Safety instructions.
Important health information and safety precautions.
when
using this product ,the safety precautions below must be taken to avoid
possible legal liabilities and damages.Retain and follow all product safety and
operating instructions.Observe all warnings in the operating instructions on
the product.To reduce the risk of bodily injury, electric shock,fire and damage
to the equipment,observe the following precautions.
Electrical safety.
This
product is intended for use when supplied with power from the designated
battery or power supply unit.Other usage may be dangerous and will invalidate
any approval given to this product.
Safety precautions for
proper grounding installation.
CAUTION:Connecting to improperly grounded equipment
can result in an electric shock to your device.This product is equipment with a
USB cable and USB ICSP
PIC Programmer V2010 for connecting with desktop or notebook computer.Be
sure your computer is properly grounded (earthed)before connecting this product
to the computer.The power supply cord of a desktop or notebook computer has as
equipment –grounding conductor and a grounding plug.The plug must be plugged
into an appropriate outlet which is properly installed and grounded in
accordance with all local codes and ordinances.
Safety precautions for power supply unit.
·
Use the correct external power source
A product
should be operated only from the type of power source indicated on the
electrical rating label.If you are not sure of the type of the power required ,consult your
authorized service provider or local power company.For a product that operates
from battery power or other source, refer to the operating instructions that
are included with the product.
This product should be operated only with the
following designed power supply units(12VDC)
·
Handle battery packs carefully
This
product contains a Lithium-ion polymer battery.There is a risk of fire and burns
if the battery pack is handled improperly.Do not attempt to open or service the
battery pack. Do not disassemble,crush,pruncture,short external contacts or
circuits,dispose of in fire or water ,or expose a battery pack to temperatures
higher than 60*c (140*F).
WARNING:To
reduce risk of fire or burns ,do not disassemble,
crush ,puncture,short external contacts ,expose to Temperature above 60*c
(140*F),or dispose of in fire or water.Recycle or Dispose of used batteries according to the local
regulations or reference guide supplied with your product..
Li-ion
Protect your LCD
display
·
Dispose
of used batteries carefully to ensure that a small child does not consume them
.Please seek Doctor-medical Attention immediately if child consumes batteries.
·
Do
not put or store inflammable substances near the product.there is a danger of
combustion/explosion or fire due to careless handling of the inflammable
substances.
·
Do
not spray water on the product or scrub with an inflammable substance (thinner
or benzene).Fire of electric shock accident can occur.
·
Do
not allow any impact, shock or any objects to fall into the unit,and do not
drop anything onto the screen.You may be injured or the product can be damaged.
·
Do
not press OR touch on start botton with wet hands its can may be
damaged the ICS Control Panel and aslo due to axcess moisture.
·
Do
not press strongly upon the panel with a hand or sharp object such as
nail,pencil or pen,or make a scratch on it , as it may cause damage to screen.
·
Avoid
touching the screen or holding your finger (S) against it for long periods of
time.Doing so many produce some temporary or permanent distortion /damage to
screen.
·
When
cleaning the product and its components,unplug the power first and wipe it
with a soft cloth.Applying excessive force may cause
scratches or discolourations.Do not spray with water or wipe with a wet
cloth.Never use glass cleaner,car or
industrial shiner ,abrasives or wax ,benzene,alcohol etc.,,which can damage the
product and its panel.Otherwise,this may result in fire,electric shock or
product damage (deformation,corrosion or breakage).
·
Do
not place the product where it might be exposed to dust .this may cause a fire
hazard.
·
Make
sure cable all in good condition to use and do not damage the cable.
·
Do
not place a heavy object, or the product itself,on power cables.Otherwise, this
may result in fire or electric shock.
·
Do not drop the product or let it fall over
when connecting external devices.Otherwise,this may result in injury or damage
to the product.
·
Do
not drop metallic object such as coins,hair pins,chopstick or wire into the
product, or inflammable objects such as paper and matches.Children must pay
particular attention.Electrical shock,fire or injury can occur.if a foreign
object is dropped into the product,unplug the power card and contact the
service centre.
·
Do
not touch the buzzer when its function.
ASSEMBLING AND PREPARING
MAIN BOARD
CONTROL PANEL
POWER CARD
|
ASSEMBLING AND PREPARING
|
|
MAIN BOARD
|
|
CONTROL PANEL
|
|
POWER CARD
|
|
CABLE FOR UIC00B
|
|
USB ICSP PIC PROGRAMMER V2010
|
|
BATTERY
|
|
BATTEY CABLE
|
|
INSTALLATION
AND SETUP
|
|
STEP
|
|
1.Power Card on polystyrene
|
|
4.Make sure all pins insert
correctly
|
|
3.Fix Control Panel On Main
Board
|
|
2.Fix Main Board On Power Card
|
|
5.Plug in Power Jack On Power Card
|
|
6.Connect The Battery
|
|
7.Fix Cable UIC00B on Main Board
|
|
8.Fix USB ICSP PIC PROGRAMMER V2010
|
|
9.Plug Usb Jack On Laptop
|
NORMAL USAGE
2X16 LCD adalah sangat popular kerana ia
dibina dalam modul antara muka HD44780. Modul ini menjadikan ia amat mudah
untuk menambah LCD kepada mana-mana projek yang dibina dengan dalam set aksara
dan struktur arahan mudah. Dalam tutorial sebelum ini 2X16 lcd muka saya dilindungi bagaimana untuk menggunakan
ciri-ciri standard untuk memaparkan teks.
Beralih daripada hanya memaparkan teks, satu ciri yang mengagumkan ini LCD ini
adalah bahawa anda boleh membina watak-watak anda sendiri! Minda anda, anda
adalah terhad dalam berapa banyak anda boleh membuat dan bagaimana kompleks
mereka boleh, tetapi ciri ini menawarkan
satu flexibilty untuk melakukan perkara-perkara yang tertentu.
|
SAMPLE PROGRAMMING INSTRUCTION
:-SELAMAT DATANG KE MEKATRONIK AND LED WITH BUZZER
|
//=====================================================================================
//
// Author : Mekatronik Sem4 Adtec Kulim
// Project : Lcd Display
// Date : 22 Mac 2015
//
//=====================================================================================
//=====================================================================================
// include
h file for cards
// User
has to include h file for all the cards used
//=====================================================================================
#include<p18f2685.h>
#include <delays.h>
#include "iic.h"
#include "iic_cp.h"
//=====================================================================================
// configuration
bit, User is advised not to change the setting here
//=====================================================================================
#pragma config OSC = HSPLL
#pragma config FCMEN = OFF
#pragma config IESO = OFF
#pragma config PWRT = OFF
#pragma config BOREN = OFF
#pragma config WDT = OFF
#pragma config MCLRE = ON
#pragma config PBADEN = OFF
#pragma config DEBUG = OFF
#pragma config XINST = OFF
#pragma config LVP = OFF
//=====================================================================================
// define
input or ouput of board here
// For
example:
// 1.led1
was defined for first LED on MB00
// 2.buzzer
was defined for buzzer on MB00
// The
address for input/output devide on board is fixed, hence user is
// advised
not to change the defined address for input/output
//=====================================================================================
#define led1 LATBbits.LATB0 // led1 defined as output for first LED on MB00
#define led2 LATBbits.LATB1 // led2 defined as output for second LED on MB00
#define led3 LATBbits.LATB2 // led3 defined as output for third LED on MB00
#define led4 LATBbits.LATB3 // led4 defined as output for forth LED on MB00
#define led5 LATBbits.LATB4 // led5 defined as output for fifth LED on MB00
#define led6 LATBbits.LATB5 // led6 defined as output for sixth LED on MB00
#define led7 LATBbits.LATB6 // led7 defined as output for seventh LED on MB00
#define led8 LATBbits.LATB7 // led8 defined as output for eighth LED on MB00
#define led LATB // led defined as output for ALL LED on MB00
#define sw1 PORTAbits.RA2 // sw1 defined as input for SW1 on MB00
#define sw2 PORTAbits.RA1 // sw2 defined as input for SW2 on MB00
#define sw3 PORTAbits.RA0 // sw3 defined as input for SW3 on MB00
#define buzzer LATCbits.LATC5 // buzzer defined as output for buzzer on MB00
#define busy_led LATCbits.LATC1 // busy_led
defined as output for Busy LED on MB00
#define error_led LATCbits.LATC2 // error_led
defined as output for Error LED on MB00
#define slave_reset LATCbits.LATC0 //
slave_reset define as output to reset slave cards
//=====================================================================================
// card
address
// User
can define the address of slave card here
//=====================================================================================
//=====================================================================================
// function
prototype
// User
needs to include all the function prototype here
// The
first 4 functions prototype are fixed, user is also advised not to
// change
it.
//=====================================================================================
void ISRHigh(void);
void ISRLow(void);
void delay(unsigned long data);
void init(void);
void uart_write(unsigned char data);
unsigned char uart_read(void);
void freze (unsigned long loop1);
void run (unsigned long loop2);
void blinking (unsigned long loop3);
void blinkingledbuzzer (unsigned long
loop4);
void runningled (unsigned long loop5);
void runningled1 (unsigned long loop6);
void runningled2 (unsigned long loop7);
void test1 (unsigned char data);
//=====================================================================================
// Main
Function
// This
is the main function where program start to execute
//=====================================================================================
void main(void)
{
//--------------------------------------------------------------------------------
// User is advised not to change or remove the
initialization function called
//
call initialization function of the
setting in program
init();
//--------------------------------------------------------------------------------
//--------------------------------------------------------------------------------
// Program start
// User can start to write the program here
//--------------------------------------------------------------------------------
//--------------------------------------------------------------------------------
//
This program mainly for slave card,CP04. It will test the 4 push buttons
//
on CP04, the push buttons are active low, hence, when any of the push button
//
is pressed, value '0' will be sent to microcontroller on master card, MB00.
//
Do make sure to select CP1 as communication address on IFC-CP04.
//--------------------------------------------------------------------------------
//
turn ON LCD backlight by calling function cp1_blight and send max value,255
while(1)
{
//
display the welcome message
//
each time displaying message on LCD,user has to set the position
if(cp1_sw(1)==0) // Test whether SW1 on IFC-CP04 is pressed
{
freze(1);
}
if(cp1_sw(2)==0) // Test whether SW2 on IFC-CP04 is pressed
{
run(1);
}
if(cp1_sw(3)==0) // Test whether SW3 on IFC-CP04 is pressed
{
blinking(1000000);
}
if(cp1_sw(4)==0)
{
blinkingledbuzzer(1000000000);
}
if(sw1==0)
{
runningled(100000000);
}
if(sw2==0)
{
runningled1(100000000);
}
if(sw3==0)
{
runningled2(100000000);
}
}
//
}
//=====================================================================================
// functions
//
User can write all the necessary function here
//=====================================================================================
void delay(unsigned long data)
{
//
this is a delay function for user to use when the program need a delay
//
this function can be call by type : delay(xxxx),
//
user can replace the 'xxxx' with a value to determine how long the program
//
should delay for, the bigger the value, the longer the time of the delay
for(
;data>0;data-=1)
{
Delay10KTCYx(1);
}
}
void init(void)
{
unsigned
char temp;
//
this is a initialization for set the input and output of PIC18F2685
//
User is advised NOT to change the setting here
//
tris
TRISB=0x00; // led as output
TRISA=0xff; // push button as input
TRISC=0x00; // set port c as output
//
the setting for analog to digital converter, ADC for PIC18F2685
//
User is advised NOT to change the setting here
//
adc
ADCON1=0x0F;
//
the setting for UART communication
//
User is advised NOT to change the setting here
//
uart
TRISCbits.TRISC6=0; // transmit pin
TRISCbits.TRISC7=1; // receive pin
TXSTAbits.TX9=0; // select 8-bit transmission
TXSTAbits.TXEN=1; // transmit enable
TXSTAbits.SYNC=0; // asynchoronous mode
TXSTAbits.SENDB=0; // sync Break transmission completed
TXSTAbits.BRGH=0; // low speed baud rate
RCSTAbits.SPEN=1; // serial port enable
RCSTAbits.RX9=0; // select 8-bit reception
RCSTAbits.CREN=1; // enable receiver
SPBRG=64; // SPBRG = Fosc/(64*baudrate)
- 1 [Fosc=40MHz]
//
SPBRG = 64 (9600) (default)
temp=RCREG; // clear receive buffer
temp=RCREG; // clear receive buffer
//call
the initialization function of I2C
iic_init();
// set the initial condition of output device on
board
// User is advised not to change the initial
condition
led=0x00; // turn OFF all LED on board
by sending value '0x00'
buzzer=0; // turn OFF buzzer on board by
sending value '0'
error_led=0; // turn OFF Error LED on board by
sending value '0'
busy_led=1; // turn ON Busy LED on
board by sending value '1'
slave_reset=1; // reset slave cards
delay(100);
slave_reset=0;
delay(500);
busy_led=0; // turn OFF Busy LED on
board by sending value '0'
}
void uart_write(unsigned char data)
{
//
this is uart_write function to write a character to PC over the serial port
//
DB9 connector.
//
this function can be call by type : uart_write(xxxx);
//
user can replace the 'xxxx' with a 8-bit data that will be send to PC
//
make sure the TX jumper on IFC-MB00 is set to PC to enable connection from
//
microcontroller to PC
while
(PIR1bits.TXIF == 0);
TXREG
= data;
}
unsigned char uart_read(void)
{
//
this is uart_write function to read a character from PC over the serial port
//
DB9 connector.
//
this function can be call by type : temp=uart_read();
//
this function will wait for a byte of data from PC and return the byte to the
//
"temp" variable
//
make sure the RX jumper on IFC-MB00 is set to PC to enable connection from
//
microcontroller to PC
while(PIR1bits.RCIF==0);
return
RCREG;
}
//=====================================================================================
// Interrupt
vector
//=====================================================================================
#pragma code
InterruptVectorHigh = 0x08
void InterruptVectorHigh(void)
{
_asm
goto
ISRHigh // jump to interrupt
routine
_endasm
}
#pragma code
#pragma code
InterruptVectorLow = 0x18
void InterruptVectorLow(void)
{
_asm
goto
ISRLow // jump to interrupt
routine
_endasm
}
#pragma code
//=====================================================================================
// Interupt
Service Routine
// this
a function reserved for interrupt service routine
// User
may need it in advance development of the program
//=====================================================================================
#pragma interrupt ISRHigh
void ISRHigh(void)
{
}
#pragma interrupt ISRLow
void ISRLow(void)
{
}
void test1(unsigned char data)
{
cp1_config(1);
cp1_clr();
cp1_blight(255);
delay(900);
cp1_goto(0,1); // set
the position of message to be displayed
cp1_str("SELAMAT DATANG"); //
send message to be displayed by calling function cp1_str
delay(500);
}
void freze (unsigned long loop1)
{
cp1_clr();
cp1_blight(255);
delay(900);
cp1_goto(0,1); //
set the position of message to be displayed
cp1_str("SELAMAT DATANG"); // send message to be displayed by calling
function cp1_str
delay(500);
}
void run (unsigned long loop2)
{
cp1_clr();
cp1_blight(255);
delay(900);
cp1_goto(0,1); // set the position of message to
be displayed
cp1_str("SELAMAT
DATANG"); // send message to be
displayed by calling function cp1_str
delay(500);
cp1_goto(1,1); // set
the position of message to be displayed
cp1_str("KE
MEKATRONIK!"); // send message to be
displayed by calling function cp1_str
delay(500);
}
void blinking (unsigned long loop3)
{
for(;loop3>0;loop3-=1)
{
cp1_clr();
cp1_blight(255);
delay(900);
cp1_goto(0,1); // set the
position of message to be displayed
cp1_str("SELAMAT DATANG"); //
send message to be displayed by calling function cp1_str
delay(900);
cp1_goto(1,1); // set the
position of message to be displayed
cp1_str("KE MEKATRONIK!");
delay(900);
}
}
void blinkingledbuzzer (unsigned long loop4)
{
for(;loop4>0;loop4-=1)
{
cp1_clr();
cp1_blight(255);
delay(900);
cp1_goto(0,1); // set the
position of message to be displayed
cp1_str("SELAMAT DATANG"); //
send message to be displayed by calling function cp1_str
delay(900);
cp1_goto(1,1); // set the
position of message to be displayed
cp1_str("KE MEKATRONIK!");
buzzer=1;
led1=1;
led2=1;
led3=1;
led4=1;
led5=1;
led6=1;
led7=1;
led8=1;
delay(400);
buzzer=0;
led1=0;
led2=0;
led3=0;
led4=0;
led5=0;
led6=0;
led7=0;
led8=0;
delay(900);
}
}
void runningled (unsigned long loop5)
{
for(;loop5>0;loop5-=1)
{
buzzer=1;
led1=1;
led3=1;
led5=1;
led7=1;
delay(100);
buzzer=0;
led1=0;
led3=0;
led5=0;
led7=0;
delay(300);
buzzer=1;
led2=1;
led4=1;
led6=1;
led8=1;
delay(100);
buzzer=0;
led2=0;
led4=0;
led6=0;
led8=0;
delay(100);
}
}
void runningled1 (unsigned long loop6)
{
for(;loop6>0;loop6-=1)
{
buzzer=1;
led1=1;
delay(50);
led1=0;
buzzer=0;
delay(50);
led2=1;
delay(50);
led2=0;
delay(50);
led3=1;
delay(50);
led3=0;
delay(50);
led4=1;
delay(50);
led4=0;
delay(50);
led5=1;
delay(50);
led5=0;
delay(50);
led6=1;
delay(50);
led6=0;
delay(50);
led7=1;
delay(50);
led7=0;
delay(50);
led8=1;
delay(50);
buzzer=1;
led8=0;
delay(50);
}
}
void runningled2 (unsigned long loop7)
{
for(;loop7>0;loop7-=1)
{
buzzer=1;
led1=1;
delay(50);
led1=0;
buzzer=0;
delay(50);
led2=1;
delay(50);
led2=0;
delay(50);
led3=1;
delay(50);
led3=0;
delay(50);
led4=1;
delay(50);
led4=0;
delay(50);
led5=1;
delay(50);
led5=0;
delay(50);
led6=1;
delay(50);
led6=0;
delay(50);
led7=1;
delay(50);
led7=0;
delay(50);
led8=1;
delay(50);
buzzer=1;
led8=0;
delay(50);
buzzer=0;
led8=1;
delay(50);
led8=0;
delay(50);
led7=1;
delay(50);
led7=0;
delay(50);
led6=1;
delay(50);
led6=0;
delay(50);
led5=1;
delay(50);
led5=0;
delay(50);
led4=1;
delay(50);
led4=0;
delay(50);
led3=1;
delay(50);
led3=0;
delay(50);
led2=1;
delay(50);
led2=0;
delay(50);
led1=1;
delay(50);
led1=0;
delay(50);
}
}
MAINTENANCE
Cleaning
your LDC Display
Clean your LCD Display to keep the best
performance and to extend the product lifespan.
CAUTION
§ Make sure to turn the power off and
disconnect the power cord and all other cables first.
§ When the LCD Display is left unattended and
unused for a long time, disconnect the power cord from the wall outlet to
prevent possible from lightning or power surges.
Screen
frame, IFC control panel, IFC Main board, IFC power card
To remove dust or light dirt,wipe the surface
with a dry, clean and soft cloth.To remove major dirt,wipe the surface with a
soft cloth dampened in clean water or diluted mild detergent.Then wipe
immediately with a dry cloth.check the fuis regularly.
CAUTION
§ Avoid touching the screen at all times,as
this may resultin damage to the screen.
§ Do not push,rub,or hit the screen surface
with your fingernail or a sharp object,as this may result in scratches and
image distortions.
§ Do not use any chemicals as this may damage
the product.
§ Do not spray liquid onto the surface. If
water enters the LCD Display,it may result in fire, electric shock ,or
malfunction.
Battery
Keep batteries in safe place.and aslo clean
the dusk on the battery.
CAUTION
§
Do not keep battery in water .if
the water enters the battery, it may result in damage the battery.
§ Do not charge battery a long time.it may
result damage the Battery.
TROUBLESHOOTING INSTRUCTION
PROBLEMS
|
SOLUTION
|
1.no power
|
1. Use
another power port.check fuis.replace another battery.
|
2.No display
|
2.revome control panel and fix it again.
|
3.programme
cannot transfer
|
3.change
the Cable for UIC00B.
|
4.led and buzzer doesn’t function
|
4.replace the main board.
|
5.LED
light doesn’t function
|
5.check
main board if make problem again change main board.
|
SERVICE LOCATIONS.
If any problem find our service centre:
CYTRON SDN BHD.
PUSAT LATIHAN TEKNOLOGI TINGGI
JABATAN TENAGA MANUSIA
LOT 635,MAHANG,09500 KARANGAN
KULIM,KEDAH DARUL AMAN.
For more information
lcddisplay2x16.blogspot.com
Contact us:04-4042975
LCD
DISPLAY SPECIFICATIONS
Size :
151.7x73.8x8.5mm
Weight : 180 g
Display : 2x16(LCD)
: With yellow backlight
Sound
: buzzer
Battery
: ordinary voltage(11.1v)
: Full- charge voltage(12.6)
: Capacity-2200mAh
: Dimension- 105mm x 33mm x 21mm
IFC Power card :
3 programmable push button and 1 reset button
: 8 LEDs as indicator
:power,busy
and error LEDs
:5v operation
:Buzzer on board
:RS232
communication port read.
:connector for USB ICSP PIC Programmer
(UIC00A) for USB
For easy
program loading.
:PIC18F2685 with 96k byte of program
memory.1k byte of
EEPROM and
3k Byte of RAM
: Operating at 40MHz (PLL).
:Dimension:
11.1cmx 6.9cm
IFC
CONTROL PANEL : 6
set of 1x 3 headers to set communication address.
: 2x16 character LCD
: Circuit power and busy
indicator LED
: 5v operation
: 4 programmable push buttons
and 1 main board reset
Push button.
:
Simple function for LCD messaging and push botton
Status reading.
: Dimension- 11.1cm x 6.9 cm.
IFC
MAIN BOARD : Single or double 12v battery input
: 2 LED as 12v and 24v power
indicator.
: Fast blow fuse for over
current protection.
: High current diode for wrong polarity
protection.
: Distribute power through
side stack connector and
External connector.
: Toggle switch to ON and OFF
power.
: 2 connectors for external power distribution.
CABLE
FOR UIC00B : This is a 10 ways rainbow cable with IDC
socket.
: Compatible with UIC00B
programmer rainbow cable.
: length: 20cm
USB
ICSP PIC PROGRAMMER V2010 : Compatible with Windows XP,Vista and 7.
: Compatible with microchip’s
PICkit 2.
: NO EXTERNAL POWER REQUIRED for
UIC00B to function
: This programmer comes with
mini USB cable
And rainbow cable.
: Dimension : 7.5cm x 3 cm
Contains
Li-ion battery .Recycle or dispose of properly.
WEEE notice
The Directive on waste Electrical and
Electronic Equipment (WEEE),which entered into force as European law on 13th
February 2003,resulted in a major change in the treatment of electrical
equipment at end-of-life.
The purpose of this Directive is,as a first
priority,the prevention of WEEE, and in addition, to promote the reuse,
recycling and other forms of recovery of such wastes so as to reduce disposal.
The
WEEE logo (shown at the left)on the product or on its box indicates that this
product must not be disposed of or dumped with your other household waste.You
are liable to
Dispose of all your
electronic or electrical waste equipment
by relocating over to the specified collection point for recycling of such
hazardous waste.Isolated collection and proper recovery of your electronic and
electrical waste equipment at the time of disposal will allow us to help
conserving natural resources.Moreover,proper recycling of the electronic and
electrical waste equipment will ensure safety of human health and
environment.For more information about electronic and electrical waste
equipment disposal, recovery,and collection points, please contact your local
city center,household waste disposal service ,shop,from where you purchased the
equipment,or manufacturer of the equipment.
LIMITED WARRANTY
STATEMENT
This
limited warranty shall apply to the CYTRON product (the Product’).CYTRON
warrants that the product is at the time of original purchase free of defects
in materials and workmanship (‘’Limited Warranty’’).This LIMITED WARRANTY DOES
NOT AFFECT YOUR STATUTORY RIGHTS.
This
Limited warranty is subject to the following terms and condition.
1.)
this limited warranty is given only to the original purchaser of the product
(customer).This Limited warranty may, however ,be transferred to any individual
to whom the product is sold , where cytron has consented in writing to the
transfer (and CYTRON will not unreasonably refuse consent).it shall neither exclude nor limit.
a)
any statutory right of the customer or
b)
any of the customer’s right agains the seller/ dealer of the product.
2.
) Unless otherwise agreed by the
customer, this limited warranty shall last for twelve (12) month from the date
of original purchase for lcd devices, and twelve (12) month for accessories
(whether included in the lcd device
sales package or sold separately) other than the media on which any software is provided ,CD-ROM,
memory card (‘’Warranty Period’’).customers shall present the PROOF OF PURCHASE
upon claiming this Limited Warranty.This Limited warranty is only valid and
enforceable in the countries where the product is sold.Warranty service availability
and response times may vary from country and may also be subject to a
registration requirement in the country of purchase.
3)Throughout
the warranty period CYTRON or its authorized agent will, at their discretion,
without charge and subject to clause 7 repair or replace a defective product
.Repair or replacement may involve the use of functionally equivalent
reconditioned unit . Cytron will return the repaired product or replaced with
another functional equivalent product to the customer in good working condition
.All replaced faulty parts or components will become the property of CYTRON.
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THANK YOU FOR USING OUR
PRODUCT
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