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switch tables 3-2 through 3-4. See Section 5 Service and 

Maintenance for board access procedures. Once patterns 

are chosen for each of the program inputs, then the pro-

gram inputs are assigned to a slide switch position.

 

The default program inputs assigned to a slide 

switch position, along with the default pattern for each 

program input are as follows:

 

• 

Slide switch position #1 – P1, Rear Flashing

 

• 

Slide switch position #2 – P2, Rotate 90 FPM

 

• 

Slide switch position #3 – P2, Rotate 90 FPM

 

To assign a different Smart Pod program input to a 

slide switch position perform the following:

 

A.  Disconnect power to the lightbar. If the cover 

is removed, this can be accomplished by removing the 

10GA RED power wire from the relay. 

 

B. 

Apply 12VDC to the WHT/YEL and WHT/

BLK control wires.

 

C. 

Apply power to the lightbar (reconnect the 

RED 10GA power wire.)

 

D.  The right upper LED module in POD #4 will 

light indicating the bar is in Smart Pod programming 

mode.

 

E.  Move the slide switch to the desired position. 

The following will be displayed for each slide switch po-

sition:

 

 

1. 

Slide Switch #1 – Front LED module 

POD #1 and the Smart Pods will operate according to 

the stored program input.

 

 

2. 

Slide Switch #2 – Front LED module 

POD #1,the upper LED module POD #1 and the Smart 

Pods will operate according to the stored program input.

 

 

3. 

Slide Switch #3 - Front LED module 

POD #1,the upper LED module POD #1,rear LED mod-

ule POD #1 and the Smart Pods will operate according 

to the stored program input.

 

F. 

Remove 12VDC from the WHT/BLK control 

wire. Momentarily re-apply 12VDC to the WHT/BLK 

control wire and the Smart Pods will advance to the 

next program input. Each time 12VDC is momentarily 

applied to the WHT/BLK control wire the program num-

ber will advance. When the last available program num-

ber is reached the next operation will select the first 

available program, which is OFF.

 

G.  If programs assigned to the other slide switch 

positions are to be changed, move the slide switch to the 

desired position and repeat the above steps.

-5-

Table 3-2

P1  

Rear  

Oscillating  Oscillating  Oscillating  Rotate 

Rotate  Rotate 

Front 

Switches  Flashing*  Rear 

Intersection  Front 

90 

120  

175  

Flashing  

(S2) 

 

 

 

 

FPM 

FPM 

FPM

P1A  

OFF 

ON 

OFF 

ON 

OFF 

ON 

OFF 

ON

P1B  

OFF 

OFF 

ON 

ON 

OFF 

OFF 

ON 

ON

P1C  

OFF 

OFF 

OFF 

OFF 

ON 

ON 

ON 

ON

Table 3-3

P2  

Rotate  Rotate  Rotate  Oscillating 

Oscillating  Front 

Oscillating 

Rear

Switches  90  

120 

175  

Intersection  Front 

Flashing  Rear 

Flashing

(S2) 

FPM*  FPM 

FPM

P2A  

OFF 

ON 

OFF 

ON 

OFF 

ON 

OFF 

ON

P2B  

OFF 

OFF 

ON 

ON 

OFF 

OFF 

ON 

ON

P2C  

OFF 

OFF 

OFF 

OFF 

ON 

ON 

ON 

ON

Table 3-4

P3 

Oscillating 

Oscillating  Rotate 

Rotate  Rotate  Front 

Oscillating  Rear

Switches  Intersection*  Front 

175 

120 

90 

Flashing  Rear 

Flashing

(S1) 

 

 

FPM 

FPM 

FPM

P3C  

OFF 

OFF 

OFF 

OFF 

ON 

ON 

ON 

ON

P3B  

OFF 

OFF 

ON 

ON 

OFF 

OFF 

ON 

ON

P3A  

OFF 

ON 

OFF 

ON 

OFF 

ON 

OFF 

ON

* Factory Setting

Summary of Contents for SMART VECTOR SL

Page 1: ...us injury or death to you or others I GENERAL The Smart Vector SL warning system is a full featured programmable halogen LED warning light system V shaped construction lets the Smart Vector SL warning system maximize light warning efficiency at crucial 45 angles The LED pods are two tier with the wide angle Solaris LEDs positioned to provide 360 coverage The warning system s two Smart Pods are pre...

Page 2: ...1A 1A 1A 1A 1A 1A 1A 1A 1A 20 COND 22AWG CABLE 40 A SM EXT SS2000 8 SM EXT SS2000 7 SM EXT SS2000 6 SM EXT SS2000 5 SM EXT SS2000 4 SM EXT SS2000 3 SM EXT SS2000 2 SM EXT SS2000 1 SMC BLUE SMC GRAY SMC YELLOW SMC VIOLET SMC ORANGE SMC GREEN SMC BROWN SMC WHITE 290A5310 01 POWER IGN BATTERY GROUND Figure 3 1 NOTE All the lightbar functions can be activated by applying 12VDC to the appropriate contr...

Page 3: ...switch is held down the Smart Pod s will continue to step left until the switch is released H Jog Right Applying 12VDC via a user supplied momen tary switch to the black wire while alleys or takedowns are illuminated will cause the Smart Pod s to step to the right If the switch is pressed and released the Smart Pod s will jog right one step If the switch is held down the Smart Pod s will continue ...

Page 4: ... module in POD 1 will flash the selected pattern number The lightbar will stop momentarily then operate in the selected pattern Each time 12VDC is momentarily ap plied the pattern number will advance When the last available pattern number is reached the next momen tary application of 12 VDC will select the first available pattern C If patterns assigned to the other mode inputs are to be changed ap...

Page 5: ...input 3 Slide Switch 3 Front LED module POD 1 the upper LED module POD 1 rear LED mod ule POD 1 and the Smart Pods will operate according to the stored program input F Remove 12VDC from the WHT BLK control wire Momentarily re apply 12VDC to the WHT BLK control wire and the Smart Pods will advance to the next program input Each time 12VDC is momentarily applied to the WHT BLK control wire the progr...

Page 6: ...o prevent permanent eye damage do not stare into the light beam at close range After Installation check the entire system to be sure the lights are flashing properly and all light system functions are operating properly SAFETY MESSAGE TO OPERATORS WARNING People s lives depend on your safe use of our products Listed below are some im portant safety instructions and precau tions you should follow A...

Page 7: ...Excessive tightening of the Torx head screws will damage the screws D Replace the dome and secure with the previ ously removed Torx head screws 7 5 2 SMART POD SERVICING See figure 5 2 A Remove and retain the two Torx head screws which secure the dome to the pod Carefully remove the dome and set it aside B To gain access to the motor proceed as fol lows 1 Remove and retain the screws which se cure...

Page 8: ... electrical connector CAUTION Do not overtighten screws 3 Reassembly is the reverse Do not over tighten Phillips screws Use due caution when replacing screws in previously installed reflector assemblies to re engage the existing cut thread in the plastic reflector B Trioptic LED SignalMaster Removal and Installation 1 Remove the cover and SmartPod SignalMaster board as described in Section 5 3 A 2...

Page 9: ...g such as strong detergents solvents or petroleum products If crazing of domes does occur reliability of light for emergen cy purposes may be reduced until domes are replaced Ordinary cleaning of the plastic lenses can be accomplished by using mild soap and a soft rag Should fine scratches or a haze appear on a lens they can best be removed with a specialty plastic cleaner polish such as Plexus an...

Page 10: ...175716 Description Part Number Fuses Fuse 2 Amp Pico Fuse 148151 08 Fuse 2 Amp Automotive Blade 148A142 10 Fuse 5 Amp Automotive Blade 148A142 03 Fuse 15 Amp Automotive Blade 148A142 06 Fuse 20 Amp Automotive Blade 148A142 LED Pod Components PCB Assembly 2005272 1 to be replaced by 2005340 1 Reflector Assembly Amber Includes PCB 8654167 12 Reflector Assembly Blue Includes PCB 8654167 13 Reflector ...

Page 11: ...18 C46 SR J19 C47 C42 D19 D18 C43 D20 R53 SIGMAST INPUTS FSB C48 J20 U10 R47 C44 R48 C45 MAIN PROG J21 R50 JP7 R49 R54 D22 C50 C24 R33 R32 D17 D12 D14 D15 D11 D16 U6 D7 D5 D6 D8 D9 C38 R42 C34 D13 R43 C39 C35 R36 C29 R37 C30 R31 R17 R18 C22 C16 C23 C17 R25 C11 R26 C12 R35 R34 C37 R45 C41 R44 C40 C36 R39 R38 C31 C32 1 U7 R24 D3 C25 C19 C18 C26 R28 C14 R27 C13 JP6 Y1 C15 C27 C9 R23 R16 PATTERN INPUT...

Page 12: ......

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