Outside Size：H1950 x W1200 x D660 mm
Inside Size：H1800 x W1198 x D630 mm
AN EXCELLENT TOOL FOR IMPROVING THE EFFICIENCY IN MANUFACTURING, QUAITY CONTROL, R&D, AND WAREHOUSING
EDRY’S ultra-low moisture technology is power saving. THE dehumidifying effectiveness and lifespan of elements are 6-fold greater than those of other brands.
The manufacturing of the ultra-low moisture cabinet completely follows the standards of IPC/JEDEC J-STD-033 on managing the IC integrated circuit. The omission of repackaging and the high temperature treatment enhance the assembly quality while reducing the cost effectively.
Much more superior than the counterparts in terms of dehumidification power, speed of dehumidification after door opening, life span and energy saving.
EDRY has more than 30 years of experience in independent top quality professional dehumidifier research and development in Taiwan and possesses relevant technology. The patented semi-conductor chip is used in the dehumidifying technology, and the highly effective dehumidifying performance can reduce the moisture from 70%RH to 40%RH in 30minutes. It can also maintain and stabilize the humidity within the ideal range. Furthermore, the micro-computer based smart auto-transformation power-saving mode can save a lot of power.
1. Extreme Speed Desiccating Performance
Industrial desiccating and moisture prevention must be fast and stable. EDRY leads the world to launch the extreme speed desiccating ultra low humidity main desiccating unit to lower the humidity level to less than 10% within 5 minutes and maintain stable 1%RH lowest humidity level in long period of time. One hour after power up, even with power interruption, it will maintain less than 15%RH humidity level in a period of 24 hours. It can completely replace nitrogen filling and other dry air equipment.
2. Speedy humidity reduction even with multiple door openings
EDRY Desiccators core machine can maintain a maximum of 70 hours of desiccating capability. Multiple door openings will allow humidity level speedy reduction, fully in Compliance with the requirement of instant access to storage items by manufacturing, research and development organization, to improve work efficiency and product yields , “Dry Cabinet from other brand can only maintain 3 to 4 hours of desiccation capability, desiccation process needs to be restarted after door opening twice. Such intensive desiccating activities inconveniently hinder the usage. “In other word, number of desiccating represents shorter equipment life span and lower desiccating capability. According to test, Moisture Buster’s main desiccating unit has 10 times of life span, desiccating capability and energy efficiency compares to other brands.
3. Patented Speedy Desiccation
EDRY uses patented speedy desiccating design to allow desiccating process more stable and the humidity level will not fluctuate. Other brand products uses shape memory alloys, not only slow in starting desiccating, but the humidity level returns to more than 10% during desiccating process.
4. World Leading Patented Technology
As the leading brand of desiccating product, EDRY Extreme Speed Main Desiccating Unit won three key patents. All it takes is one main desiccating unit will bring humidity level down to 1% easily (Other brand product may need 6 to 10 main desiccating units). This is not only reducing energy consumption, it reduces future maintenance cost. Polymer physical adsorption turbo desiccation technology future won the approval rate of more than 90% of major electronic manufacturers globally as their favorite product. It is not required to replace consumables, low energy consumption , and superb desiccating results are the major characteristics that meet IPC/JEDEC-STD-033A and SMD processing requirement standards. Its popularity is not coincidental.
Perfect Humidity Control Performance
Industrial quality control is an important task but you are not able to stare at the hygrometer all the time. Intelligent microcomputer, touch panel and LCD panel can help you not only switching displays between temperature and humidity level, it is equipped with humidity level recording function to real time check humidity level in the cabinet. It can also be arbitrarily set desired humidity level between 1% -90%RH and stabilized humidity control within +2% & -2%RH range. Upon power failure, it will memorize the preset value and will not be altered due to power failure. Furthermore, it can be upgraded with internet connection to monitor and control the humidity level on line, which gives you a peace of mind all the time. The low humidity specialized sensor is made in the USA by Honeywell with stability, accuracy and credibility.
EDRY’s ultra-low dry cabinet (10%RH or below) is completely manufactured according to the standards of IPC/JEDEC J-STD-033 for managing the IC integrated circuit.
Managing IC integrated circuit, omitting repackaging and high temperature treatment, improving assembly quality, preventing the popcorn effect caused by trace moisture, and effectively enhancing the yield while reducing the cost.
Do you know that “trace moisture” has a great impact on the quality of electronic elements and circuit boards?
MSD elements of MSL2 or above will be exposed to the atmosphere after they are removed from the dry pack. If they are not assembled within a time frame, they will absorb moisture from the atmosphere to a level exceeding the tolerable range. In this case, the high temperature at welding will cause the moisture inside the MSD to evaporate, generating sufficient pressure and causing MSD to expand. Eventually the plastic package will start to delaminate from the chip or the lead frame, and chip bound to the lead wire will be damaged and has the inside cracked. Under some extreme conditions, the cracking can extend to the surface of MSD, causing the MSD to expand or even to explode. This is the so-called popcorn. To prevent this condition, every time a MSD is taken out from the dry pack, it should be stored in an ultra-low moisture environment of 10%RH or lower as soon as possible to prevent the element from absorbing moisture from the atmosphere.
Frequently observed popcorn condition
According to the standards of IPC/JEDEC J-STD-033 (Please refer to the data), to prevent a MSD element from absorbing moisture from the air after it is removed from the dry pack, it has to be stored in a ultra-low moisture cabinet of 10%RH or below or even of 5% or below. Yet, that is still not enough. When carrying out the assembly on site, the taking in and out of the element means that the door will be frequently opened and closed. In that case, external moisture inside the cabinet to be 10%RH, 5%RH or even lower, you have to choose our ultra- low moisture cabinet that can rapid drop the humidity to the set level and has a high performance to ensure the high yield of your products.
|Model||SL-1336CA||Desiccating Capability||Return to 5%RH in less than 10 minutes; Return to 10% RH in less than 5minutes.
It can easily return to 1%RH and stable control.
|Capacity||1360L||Desiccator’s Configuration Layout|
|Outside Size||H1950 x W1200 x D660 mm||Humidity Control Design||Intelligent microcomputer control, touch control panel operation, LCD panel display.|
|Inside Size||H1800 x W1198 x D630 mm||Cabinet body design||Cabinet body uses 1mm strengthen steel plate|
|Accessories||Upward/Downward adjustable board*5||Warranty Period|
|Desiccating Theory||Average Power Consumption||32W|
|Humidity Control Range||Humidity Control Range 1%~40%RH||Power Source||AC110V+10V 50/60HZ or customized AC220V+10V 50/60HZ or other customized power requirement.|
Category: Dry cabinets