Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Related Manuals for Edwards SIGA-MFT
Summary of Contents for Edwards SIGA-MFT
- Page 1 SIGA-MFT Map Fault Tool User Guide P/N 3102305-EN • REV 01 • ISS 28FEB13...
- Page 2 8985 Town Center Parkway, Bradenton, FL 34202, USA Trademarks and patents Version SIGA-MFT and Map Fault Tool are trademarks of UTC Fire & Security. This document applies to SIGA-MFT Software version 1.2. Windows is a registered trademark of Microsoft Corporation in the United States and other countries.
-
Page 3: Table Of Contents
Example 2: Low current difference value 8 Example 3: Reversed IN/OUT wiring 9 Example 4: Loop-in-a-loop 9 Example 5: Reverse input polarity or short 10 Example 6: Connecting the Class A return 10 Example 7: False EOL devices 11 SIGA-MFT Map Fault Tool User Guide... -
Page 4: Important Information
Note: Note messages advise you of the possible loss of time or effort. They describe how to avoid the loss. Notes are also used to point out important information that you should read. SIGA-MFT Map Fault Tool User Guide... -
Page 5: About The Siga-Mft
About the SIGA-MFT 4. Performs map consistency analysis on detectors and modules. The SIGA-MFT Map Fault Tool is a diagnostic tool 5. Identifies the detectors and modules that fail contact intended to help you locate and resolve sources of analysis. -
Page 6: Why Map A System
Figure 4 shows how the SLC controller would map devices 1 through 7. Table 1 shows the resulting map analysis. = Current activated = Current detected SIGA-MFT Map Fault Tool User Guide... -
Page 7: Electrical Mapping Overview
Detector 2 When you troubleshoot map faults, you should be prepared to investigate and eliminate any of these Head Head Head causes. The SIGA-MFT can help you isolate potential Base Base Base mapping faults to specific devices. 0.22 Ω 0.22 Ω... -
Page 8: Using The Siga-Mft
Map consistency • Contact analysis After connecting the SLC to the SIGA-MFT, connect the SIGA-MFT to your PC using the USB cable, and then Method 1: Map consistency start the SIGA-MFT Software. The map consistency method maps each device in the... -
Page 9: Setting Mapping Analysis Options
To set mapping analysis options: Figure 10: Starting the analysis 1. In the SIGA-MFT Software window, click Mapping > Mapping Analysis, as shown in Figure 9 above. This opens the Mapping Analysis window. 2. Modules: Click Selection > Include Modules to toggle between including and excluding modules in the analysis. -
Page 10: Detecting End-Of-Line Devices
• Contact Analysis Report • Failed Analysis Devices Detecting end-of-line devices The SIGA-MFT automatically detects the end-of-line devices before contact analysis is performed. You don’t need to determine or specify the end-of-line devices manually. Figure 12: Detection of EOL devices... -
Page 11: Troubleshooting Examples
Devices that don’t respond to the map command consistently need to be investigated. Figure 13: Inconsistent device (1) The inconsistent device does not report during contact analysis (2) The device appears in a summary section of the mapping consistency report SIGA-MFT Map Fault Tool User Guide... -
Page 12: Example 2: Low Current Difference Value
T-taps to detect devices with Figure 16: Reports for low current difference devices low current difference (DIF). Devices reporting a DIF value of 7 or less need to be investigated. Figure 15: Low current difference device SIGA-MFT Map Fault Tool User Guide... -
Page 13: Example 3: Reversed In/Out Wiring
(2) Negative DIF results are also reported for correctly wired modules. Reports All devices in the loop within a loop are flagged as failed in the report. Devices outside the loop are not. Figure 19: Report for a loop-in-a-loop SIGA-MFT Map Fault Tool User Guide... -
Page 14: Example 5: Reverse Input Polarity Or Short
Example 6: Connecting the Class A return If there is a short in the SLC or if the input polarity is When the SIGA-MFT is connected to the Class A return reversed, the SIGA-MFT application will not operate of an SLC and the devices are wired correctly: correctly. -
Page 15: Example 7: False Eol Devices
3. Use the current map to get the end-of-line device addresses (from the map) and the T-tap count (from the map loop statistics). 4. Use the SIGA-MFT report (the sections on end-of- line devices) to identify the device addresses that are not actual end-of line-devices. - Page 16 SIGA-MFT Map Fault Tool User Guide...
Need help?
Do you have a question about the SIGA-MFT and is the answer not in the manual?
Questions and answers