30W (100-230V) Soldering Iron T-Tip (head) and Teflon rubber for Pixel Ribbon cable Repair

The 30W Electronic Soldering Iron comes with a T-Tip head and Rubber Cable used for repairing and replacing car LCD flat ribbon cables.

Work Voltage: 100-230V

Application:

For BMW dashboard and mid radio ribbon , for Mercedes Benz instrument cluster ribbon , SAAB ( automatic climate control, SID1, SID2), Opel ribbon.etc.

Pacakge:

1P x T-tip (head)

1P x Rubber

Note: Different size for soldering iron Tip, so the power of the tip must the same with your electronic soldering iron power.

Features:

Portable, Lightweight, Ultrathin.

Super cooling capacity.

No additional power required.

LED indicator light hint USB working condition.

Specification:

Color:Black

Transfer Speed: Super Speed 6Gbp/s

Material: Aluminum with oxidation/sand blasting

Dimensions:9.8x 3.9x 0.98 cm

Operating temperature: 5?~40?, storage temperature: -20?~70?

Assembly: By screws, suitable for all SSD Hard Disk

Weight:41g

Compatible with Windows XP / Vista / 7 / 8 / 10 and Mac OS 10.1 and above.

Package content:

1 x Usb 3.0 to NGFF SSD Case

1 x ScrewDriver

1 x USB 3.0 Male to USB 3.0 SuperSpeed Micro-B

1 x Pocket

1 x Manual

USB3.0 Type-C USB tester DC Digital voltmeter amperimetor voltage current meter ammeter detector

LEAD-FREE TITANIUM ALLOY SOLDERING POT

Operation instruction

Login to Download: * Manual Download

Our Lead-free titanium alloy soldering pot passed by SGS, built-in advanced microcomputer digital control and display system, make it more safe, more steady and more accurate. Its a good tool for electronic fields.

FEATURES:

* With big power heater, only within 25minutes to reach 450? from room temperature, (Different items with a little different heating time.)

* With advanced microcomputer digital control and double displays. make it more accurate heating and fast temperature returning capability.

* The boiler made of titanium alloy, can resist high temperature, cauterization and abrasion, largely prolong the life.

* With temperature setting and locking function, will not be affected by wrong operation.

* The setting value will be saved for long time, and can not be affected by power on or off. With auto sleeping function, prolong the machines life.

* With malfunction alarm.

Working conditions:

Working voltage: AC22010V

Working temperature: 0-55?

Working temperature: < 90% no dew

WARNING:

1. The soldering pot must be put on the balanced and ovenproof working desk, prevent the glowing tin go out of the pot. And also take care of the hot tin and the hot body.

2. Do not put other pb items together with the lead-free soldering pot, prevent pb pollution. If cause the products do not eligible, then we wont take on this liability.

3. It cant be used where it will be exposed to ignitable or corrosive materials and gases.

4. If you need to move the soldering pot, please turn off the switch and move it after the pot turn cool.

5. The pot is a hot equipment, if you no need to use, please shut off the switch, and put out the plug.

6. In order to keep it safe and prolong the life, its better stop working after it has worked more than 12hours.

7. Do not heating the pot when its empty, and use the power supplier with grounding cord.

8. The pot is made of titanium which import from Japan, after it is heated by hot temperature, the color will turn to golden or blue, its natural for the material.

OPERATION:

1. Set temperature:

Press the * button, the left LED will display ?,and the right LED will display numerical value, then press the + or -button, temperature will go up or down. Press * button, the value of temperature will be saved.

2. Microcomputer adjusting itself

If the temperature has obvious discrepancy, we can adjust the inside P, I, D value, it will make the pot with accurate control, the followings are two ways of P, I, D adjusting:

A. Auto adjusting

Keep pressing + button, then press * , the left LED will display AT; the right LED will display _ _ _. Then press ? or + change the _ _ _ to AT, this time please press * for 3 times, then the pot will begin P, I, D adjusting itself. Usually it will take for about 15-30 minutes to finish this adjusting, during this adjusting the temperature will fluctuate obviously, but its no wonder. Usually, we do not recommend the users use P, I, D adjusting.

B. Adjust the value of P, I, D by manual (Do not advise users use this way, its fit for the engineers who know P, I, D very well, otherwise maybe cause bad temperature control. If really need, we just recommend the first way.) The operation as follows: Keep pressing + , then press * , the LED will display above (A) setting mode, press * again the LED will display the value of P, I, D. Manual adjusting just can be set the original value.

Remarks: The original of P, I, D value is: P=20, I=80, D=20; If the temperature in

confusion, please set the P, I, D value as original value.

3. Calibration between display and real temperature.

After the heater was replaced or the sensor was oxidated, the temperature will occur warp, the users need to calibrate the pot termly, and as the follow steps:

A. Press CAL button (If your pot without this button, please open the front cover, there is a black button on the PCB of temperature control, that is CAL), the right LED will display OFF, keep pressing ? , and press * at the same time, the left LED will display LOC, the right LED will display -3-, then press * for 3 times (just this button, do not press any other buttons), the LED will display: The first time: Left ?H, right 999; The second time: Left ?L, right 0; The third time: Left ?L, then please input the value of temperature compensation. This value is the warp between display temperature and real temperature. For example, the real temperature is more 5? higher than the display temperature, it can use ? to set -5; If the real temperature is 5? less than the display temperature, it can use + to set 5.

B. The warp temperature is the value to input, after finish setting, press * again, the set value will be saved. Then press CAL (If your pot without this button, please open the front cover, there is a black button on the PCB of temperature control, that is CAL), it will come into the ordinary display mode.

TROUBLE SHOOTING:

1. Turn on the switch but no reflection, please check the fuse, and the plug.

2. The LED display setting temperature, but the pot temperature wont go up, it means that the heater is open circuit.

3. The pot display Err when the power switch is turned on, it means that the sensor is open circuit.

Technical Support

BGA CHIPSET OBSERVE PRECAUTIONS FOR HANDLING

BGA Chips is MOISTURE SENSITIVE DEVICES. Devices require baking, before mounting, Here is the general bake-out process, Lay the BAG on the tray, and put it in to a baking dry cabinet. Set the temperature and time as: 125C x 24 hours or 80C x 48 hours

Pay attention to the difference between

leaded (Pb) balls and lead free (No Pb) balls.

Lead-free/No Pb BGA chips:

245C-260C(Maximun)

Leaded/Pb BGA chips:

180C-205C(Maximun)

Sufficient Stock

Technical Support

BGA CHIPSET OBSERVE PRECAUTIONS FOR HANDLING

BGA Chips is MOISTURE SENSITIVE DEVICES. Devices require baking, before mounting, Here is the general bake-out process, Lay the BAG on the tray, and put it in to a baking dry cabinet. Set the temperature and time as: 125C x 24 hours or 80C x 48 hours

Pay attention to the difference between

leaded (Pb) balls and lead free (No Pb) balls.

Lead-free/No Pb BGA chips:

245C-260C(Maximun)

Leaded/Pb BGA chips:

180C-205C(Maximun)

Sufficient Stock

QK-NT72336

Wireless Magic Bluetooth Magic Mouse Laser Multi-Touch

Interface Bluetooth Type Tactile/Multi-Touch, Mouse

Connectivity Wireless Color White

Tracking Method Laser Description Brand new

Technical Support

BGA CHIPSET OBSERVE PRECAUTIONS FOR HANDLING

BGA Chips is MOISTURE SENSITIVE DEVICES. Devices require baking, before mounting, Here is the general bake-out process, Lay the BAG on the tray, and put it in to a baking dry cabinet. Set the temperature and time as: 125C x 24 hours or 80C x 48 hours

Pay attention to the difference between

leaded (Pb) balls and lead free (No Pb) balls.

Lead-free/No Pb BGA chips:

245C-260C(Maximun)

Leaded/Pb BGA chips:

180C-205C(Maximun)

Sufficient Stock

Technical Support

BGA CHIPSET OBSERVE PRECAUTIONS FOR HANDLING

BGA Chips is MOISTURE SENSITIVE DEVICES. Devices require baking, before mounting, Here is the general bake-out process, Lay the BAG on the tray, and put it in to a baking dry cabinet. Set the temperature and time as: 125C x 24 hours or 80C x 48 hours

Pay attention to the difference between

leaded (Pb) balls and lead free (No Pb) balls.

Lead-free/No Pb BGA chips:

245C-260C(Maximun)

Leaded/Pb BGA chips:

180C-205C(Maximun)

Sufficient Stock

Basic Functions Range Best Accuracy

DC Voltage 200mV/2V/20V/200V/1000V (0.5%+1)

AC Voltage 2V/20V/200V/750V (0.8%+3)

DC Current 20mA/2mA/20mA/200mA/20A (0.8%+1)

AC Current 2mA/200mA/20A (1%+3)

Resistance 200W/2kW/20kW/2MW/20MW/200WM (0.8%+1)

Capacitance 2nF/200nF/100mF (4%+3)

Input Impedance for DC

Voltage Measurement Around 10MW

Max Display 1999

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GZUT_EZP_XPro High Speed Programmer Support Chip

Chip support list is the original release version of the data, the latest data see the web page

Support IBM chips:

ATMEL:AT24RF08 PHILIPS/NXP: PCA24S08 ROHM:BUL08 SANYO:LE26CAP08

***25 SPI FLASH***

AMIC:

A25L05P A25L512 A25L010 A25L10P A25L020 A25L20P A25L040 A25L40P A25L080 A25L80P A25L016 A25L16P A25L032

ANTRONICS:

N25S10 N25S20 N25S40 N25S80 N25S16 N25S32

ATMEL:

AT25F512 AT25F512A AT25F512B AT25F1024 AT25F1024A AT25FS010 AT25DF021 AT25F2048 AT25DF041A AT25F4096

AT25FS040 AT26F004 AT26DF081A AT25DF161 AT26DF161 AT26DF161A AT25DF321 AT25DF321A AT26DF321 AT25DF641

EON:

EN25F05 EN25LF05 EN25P05 EN25D10 EN25F10 EN25LF10 EN25P10 EN25D20 EN25F20 EN25LF20 EN25D40 EN25F40

EN25LF40 EN25D80 EN25F80 EN25Q80 EN25T80 EN25B16 EN25B16T EN25D16 EN25F16 EN25Q16 EN25T16 EN25B32

EN25B32T EN25F32 EN25P32 EN25Q32 EN25B64 EN25B64T EN25F64 EN25P64 EN25Q64 EN25F128 EN25Q128

ES:

ES25P10 ES25P20 ES25M40 ES25M40A ES25P40 ES25M80 ES25M80A ES25P80 ES25M16 ES25M16A ES25P16 ES25P32

ESMT:

F25L004A F25L04UA F25L008A F25L08PA F25L016A F25L16PA F25L32PA F25L32QA

GIGADEVICE:

GD25Q512 GD25Q10 GD25Q20 GD25D40 GD25F40 GD25Q40 GD25D80 GD25F80 GD25Q80 GD25T80 GD25Q16 GD25Q32

GD25Q64 GD25Q128

MXIC:

MX25L512 MX25V512 MX25L1005 MX25L2005 MX25L4005A MX25V4005 MX25L8005 MX25V8005/06 MX25L1605D

MX25L1635D MX25L3205D MX25L3225D MX25L3235D MX25L3237D MX25L6405/06/45 MX25L12805D

NEXFLASH:

NX25P10 NX25P20 NX25P40 NX25P80 NX25P16 NX25P32

PMC:

PM25LV512 PM25LV010 PM25LV020 PM25LV040 PM25LV080B PM25LV016B

SPANSION:

S25FL004A S25FL008A S25FL016A S25FL032A S25FL064A

SST:

SST25VF512 SST25VF512A SST25VF010 SST25VF010A SST25VF020 SST25VF020A SST25VF040 SST25VF040A SST25VF040B

SST25VF080B SST25VF016B SST25VF032B SST25VF064C

ST:

M25P05A M25P10A M25PE10 M25P20 M25PE20 M25P40 M25PE40 M25P80 M25PE80 M25PX80 M25P16 M25PE16 M25PX16

M25P32 M25PX32 M25P64 M25PX64 M25P128

WINBOND:

W25P10 W25X10 W25X10A W25X10AL W25X10L W25P20 W25X20 W25X20A W25X20AL W25X20L W25P40 W25X40

W25X40A W25X40AL W25X40L W25P80 W25X80 W25X80A W25X80AL W25X80L W25P16 W25X16 W25P32 W25X32 W25X64

***24 EEPROM***

ATMEL:

AT24C01 AT24C01A AT24C01B AT24C02 AT24C02A AT24C02B AT24C04 AT24C04A AT24C04B AT24C08 AT24C08A AT24C08B

AT24C16 AT24C16A AT24C16B AT24C32 AT24C32A AT24C32B AT24C64 AT24C64A AT24C64B AT24C128-5V AT24C128-3V

AT24C128A AT24C128B AT24C256-5V AT24C256-3V AT24C256A AT24C256B AT24C512-5V AT24C512-3V AT24C512A AT24C512B

AT24C1024 AT24C1024A AT24C1024B

CATALYST:

CAT24C01 CAT24WC01 CAT24C02 CAT24WC02 CAT24C04 CAT24WC04 CAT24C08 CAT24WC08 CAT24C16 CAT24WC16 CAT24C32

CAT24WC32 CAT24C64 CAT24WC64 CAT24C128 CAT24WC128 CAT24C256 CAT24WC256 CAT24C512 CAT24WC512 CAT24C1024

CAT24WC1024

FAIRCHILD:

FM24C01U FM24C02U FM24C03U FM24C04U FM24C05U FM24C08U FM24C09U FM24C16U FM24C17U FM24C32U FM24C64

FM24C128 FM24C256 FM24C512 FM24C1024

HOLTEK:

HT24C01 HT24LC01 HT24C02 HT24LC02 HT24C04 HT24LC04 HT24C08 HT24LC08 HT24C16 HT24LC16 HT24C32 HT24LC32

HT24C64 HT24LC64 HT24C128 HT24LC128 HT24C256 HT24LC256 HT24C512 HT24C1024

ISSI:

IS24C01 IS24C02 IS24C04 IS24C08 IS24C16 IS24C32 IS24C64 IS24C128 IS24C256 IS24C512 IS24C1024

MICROCHIP:

24AA00 24C00 24LC00 24AA01 24AA014 24C01A 24C01C 24LC01 24LC21 24LCS21 24VL01 24AA02 24AA024 24AA025 24C02A 24C02C

24LC024 24LC025 24LC22A 24LC02B 24LCS22A 24VL02 24AA04 24C04A 24LC04 24AA08 24C08B 24LC08B 24AA16 24C16B 24LC16B

24AA32 24C32A 24LC32 24AA64 24FC64 24LC64 24AA65 24C65 24LC65 24AA128 24FC128 24LC128 24AA256 24FC256 24LC256 24AA512

24FC512 24LC512 24AA515 24FC515 24LC515 24AA1025 24AA1026 24FC1025 24FC1026 24LC1025 24LC1026

RAMTRON:

FM24C04A FM24CL04 FM24C16A FM24CL16 FM24C64 FM24CL64 FM24C256 FM24CL256 FM24C512

ROHM:

BR24C01 BR24L01 BR24C02 BR24L02 BR24C04 BR24L04 BR24C08 BR24L08 BR24C16 BR24L16 BR24C32 BR24L32 BR24C64 BR24L64

ST:

ST24C01 ST24C02 ST24C04 ST24C08 ST24C16 ST24C32 ST24C64

XICOR:

X24C01 X24C02 X24C04 X24C08 X24C16

***25 EEPROM***

ATMEL:

AT25010-5V AT25010-3V AT25020-5V AT25020-3V AT25040-5V AT25040-3V AT25080-5V AT25080-3V AT25160-5V AT25160-3V

AT25320-5V AT25320-3V AT25640-5V AT25640-3V AT25128-5V AT25128-3V AT25256-5V AT25256-3V AT25512

CATALYST:

CAT25C01 CAT25C02 CAT25C03 CAT25C04 CAT25C05 CAT25C08 CAT25C09 CAT25C16 CAT25C17 CAT25C32 CAT25C33 CAT25C64

CAT25C65 CAT25C128 CAT25C256

MICROCHIP:

25AA010A 25LC010A 25AA02 25LC020A 25AA040 25C040 25LC040 25AA080C 25AA080D 25C080 25LC080C 25LC080D 25AA160C 25AA160D

25C160 25LC160C 25LC160D 25AA320A 25C320 25LC320A 25AA640A 25C640 25LC640A 25AA128 25LC128 25AA256 25LC256 25A512 25AA512

25LC512 25AA1024 25LC1024

RAMTRON:

FM25C160 FM25640 FM25CL64

ST:

ST25C01 ST25W01 ST25C02 ST25W02 ST25C04 ST25W04 ST25C08 ST25W08 ST25C16 ST25W16

***93 EEPROM***

AKM:

AK93C45AF-RTP AK93C55AF-RTP AK93C65AF-RTP AK93C75AF-RTP AK93C45AV AK93C55AV AK93C65AV AK93C75AV

ATMEL:

AT93C46(16b) AT93C46(16b)-RTP AT93C46(8b) AT93C46(8b)-RTP AT93C46A AT93C56(16b) AT93C56(16b)-RTP AT93C56(8b)

AT93C56(8b)-RTP AT93C57(16b) AT93C57(16b)-RTP AT93C57(8b) AT93C57(8b)-RTP AT93C66(16b) AT93C66(16b)-RTP AT93C66(8b)

AT93C66(8b)-RTP AT93C86(16b) AT93C86(16b)-RTP AT93C86(8b) AT93C86(8b)-RTP

CATALYST:

CAT93C46(16b) CAT93C46(8b) CAT93C56(16b) CAT93C56(8b) CAT93C57(16b) CAT93C57(16b)-RTP CAT93C57(8b) CAT93C66(16b)

CAT93C66(8b) CAT93C86(16b) CAT93C86(8b)

FAIRCHILD:

FM93C06(16b) FM93C46(16b) FM93C46(16b)-RTP FM93C46A(16b) FM93C46A(8b) FM93C46A(16b)-RTP FM93C46A(8b)-RTP FM93CS46(16b)

FM93CS46(16b)-RTP FM93C56(16b) FM93C56A(16b) FM93C56A(8b) FM93CS56(16b) FM93C66(16b) FM93C66A(16b) FM93C66A(8b) FM93CS66(16b)

FM93C86(16b) FM93C86A(16b) FM93C86A(8b)

HOLTEK:

HT93LC46(16b) HT93LC46(8b) HT93LC46(16b)-RTP HT93LC46(8b)-RTP HT93LC56(16b) HT93LC56(8b) HT93LC56(16b)-RTP

HT93LC56(8b)-RTP HT93LC66(16b) HT93LC66(8b) HT93LC66(16b)-RTP HT93LC66(8b)-RTP

ISSI:

IS93C46(16b) IS93C46(16b)-RTP IS93C56(16b) IS93C56(16b)-RTP IS93C66(16b) IS93C66(16b)-RTP

MICROCHIP:

93C06(16b) 93C06(16b)-RTP 93AA46(16b) 93AA46(8b) 93AA46(8b)-RTP 93AA46A 93AA46A-RTP 93AA46B 93AA46B-RTP 93AA46C(16b)

93AA46C(16b)-RTP 93AA46C(8b) 93AA46C(8b)-RTP 93C46A 93C46A-RTP 93C46B 93C46B-RTP 93C46C(16b) 93C46C(16b)-RTP 93C46C(8b)

93C46C(8b)-RTP 93LC46A 93LC46A-RTP 93LC46B 93LC46C(16b) 93LC46C(16b)-RTP 93LC46C(8b) 93LC46C(8b)-RTP 93AA56(16b) 93AA56(8b)

93AA56(8b)-RTP 93AA56A 93AA56A-RTP 93AA56B 93AA56B-RTP 93AA56C(16b) 93AA56C(16b)-RTP 93AA56C(8b) 93AA56C(8b)-RTP 93C56A

93C56A-RTP 93C56B 93C56B-RTP 93C56C(16b) 93C56C(16b)-RTP 93C56C(8b) 93C56C(8b)-RTP 93LC56A 93LC56A-RTP 93LC56B 93LC56B-RTP

93LC56C(16b) 93LC56C(16b)-RTP 93LC56C(8b) 93LC56C(8b)-RTP 93AA66(16b) 93AA66(8b) 93AA66(8b)-RTP 93AA66A 93AA66A-RTP 93AA66B

93AA66B-RTP 93AA66C(16b) 93AA66C(16b)-RTP 93AA66C(8b) 93AA66C(8b)-RTP 93C66A 93C66A-RTP 93C66B 93C66B-RTP 93C66C(16b)

93C66C(16b)-RTP 93C66C(8b) 93C66C(8b)-RTP 93LC66A 93LC66A-RTP 93LC66B 93LC66B-RTP 93LC66C(16b) 93LC66C(16b)-RTP 93LC66C(8b)

93LC66C(8b)-RTP 93AA76(16b) 93AA76(8b) 93AA76A 93AA76A-RTP 93AA76B 93AA76B-RTP 93AA76C(16b) 93AA76C(16b)-RTP 93AA76C(8b)

93AA76C(8b)-RTP 93C76A 93C76A-RTP 93C76B 93C76B-RTP 93C76C(16b) 93C76C(16b)-RTP 93C76C(8b) 93C76C(8b)-RTP 93LC76A 93LC76A-RTP

93LC76B 93LC76B-RTP 93LC76C(16b) 93LC76C(16b)-RTP 93LC76C(8b) 93LC76C(8b)-RTP 93AA86(16b) 93AA86(8b) 93AA86A 93AA86A-RTP 93AA86B

93AA86B-RTP 93AA86C(16b) 93AA86C(16b)-RTP 93AA86C(8b) 93AA86C(8b)-RTP 93C86A 93C86A-RTP 93C86B 93C86B-RTP 93C86C(16b)

93C86C(16b)-RTP 93C86C(8b) 93C86C(8b)-RTP 93LC86A 93LC86A-RTP 93LC86B 93LC86B-RTP 93LC86C(16b) 93LC86C(16b)-RTP 93LC86C(8b) 93LC86C(8b)-RTP

ROHM:

BR93LC46 BR93LC46-RTP BR93LC56 BR93LC56-RTP BR93LC66 BR93LC66-RTP

ST:

ST93C06(16b) ST93C06(8b) M93S46 M93S46-RTP ST93C46(16b) ST93C46(8b) ST93C47(16b) ST93C47(8b) M93S56 M93S56-RTP ST93C56(16b)

ST93C56(8b) ST93C57(16b) ST93C57(8b) M93S66-RTP ST93C66(16b) ST93C66(8b) ST93C67(16b) ST93C67(8b)

Note:

(8b) means that the chip is an 8-bit memory chip or the chip itself is an 8-bit memory chip; "(16b)" means that the chip as a 16-bit memory chip or chip can only be a 16-bit memory chip; neither of them is an 8-bit memory chip.

"RTP" means 93 EEPROM memory chips with 2 or 7 pins as power pins, and 93 EEPROM memory chips without "RTP" have 5 or 8 pins as power pins.

=========95 EEPROM=========(8pin 95 EEPROM Chips)

ST: ST95010 ST95040 ST95080 ST95016 ST95032 ST95064 ST95128 ST95256 ST95512 ST95M01 ST95M02 ST95P02 ST95P04 ST95P08