RM36D0EC _51 Engine / Hybrid System _083060 M20D-FKS FUEL _0403642 FUEL SENDER GAUGE ASSEMBLY G

M20D-FKS FUEL  FUEL SENDER GAUGE ASSEMBLY  INSPECTION  


PROCEDURE

Hide 83320 1.INSPECT FUEL SENDER GAUGE ASSEMBLY

CAUTION:

Perform the inspection in a well-ventilated area.

Do not perform the inspection near an open flame.


a.

Check that the float moves smoothly between F and E.


b.

Check the fuel sender gauge assembly voltage.

i.
A315527C01
0.063,0.063 0.375,0.219 0.313,0.156 10 false *a 1.646,2.49 1.958,2.646 0.313,0.156 10 false *b
*a Component without harness connected
(Fuel Sender Gauge Assembly)
*b Voltage Applied between Terminals


Apply 5 V between terminals 2 and 3.

NOTICE:
·

Be careful when connecting the leads, as the fuel sender gauge assembly may be damaged if the leads are connected to the wrong terminals.

·

Do not apply more than 6 V to terminals 2 or 3.



HINT:

If a stable power supply is not available, connect 4 nickel-metal hydride batteries (1.2 V each) or equivalent in series.



ii.
A434642
0.583,3 1.333,3 true 0.5,4.344 0.917,4.344 true 1.427,0.125 1.74,0.281 0.313,0.156 10 false *a 0.469,2.906 0.625,3.104 0.156,0.198 10 false F 0.375,4.25 0.531,4.448 0.156,0.198 10 false E
*a Component without harness connected
(Fuel Sender Gauge Assembly)


Measure the voltage according to the value(s) in the table below.

Standard Voltage:
Tester Connection Float Level Specified Condition
1 - 2 F 4.255 to 4.605 V*
Between F and E 0.345 to 4.605 V* (Gradually changes)
E 0.345 to 0.695 V*


*: The output voltage changes depending on the voltage applied to the terminals.

Output voltage (F) = (0.851 x Voltage applied to terminals) to (0.921 x Voltage applied to terminals)

Output voltage (E) = (0.069 x Voltage applied to terminals) to (0.139 x Voltage applied to terminals)

If the result is not as specified, replace the fuel sender gauge assembly.



Hide 83320B 2.INSPECT NO. 2 FUEL SENDER GAUGE ASSEMBLY

CAUTION:

Perform the inspection in a well-ventilated area.

Do not perform the inspection near an open flame.


a.

Check that the float moves smoothly between F and E.


b.

Check the No. 2 fuel sender gauge assembly voltage.

i.
A315527C01
0.063,0.063 0.375,0.219 0.313,0.156 10 false *a 1.646,2.49 1.958,2.646 0.313,0.156 10 false *b
*a Component without harness connected
(No. 2 Fuel Sender Gauge Assembly)
*b Voltage Applied between Terminals


Apply 5 V between terminals 2 and 3.

NOTICE:
·

Be careful when connecting the leads, as the fuel sender gauge assembly may be damaged if the leads are connected to the wrong terminals.

·

Do not apply more than 6 V to terminals 2 or 3.



HINT:

If a stable power supply is not available, connect 4 nickel-metal hydride batteries (1.2 V each) or equivalent in series.



ii.
A434643
2.396,2.854 2.896,2.854 true 2.667,4.417 3,4.417 true 1.313,0.146 1.625,0.344 0.313,0.198 10 false *a 3.052,4.323 3.292,4.51 0.24,0.188 10 false E 2.948,2.771 3.188,2.958 0.24,0.188 10 false F
*a Component without harness connected
(No. 2 Fuel Sender Gauge Assembly)


Measure the voltage according to the value(s) in the table below.

Standard Voltage:
Tester Connection Float Level Specified Condition
1 - 2 F 4.255 to 4.605 V*
Between F and E 0.345 to 4.605 V* (Gradually changes)
E 0.345 to 0.695 V*


*: The output voltage changes depending on the voltage applied to the terminals.

Output voltage (F) = (0.851 x Voltage applied to terminals) to (0.921 x Voltage applied to terminals)

Output voltage (E) = (0.069 x Voltage applied to terminals) to (0.139 x Voltage applied to terminals)

If the result is not as specified, replace the No. 2 fuel sender gauge assembly.