 8. CONNECTOR DIMENSION---------------------------------------------------P-7 9. MAGNETIC CARD SPECIFICATION--------------------------------------P-7 10. LIFE OF PARTS----------------------------------------------------------------P-8 11. MAINTENANCE METHOD---------------------------------------------------P-8 12. CAUTIONS ON THE USE---------------------------------------------------P-8 1. INTRODUCTION This specification applies to the Panasonic magnetic card reader, featuring small size, light weight and high performance. 2. COMPOSITION The magnetic card reader is composed of the mechanical portion, double circuits for reading. 1) Mechanical portion The mechanical portion is mainly composed of the 1. 2. 3. 4. following parts. Body (Color:Transparence) Card entrance slot (Color: Black) Magnetic head Rubber seal 2) Circuit portion 1. Read amplifier circuit for 2 tracks 3. SPECIFICATION 3.1 CARD STANDARD Refer to Magnetic Card Specification 3.2 FUNCTION (1) Read/Write (2) Read timing (3) Compatibility (4) Installation of the transport (9). : Read only : Ejection : Cards and installation : Horizontal direction 1 3.3 BASIC PERFORMANCE (1) Performance ZU-1870MA6T2 ISO 7810,7811 Card standard IS01 Track used Track 1st Recording method Recording density FM 210 BPI Recording Capacity 79 characters (7-bit code) IS02 Track 2nd FM 75 BPI 40 characters (5-bit code) (2) Card operation speed : 10 cm/s to 100 cm/s (3) Magnetic head Channel : 2 Channel width : 1.4 mm (4) Insulation resistance : More than 10 MΩ at DC 250 V (Measured between P.C.B. ground terminal and frame) (5) UL File No. : E140407 (6) Waterproof level : IPX4 3.4 ENVIRONMENT REQUIREMENTS (1) Temperature range : -20 oC to 60 oC (Operation) (2) Temperature range : -30 oC to 70 oC (Conservation) (3) Humidity range : 10 % RH to 90 % RH (Operation) (No condensation allowed) (4) Humidity range : 10 % RH to 90 % RH (Conservation) (No condensation allowed) (5) Vibration : Vibration sweep 10 Hz to 50 Hz, sweep 0.5 oct/min X,Y,Z directions : 10 m/s2 (6) Shock durability : 294 m/s2 (30 G) 2 3.5 PHYSICAL CHARACTERISTICS (1) Dimension : (W) 90 mm x (D) 119.5 mm x (H) 46 mm (2) Mass : Approx. 100 g (3) Power supply : DC 5 V ± 0.5 V / Ripple(Less than 25 mA) (4) Ripple : Within 50 mVp-p (5) Operating place : Indoor 3.6 ERROR RATE (at indoor conditions by continuous running) (1) Error : Less than 0.5 % * Condition ··················In a clean office room. In damp or dusty atmosphere, the life may be 1/3 to 1/5 of the above figure. 4. TERMINAL NO. OF CONNECTOR 4.1 OUTPUT SIGNAL Connector Pin No. Signal name Connector Pin No. Signal name 1 DC 5 V 5 /RCL2 2 /RDT1 6 /CLD 3 /RCL1 7 GND 4 /RDT2 - - Connector: 641216-7 5. INTERFACE REQUIREMENTS 5.1 OUTPUT VOLTAGE Min(V) H level "0" 4.0 L level "1" - Max(V) Vcc 0.4 3 Conditions IOH= -1.0 mA IOL= 4.0 mA 5.2 OUTPUT SIGNALS The following paragraphs describe the requirements and interface signals between the user terminal and the Magnetic Card Reader shown in Figure 1. The general timing sequence for entering data from the Magnetic Card Reader to the user terminal is shown in Figure 2. Magnetic Card Reader /CLD /RCL1,2 /RDT1,2 GND DC 5V User's Terminal Figure 1 (1) /CLD (CARD LOAD) The /CLD line will be High when a Magnetic Card is inserted in the end of Magnetic Card Reader. The /CLD line will be Low at all other times. (2) / RCL1,2 (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 other signals is shown in Figure 2. User's Terminal starts to carry out sampling of the read data by the falling edge of the signal. In case of performing sampling other than the falling edge sampling method (such as detecting “L” of /RCL by means of polling)to read /RDT, check /RCL width if it is appropriate. (3) /RDT1,2 (READ DATA) At 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. 4 5.3 TIMING CHART Detail Chart When the jitter of the magnetic head output is 0 % , the following equation is satisfied. T=T1=T2=T3, t1=t2 2.54 cm/inch Note : T (s) = 1 x Recording density (BPI) Card speed (cm/s) 6. NOTES FOR BETTER OPERATION (1) The card should be inserted in the specified direction. (2) The card which conformed ISO standard should be used. (3) The cards should not be dirty, scratched or deformed. 5 7. APPEARANCE 6 8. CONNECTOR DIMENSION POST(641216-7 AMP) 9. MAGNETIC CARD SPECIFICATION 9.1 CARD SPECIFICATION (1) Thickness (2) Transformation (3) Impermeability rate : 0.76 mm (tolerance ± 0.08 mm) : 2 mm max. : More than 2.0 (Measured by light permeance desitometer) 9.2 MAGNETIC CHARACTERISTICS (1) Coercive force (Hc) : 2.4 x 104 A/m (300 Öe ± 12%) (2) Residual flux (¢r) : 1.25 x 10-8 Weber/cm (1.25 ± 0.15 maxwell/cm) (3) Squareness ratio (¢r/¢m) : More than 0.70 7 10. LIFE OF PARTS Magnetic head : 500,000 passes *Condition ·············· In a clean office room. In damp or dusty atmosphere, the life may be 1/3 to 1/5 of the above figure. 11. MAINTENANCE METHOD When replacing parts, exchange the card reader unit. 12. CAUTIONS ON THE USE Please be noted that we do not guarantee proper performance of the card reader if it is used other than the indicated specification range. 12.1 At the installation (1) Do not drop or bump anything against a card reader. Otherwise, failure may be the result. (2) Do not touch the P.C.B. with bear hands. (3) Be sure to install on a flat surface so as to prevent any force to be applied to the card reader at the installation. (4) Installation of a card guide plate at the both (front and back) sides of the card running part may reinforce stability. (5) The card reader should avoid installation of the following environment. · Watery, humid or dusty place. · Near machines which generate magnetic field or inducted noise. (printer,LED display, CRT etc.) · Place which gets direct sunlight. 8 12.2 At the use (1) Be sure to use a card which conforms ISO standard. Anti-magnetic of the applied card should be 2.4x104 A/m to 2.4x105 A/m (300 Öe to 3000 Öe) of ISO standard. (2) Pulse width of the period “L” of /RCL is about 7.7µS for the card conformable to ISO1 (210 BPI specification),and about 19µS in case of ISO2(75 BPI specification).If sampling method other than falling edge sampling(such as a method detecting ”L” of /RCL by means of polling ) is used, please check with us since data may not be read depending on polling frequency at the host side. (3) Card operation speed should be within the specification range. Forced stop or change of speed during the card operation may cause a read error. Appropriate speed to maintain stable operation is 30 cm/s to 60 cm/s. (4) Store the card with caution to prevent dirt, scratch and distortion. Especially no foreign matter shall be stuck on the magnetic stripe surface. Use of such card may result in a read error. (5) Insert a cleaning card and clean the head periodically to prevent wearing of the magnetic head. Head cleaning using the cleaning card should be performed about once a week if the room is not dusty. (6) Depends on installation environment (incorporation condition) or operation condition, external noise or electrostatic and so on may affect the machine, and which may cause an error or a wrong operation. Check the level of noise resistance and electrostatic resistance of your factory before using the card reader. (7) Be careful not to splash the gasoline or light oil on the head cover Rubber seal). There is possibility that the rubber seal spoil its water proof performance due to expansion or transformation. (8) Please avoid touch rubber seal directly. It is possible that the rubber seal spoil its water proof performance due to transformation or split. 9