Shenzhen SMTfly Electronic Equipment Manufactory Limited
SMTfly help you soar!
Add to Cart
Prevent moisture-related damage and failures
Serious defects and failures, including many that don't show up until the product is in the field, can result from improper storage of moisture-sensitive electronic components and assemblies.
Manncorp's V series desiccant cabinets eliminate these failures, along with the risk of moisture-related defects resulting from damaged or improperly resealed moisture barrier bags (MBBs).
Eliminate ongoing consumable expenses
The humidity-controlled cabinets also eliminate the ongoing expense of humidity indicator cards (HICs) and desiccant bags.
Do more with cabinets
Unlike moisture barrier bags, dry cabinets for electronics components can be used to easily protect loaded tape and stick feeders, partially assembled PCBs, and high-layer-count or class 3 bare boards.
Low-humidity environment for storage
"V" series cabinets use a stand-alone thermo-hygrometer and regenerating desiccant to provide the best possible low-humidity environment for components and assemblies. These cabinets feature two or more turbo modules designed to rapidly reduce RH levels to ≤5% without the use of nitrogen or compressed air.
An RH of ≤5% is significantly lower than specified by IPC/JEDEC J-STD-033C—far more than enough to prevent moisture traces that cause microcracking, popcorning, delamination and solder joint failures.
Data logging included
The cabinet's digital display also functions as a data logger, allowing companies to keep and review temperature and humidity history on the cabinet. The 2-channel data logger measures both temperature and humidity inside the cabinet. Included Windows-based software provides tools for displaying and evaluating the collected data. Data reports can be printed, exported or emailed. The software allows the data logger to be configured for C or °F, sample rate, high/low alarms and data logging intervals.
Nitrogen environment available
Nitrogen systems are available as an option.