Testing Procedure; Electrical Characteristics - Malaguti SPIDER MAX GT 500 Manual Diagnóstico

SPIDER MAX 500

13. TESTING PROCEDURE

This is a procedure very useful for a quick and reliable testing of the equipment inputs and the speedometer movement.
To access the procedure follow the rules indicated below:
• Disconnect the equipment from the motorcycle battery.
• Connect the testing cable to ground (line no. 23)
• Restore the connection to the battery.
At this point, the system performs a display check by switching on the pixels, not all together, but line by line (each line
made of 4 elements). When the testing is over, the system prompts the operator to insert the unit of measurement and,
after displaying the "Malaguti" logo and the motorcycle icon, shows the current speed and the total covered distance
(TOD). The functions cannot be scrolled and, every time that the button is pressed, the system checks for the operation
of the leds (all leds, except the immobilizer led) and the speedometer. The latest covers all the scale travel (from the zero
to the full scale value) and back. The testing routine ends when the equipment switches to the sleep mode. Whenever the
key switch is moved to the to "ON" position again, the system switches to the standard operation mode, even if the
testing cable is still connected to ground.

14. ELECTRICAL CHARACTERISTICS

General operating characteristics
Param. Characteristic
No.
PM1 Max. operating voltage
PM2 Operating temperature
PM3 Max power generated by PIN 16
PM4 Max power that can be applied to inputs
PM5 Max power that can be applied to outputs
General operating characteristics
Param. Characteristic
No.
PO1 Supply voltage
PO2 Operative Temperature
PO3 Power consumption on the "ON" position
with all the leds on (Battery voltage=12,5V)
PO4 Power consumption on the "ON" position
with all the leds on (Battery voltage=12,5V)
PO5 Power consumption in Sleep mode
(Battery voltage=12,5V)
(1) This parameter represents the minimum value of voltage that can be applied to the input without affecting the
equipment operation. When said value is reached the optoelectronics components of the system (warning leds and
backlight) are off.
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Ion_leds
19
Icon Min.
VMAX ¾
TSto -20
IHall
IInMax ¾
IoutMax ¾
Icon Min. Typ.
VDD 6.0 (1) 12,0
TOp -20 ¾
Ion ¾ ¾
¾ ¾
Islp ¾ ¾
12/04
A
Max Units
17 V
+85 °C
20 mA
20 mA
20 mA
Max Units
16.0 V
+80 °C
470 mA
120.2 mA
1 mA