P/N 0 P/N 0H0 TO PUMP ONTROLLER T- T- T- FPDP GEN II S P/N 0G SS P/N 0G P/N 0G ORD LED U(PIN) T- LED T- T- T- T- T- T-0 T-0 T-0 T-0 T-0 T-0 T- T- T-0 T-0 K U(P) T-0 LED K U(P0) LED K U(P) LED K U(P) LED 0 P/N EM ORD TT J *NOTE* SEE SHEET FOR ETTER VIEW OF IRUITS EM + SEE SHEET T +.V UTO MODE LED UTO/MNUL UTTON MNUL MODE LED TO OVERLY EM LED EM OR UTTON RNK TT RNK TT RESET / STOP UTTON EM LED 0 TO LD TOUHSREEN X LEFT Y OTTOM X RIGHT Y TOP VUS US D- D+ TO LD 0 PIN FLEX LE HERTET LED 0 D U(P0) K0 U(P) K U(P) LED LED K U(P) K U(P) LED K U(P) LED K U(P) LED LED K LED K U(P) U(P) D D LED JP P/N 0J RNK TT 0 J EM SEE SHEET S T +.V K U(PIN) LED U(PIN) U(PIN) LED HERTET LED U(PIN) U(PIN) P/N 0G DISPLY ORD U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) N GND U() U() U(PIN) U(PIN) U(PIN) U(NH) U(NL) R R JP 0 P/N 0G RS SHIELD RS + RS - MG PIK-UP SL SD J + J - J SHIELD JP 0 SL SD K U(P0) OR U(PIN) U0G IN OM OUT LED K K U(P0) U(P) D LED 0 LED KEY / FSO OVERRIDE SWITH LED K U(P) K U(P) OR U(PIN) LED U(P) U(P) LED LED U(P) LED 0 LED U(P) K U(P) U (PIN) D D0 D D LED JP 0 0 RNK LTERNTOR EXITE ONFIGURLE INPUT ONFIGURLE INPUT ONFIGURLE INPUT SO RELY RS + RS - VRILE SPEED PRESSURE TRNSDUER + VRILE SPEED PRESSURE VRILE SPEED PRESSURE TRNSDUER GND 0 TTERY ISOLTOR 0 VRILE SPEED ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT SO RELY RS SHIELD RS + RS - LT + D P/N 0G0 EM SWITH ORD K ENGINE STOP RF U (PIN) OOLING LOOP PRESSURE TRNSDUERS V SUPPLY OOLING LOOP PRESSURE PRE J 0 PIN - ENGINE I/O J 0 PIN - EM J 0 PIN - EM J(PIN) J(PIN) TO RELY OILS K,K,K,K,K, K,K,K,K,K,K,K,K,K, K,K0,K,K ND K ON SHT &. J(PIN) J(PIN) J(PIN) J(PIN) J(PIN) J(PIN) K0 K K K K K K **SEE SHEETS & FOR REMINDER OF EM SWITH ORD SHEMTI** J(PIN) & J(PIN) J(PIN) & J(PIN) J(PIN) & J(PIN) J J 0 P/N 0G0 J SHIELD J - J + KEYSWITH EM ENLE INREMENT DEREMENT EM RETURN S DILE S DILE JP 0 K0 U(P) LED K U(P) LED LED EM OVERRIDE SWITH K LED K U(P) U(P0) LED K U(P) LED LED U (PIN) U (PIN) U (PIN) U (PIN) U (PIN) JP OOLING LOOP PRESSURE T OOLING LOOP TEMP FSO + OIL PRESSURE OOLNT TEMP RW WTER SOLENOID + MG PIK-UP + MG PIK-UP - J0 + J0 - J0 + J0 - + J + J - 0 G F D E PIN DIGNOSTI OOLING LOOP RW WTER SOLENOID MG PIK-UP J J + J - J SHIELD N (ENERGIZE TO RUN) SEE SHEET KEYSWITH EM ENLE J SHIELD J - J + TO DDITIONL SWITH ORDS UTO D
P/N 0J EM D + G + SEE SHEET J+ H J + J- J SHIELD J J - PIN EM INTERONNET SEE SHEET SEE SHEET E KEYSWITH P/N 0G0 EM SWITH ORD SHT (K) SHT (K) SHT (K) SHT (K) KEYSWITH INREMENT DEREMENT EM RETURN J INREMENT DEREMENT IS ON PIN EM INTERONNET SHT (J PIN ) SHT (J PIN ) SHT (J PIN ) J - J + J SHIELD J - J + J SHIELD IS 0 OHM UTO D
NO SO OPTION WITH UP TO SWITHED INPUTS 0 ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT *ONNETS TO ONNETOR ON SHEET * ONFIG SWITH INPUT ONFIG SWITH INPUT ONFIG SWITH INPUT WIRE HRNESS ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT 0 OPTION WITH NO SO J P/N JP JP P/N ORD D D LED HERTET LED K U(P) LED K U(P) LED 0 K U(P) LED K U(P0) LED U(P0) ENERGIZE TO STOP INPUT SWITH SWITH SWITH SWITH T- T- T- T- T- T- SS P/N RS SHIELD RS + RS - *ONNETS TO ONNETOR ON SHEET * ONFIG SWITH INPUT ONFIG SWITH INPUT ONFIG SWITH INPUT 0 TEMPERTURE TEMPERTURE TEMPERTURE PRESSURE PRESSURE PRESSURE JP R U() U() SW U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) DROP DROP DROP 0 K U(P) K U(P) K0 LED K U(P) LED K U(P) LED K LED K U(P) LED K U(P) LED K LED K U(P) LED 0 K U(P0) LED K LED LED LED TEMPERTURE TEMPERTURE TEMPERTURE EXHUST TEMPERTURE PRESSURE PRESSURE PRESSURE T- T- T-0 T- T- T- T- T- T- T- USTOMER ONNETIONS U(PIN) U(P) U(P) U(P) U(P) SWITH SWITH SWITH SWITH 0 0 D D D D U(PIN) U(P) LED U(P) LED U(P) LED U(P) LED + - JP U U(PIN) T- T- T-0 T- T- TYPE K THERMOOUPLE EXHUST TEMPERTURE UTO D
SO OPTION WITH UP TO SWITHED INPUTS 0 ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT SO RELY RS SHIELD RS + RS - *ONNETS TO ONNETOR ON SHEET * SO LIMIT SWITH SO LIMIT SWITH SO RELY R R SO RELY R R ONFIG SWITH INPUT 0 a 0 a SO VLVE SO VLVE WIRE HRNESS ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT ONFIGURLE SWITH INPUT SO RELY 0 OPTION WITH SO J P/N JP JP P/N ORD D D LED HERTET LED K U(P) LED K U(P) LED 0 K U(P) LED K U(P0) LED U(P0) ENERGIZE TO STOP INPUT SWITH SWITH SWITH SWITH T- T- T- T- T- T- SS P/N RS SHIELD RS + RS - *ONNETS TO ONNETOR ON SHEET * SO LIMIT SWITH R R SO RELY 0 a SO VLVE SO LIMIT SWITH R R SO RELY 0 a SO VLVE ONFIG SWITH INPUT 0 TEMPERTURE TEMPERTURE TEMPERTURE PRESSURE PRESSURE PRESSURE JP R U() U() SW U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) U(PIN) DROP DROP DROP 0 K U(P) K U(P) K0 LED K U(P) LED K U(P) LED K LED K U(P) LED K U(P) LED K LED K U(P) LED 0 K U(P0) LED K LED LED LED TEMPERTURE TEMPERTURE TEMPERTURE EXHUST TEMPERTURE PRESSURE PRESSURE PRESSURE T- T- T-0 T- T- T- T- T- T- T- USTOMER ONNETIONS U(PIN) U(P) U(P) U(P) U(P) SWITH SWITH SWITH SWITH 0 0 D D D D U(PIN) U(P) LED U(P) LED U(P) LED U(P) LED + - JP U U(PIN) T- T- T-0 T- T- TYPE K THERMOOUPLE EXHUST TEMPERTURE UTO D
P/N 0J RNK TTERY ISOLTOR LTERNTOR LTERNTOR EXITE + GND RNK S STRTER + GND P/N EM ORD 0 0 P/N 0 T T ENGINE LOK T- T- T- UTO D