// eeprom initial state of welder
// temperature
EEMEM unsigned int ep_diods_c0  = 544; // C0 temp of diods
EEMEM unsigned int ep_module_c0  = 544; // C0 temp of module
EEMEM unsigned char ep_diods_max  = 50; // MAX temp of diods
EEMEM unsigned char ep_modules_max  = 50; // MAX temp of module


// TIG
EEMEM unsigned char ep_frequency  = 100; // 80
EEMEM unsigned char ep_balance  = 25;
EEMEM unsigned char ep_slope_up  = 1;
EEMEM unsigned char ep_slope_down  = 2;
EEMEM unsigned char ep_tig_current  = 30;
EEMEM unsigned char ep_current_balance  = 10;//  tourch positive current 

// MMA
EEMEM unsigned char ep_mma_current   = 100;
EEMEM unsigned char ep_mma_force   = 0;
EEMEM unsigned char ep_mma_force_level  = 10; // short level for MMA



// MIG
EEMEM unsigned char ep_mig_voltage  = 15; // 
EEMEM unsigned char ep_mig_force_voltage  = 0; // 
EEMEM unsigned char ep_mig_force_time  = 0; // 
EEMEM unsigned char ep_mig_current_setup  = 200; // 


//  curent
EEMEM float ep_b_current  = -0.768;//  -0.753 c = 180.5;
EEMEM float ep_c_current  = 180;//

EEMEM unsigned char ep_max_tig_current  = 220 ;
EEMEM unsigned char ep_max_mma_current   = 180;
EEMEM unsigned char ep_max_mig_current  = 200;
EEMEM unsigned char ep_min_current  = 15;

EEMEM unsigned char ep_tig_astick_wait  = 1;
EEMEM unsigned char ep_tig_lift_wait  = 20;

EEMEM unsigned char ep_tig_short_level = 25; 
EEMEM unsigned char ep_mma_short_level = 50;  

EEMEM unsigned char ep_timecounter_nominal = 216; 
EEMEM unsigned char ep_duty_max  = 186; 

EEMEM unsigned char ep_duty_max_idle   = 100; 
EEMEM unsigned int ep_time_idle  = 3000; 

EEMEM int ep_b_voltage = 27; //  setup  =  b_voltage * voltage_task + c_voltage;
EEMEM int ep_c_voltage = -172;