AMETEK BROOKFIELD
ASCOTT ANALYTICAL EQUIPMENT LTD
ATP ENGINEERING BV
BINDER GmbH
BUCKLEYS (UVRAL) LTD
COATMASTER
DAKOTA ULTRASONICS
DEFELSKO CORPORATION
HACH LANGE
HANGON
HANNA INSTRUMENTS FRANCE
HILDEBRAND
KERN & SOHN GmbH
LABOMAT ESSOR
LAUDA
LENETA COMPANY
MITUTOYO FRANCE
Q-LAB CORPORATION
RHOPOINT INSTRUMENTS
RK PRINT COAT INSTRUMENTS Ltd
SIGMUND LINDNER GmbH
TABER INDUSTRIES
TAYLOR HOBSON LIMITED
TESTO
TQC BV
VEOLIA WATER STI
VERIVIDE
WALLACE
X-RITE EUROPE GMBH
Recognized worldwide for their performance, extreme reliability and unparalleled ease of use, Q-FOG salt spray enclosures manufactured by Q-Lab Corporation have been the quality benchmark on the market for over 20 years.
Recognized worldwide for their performance, extreme reliability and unparalleled ease of use, Q-FOG salt spray enclosures manufactured by Q-Lab Corporation have been the quality benchmark on the market for over 20 years.
• Fiberglass reinforced composite construction.
• Central spray nozzle powered by peristaltic pump.
• Insulated hood mounted on a beam for assisted opening, with a side window (except SSP).
• Integrated 120 L saline tank with level sensors.
• Simple and friendly user interface in French, ethernet port and data recovery software.
• Positioning of easily accessible components for maintenance and calibration operations
or preventive maintenance.
• Complete self-diagnostics with detailed error messages.
• 2 volumes available: 600 and 1100 L.
|
Models |
Modes, functions / Tests, standards |
|
SSP |
Salt spray, drying with or without forced air Prohesion, ASTM B117, ASTM G85, BS 3900, F4 & F9, DIN 50,021, ISO 9227, NFX 41002, GB / T 10125 and others |
|
CCT |
Salt spray, drying with or without forced air, saturated humidity Cyclic corrosion tests: ISO 6270-2, ASTM D2247, VDA 641-415, CCT I or CCT IV |
|
CRH |
Salt spray, drying with or without forced air, regulated humidity Programmable "shower" mode Automotive standards related to corrosion testing: GMW 14872, SAE J2334 and other methods published by Ford, ISO, GB / T, VW, Volvo, Chrysler, Renault, etc. |
|
Models |
SSP and CCT 600 L |
CRH 600 L |
SSP and CCT 1100 L |
CRH 1100 L |
|
Internal dimensions L×P×H (mm) |
1090×660×720 |
1460×820×780 |
||
|
External dimensions L×P×H (mm) |
1880×1020×1220 |
2750×1020×1220 |
2250×1190×1270 |
3110×1190×1270 |
|
Usable volume (L) |
640 |
640 |
1103 |
1103 |
|
Internal saline tank volume (L) |
120 |
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|
Notched test tube holder |
8 bars with 16 notches 2 additional bars optional |
10 bars with 20 notches 2 additional bars optional |
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|
Loading capacity |
113 kg per bar - 544 kg maximum |
|||
|
Temperature range in salt spray mode |
From Tambient at 60 ° C |
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|
in drying mode |
From Tambient at 70 ° C |
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|
in humidity mode |
From 45 ° C to 60 ° C |
From Tambient at 60 ° C |
From 45 ° C to 60 ° C |
From Tambient at 60 ° C |
|
in "shower" mode |
From Tambient at 50 ° C |
From Tambient at 50 ° C |
||
|
Registration of |
RJ 45 port Data logging software (on request) |
|||
The saline solution is pumped into the reservoir and directed to the nozzle. Compressed air passes through the humidification tower, takes on moisture and is sent to the nozzle. The nozzle sprays air and solution as a fine, corrosive mist. The heating systems maintain the programmed temperature in the room.
A purge fan propels air from the chamber to a heating system via diffusers and directs it through the samples positioned in the chamber. This creates a low humidity atmosphere in the chamber to dry the samples. The heating systems regulate the temperature of the room and that of the air.
The relative humidity of the CCT chamber is maintained around 95-100% by injecting hot steam inside the chamber. The steam generator heating system maintains the programmed chamber temperature.
Compared to the spray mist in salt spray mode, the droplets are larger, the flow rate much greater and the duration of the "shower" phase much shorter.
CRH enclosures can achieve and maintain defined temperature and humidity values thanks to the air preconditioning system, ventilation module and special humidity spray nozzles.
Demonstration video:
Operation and maintenance of a Q-FOG cyclic corrosion chamber
Simple and economical solution to produce high quality type 2 purified water (NO RELEASE / NO STORAGE) with a high flow rate. Simple and economical solution to produce high quality purified water for aging chambers, salt spray chambers, cyclic corrosion chambers, climatic chambers and others.
Designed to perform scratches before a corrosion test as described in the Qualicoat specifications for the Machu, salt spray and CASS (cupro-acetic salt spray) test.
Preventive, curative maintenance, calibration of salt spray chambers, Q-FOG cyclic corrosion chambers Preventive, curative maintenance, calibration of QUV UV aging chambers Preventive, curative maintenance, calibration of Q-Sun Xenon aging enclosures Preventive and curative maintenance, calibration of QCT condensation enclosures
Designed to perform scratches before a corrosion test as described in the Qualicoat specifications for the Machu, salt spray and CASS (cupro-acetic salt spray) test.
Front loading test chambers Ultra Compact 300 litres.
With great flexibility, the CC-iP enclosures can respond to a multitude of cyclical tests.
An advanced version of the CC -iP enclosures, Astmosfär enclosures have been designed to meet the even more demanding corrosion tests required in the automotive industry in particular.
Recognized worldwide for their performance, extreme reliability and unparalleled ease of use, Q-FOG salt spray enclosures manufactured by Q-Lab Corporation have been the quality benchmark on the market for over 20 years.
