All this information is collected from the Energica owner manuals. Most of it is from the original EVA unless stated differently. Not much that changed anyway. EMCE motors require less service, no details on that or on Experia setup available ATM.

Energica Torque, tyre, chain and oil specs

Probably the most referenced details so I’ve put this up front. These are identical for all models. Images from original EVA owners manual.

Chain free play should be aimed at 30mm measured in the center of the chain between lowest and highest position.

Chain type: Regina 15/44 525 O-Ring-Chain

Tyre pressure front and back should be 2.9 bar or 290 kPa or 42 psi. Tyre sizes are 120/70 ZR 17 front and 180/55 ZR 17 rear.

Liquid specifications and levels see images below. Also this is for non EMCE motors, EMCE might be different. Check your owner manuals to be sure.

Most important torque specs are 60 Nm or 44,3 ft.lb front axle and 70 Nm or 51,6 ft.lb rear axle. Update: 2021 models show 80 Nm for rear axle. While changing tyres I also needed the following: Front axle pinch bolts: 15 Nm, Front caliper bolts 40 Nm, rear break caliper bolts 30 Nm. For others see image above.

Low voltage (12V) fuses are listed below. TODO add high voltage fuse details here. Looks like that is not in the owners but in the service manual.

Light bulb details listed below. Since these are LED it’s very unlikely you’ll ever need to replace these. Unless you’ve hit them with something.

Energica specific error codes

Hopefully you don’t encounter these but if you do it might be usefull to be able to translate a code to something more readable. Not that all descriptions are that clear but it’s a start.

A software reset can be performed manually hoping to clear these. If you do so and the CEL (check engine light) was on it likely also needs a few toggles of the ignition key (without the error appearing) for that to be reset.

Software reset sequence: press mode and menu button at the same time for 5 seconds. The bike will restart once completed.

These are the known error codes, source https://energica.multivitamin.wtf/en/diagnostic-codes and owner manuals.

P0562	VU MAIN SUPPLY UNDERVOLTAGE
P0563	VCU MAIN SUPPLY OVERVOLTAGE
P1010	HV+ CONTACTOR SHORT CIRCUIT
P1011	HV+ CONTACTOR OPEN CIRCUIT
P1013	HV+ CONTACTOR ERROR
P1018	HV- CONTACTOR SHORT CIRCUIT
P1019	HV- CONTACTOR OPEN CIRCUIT
P1021	HV- CONTACTOR ERROR
P1025	PRECHARGE SEQUENCE FAILED
P0A08	PSU OVER MAXIMUM TEMPERATURE
P0A10	PSU OUTPUT TOO HIGH
P0A09	PSU OUTPUT TOO LOW
P1028	12V CIRCUIT ABNORMAL LOAD
C1000	LEAK DETECTED BETWEEN HV CIRCUIT AND CHASSIS
C1001	LEAK DETECTED BETWEEN CHASSIS AND HV+ RAIL
C1002	LEAK DETECTED BETWEEN CHASSIS AND HV- RAIL
P2504	CHARGER DC OVERVOLTAGE SHUTDOWN
P2503	CHARGER DC UNDERVOLTAGE SHUTDOWN
P1034	CHARGER DSP SPI COMMUNICATION ERROR
P1035	CHARGER AC OVERVOLTAGE SHUTDOWN
P1036	CHARGER AC UNDERVOLTAGE SHUTDOWN
P1037	CHARGER HIGH TEMPERATURE SHUTDOWN (PRIMARY OR SECONDARY)
P1038	CHARGER LOW TEMPERATURE SHUTDOWN
P1039	TRANSFORMER FAILURE. UNABLE TO PROVIDE POWER.
P1040	CHARGER FAN OPEN CIRCUIT FAULT
P1041	CHARGER FAN SHORT CIRCUIT FAULT
P1042	CHARGER FAN LOCKED
B1000	POSITION LIGHTS OPEN CIRCUIT FAULT
B1001	POSITION LIGHTS SHORT CIRCUIT FAULT
B1002	STOP LIGHTS OPEN CIRCUIT FAULT
B1003	STOP LIGHTS SHORT CIRCUIT FAULT
B1004	LEFT INDICATOR OPEN CIRCUIT FAULT
B1005	LEFT INDICATOR SHORT CIRCUIT FAULT
B1006	RIGHT INDICATOR OPEN CIRCUIT FAULT
B1007	RIGHT INDICATOR SHORT CIRCUIT FAULT
B1008	INDICATOR LIGHTS CONTROL BLOCK FAULT
B1009	LOW BEAM OPEN CIRCUIT FAULT
B1010	LOW BEAM SHORT CIRCUIT FAULT
B1011	LOW BEAM UNDEFINED FAULT
B1012	HIGH BEAM OPEN CIRCUIT FAULT
B1013	HIGH BEAM SHORT CIRCUIT FAULT
B1014	HIGH BEAM UNDEFINED FAULT
P0120	THROTTLE FAULT (physical Error)	X
P0121	THROTTLE FAULT (logic error)	X
P0A07	WATER PUMP OPEN CIRCUIT FAULT
P0A06	WATER PUMP SHORT CIRCUIT FAULT
P0A05	WATER PUMP LOCKED
C1005	LOCKING DEVICE PROBLEM
C1006	CM-VEHICLE COMUNICATION ERROR
C1007	CM INTERNAL ERROR
C1008	EVSE EMERGENCY SHUTDOWN
C1009	QCA ERROR
C1010	PROTOCOL ERROR
C1011	CM APPLICATION LAYER ERROR
C1012	SLAC PROCES ERROR
P0500	FRONT WHEEL SPEED SENSOR FAILURE
P2158	REAR WHEEL SPEED SENSOR FAILURE
P2158+P0500	P0500 FRONT AND REAR WHEEL SPEED SENSORS FAILURE
P2162	WHEEL SPEED SENSOR COHERENCY FAILURE
P1031	CHARGER DC CONNECTION FAILURE
P1012	HV+ CONTACTOR WELDED
P1020	HV- CONTACTOR WELDED FAULT
P1014	FCHG CONTACTOR SHORT CIRCUIT
P1015	FCHG CONTACTOR OPEN CIRCUIT
P1016	FCHG CONTACTOR WELDED CIRCUIT
P1017	FCHG CONTACTOR ERROR
P1022	CHARGE CONTACTOR SHORT CIRCUIT
P1023	CHARGE CONTACTOR OPEN CIRCUIT
P1024	POSSIBLE CONTACTOR FAULT
P1026	PRECHARGE SEQUENCE FAILED – PRECHARGE CONTACTOR SHORT CIRCUIT
P1027	PRECHARGE SEQUENCE FAILED – PRECHARGE CONTACTOR OPEN CIRCUIT
C1003	UNSPECIFIED CM ERROR
C1004	CP LINE PROBLEM OR EVSE NOT COMPATIBLE
C1013	AC LINE ERROR
C1014	UNCLASSIFIED CM ERROR
C1015	FAST CHARGE NOT PRESENT
C1017	ASSET MODULE – RUN
P1000	BATTERY PACK UNDERVOLTAGE
P1001	BATTERY PACK OVERVOLTAGE
P1002	BATTERY PACK UNDER TEMP
P1003	BATTERY PACK OVER TEMP
P0514	ERROR READING TEMPERATURE	X
P1049	DRIVE TEMPERATURE TOO HIGH	X
P1030	CELL UNDERVOLTAGE VCU ALARM
P1043	MAIN FUSE BLOWN
P1044	CELL OVERVOLTAGE VCU ALARM	X
P0516	BMS TEMPERATURE SENSOR SHORT CIRCUIT FAULT	X
P0517	BMS TEMPERATURE SENSOR OPEN CIRCUIT FAULT	X
P1005	ERROR READING VOLTAGE	X
P1008	BMS MISREADING VOLTAGE	X
P1006	ERROR READING VOLTAGE + BMS CELL UNDERVOLTAGE ALARM	X
P1009	BMS MISREADING VOLTAGE + BMS CELL OVERVOLTAGE ALARM	X
U0110	DRIVE GENERIC ERROR	X
U0111	BMS INTERNAL COMMUNICATION PROBLEM	X
U0112	BMS BCMU LMU COMMUNICATION PROBLEM	X
P1032	CHARGER CONTROL TIMEOUT SHUTDOWN. NO CONTROL FRAME RECEIVED WITHIN 1000ms.
U1000	LOW LEVEL SAFETY ERROR
P2637	TORQUE FEEDBACK ERROR
U0028	VDB BUS OFF
U0037	DTB BUS OFF
U0031	VDB BUS OFF
U0034	VDB BUS OFF
U0040	DTB BUS OFF
U0043	DTB BUS OFF
U0412	BMS STATUS ERROR
U0121	ABS TIMEOUT COMMUNICATION ERROR
U0182	LOW BEAM MODULE COMMUNICATION ERROR – MODULE NOT RESPONDING
U0182	HIGH BEAM MODULE COMMUNICATION ERROR – MODULE NOT RESPONDING
P0117	MOTOR COOLANT TEMPERATURE CIRCUIT LOW (SHORT CIRCUIT)	X
P0118	MOTOR COOLANT TEMPERATURE CIRCUIT HIGH (OPEN CIRCUIT)	X
P0298	MOTOR OIL OVER TEMPERATURE	X
P0A02	DRIVE COOLANT TEMPERATURE CIRCUIT LOW (SHORT CIRCUIT)	X
P0A03	DRIVE COOLANT TEMPERATURE CIRCUIT HIGH (OPEN CIRCUIT)	X
P0335	MOTOR POSITION ERROR	X
P1053	LOW LEVEL SAFETY ERROR
P0610	LOW LEVEL SAFETY ERROR (uC Parameter error)
P1054	LOW LEVEL SAFETY ERROR (uS Parameter error)
P0601	LOW LEVEL SAFETY ERROR
P1055	LOW LEVEL SAFETY ERROR
P1063	LOW LEVEL SAFETY ERROR
P1056	LOW LEVEL SAFETY ERROR
P0603	LOW LEVEL SAFETY ERROR (watchdog error)
P1057	LOW LEVEL SAFETY ERROR
P1058	LOW LEVEL SAFETY ERROR
P2641	LOW LEVEL SAFETY ERROR	X
P1059	LOW LEVEL SAFETY ERROR
P1060	LOW LEVEL SAFETY ERROR
P1061	LOW LEVEL SAFETY ERROR
P1062	LOW LEVEL SAFETY ERROR
C1018	CURRENT SET POINT EXCEED BY EVSE
U0113	BMS DEAD LOCK	X
U0114	COHERENCY ERROR

Battery temperature and range color indications

The battery icon on the dash changes color based on these rules. Also the range left changes color.

Charge socket details

European bikes come with AC and DC type 2 socket. US bikes come with AC and DC type 1 socket.

Key Encoding and Spare Key details

Just remember not to use the orange key unless you know what you’re doing. Only green keys should be used for riding.

Energica Service Interval

My own bike is dealer serviced. The cost (and work) is very limited anyway. Below is the info from the original EVA manual. That is non EMCE. Note that this should be different for the EMCE motor and also for the all new Experia.

Energica Motorcycle Specifications

Original EVA, only available in 13.4 kWh version

Original EGO with 13.4 kWh battery and new 21.5 kWh version

Energica Eva SS9 13.4 and 21.5 kWh version

Energiva Eva Ribelle 21.5 kWh