So, da bin ich wieder...
mit der Einstellung des Displays auf BMS-S-LCD erhalte ich auf dem Display die Anzeige der Geschwindigkeit. Beim pedalieren wird der Motor angeschmissen, sogar entsprechend der unterstützungsstufe (1...5) aber nur im "Stotterbetrieb"... irgendwie so als versteht der FC den pas-sensor nicht richtig und schaltet mal zu und direkt wieder aus... (Es handelt sich um einen pas v5- analog, bei dem ich den Umwandler -->PWM abgezogen habe... ?????) Funktioniert der FC ggf. auch mit pasV5 analog ?(Anpassung pin ?)
Der serielle Monitor zeigt bei Einstellung BMS-S-LCD überhaupt nichts an.
Stelle ich um auf BMS-LCD3, dann erhalte ich keine Anzeige auf dem Display und auch ansonsten keine Reaktion, dafür spuckt der serielle Monitor zeilenweise Einstellungen aus, die sich aber nicht verändern, wenn ich pedaliere oder die Unterstützungsstufe umschalte...
Gleiches gilt für umschalten auf KM-J-LCD.
Gruß Strabe
anbei der Inhalt meiner config.h (BMS-S-LCD)
//created with Arduino Pedelec Configurator 1.35
//profile s1
#define HARDWARE_REV 20
#ifndef CONFIG_H
#define CONFIG_H
#if ARDUINO < 100
#include <WProgram.h>
#else
#include <Arduino.h>
#endif
#include "switches_action.h"
#define DISPLAY_TYPE_NONE (1<<0)
#define DISPLAY_TYPE_NOKIA_5PIN (1<<1)
#define DISPLAY_TYPE_NOKIA_4PIN (1<<2)
#define DISPLAY_TYPE_NOKIA (DISPLAY_TYPE_NOKIA_5PIN|DISPLAY_TYPE_NOKIA_4PIN)
#define DISPLAY_TYPE_16X2_LCD_4BIT (1<<3)
#define DISPLAY_TYPE_16X2_SERIAL (1<<6)
#define DISPLAY_TYPE_16X2 (DISPLAY_TYPE_16X2_LCD_4BIT|DISPLAY_TYPE_16X2_SERIAL)
#define DISPLAY_TYPE_BMS (1<<5)
#define DISPLAY_TYPE_BMS3 (1<<7)
#define DISPLAY_TYPE_KINGMETER_618U (1<<4)
#define DISPLAY_TYPE_KINGMETER_901U (1<<8)
#define DISPLAY_TYPE_KINGMETER (DISPLAY_TYPE_KINGMETER_618U|DISPLAY_TYPE_KINGMETER_901U)
#define DISPLAY_TYPE_BAFANG_C961 (1<<9)
#define DISPLAY_TYPE_BAFANG_C965 (1<<10)
#define DISPLAY_TYPE_BAFANG (DISPLAY_TYPE_BAFANG_C961|DISPLAY_TYPE_BAFANG_C965)
#define DISPLAY_TYPE DISPLAY_TYPE_BMS
const int serial_display_16x2_pin = 17;
const int serial_display_16x2_second_unused_pin = 16;
#define NOKIA_LCD_CONTRAST 190
#define DV_BATTERY
#define DV_GRAPHIC
#define DV_TIME
#define DV_ENVIRONMENT
#define DV_HUMAN
#define DV_ODOMETER
#define SERIAL_MODE_NONE (1<<0)
#define SERIAL_MODE_DEBUG (1<<1)
#define SERIAL_MODE_ANDROID (1<<2)
#define SERIAL_MODE_MMC (1<<3)
#define SERIAL_MODE_LOGVIEW (1<<4)
#define SERIAL_MODE_IOS (1<<5)
#define SERIAL_MODE_DISPLAYDEBUG (1<<6)
#define SERIAL_MODE SERIAL_MODE_
DISPLAYDEBUG
#define BLUETOOTH_MODE_NONE (1<<0)
#define BLUETOOTH_MODE_DEBUG (1<<1)
#define BLUETOOTH_MODE_ANDROID (1<<2)
#define BLUETOOTH_MODE_MMC (1<<3)
#define BLUETOOTH_MODE_LOGVIEW (1<<4)
#define BLUETOOTH_MODE_IOS (1<<5)
#define BLUETOOTH_MODE_DISPLAYDEBUG (1<<6)
#define BLUETOOTH_MODE BLUETOOTH_MODE_DISPLAYDEBUG
const switch_name MENU_BUTTON_UP = SWITCH_DISPLAY2;
const switch_name MENU_BUTTON_DOWN = SWITCH_DISPLAY1;
const sw_action SW_THROTTLE_SHORT_PRESS =ACTION_SET_SOFT_POTI;
const sw_action SW_THROTTLE_LONG_PRESS =ACTION_NONE;
const sw_action SW_DISPLAY1_SHORT_PRESS =ACTION_ENABLE_BACKLIGHT_LONG;
const sw_action SW_DISPLAY1_LONG_PRESS =ACTION_SHUTDOWN_SYSTEM;
const sw_action SW_DISPLAY2_SHORT_PRESS =ACTION_NONE;
const sw_action SW_DISPLAY2_LONG_PRESS =ACTION_TOGGLE_BLUETOOTH;
const sw_action SW_POTI_SHORT_PRESS =ACTION_NONE;
const sw_action SW_POTI_LONG_PRESS =ACTION_NONE;
const int poti_level_step_size_in_watts = 50;
const int poti_value_on_startup_in_watts = 150;
const int fixed_throttle_in_watts = 0;
const int poti_fixed_value_via_switch = 250;
#define SUPPORT_PAS
const int torque_throttle_min=10;
const int torque_throttle_full=60;
#define BBS_GEARCHANGEPAUSE 2000
#define CONTROL_MODE_NORMAL 0
#define CONTROL_MODE_LIMIT_WH_PER_KM 1
#define CONTROL_MODE_TORQUE 2
#define CONTROL_MODE CONTROL_MODE_NORMAL
const byte battery_charged_min_voltage = 40;
const byte gear_shift_pin_low_gear = 5;
const byte gear_shift_pin_high_gear = 7;
const byte temp_pin=A2;
const byte thermistor_pin=A2;
const float thermistor_t0=0.0033540164346805299345966795;
const float thermistor_b=0.0002531645569620253164556962;
const float thermistor_r=10;
const int pas_tolerance=1;
const int throttle_offset=180;
const int throttle_max=870;
const int poti_offset=0;
const int poti_max=1023;
const int motor_offset=51;
const int motor_max=215;
const boolean startingaidenable = true;
const int startingaid_speed=6;
const float vmax=50.0;
const float vcutoff=33;
const float vemergency_shutdown =28;
const float wheel_circumference =2.233;
const byte wheel_magnets =1;
const int spd_max1=36;
const int spd_max2=42;
const int power_max=500;
const int power_poti_max=400;
const int thermal_limit=150;
const int thermal_safe_speed=12;
const int whkm_max=400;
const unsigned int idle_shutdown_secs =1800;
const unsigned int menu_idle_timeout_secs =60;
const double capacity =1000;
const double capacity_2 =1000;
const int spd_max1_2=36;
const int spd_max2_2=42;
const int power_max_2=500;
const int power_poti_max_2=500;
const int startingaid_speed_2=6;
const double pas_factor_min=1.2;
const double pas_factor_max=3.0;
const int pas_magnets=5;
const int pas_timeout=500;
const double cfg_pid_p=0;
const double cfg_pid_i=2;
const double cfg_pid_p_throttle =0.05;
const double cfg_pid_i_throttle =2.5;
const byte pulse_min=150;
const byte pulse_range=20;
const float voltage_amplitude=0.0587;
const float voltage_offset=0;
const float current_amplitude_R11=0.0741;
const float current_amplitude_R13=0.0741;
const float current_offset=0;
const float external_voltage_offset =0;
const float external_voltage_amplitude =0.0587;
const float external_current_offset =0;
const float external_current_amplitude =0.0741;
const int external_current_in =A6;
const int external_voltage_in =A7;
const char msg_welcome[] PROGMEM = "Version 1.35";
const char msg_shutdown[] PROGMEM = "Live long and prosper!";
const char msg_battery_charged[] PROGMEM = "Batt. charged! Resetting counters";
const char msg_idle_shutdown[] PROGMEM = "Idle shutdown. Good night.";
const char msg_emergency_shutdown[] PROGMEM = "Battery undervoltage detected. Emergency shutdown.";
const char msg_tempomat_reset[] PROGMEM = "Tempomat reset";
const char msg_unknown_action[] PROGMEM = "Unknown action!";
const char msg_activated[] PROGMEM = "Activated";
const char msg_deactivated[] PROGMEM = "Deactivated";
#endif
