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HID Corporation 9292 Jeronimo Road Irvine, CA 92618 USA TEL (949) 598-1600 (800) 237-7769 FAX (949) 598-1690
Web page, E-mail - www.prox.com - MultiProx Controller Installation Manual 6000-900 Rev F 8 of 27
3. No Card Read
If there is a constant amber LED:
3a. Check that the coax connectors on the Controller, Reader and HSM connections are properly and tightly
secured thus making good electrical contact.
3b. Check the integrity of the coax cable. Check for continuity or broken center leads.
3c. Check that the appropriate channels are enabled on the Controller. This is done through dip switch SW2
switches 6 and 7. See MultiProx Switch Settings - Figure 3.
If there is a constant red LED no beep or green LED flash:
3d. Make sure Controller is properly configured for the particular Card Type is set correctly to match the type of
SE card that is being presented to the Reader - 1030, 1040 or 1050. This is done through the DIP switch
settings SW4 switches 6 and 7. See MultiProx Switch Settings - Figure 3.
3e. Check that the Controller is configured for the correct Card Letter and Facility Code(s). This is controlled
through the DIP switches SW4 switches 1 through 3 and SW3 switches 1 through 8.
3f. Check DIP switches SWB, SWG and SWR to ensure that the beeper and LED are properly enabled or
disabled on each channel for the particular application.
3g. Make sure that when the card is presented to the Reader the front of the card is parallel to the Reader face.
Care should be taken not to move the card into or out of the field too quickly. SE cards tend to read well in
one spot on the Reader; if one spot will not read, try another.
4. Improper HSM response
4a. Check to see if the HSM is properly connected and making good electrical contact.
4b. Check that the HSM enable switch - SW2 switch 1 is on.
4c. If the Controller relays begin cycling on and off, check that the shunt jumper on the HSM is in the proper place
- “NRD” when no Reader is attached to the HSM or “RD” when a Reader is attached to the HSM.
Note: Following each change of dip switch settings for SW1, SW2, SW3 or SW4, the unit must be reset by
re-powering it before the new switch setting will take affect.
5. Optimize performance for Schlage card reads
5a. If you have a terminal with a serial port, the read performance can be monitored and adjusted for optimal
performance. You will need:
• A terminal (Dumb terminal, PC, laptop, etc.)
• A communications program for RS232 serial port applications
• A 9 pin male to 9 or 25 pin female cable (depending on your terminal)
• An extension coax cable with “F-type barrel connector (optional)
• The small insulated screwdriver (provided with the Controller)
• A small Philips head screwdriver
• A DC Voltmeter
Connect the 9 pin serial cable (male end) to the MultiProx Controller serial port and the other (female) end to
the terminals’ Com1 or Com2 port. Set the terminal programs’ serial Communication mode settings to Com1
or Com2, 9600, N, 8, 2. To test the connection, the MultiProx Controller will transmit a message when power
is applied. The message will appear as follows:
MultiProx 501-05 Copyright (c) 1994-1996 HID Corporation
5b. Once this message is observed, the terminal and terminal program you are using is set-up correctly. To start
the Controller messages, press “1” on the terminal key board, and card numbers will be displayed each time a
card is read. The format is “Card type, Channel #, Card #”. HID Prox and Schlage cards will appear as
follows:
PROX CH 1 20 4CA064F
1050 CH 1 15712643
5c. Pressing “2” will output card numbers along with additional information for SE cards. The data will represent
the data for the 4 or 5 tuned circuit responses (hits) referred to in Theory of Operation. A typical output will
look as follows:
1050 CH 1 15712643 10 5 1 1638 20 953 28 760 31 694 48 429
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