Step 3 - Enter the Coordination Patterns
WARNING: Some of these examples contain errors (highlighted in red) to teach you how the Naztec diagnostics work in Step 4. When you have this section, please complete Step 4 to correct these errors.
Setting Up Coordination "Pattern Table":
These parameters follow the NTCIP definitions given in TS 3.5, section 2.5.7 - Pattern Table..
Enter the following patterns for the examples in this exercise from the Main Menu. (MM->2->4)
Entering the "Split Tables":
These examples will help you understand how to reference the coordinated phase properly to insure that the controller is running the offset as you intended.
Also notice the Mode settings can be set to NON, MIN, MAX, PED, MxP (max and ped recall), and OMT. This setting gives you complete control over the recalls during coordination. You can even run omit (OMT) a phase during a pattern, so during light traffic you can run an 8-phase controller as a 2-phase controller and transfer the left-turn detector calls to the through phases.
Remember the MIN calls you programmed under Step 1 - 4)? Any recalls programmed under MM->1->1->2 are replaced by the values in the split table when the controller is running coordination unless you program the phase with a NON setting in the split table.
Most of the examples in this exercise use the MAX setting so you can see each phase service the full split time provided for the pattern.
The split tables follow the NTCIP definitions in TS 3.5, section 2.5.9 - Split Tables
Split #1 (MM->2->7-1 ENTER -> 1)
Split #2 (MM->2->7-2 ENTER -> 1)
Split #3 (MM->2->7-3 ENTER -> 1)
Split #4 (MM->2->7-4 ENTER -> 1)
Split #5 (MM->2->7-5 ENTER -> 1)
Split #6 (MM->2->7-6 ENTER -> 1)
Split #7 (MM->2->7-7 ENTER -> 1)
Split #8 (MM->2->7-8 ENTER -> 1)
Split #9 (MM->2->7-9 ENTER -> 1)
Split #10 (MM->2->7-10 ENTER -> 1)
Split #11 (MM->2->7-11 ENTER -> 1)
Split #12 (MM->2->7-12 ENTER -> 1)
Split #13 (MM->2->7-13 ENTER -> 1)