How to prevent DX5 XAAR SPT print nozzle blocking.

Inkjet printers in the course of the nozzle clogging problems, mainly in the "prevention." The best way to keep the nozzle in top working condition, your sprinklers every day to do some proper and effective maintenance, it will greatly reduce the likelihood of nozzle clogging, so please read the following and reference operations.
One. After installation, and maintenance of equipment to enable the early maintenance performed on the nozzle
1. For the nozzle into the best working condition, before the official start to undertake the production of business equipment, be sure to use one or two days more than the maximum extent possible to print some pictures, the picture is best CMYK 4 colors are used, but also in the picture two sides should add C, M, Y, K 4 color color bar to ensure four-jet nozzle is always in the state.
2. The best moisturizer sponge cleaning station in the rightmost bracket removed together with its printing.
Two. How the work is completed daily maintenance performed on the nozzle
After a day all print jobs completed, in order to maintain the best working conditions and the nozzle to avoid the volatile solvent ink nozzle clogging, please let the device according to the following method after overnight sprinklers for maintenance.
1. Turn off the device.
2. First with a special cleaning fluid to clean moisturizing foam, then poured cleaning fluid on it soaked sponge.
3. Will head back to the station and to the far right of the nozzle cleaning and moisturizing sponge closely.
4. Allow the device to maintain this state overnight.
Three. Found that treatment of clogged nozzles after minor
1. In the printing process was found after a slight clogging the nozzle should not hesitate to press the PAUSE button to pause the print job, and then use a vacuum cleaner or a manual pump ink from the nozzle carried nozzle cleaning After cleaning is required to use a plastic squeeze bottle nozzle surface spray some cleaning solution to wash away residual ink.
Note: Do not use too much force a manual pump, otherwise it will be damaged due to excessive pressure nozzle.
2. Completely decisive and timely treatment nozzle for holding the nozzle clogging minor optimum condition in the printing process time is very important!
3. In addition, it is necessary to carefully check the sprinkler nozzle clogging the situation and find the reason.
Four. Treatment of clogged nozzles frequently occurs in the printing process
1. Press the PAUSE button to pause printing job, and then press the PURGE key to move the carrier to wash the leftmost position.
2. Keep the device power is turned on, connected to the sub tank level sensor signal line control board head all unplugged.
3. The ink on the nozzle tube (from the sub tank) pulled out, and then extracted with a special cleaning fluid to clean the glass syringe nozzle method: each with 40ml cleaning fluid every 10 minutes, a total of 3 to 4 times.
4. Reconnect after cleaning the ink supply tube and liquid level sensor signal line, and then continue the previously paused print job.
V. The above approach is not effective treatment or no effect when
1. Will remove the nozzle from the nozzle tray removed.
2. In a clean glass container (eg: beaker) after the cleaning fluid into the amount dedicated to the nozzle submerged nozzle into the bottom 2 ~ 3mm is appropriate, then a glass container with plastic wrap to seal the (anti-gray) stand for more than one day .
Note: Sprinklers Do not touch the top of the Signal Interface cleaning fluid, otherwise it will damage the nozzle.
3. After complete immersion nozzle, pour in the amount of printer head cleaning solution for cleaning the bottom of the nozzle into the cleaning solution and then immersed about 2 ~ 3mm, then start cleaning, choose a dedicated nozzle cleaner, if the use of general ultrasound cleaning time must be strictly controlled to prevent damage to the nozzle.
NOTE: Continuous use cleaner to clean without over three times.
4. 40ml glass syringe to extract special cleaning liquid, the ink supply tube from the upper part of the interface inside the injection nozzle, the nozzle to observe the waterline from the state, if all the waterline are straight, indicating effective cleaning, the nozzle can continue use (premise: circuit piezoelectric crystals are intact), if there are still some waterline spray crooked, you are required to do steps 2 and 3 for 2 to 3 times.
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