ARMY TM  5-6115-612-34 MARINE CORPS TM 6115-34/8 AIR FORCE TO 35C2-3-471-2 NAVY AG-320B0-MME-000 10-2.  ENGINE ELECTRONIC CONTROL a   freauency   between   0   and   200   Hz   and   adjust MODULE  (EECM).  (cont.) millivolt   source   to   .96   to   1.20   millivolts. (b)   Move   MASTER   SWITCH   to RUN  position.  All  lights  should  be  off. (b)   Move   MASTER   SWITCH   to RUN  position.  All  lights  should  be  off. NOTE NOTE Read   step   (c)   completely   before   per- forming  step  (c). Read   step   (c)   completely   before   perform- ing step (c). (c)   Move   MASTER   SWITCH   to (c)   Move   MASTER   SWITCH   to START    position. The   STARTER   light   should come  on. Quickly   increase   function   generator   to START  position. The   STARTER   light   should a   frequency   between   2900   and   3200   Hz   before come  on. Quickly   increase   function   generator EECM   timeout. During   frequency   increase, to  a  frequency  between  2900  and  3200  Hz  before IGNITION  and  FUEL  Iights  will  come  on  and  then EECM   timeout. During    frequency    increase STARTER  and  IGNITION  lights  will  go  off.  The IGNITION  and  FUEL  Iights  will  come  on  and  then FUEL  light  should  remain  on.  This  should  happen STARTER   and   IGNITION   lights   will   go   off.   The between 1965 and 2059 Hz. FUEL  light  should  remain  on.  This  should  happen between 1965 and 2059 Hz. (d)   Increase   function   generator frequency   slowly   until   READY   TO   LOAD   light (d)   Increase   function   generator comes   on   and   FUEL   light   should   remain   on. frequency   slowly   until   READY   TO   LOAD   light This should happen between 3287 to 3421 Hz. comes   on,   FUEL   light   should   remain   on.   This shouId happen between 3287 to 3421 Hz. (e)   Move CONTACTOR   switch momentarily to the CLOSED position. CONTACT- (e)   Move CONTACTOR   switch OR ENABLE light should come on. momentarily  to  the  CLOSED  position  CONTACT- OR  ENABLE  light  should  come  on. (f)   Move   OVERVOLT   switch   to   ON position.   The   OVERVOLT   light   should   come   on (f)   Move   OVERTEMP   switch   to   ON and all other lights should go off. position.  The  GEN  OVERTEMP  light  should  come on and all other lights should go off. (g)   Move   OVERVOLT   switch   to OFF   position.   The   OVERVOLT   light   should (g)   Move   OVERTEMP   switch   to remain on. OFF  position.  The  GEN  OVERTEMP  light  should remain on. (h)  Move  MASTER  SWITCH  to  OFF (h)   Move   MASTER   SWITCH   to position.  All  lights  should  go  off. OFF  position.  All  lights  should  go  off. (i)   Any   discrepancy   noted   during the   above   procedure,   Refer   to   Table   2-4,   Mal- (i)   Any   discrepancy   noted   during function   8. the  above  procedure,  Refer  to  Table  2-4,  Mal- function   8. (15)   Generator   overload   fault   test. (14)  Generator  overvoltage  fault  test. (a)   Adjust   function   generator   to   a frequency   between   0   and   200   Hz   and   adjust (a)   Adjust   function   generator   to millivolt  source  to  .96  to  1.20  millivolts. 10-14.1