Related Manuals for Nemtek FG7B
Summary of Contents for Nemtek FG7B
- Page 1 GROUP OF COMPANIES FG7B CONTROLLER for DRUID 25/28 NETWORKS INSTALLERS MANUAL Revision 1.6 6 June 2018...
-
Page 2: Table Of Contents
FG7B CONTROLLER: Table of Contents INTRODUCTION…..……………………………………………………………………… OPENING THE FG7B…...………………………………………………….……………. HARDWARE…................. PROGRAMMING THE FG7B ……….……………..…………………………………… 7-11 MAPPING…………………………………………………………………………………….. 12-15 FIRMWARE UPGRADE…………………………………………………………………… FG7 WEB INTERFACE…………………………………………………………………… THIRD PARTY INTEGRATION………………………………………………………… DOCUMENT REVISION HISTORY……………..…………………………………….. -
Page 3: Introduction
Introduction INTRODUCTION The Nemtek FG7 platform is a platform used for providing a graphical interface and connectivity to a network of Nemtek Energizers and Input/Output Cards (IO Cards). The platform may be configured with different internal printed circuit boards, and software, to provide the required functionality. - Page 4 FG7B CONTROLLER: HARDWARE The IOT1601 JM board is responsible for generating the different supply voltages. The input voltage is 12Vdc and is polarity protected. The board also monitors and process the different communication signals before sending the information to the control unit.
-
Page 5: Hardware
FG7B CONTROLLER: Hardware JUMPER SETTINGS Jumper setting as viewed with terminals at the bottom. TTL Serial JP7 (2) To the left if serial TTL is selected (For Nemlink communication) To the right if RS 485 or RS 232 communication is required... - Page 6 FG7B CONTROLLER: Hardware LEDS There are 8 LEDs on the green board. LED9 – If flashing, indicates transmission of data from the control unit to TTL SERIAL/RS232/485 LED8 – If flashing, indicates that the control unit is receiving data from TTL SERIAL/RS232/485 LED7 –...
-
Page 7: Programming The Fg7B
The FG7B-Druid should be programmed with the number of energizers as well as the IO cards in the system. If required a graphic site image can be loaded on the FG7B-Druid and zones (sectors) as well as Gate lines can be drawn on the image. - Page 8 FG7B CONTROLLER Programming the FG7B Note 1: 1. IO Card addresses are to start at #33 and must be sequential. 2. Removing a jumper increments the address by the number screen-printed on the pcb. This address is added to an offset of 33. Example 1. If none of the 16/8/4/2/1 jumpers are removed then the card will have a net address of 33.
- Page 9 FG7B CONTROLLER Programming the FG7B USER TAB SETTINGS Under the user tab are several buttons for setting: Installer and User PIN numbers (see user manual) Time (see user manual) Saving the Log (see user manual) Defaulting to factory settings FACTORY DEFAULT Under the USER Tab you can reset the FG7 to Factory default settings by pressing the default button the IP address will be reset to 10.0.0.20 and all pin settings will default back to the...
- Page 10 FG7 screen is to first untick AbsoluteIO on the system tab. FAILSAFE When third party software or Nemtek FenceProbe is used and the connection between the application and the FG7 is lost then the FG7 will automatically reset to enable the application to reconnect.
-
Page 11: Programming The Fg7B
9) Remove the stick and place the unit back in its base. DRAWING THE ZONES AND GATES LINES 1) On the FG7B, press the PIN tab on the top screen and Select ▼ Installer. Enter the appropriate PIN number and press Enter. Check that Installer stays on the screen and has no revert back to Select. -
Page 12: Mapping
A text file, etoimapplus.txt, i.e. energizer to io card mapping file is used to map each energizer address to a relay card address. This file can be made in notepad and has to be uploaded to the FG7B with the procedure for loading mapping files. - Page 13 FG7B CONTROLLER Mapping Notes: 1) Table 2 has a number associated with each alarm condition on an energizer. Select the desired alarm condition(s) that can activate any relay and add the numbers together. 2) If the relay must only be activated as long as the alarm condition persist (not latching) then select the energizer condition in table 2 and add the number together for all the relays which must not latch.
- Page 14 A text file, itoemap.txt, i.e. io card to energizer mapping file, is used to map each IO card address to an energizer. This file can be made in notepad and has to be uploaded to the FG7B with the procedure for loading mapping files.
-
Page 15: Mapping
3) On the top of the screen go to PIN and enter installer pin 4) Go to the system tab. 5) Press firmware upgrade 6) Press the PWR button on the FG7. Wait until the Nemtek logo has disappeared and the screen has gone black. 7) Press the PWR button on the FG7 8) Wait until the Display has come back on then remove the Flash drive. -
Page 16: Firmware Upgrade
FG7B CONTROLLER Firmware upgrade FIRMWARE UPGRADE 1) Load on a USB stick the latest available software for the FG7B control unit. The file normally is called nemtekfg7BDruid??? where ??? normally is a number indicating the version. The latest version will be available from Nemtek or its distributors. - Page 17 FG7B CONTROLLER FG7 WEB INTERFACE Viewing of mapping files You can view the mapping files which are present in the FG7 by entering on the address bar in the browser the IP address followed by /itoemap.txt or /etoimapplus.txt depending on which file is required.
-
Page 18: Third Party Integration
Document Revision History THIRD PARTY INTEGRATION The FG7 can communicate with third party software such as Nemtek Druid FenceProbe. The communication is done through the Ethernet port on the blue control board of the FG7. The IP of the computer running the software should be in the same range as the IP of the FG7 (the IP of the FG7 can be changed under the Net tab). - Page 19 End of document...