REPAIR ELECTRIC INSECT KILLER

ျခင္ဖမ္းစက္ျပင္ၾကည့္ျခင္း

ျခင္ဖမ္းစက္ကေလးက ရုတ္တရက္ ရပ္သြားပါတယ္။ ဖြင္းၾကည့္လိုက္ေတာ့ ဆားကစ္ျပားမွာ ခဲေဆာ္ျပီးကပ္ထားတဲ႔ ျဖဴးဆံေလး ျပတ္ေနတာေတြ႕ရပါတယ္။ ျဖဴးကလည္း မရွိတာနဲ႔ ဓာတ္ၾကိဳးမ်ွင္ေလး ၃ ခုကို သူ႕ေနရာမွာ အစားထိုးတပ္ေပးလိုက္ပါတယ္။

အဲဒီစက္ကေလးထဲမွာပါတာက
(1)  ျခင္ကိုမ်ွားတဲ႔ မီးသီး အျပာေလးေတြ။
(2) ျခင္ကပ္လာရင္ အထဲဝင္လာဖို႕ ဆြဲတဲ႔ အျမဲလည္ေနတဲ႔ ပန္ကာေလးရယ္။
(3) ဝင္လာတဲ႔ျခင္ကို ဓာတ္လိုက္ေအာင္လုပ္တဲ႔ ဇကာေလးရယ္ပါ။

ဇကာမွာညိတဲ႕ အေကာင္ကၾကီးရင္ လ်ပ္စစ္ကိုပိုမ်ားမ်ားသံုးရလို႕ ျဖဴးဆံကျပတ္ေပးရပါတယ္။ ဒါမွလဲ စက္ထဲက အစိတ္အပိုင္းေတြကို ဝန္မပိုေအာင္ ကာကြယ္ေပးမွာပါ။

ျဖူး ကအဝင္ဓာတ္ၾကိဳးလာစိုက္တဲ႕ အနားမွာရွိပါတယ္။ ျပတ္ေနလား ေကာင္းေနလားကိုလည္း ၾကည့္ျပီးသိနိုင္ပါတယ္။


REPAIR ELECTRIC INSECT KILLER

 There is one  fuse near the power supply of electric insect killer ( Usually you need to open casing to view this.). Check and replace when your device  stops working.
You may use small wire strings  for  urgent. Do not touch the metallic parts. It is electrified even It does not work and disconnected from power supply.



Comments

Post a Comment

Popular posts from this blog

Inductance caculator

 #include<iostream.h> #include<math.h> #include<conio.h> using namespace std; unsigned short int bit; double c,l,fre,rad,Tmax,Tmin=0.5e-6; unsigned short int res; double ind(double); int main(int argc, char *argv[]) { cout<<"INDUCTANCE METER CACULATOR\n"; cout<<"**************************\n"; cout<<"8MHZ Fosc is used \nTcyc= 0.5e-6 sec\n "; cout<<"Select timer mode.\n"; cout<<"for 8 bit mode enter 8\nfor 16 bit mode enter 16\nbit:"; cin>>bit; res=pow(2,bit)-1; Tmax=res*Tmin; cout<<"\nResolution="<<res; std::cout<<std::scientific; cout<<"\nTmin="<<Tmin<<" s"; cout<<"\nTmax="<<Tmax<<" s"; cout<<"\nEnter ref cap(farad):"; cin>>c; cout<<"\n\nYou Entered"<<endl; //cout<<"L="<<l<<endl; cout<<"C="<...
Read more

Pointer to object array

 #include<iostream.h> using namespace std; class name{ private: char nm[20]; public: void get() {cout<<"Enter name:"; cin>>nm; } void show() {cout<<nm<<endl; } }; int main(int argc, char *argv[]) { name* p[100]; char c; int n=0; do{ p[n]->get(); cout<<"mire name:"; cin>>c; }while(c=='y'); do{ p[n]->show(); }while(n>=0); return 0; }
Read more