background image

 

 

5.

 

The current maximum RPM setting for this parameter 
will be flashed by the LED’s. 

6.

 

Use the +/-  buttons or 4-digit keypad numerical entry 
method to set a new RPM value for the VARIABLE 
UPPER LIMIT. 

 
7.

 

Turn the Potentiometer such that the minimum voltage 
is present on Terminal F. 

 
8.

 

Access Menu 1 (LED 1). 

 
9.

 

Press the 7 button to access the VARIABLE LOWER 
LIMIT parameter. This step also causes the IGC700 to 
remember the potentiometer’s minimum position.  At 
this point the Bar Graph should display a lower RPM 
than it did for the maximum position. 

 
10.

 

The current minimum RPM setting will be flashed by 
the Bar Graph. 

 
11.

 

Use the +/-  buttons or 4-digit keypad entry numerical 
entry method to enter a new value for the VARIABLE 
LOWER LIMIT. 

 

Crank Termination Setting 

 

 This parameter must be set higher than the maximum 
cranking speed (RPM).  This helps the IGC700 to determine 
if the engine is cranking or running.  Otherwise the IGC700 
will invoke its Speed Control algorithms instead of its 
Starting Fuel algorithms during the starting cycle.  When the 
IGC700 is in the RUN mode (the SETUP LED will be 
steady on), the LED labeled ‘DERIVATIVE’ illuminates as 
an indicator to notify you that the IGC700 is in the Start 
cycle.  Once the engine is running, the LED labeled ‘GAIN’ 
illuminates indicating the IGC700 is in the Engine Running 
mode and is therefore invoking the Speed Control 
algorithms.  If you are attempting to start the engine and you 
notice the Gain LED lighting you may need to increase the 
Crank  Termination Setting. To increase the Crank 
Termination Setting: 
 
1.

 

Gain access to MENU 2 (Press and release the MENU 
button until Menu 2 is active). 

 
2.

 

Press the 7 button to select the CRANK 
TERMINATION parameter.  The Bar Graph will flash 
the present RPM value for this parameter. 

 
3.

 

Enter the desired RPM value as a four-digit  number.  
For example, 275 RPM would be entered as 0,2,7,5 and 
press ENTER.  After pressing the Enter button, the Bar 
Graph will flash the new setting for CRANK 
TERMINATION. 

 

Saving IGC700 Settings 

 

Press and Hold the RUN button until the RUN/SETUP LED 
stops flashing.  This causes the IGC700 to save all settings 
into permanent memory.  Without doing this all settings will 
be lost when the IGC700 is turned off.  The IGC700 will now 
be in RUN mode, which is verified by a steady RUN/SETUP 
LED.  
 

Advanced Configuration 

 
Additionally, there is a group of Advanced Configurations that 
do not necessarily need to be preset for basic engine operation.  
These are listed below.  (Their factory default states should 
not hamper basic operation.) 
 
1.

 

Staring Fuel Inhibitor control. (SFI is disabled per factory 
configuration.) 

 
2.

 

Speed Ramping for acceleration and deceleration rates.   

 
3.

 

Droop settings (All Droop settings are preset to 0%). 

 

Starting Fuel Inhibit Control 

 

This parameter gradually increases the amount of fuel during 
the engine start cycle, which eliminates unnecessary smoke.   
The higher the setting the more time it takes to reach full fuel. 

 
1.

 

Enter SETUP mode. 

 
2.

 

Enter the START FUEL RAMP parameter. (Press and 
release the MENU button until MENU 0 is active, then 
press the 6 button). 

 
3.

 

Use the +/- buttons to adjust the Bar Graph.   

 

Starting Fuel Preset Point 

 

This parameter determines how much fuel to begin with 
before fuel ramping engages. 
 
1.

 

You must be in SETUP mode. 

 
2.

 

Enter the START FUEL BEGIN POINT parameter. 
(Press and release the MENU button until MENU 1 is 
active then press the 6 button). 

 

Tip:

  The Engine should start more quickly as this value is 

decreased.  Therefore a value of zero will not restrict any 
fuel.

 

Tip:

  You may have to press the + or - button several times 

before you will see any change in Bar Graph LED’s.  This 
is due to the fine-tune resolution between LED indicators.   

 

Содержание IGC700 Series

Страница 1: ...low through GAC s SmartView software With this greater flexibility conditions like Low Air Pressure Low Oil Level Low Coolant Level and Door Open can be configured and monitored with the proper sensor...

Страница 2: ...2 Diagram 1...

Страница 3: ...re for more information Fuel Solenoid Connect the Fuel Solenoid to Terminal F The second wire of the Fuel Solenoid is connected the negative of the Battery Variable Speed Potentiometer Although a 2k 1...

Страница 4: ...access the various parameters available you must first be in SETUP mode Once in SETUP mode choose which MENU you need access to and then press the number button on the keypad that corresponds to the...

Страница 5: ...o choose from These menus correspond to LED 0 LED 1 LED 2 LED 3 LED 4 and LED 5 respectively 5 Next press the numeric button on the keypad for the parameter you want to access For example pressing the...

Страница 6: ...age from 0 to 100 Pressing the arrow buttons increases or decreases the value You may have to press the button several times to illuminate the next LED This is due to the difference in resolution betw...

Страница 7: ...ED 0 Droop Overspeed Start Fuel Begin Point Menu 1 LED 1 Input P Trip Point Input R Trip Point Menu 2 LED 2 ON Input P Delay Input R Delay Menu 3 LED 3 Input Q Trip Point Input S Trip Point Menu 4 LED...

Страница 8: ...s R S according to one of the four settings shown in Table 1 on page 3 If you have selected Variable Speed mode then skip over Fixed Speed Operation and go directly to Variable Speed Operation below F...

Страница 9: ...RPM value for this parameter 3 Enter the desired RPM value as a four digit number For example 275 RPM would be entered as 0 2 7 5 and press ENTER After pressing the Enter button the Bar Graph will fla...

Страница 10: ...de indicated by the RUN SETUP LED being steady ON OPERATING AND TUNING Verify Settings Before starting the engine with the IGC700 connected please follow the steps listed below 1 Apply power but do no...

Страница 11: ...o adjust the Derivative parameter Range Setting This function will double or triple the Gain and Stability parameter ranges by reducing the resolution This is useful when large amounts of gain and sta...

Страница 12: ...n 70mA max continuous plus actuator current Actuator Current Range 25o C 77 F Inductive Load Max 10 Amps continuous Speed Sensor Signal 0 5 120 Volts RMS Discrete Outputs Alarm AUX Sink up to 500mA 25...

Страница 13: ...LED should turn off If it doesn t that means the Overspeed limit was exceeded during starting Recheck Flywheel Teeth Overspeed and Speed settings Cycling the power on the IGC will remove the Overspeed...

Страница 14: ...t starting may be due to an extremely long fuel ramp This can be disabled by Entering Setup mode and accessing the Starting Fuel Function Menu 0 Button 6 Next enter 0 0 0 0 and press ENTER This enters...

Страница 15: ...MINIMUM RPM SPEED MENU 1 Button 7 When doing this you should also verify the Bar Graph displays a higher reading for MAX RPM SPD than for MIN RPM SPD Make sure the FLYWHEEL TEETH parameter is correct...

Страница 16: ...ameter L8 Gain Stability Derivative These LED s will come on individually when their respective parameters are being accessed for adjustment The Derivative LED also lights during the Cranking Cycle L9...

Страница 17: ...Not Used Not Used Not Used 5 Flywheel Teeth Overspeed Input P Trip Point Input P Delay Input Q Trip Point Input Q Delay 6 Start Fuel Ramp Start Fuel Begin Point Input R Trip Point Input R Delay Input...

Страница 18: ...18 December 2003 PTI1061 Rev XA Preliminary...

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