Dry Cabinet for PCB

Description

A dry cabinet for PCBs (Printed Circuit Boards) is a storage solution designed to maintain an optimal environment that protects PCBs from moisture, which can cause microcracks and other damage, it uses desiccant dehumidifier to absorb moisture and is periodically regenerated, to maintain low humidity levels.

Dry Cabinet for PCB: Specification

Mode# with F: ESD function, Dark Blue color.
Mode# without F: No ESD function, off white color

Dry Cabinet for PCB: Key Features

● Use +/-2%RH high-precision temp. & humidity sensor, protect your storage items.

● Powerful desiccant with a service life of +15 years, save replacement cost for you.

● Minimize moisture and protect your MSD from dirt and dust.

● Module design: Old modules can be removed, and shipped back to the original factory for replacement.

● Flexible design: Options for selection, such as an over-humidity alarm, data logger, door-opening alarm, and three-color flashing light.

Dry cabinets for PCB, auto dry cabinets: Structure

How is a dry cabinet for PCB applied to the SMT production?

During the SMT (Surface Mount Technology) reflow process, managing ambient humidity is critical to prevent moisture-related damage to electronic components. High humidity can cause moisture to penetrate electronic assemblies, leading to issues like micro-cracks and a phenomenon known as "popcorning." This can result in significant maintenance challenges and potential waste of the assembly.

Climatest Symor® dry cabinets adhere to IPC standards for moisture-sensitive devices, ensuring that they provide the necessary protection for your electronic components during the SMT reflow process. This compliance helps manufacturers maintain high quality and reliability in their products.

<5%RH Series dehumidifying speed:

Under ambient 25 degrees C, humidity 60%RH, open door 30 seconds and then close, the humidity will recover to <5%RH within 30 minutes, see the chart below:

COMMON STORAGE SOLUTIONS FOR ELECTRONIC COMPONENTS

● Moisture barrier bags
❊ Method: Moisture barrier bags, with desiccants and humidity indicator card (HIC) inside, users identify the humidity by checking the color change of the dots on the card.
❊ Disadvantage: Moisture barrier bags + HIC + desiccants + manual work = consumables, leakage risk, high cost.

● Nitrogen cabinets
❊ Method: Nitrogen purge cabinets or compressed air 
❊ Disadvantage: Nitrogen filling = continuous N2 consumption, high cost.

● Electronic dry cabinets
❊ Method: Dehumidifying dry cabinets automatically works, and reach low humidity levels.
❊ Advantages: No consumables, no manual work, no nitrogen consumption, environmental, only a little bit of electricity needed.

Climatest Symor® humdity-controlled cabinets play an important role in:

● SMT, electronic manufacturing

● Semiconductor devices

● R&D laboratories & Institutes

● Communication

● LED Lighting

● Precision Items

Why choose us?

● Superior Humidity Control

● Electronically controlled dehumidifying system, no consumables

● User-Friendly Interface

● Continuous Monitoring and Control

● ISO 9001:2015 and CE certified

● Two years warranty

FAQ

Q: How responsive is the company to customer feedback and complaints?

A: Within 12 hours.

Q: Is the product easy to purchase?

A: Yes, we have standard models in stock, and the production lead time is seven working days.

Q: What are the delivery options and times?

A: We provide door-to-door and seaport-to-seaport service, and we decide whether to transport by sea, air, or truck according to your timeliness.

Q: How much does a dry storage cabinet cost?

A: The price depends on the humidity series and quantity you need.

Q: What are the common problems reported by users?

A: No, it works reliably without any common issues.

For more details about drying cabinet for PCB, please visit our website www.climatestsymor.com, or send an email directly to sales@climatestsymor.com, we will reply to you as soon as possible, and welcome to cooperate.