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Part No. 5375-901, Rev E.1

 

MaxiProx

® 

Installation Guide

 

Page 10 of 19 

 

March 2012 

© 2008 - 2012 HID Global Corporation.  All rights reserved. 

 

2.11

 

Auto-tune Operation 

The MaxiProx is tuned correctly when the Auto-tune LED is 

green.

  If the LED is 

red

, use a spacer to 

position the reader at minimum of 4 inches away from metal in the mounting surface.

 

 

2.12

 

Reader Testing 

Apply Power to the reader and the LED will display a sequence of flashes and beeps, indicating the 
LED control mode.  Two flashes of green and two beeps followed by a short delay, then one additional 
flash (beep), is the correct sequence for "Green Flash/Beep on valid read” (SW1-5 off).  Three initial 
green flashes and beeps followed by a pause and then one additional beep indicate no Green 
Flash/Beep on valid read (SW1-5 on). 

2.13

 

Power-Up Tune 

Following this initial power up sequence the reader will perform power-up Auto-tune.  It will beep and 
turn the access LED amber for ~1 second to indicate that a power-up tune test is about to begin.  It will 
then attempt to tune.  If it successfully tunes, it will give two quick beeps and a 

green

 on the access 

and tune LED's to indicate the reader is tuned.  If unsuccessful, the unit will give a single 1.5-second 
beep with a 

red 

on the access and tune LED’s.  If Auto-tune is not successful, the installer should 

check for large areas of metal less than 4 inches from the back of the unit. 

2.14

 

Periodic Auto-tune 

Periodic Auto-tune retunes every 1-minute. 

2.15

 

Supervisor Mode 

During idle periods in normal operation, a periodic supervisor 1-byte transmission is sent to the host 
controller over the Wiegand interface every 1 minute.  Supervisor Mode is only available in Wiegand 
Interface Mode. 

Summary of Contents for MaxiProx DFM Reader - 5375

Page 1: ...MaxiProx DFM Reader 5375 INSTALLATION GUIDE 5375 901 Rev E 1 March 2012 2008 2012 HID Global Corporation All rights reserved 15370 Barranca Parkway Irvine CA 92618...

Page 2: ...witch and Jumper Settings 7 2 8 Tamper Switch 9 2 9 Mounting 9 2 10 Power Supply 9 2 11 Auto tune Operation 10 2 12 Reader Testing 10 2 13 Power Up Tune 10 2 14 Periodic Auto tune 10 2 15 Supervisor M...

Page 3: ...15 Table 10 Data Pulses Timing Parameters 15 Table 11 Data Timing Timing Chart 17 HID GLOBAL HID the HID logo and MaxiProx are the trademarks or registered trademarks of HID Global Corporation or its...

Page 4: ...n Transponders Proximity Cards or ProxKeys are presented to the front of the MaxiProx The LED is red when ready to read a transponder The LED turns green and the beeper sounds when the transponder is...

Page 5: ...n Failure to install the P2 shunt jumper in the correct position will permanently damage the MaxiProx unit The following states the P2 shunt jumper installation Power Supply Voltage Jumper Position 24...

Page 6: ...297 C or equivalent A 22 AWG twisted pair shielded stranded cable Belden 9330 or equivalent is often required for the tamper switch Follow the recommendations of the manufacturer of the Host system If...

Page 7: ...2 2 7 Dip Switch and Jumper Settings Verify the default settings according to the model ordered or set the DIP Switches and Jumper positions according to the following Table 3 DIP Switch and Jumper Se...

Page 8: ...term OFF OFF ON OFF OFF OFF 2 3 Table 7 Baud Rate Chart RS232 and RS422 BAUD SW1 7 SW1 8 SW2 1 9600 ON ON ON 4800 OFF ON ON 2400 ON OFF ON 1200 OFF OFF ON Table 8 Switch Description SW5 Switch Default...

Page 9: ...vailable on TB1 Pins 4 and 5 and are either normally open or normally closed dependent upon the position of the jumper on P1 Install the jumper to connect pins 1 and 2 if you need the normally open co...

Page 10: ...n Flash Beep on valid read SW1 5 on 2 13 Power Up Tune Following this initial power up sequence the reader will perform power up Auto tune It will beep and turn the access LED amber for 1 second to in...

Page 11: ...r screw Make sure that the Auto tune indicator LED remains in a steady green state If the LED is red remove the cover and re mount the unit using a non metallic spacer to position it further away from...

Page 12: ...5 VDC DEFAULT SHUNT PINS 1 AND 2 11 20 VDC SW1 SW2 SW5 SW5 1 SW5 2 SW5 3 SW5 4 SW5 5 SW5 6 SW5 7 SW5 8 DATA 1 ISOLATION DATA 0 ISOLATION RS422 TERM RESISTOR RS 232 422 LINE 1 RS 232 422 LINE 2 NOT USE...

Page 13: ...l being received from the card by re directing excite field transmissions into the receiver circuitry Moving the reader away from the metal objects reduces energy loss Try to limit the amount of metal...

Page 14: ...generally sends out the same bit pattern as previously programmed on the card Consult factory for variations to this method A 26 bit Wiegand format will be used in the examples below The 26 bits of t...

Page 15: ...ice on a reader is measured at the control panel that is controlling the input device with reference to the signal ground at the panel 4 1 3 Signal Levels The Data One Data Zero and LED Control conduc...

Page 16: ...form of a parity bit Each character consists of five bits The maximum number of characters for a magnetic strip card encoded on Track 2 are 40 this product will output less than 40 characters The dat...

Page 17: ...e adjustable for cards traveling at 4 inches per second to 20 inches per second This relates to bit times of 3 3 ms and 666us respectively There are 75 bits per inch on Track 2 4 2 3 Output signal Lev...

Page 18: ...hp F iiiip start data a data b data c data d data e data f data g data h end LRC The message structure follows the ISO ABA Track 2 standard The first character is a start sentinel B hex which is follo...

Page 19: ...um The checksum is calculated by first grouping the message data into the pairs CC DD DD DD DD DD Each pair of characters represents one byte of data Then each pair of characters is converted from ASC...

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