17 July 2012
Assalamualaikum ....
As usually every of the team member HIIS work with their task until finish.
The trainee come on early morning at 9 am to work in the group with their task.
Me and two other member works on the configuration on the RFID door lock on the early
morning. The instruction manual was required with the RFID tools.
Internet are the additional reference to configuration the RFID door lock.
Tuesday, 17 July 2012
Simple Lab Coding
11 July 2012
Assalamualaikum....
the work begin the new way to know the another type of basic coding such as look En Mazran blog.
Before this , me have a learn a little bit about Pic 16f877 on the lab session. Then, me look
the lab report such as , lab 3 :
Assalamualaikum....
the work begin the new way to know the another type of basic coding such as look En Mazran blog.
Before this , me have a learn a little bit about Pic 16f877 on the lab session. Then, me look
the lab report such as , lab 3 :
#include <16f877a.h> //
declare file PIC16F877A
#use delay(clock=4000000) //
declare frequency internal oscillator, f=4MHz
#fuses hs,nowdt,nolvp,noprotect // declaration fuses for PIC function
#byte porta=5 //
declare address for port a=5
#byte portb=6 //
declare address for port b=6
#byte portc=7 //
declare address for port c=7
#byte portd=8 //
declare address for port d=8
Thursday, 12 July 2012
RFID Configure
12 July 2012
Assamualaikum ....
Begin the new task that is RFID Proximity Access Control System. The system is simpler compared to another security system. The RFID eco entry door access system allows the user to open the door using a keyfob, password, or keyfob plus password.
The another four setting step to backup set up if user lose their password , wrong key in keypad and etc. The setting is remove one user, remove all users, set door open, reset master password.
Assamualaikum ....
Begin the new task that is RFID Proximity Access Control System. The system is simpler compared to another security system. The RFID eco entry door access system allows the user to open the door using a keyfob, password, or keyfob plus password.
The configuration jumper
J1 - This
is used to select whether the lock is supplied power to keep
it closed (NC), or is only
supplied power to open the lock (NO)
Select (NO) for all 4tronix locks
and releases
J2 - This
is used to select a high voltage (12V) or low voltage (2V) for
lock operation. This is supplied
set to 12V and should be left like
this for all 4tronix locks
S16 - This
is only used to reset the master password. See following
instructions.
Leave connected between Pin1 and Pin2.
The manual instruction monitors us
to install the password and keyfob into RFID system.
There have four important step such as entering and exiting system configuration mode, changing the master password, add new user (keyfob), add new user ( password entry ).
There have four important step such as entering and exiting system configuration mode, changing the master password, add new user (keyfob), add new user ( password entry ).
The another four setting step to backup set up if user lose their password , wrong key in keypad and etc. The setting is remove one user, remove all users, set door open, reset master password.
The
manual instruction is show below:-
Firstly
configuration,
System
configuration mode:
1.
Normal operation mode
2.
Press
# key
3.
Then
press the 5-key master password (default 12345)
4.
Now
in system configuration mode
5.
In
this mode you can perform all the configuration you need, without exiting the
mode
Tuesday, 10 July 2012
Stripping Wire Connection
10 July 2012
Assamualaikum ....
A grateful for Allah for give me a live to go to work at HIIS.
We are briefing to clamp the wire and how to strip the wire using three of the tools.
Microchip PicDem2-Plus board
6 July 2012
Assamualaikum ....
This is the pins of the Microchip PicDem2-Plus board.
// flex_lcd.c
// These pins are for the Microchip PicDem2-Plus board,
// which is what I used to test the driver. Change these
// pins to fit your own board.
#define LCD_DB4 PIN_B4
#define LCD_DB5 PIN_B5
#define LCD_DB6 PIN_B6
#define LCD_DB7 PIN_B7
#define LCD_E PIN_B1
#define LCD_RW PIN_B2
#define LCD_RS PIN_B3
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