Dry Cabinet for Semiconductor Devices

Description

Climatest Symor® dry cabinets for semiconductor devices are built to store SMT components, precision parts, IC, crystal, optical fibers in an ultra-low humidity environment, the humidity meet <3%RH automatic, the dehumidifying speed is super fast, it suits frequent door openings in SMT production, the Dry Cabinet for Semiconductor Devices adopt the most advanced humidity control technique, with latest design, the machine is easy to operate and maintain, just plug and play.

Dry Cabinet for Semiconductor Devices Specification

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

Dry Cabinet for Semiconductor Devices Feature

·Adopts Switzerland original imported humidity & temperature sensor.

-This ensures high accuracy in use, Climatest Symor® dry cabinets for semiconductor devices have memory function, no need to re-set after power failure.

·Made by 1.2mm thickness galvanized steel, with USA DuPont ESD painting.

-Reinforced structure design, excellent load-bearing, surface treatment with 18 painting processes, the static resistance value meets 10⁶ -10⁸Ω, also with strong corrosion resistance.

·3.2mm high intensity tempered glass window for better observation.

- Flat press zinc alloy lock, with perfect air tightness and anti-theft function, this dry cabinets for semiconductor devices sealing performance is excellent.

·With memory function, no need to re-set after power failure.

-The dry cabinets for semiconductor devices can automatically memorize the last setting value after power off, no need set again.

·Powerful dry unit with +15 years projected lifespan.

- The dry cabinets for semiconductor devices adopt 4A molecular sieve dry unit, the most advanced technique, it can be regenerated automatically, no need replacement.

·Universal castors installed at bottom, ESD safe.

- Reinforced PU castors are installed at the bottom of dry cabinets for semiconductor devices, front two with brakes for easy move and stop.

What are Climatest Symor® dry cabinets for semiconductor devices, PCB storage dry cabinets?

Climatest Symor® dry cabinets for semiconductor devices, PCB storage dry cabinets can maintain the interior environment <3%RH, it is suitable to store and protect the moisture sensitive devices from moisture related defects,
In electronic manufacturing field, like SMT, the harm of moisture has become one of the main factors in product quality control, electronic products require lower humidity in the production and storage environment, but the storage of moisture-sensitive materials has always been a headache.
Climatest Symor® dry cabinets for semiconductor devices help you settle this headache, and greatly improves the utilization rates,the cabinets provide <5%RH,<10%RH as per MSD level regulated in IPC standard.

What is the application of Climatest Symor® dry cabinets for semiconductor devices, PCB storage dry cabinets?

During SMT reflow, if the workshop ambient humidity is high, the moisture will invade into the electronic components, like BGA (ball grid arrays) and fine-pitch devices, the moisture penetrated inside expands, this causes micro-cracking, the damage is invisible, but in some cases, the cracks will widen to the surface of the components, the obvious situation is the swelling and collapse of the components, also known as popcorn, which will cause maintenance and even waste of the assembly.It is crucial that these invisible, potential problems are incorporated into the market. The harm of moisture has become one of the main factors in product quality control, electronic products require lower humidity in the production and storage environment. Climatest Symor® dry cabinets for semiconductor devices help you settle this headache, and greatly improves the utilization rates, Climatest Symor® provides <5%RH,<10%RH as per MSD level regulated in IPC standard.

How does Climatest Symor® dry unit work?

Traditional desiccants are consumables, which always need replacement, and very inconvenient, Climatest Symor® dry cabinets for semiconductor devices, PCB storage dry cabinets use molecular sieve inside dry units, the molecular sieve is the most effective and environment-friendly desiccant, it can be regenerated in use, no need replacement. The whole dehumidifying process is microcomputer controlled, when the interior humidity is high, it will start to absorb moisture; when the humidity reach the setting value, it will stop absorbing, and then discharge the moisture to outside, it is automatic.

<3%RH series dehumidifying speed:

Under ambient 25 degree C, humidity 60%RH, open door 30 seconds and then closed, the humidity will recover to <3%RH within 30 minutes, see below curve:

Characteristics of Climatest Symor® dry cabinets for semiconductor devices, PCB storage dry cabinets?

1.Module design: The dry cabinets for semiconductor devices adopt independent module design, from small spare parts, to temperature & humidity controller, control system and dry units, every module can be quickly replaced, simple maintenance, this greatly improve the maintenance efficiency.
2.Environment-friendly design: The latest module design, the dry cabinets for semiconductor devices can be directly upgraded, and the old system modules can be sent back to the original factory. Therefore, the machine will never be obsolete, also it does not produce waste pollution.The powerful electronic drying cabinet is designed for long-term use for more than 15 years.
3.Flexible design: Before purchase, users can add options on dry cabinets for semiconductor devices, like over-humidity buzzer alarm, data logger, open door buzzer alarm, three-color tower light, the flexible design offers customers more efficient selection.

We provide dry cabinets for semiconductor devices solutions in below industries:

Advantages of dry cabinets for semiconductor devices

For more details about dry cabinets for semiconductor devices, pls visit our website www.climatestsymor.com or directly send emails to sales@climatestsymor.com, we will get you back at quickest time, welcome for possible collaboration.