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MCX16-AP Operating manual.doc 

  

2018-11-29 

 

9/12 

 

  Short CLK and DTA lines. 

  Restore power supply (all LED flashing) and wait min. 5s. 

  Remove connection between CLK and DTA lines (LEDs stop flashing, LED8 is ON). 

  Start RogerVDM program. 

  Select device 

MCX16-AP v1.x

, firmware version and 

Ethernet

 communication channel. 

  Enter device IP address and communication key (by default respectively 192.168.0.81, admin). 

  Click 

Connect

 button, the program will establish connection and automatically open configuration 

window

.

 

  In configuration window click 

Send to file...

 button and backup settings. 

  In the top menu select 

Tools->Update firmware

 

  Click 

Select file

, indicate firmware file (*.frg) and click 

Update

 button. 

  Start low level configuration or restore it from backup file. 

Firmware update with memory card 

  Switch power supply off. 

  Press and remove memory card from expander. 

  Use memory card reader to connect the card to computer. 

  Copy the new firmware (*.frg) to the memory card and rename it as FW.BUF. 

  Insert the memory card into expander socket. 

  Restore power supply and expander will automatically start the firmware update process. During 

this process, which usually takes 10s, LED2 is ON while LED3 is flashing. 

  Once  the  update  is  finished  the  FW.BUF

 

file  is  automatically  erased  and  expander  returns  to 

service mode (LED8 is steady ON). 

  Start RogerVDM program and make low level configuration. 

Installation 

Enclosure  with  DIN  rail  is  recommended  for  installation  of  MCX16-AP  expander.  All  electric  connections 
must  be  done  without  voltage  on  wires/terminals  and  with  power  supply  disconnected.  Optionally  DIN  rail 
mounting  clips  can  be  removed  and  the  expander  can  be  installed  on  flat  surface.  Prior  to  expander 
connection to the controller make low level configuration with RogerVDM software. 
 

 

Fig. 8 MCX16-AP board 
 
 

Table 2. MCX16-AP terminals 

Term. 

Description 

Term. 

Description 

NC1  

REL1 relay output (NC) 

IN5  

IN5 input 

COM1   REL1 relay common terminal 

IN6 

IN6 input 

NO1  

REL1 relay output (NO) 

GND  

Ground 

Summary of Contents for MCX16-AP

Page 1: ...Roger Access Control System MCX16 AP I O expander with APERIO interface Operating manual Product version 1 1 Firmware version 1 0 2 x Document version Rev A...

Page 2: ...puts NO NC 6 transistor outputs 12V 1 0A 2 relay outputs NO NC 30V 1 5A DC AC Power outputs 13 8V 1 0A and 13 8V 0 2A 18VAC or 12VDC power supply Battery charging with 0 3A current Protection against...

Page 3: ...ided by external PSU Note MCX16 module cannot be started using only power supply from backup battery Fig 2 MCX16 supply from 18VAC Fig 3 MCX16 supply from 12VDC or 24VDC IN1 IN8 inputs The expander of...

Page 4: ...to controller The expander is operated as an extension of MC16 access controller After addressing in 100 115 range the expander is connected to RS485 communication bus of controller where MCT readers...

Page 5: ...MCX16 AP Operating manual doc 2018 11 29 5 12 Fig 5 Connection diagram for expander supplied from controller s kit Fig 6 Connection diagram for expander supplied from controller...

Page 6: ...with standard U UTP cat 5 cable The MC16 controller via MC16 AP expander s can control up to 16 locks doors depending on its license MC16 controller MCX16 AP expander and AH 40 hubs can be operated in...

Page 7: ...ional configuration with VISO management software Configuration parameters In the table below the configuration parameters of MCX16 AP expander are presented All settings are programmed with RogerVDM...

Page 8: ...mal or reversed Range 0 No 1 Yes Default value 0 No Power supply settings Battery test period min Parameter defines time between successive battery tests Range 10 1440 Default value 10 AC lost delay m...

Page 9: ...card to computer Copy the new firmware frg to the memory card and rename it as FW BUF Insert the memory card into expander socket Restore power supply and expander will automatically start the firmwa...

Page 10: ...Ground B2 not used Table 3 LED indicators LED Steady light Pulsing light AC AC supply available DC DC supply at TML AUX terminals available LED1 Established connection with hub 1 LED2 Established con...

Page 11: ...Power supply outputs Two power outputs 12VDC 0 2A TML and 12VDC 1A AUX rated RS485 port Two RS485 communication ports Ethernet port 10BASE T 10 100Mb communication port Distances Max 1200 m between c...

Page 12: ...electric and electronic waste For detailed information on recycling contact your local authorities waste disposal company or point of purchase Separate collection and recycling of this type of waste c...

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