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Tibbo Wiegand Converter Setup Guide (For Abraxas) Version 1.0 March 2019...
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About This Guide This guide describes how to set up the Tibbo Wiegand Converter for an Abraxas Access Control solution. This guide contains the following chapters: CHAPTER 1, INTRODUCTION page 5 Describes the usage of the Tibbo Wiegand Converter in the Abraxas Access Control Solution and provides an overview of the workflow for setting it up.
INTRODUCTION This chapter describes the usage of the Tibbo Wiegand Converter in the Abraxas Access Control Solution and the workflow for setting it up. Introduction AnyVision’s Abraxas Access Control solution enables you to add face recognition to your current Access Control System (ACS).
Abraxas Access Control Setup – Workflow The following is an overview of the workflow for setting up the Tibbo Wiegand Converter for the Abraxas Access Control solution. 1. Bill of Materials (BOM) Page 7 2. Assembly Page 9 3. Wiring Page 12 4.
This chapter describes how to assemble the hardware components of the Tibbo Wiegand Converter. Bill of Materials (BoM) These components are to be provided by the customer or business partner. AnyVision does not supply hardware. The same BoM can also be found on Tibbo website. http://tibbo.com/store/tps/custom.html-->Anyvision-Wiegand-G1. Table 1: BOM Quantity...
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PM12P1001-03A: C1 Tibbit shell, orange, blank version. SM3R5 + 32SPBC: Main Screw For TPB (all sizes). Quantity TPP2(G1): Size 2 Tibbo Project PCB, Gen. 1. Low power 5V supply, 12V input. Four open collector outputs Order from IDP ‒ Four open collector outputs.
Assembly The following describes how to assemble the Tibbo Wiegand Converter. To assemble the Tibbit: Insert #09 Low-power 5V supply, 12V input in S11 with the text Tibbit outside: Insert #11 four open collector outputs M1S in S1 with the text Tibbit outside:...
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Insert #11 four open collector outputs M1S in S5 with the text Tibbit outside: Insert #11 four open collector outputs M1S in S7 with the text Tibbit outside: Insert #20 nine terminal blocks C2 in S2<-->S4 with the text Tibbit outside: Insert #20 Nine terminal blocks C2 in S6<-->S8 with the text Tibbit outside:...
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Insert #18 Power input C1 in S12 with the text Tibbit outside: Insert PA-PCB-P2164: MD/RST button PCB for TPB on top of the reset buttons (rest on rest): Insert PM12P1001-03A: C1 Tibbit shell, orange, blank version on S13 and S10:...
Wiring Each Terminal Block has nine ports to be wired, as follows: Table 2: Terminal Block Ports Port # Use for Value Color Tibbit Data White Clock Green – Black Data White Clock Green Data White Clock Green – Black Data White Clock...
Covers To handle the covers: Insert PM06P1004: LED light guide for TPB in the holes: Insert PM01P1049 right wall for TPB in the holes: Insert PM01P1050 left wall for TPB in the holes: Close the parts together and insert the screws: SM3R5+32SPBC: Main screw for TPB in the holes: Congratulations the stage is now done!
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At the end, the Tibbo should look as follows:...
FIRMWARE INSTALLATION AND SETUP This chapter describes how to install and set up the firmware required for the Tibbo Wiegand Converter. Download Tibbo Firmware Tools To download Tibbo firmware tools: Use the following link in order to download the Tibbo Device Explorer: http://tibbo.com/downloads/open/tide/tdevexplore-5-03-04.exe...
Use the firmware file named 02272019.tpc, which is embedded here: 02272019.tpc To upload the firmware file named 02272019.tpc: Click the Windows button and click the Tibbo folder → Device Explorer, as shown below: Select the Tibbo device from the list and click the Upload button:...
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The following displays: Select the Load Application Through the Network option. Select the 02272019.tpc file and click Open, as shown below: Click Refresh → Close button, as shown below:...
Retrieve License To retrieve license for the Tibbo Wiegand Converter: Click the Windows button and click the Tibbo folder → Tibbo DS Manager: Choose the Tibbo device from the list and click the Settings button: In the Network tab, configure the network parameters (do not change the Local...
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Click OK. In the General tab, copy the Serial Number (marked in red) and submit it to AnyVision support/ contact person to receive a license for your Tibbo device.
Use the license file you received. The file should be named as follows: <Serial Number>.tpc, To upload the license file Click the Windows button and click the Tibbo folder → Device Explorer, as shown below: Select the Tibbo device from the list and click the Upload button:...
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The following displays: Select the Load Application Through the Network option. Select the <Serial Number>.tpc, file and click Open, as shown below: Click Refresh Close button, as shown below:...
Use the base firmware file namedtps-BASE-12052019.tpc, which is embedded here: .tps-BASE-12052019 To upload the firmware file named tps-BASE-12052019.tpc: Click the Windows button and click the Tibbo folder → Device Explorer, as shown below: Select the Tibbo device from the list and click the Upload button:...
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The following displays: Select the Load Application Through the Network option. Select the tps-BASE-12052019.tpc file and click Open, as shown below: Click Refresh Close button, as shown below:...
Configuration To configure the Tibbo Wiegand Converter: Click the Windows button and click the Tibbo folder Tibbo DS Manager: Choose the Tibbo device from the list and click the Settings button: In the Network tab, configure the network parameters (do not change the Local...
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Click OK. In the General tab, set all the Serial options Serial 1, Serial 2, Serial 3 and Serial 4 to 3-Wiegand Out, as shown below: Note : Serial 1 is on the left side, when the yellow cube is up.
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The Tibbo Wiegand Converter has four ports, each which has its own configuration tab. These tabs are named Convert TCP/IP 1 , Convert TCP/IP 2 , Convert TCP/IP 3 and Convert TCP/IP 4. For each port, do the following: In the Data Received field, select SiteCard.
Testing To test Tibbo Wiegand Converter Download the Putty app from -- https://www.chiark.greenend.org.uk/~sgtatham/putty/latest.html Run the app. Fill in the IP and Port 1001 fields and select Telnet. Click the Open button. Type DBG3 to go in to debug mode: Navigate to the browser and type the following: http://192.168.20.253/command.html?command=CON4,046,18630...
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A blank page is displayed showing the word OK, as shown below: The Putty displays the binary Wiegand number and the lent (Wiegand bit) comments on below: In this case: Facility Number: 046 ▪ Card Number: 18630 ▪ Wiegand Binary: 10010111001001000110001100 ▪...
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