CLIMATIC TEST CHAMBER FOR TESTING POWER ELECTRONICS, MODEL: CCK-40/4357MT

The railway sector is one of the most important transport sectors on the planet for both people and goods, and is a sector with continuous investment in R&D&I with a view to improving the energy efficiency of the systems, increasing performance, reducing weights, etc. The components installed include power electronic equipment such as pulse sources, transducers, light indicators, etc. During the production process, compliance with the needs and requirements must be verified, applying the quality standards and regulations that must be applied. In order to verify correct operation in the most extreme environments, it will be necessary to carry out the necessary tests to guarantee the functionality of the equipment.

Our climatic test chamber CCK-40/4357MT allows testing of large and heavy power electronic equipment, subjecting them to the most extreme temperature conditions according to regulations, as well as performing high temperature and high humidity climatic tests according to customer specifications.

If you want more information, you can contact us through our email: comercial@dycometal.com       or on our website: www.dycometal.com .

DYCOMETAL company with more than 35 years of experience in the development of chambers for simulation of environmental tests, offers its customers the CLIMATIC TESTING CHAMBER FOR POWER ELECTRONIC EQUIPMENT TESTS.

TEMPERATURE TEST CHAMBER FOR TESTING ON TRANSMITTING ANTENNAS, MODEL: CETM-40/979MT

Mobile telephony has become one of the essential elements of our daily lives, and it would be unthinkable for us not to have this technology at our disposal one day. This technology is based on the use of transmitting antennas, which have become part of our natural environment and which must be able to withstand the most aggressive environmental conditions: rain, solar radiation, extreme temperatures (desert or polar), etc. To this end, antenna manufacturers must have a laboratory prepared to simulate real environmental conditions, taking into account the energy dissipation that the antennas will generate during operation, thus guaranteeing correct operation 365 days a year.

The temperature test chamber CETM-40/979MT was designed to reach extreme operating temperatures, taking into account the energy dissipation of the transmitting antennas as well as its own mass. Its mobile design allows the chamber to be easily moved and its reduced volume makes it a space-saving chamber in the laboratory. A powerful chamber in a compact package.

If you want more information, you can contact us through our email: comercial@dycometal.com       or on our website: www.dycometal.com .

DYCOMETAL company with more than 35 years of experience in the development of chambers for simulation of environmental tests, offers its customers the THERMAL TESTING CHAMBER FOR TESTING MOBILE TELEPHONE ANTENNAS.

WELDED WALK-IN CLIMATIC TEST CHAMBER FOR MECHATRONIC PARTS, MODEL: CCK-40/12936T

Mechatronics is a fundamental pillar for developing manufacturing processes by combining mechanics, electronics, computing and control. This branch of engineering is key to the automotive sector, combining mechanical, electrical, electronic and sensor systems. Within the automotive sector, mechatronics plays a fundamental role in a sector that is constantly trying to develop new and better technologies.  

The CCK-40/12936T chamber has been developed according to the specifications of one of the main customers within the mechatronics sector, so that the different elements can be tested to ensure the comfort, safety and efficiency of the vehicle.

If you want more information, you can contact us through our email: comercial@dycometal.com       or on our website: www.dycometal.com .

DYCOMETAL company with more than 35 years of experience in the development of chambers for simulation of environmental tests, offers its customers the CLIMATIC TEST CHAMBERS FOR MECHATRONICS.

CLIMATIC TEST CHAMBER FOR THE STUDY OF PHOTOSENSITIVE SENSORS, MODEL: CCK-40/300T

There are a considerable number of sensors for measuring all kinds of physical or chemical parameters, among which there are some sensors that can be photosensitive, where light can affect their performance. These sensors, as well as those that are not affected by light, must be subjected to climatic and thermal tests, to verify their performance under extreme conditions, but with the proviso that they must be climatic tests without the presence of light. For this purpose, the climatic chamber is built with a blind door, without a window, so that light access to the test chamber is reduced to a minimum. In addition, other parameters are taken into account to avoid possible reflections inside the chamber.

The CCK-40/300T climatic chamber has been modified to reduce the possible entry of light as much as possible, so that the sensors are not affected. It also has the capacity to control the climatic variables necessary to stress the electronic boards and photosensitive sensors.

If you want more information, you can contact us through our email: comercial@dycometal.com or on our website: www.dycometal.com .

DYCOMETAL company with more than 35 years of experience in the development of chambers for simulation of environmental tests, offers its customers the Climatic Chamber FOR THE STUDY OF PHOTOSENSITIVE SENSORS.

TEMPERATURE TEST CHAMBER FOR AMMUNITION FIELD TESTS. MODEL, CCK-70/125

Within the quality control of armament ammunition, there are various types of environmental tests: thermal, climatic, solar radiation, corrosion, etc., with thermal tests being one of the most common. During these tests, the parts are subjected to both positive and negative temperatures, and this test has to be carried out both in the laboratory and in real field tests, where the sample is tempered before being used under the indicated conditions. In order to temper the samples, it must be possible to take the chamber to the field.

The thermal test chamber model CETM-70/125 has been developed to maintain a good ergonomics, positioning the control in the upper part of the chamber and the cooling group in the lower part, as well as vibration absorption systems for the transport of the equipment in a comfortable way in a lorry. In addition, the chamber has a temperature range from -70ºC to +150ºC, which allows it to cover all the thermal tests required by customers. 

If you want more information, you can contact us through our email: comercial@dycometal.com       or on our website: www.dycometal.com .

DYCOMETAL company with more than 35 years of experience in the development of chambers for simulation of environmental tests, offers its customers the THERMAL CHAMBER FOR AMMUNITION TESTING.

EXTERNAL CONDITIONING SYSTEM FOR THE AERONAUTICAL SECTOR, MODEL: CCK-60/1000g

Within the aerospace industry there are a large number of parts of different sizes and with different performances, from the smallest microchip in on-board electronics to the curing of a composite, which often makes it difficult to choose a single unit that can cover all possible tests and sample sizes.

The CCK-60/1000g external conditioning unit or generator, was designed with the customer to cover a wide range of possibilities: from the testing of a small sample in a 1 m3 test box to the possibility of being connected to large curing rooms or test benches. Its cooling unit allows to condition even 9 m3 rooms, and it is designed to guarantee high temperature and high humidity tests, or dry environments. 

If you want more information, you can contact us through our email: comercial@dycometal.com       or on our website: www.dycometal.com .

DYCOMETAL company with more than 35 years of experience in the development of chambers for simulation of environmental tests, offers its customers the EXTERNAL CONDITIONING UNIT.  

FORCED AIR HEATING OVEN FOR FIELD TESTING OF AMMUNITION, MODEL: AFA-100/150e

Ammunition testing in the defence market is based on strict quality controls, subjecting the ammunition to extreme conditions of temperature, humidity or solar radiation both in the laboratory and in the field, where they have to demonstrate their resistance to the most extreme weather conditions. It is in the field, where real firing tests will be carried out after having been subjected to these extreme conditions.

The oven model AFA-100/150e has been specially designed to carry out both laboratory and field tests. The oven has been designed to be transported in a test truck, being able to condition the samples during transport and in the field by means of a generator set. Its horizontal design allows easy access to the samples in an ergonomic way and its reduced size allows the equipment to be placed in a small truck for easy transport.

If you want more information, you can contact us through our email: comercial@dycometal.com       or on our website: www.dycometal.com .

DYCOMETAL company with more than 35 years of experience in the development of chambers for simulation of environmental tests, offers its customers the FORCED AIR HEATING OVEN FOR DEFENSE TESTING.

CLIMATIC TEST CHAMBER FOR DEFENSE SECTOR. MODEL: CCK-75/2000 2P NG.

Among the different sectors that use environmental testing equipment, one of the most demanding in terms of testing and safety is the Defense sector, where any component to be used in the field must be tested under the most extreme conditions of temperature and humidity.

The CCK-75/2000 2P NG climatic test chamber is prepared to house both large, heavy parts and numerous small samples to carry out the most demanding tests, both at low and high temperatures or under humid conditions. The CCK-75/2000 2P NG, being a standard design, has been prepared with added safety features, according to the requirements of this important sector. 

If you want more information, you can contact us through our email: comercial@dycometal.com       or on our website: www.dycometal.com .

DYCOMETAL company with more than 35 years of experience in the development of chambers for simulation of environmental tests, offers its customers the CLIMATIC TEST CHAMBERS to perform such tests. 

WALK-IN Salt Spray Chamber

One of the most important destructive agents of the nature is the corrosion, being one of the principals causes of economic lose.

All the markets: automotive, aeronautical, railway, paints or any type of metal treatment industry, have corrosion test simulation inside their quality standards. Sometimes, the samples to be tested are too big, so they need solutions with bigger volumes. In this case, we use the Walk-in Salt Spray Chambers.

The Salt Spray Corrosion Test consists of an accelerated corrosion attack by an artificial salt spray of a certain composition, in the exact conditions of temperature and pressure. To do this type of tests, it uses the salt spray chambers.

Standards like: ASTM B117, DIN 50 021 or DIN 50 017, establish a test parameters to simulate the most aggressive atmospheres.

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers WALK-IN Salt Spray Chambers to carry out such tests.

ASTM B117, Neutral Salt Spray Test NSS

ASTM B117 is used to test the corrosion resistance of metallic parts with or without coating; exposing the sample saline atmospheres and high temperature

The samples are introduced into the chamber with an acid atmosphere, pH between 6’5 to 7’2, and temperature of 35ºC. The collection rate must to be between a to 2 ml/hour. The collector will have a surface of 80 cm²  

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers Salt Spray Chambers to carry out such tests.

DIN 50 021-SS, Neutral salt Spray Test

The DIN 50 021-SS standard is used to test the corrosion resistance of the coatings, exposing the samples to saline acid saline atmospheres and high temperature

The samples are introduced into the chamber with an acid atmosphere, pH between 6’5 to 7’2, and temperature of 35ºC. The volume of the chamber will not be lower than 400 liters. The collection rate must to be between 2 ml/hour. The collector will have a surface of 80 cm²

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers Salt Spray Chambers to carry out such tests.

DIN 50 021-ESS, Acid Salt Spray Test

The DIN 50 021-ESS standard is used to test the corrosion resistance of the coatings, exposing the samples to saline acid saline atmospheres and high temperature.

The samples are introduced into the chamber with an acid atmosphere, pH between 3’1 to 3’3, and temperature of 35ºC. The volume of the chamber will not be lower than 400 liters. The collection rate must to be between 2 ml/hour. The collector will have a surface of 80 cm²  .

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers Salt Spray Chambers to carry out such tests.

DIN 50 021-CASS Copper-Acetic Salt Spray Test

The DIN 50 021-CASS standard is used to test the corrosion resistance of the coatings, exposing the samples to saline copper-acetic saline atmospheres and high temperature.

The samples are introduced into the chamber with an acid atmosphere, ph between 3’1 to 3’3, and temperature of 50ºC. The volume of the chamber will not be lower than 400 liters. The collection rate must to be between 1 to 2 ml/hour.   

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers Salt Spray Chambers to carry out such tests.

DIN 50 017 - KK; Humidostatic test.

The DIN 50 017 standard is used to analyze the protective coating of the samples.

The sample will be tested in a heated and sutured atmosphere (temperature must be +40ºC) and relative humidity of 100%. This conditions will be constant in all the duration of the test.

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers Humidostatic Chambers to carry out such tests.

DIN 50 017- KFW; Humidostatic test

The DIN 50 017 standard is used to analyze the protective coating of the samples.

The sample will be tested, in two cyclical parts; first cycle of 8 hours in heated, sutured air and water vapor, temperature will be +40ºC and relative humidity of 100%. The second cycle has 16 hours, in a temperature of +18 to 28ºC, while relative humidity must to be less than 100%.

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers Humidostatic Chambers to carry out such tests.

DIN 50 017 – KTW, Humidostatic test

The DIN 50 017 standard is used to analyze the protective coating of the samples.

The humidostatic chamber has different option to configure the different conditions of the test.

The sample will be tested, in two cyclical parts; first cycle of 8 hours in heated, sutured air and water vapor, temperature will be +40ºC and relative humidity of 100%. The second cycle has 16 hours, in a temperature of +18 to 28ºC, while relative humidity must to be 100%.

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers Humidostatic Chambers to carry out such tests.

Kesternich Test Chamber

The DIN 50 018 standard give conditions for Kesternich Corrosion test. This test has been done to simulate industrial or urban atmosphere, by means of the formation of an artificial atmosphere, adding to the air Sulphurous Anhydrid, with or without carbon dioxide.

With the Kesternich’s Test we can get an artificial atmosphere with the best approximation to the results obtained when in sulphurous natural atmospheres some metals are expounded to it.

The Kesternich Test consists of a cycle of 24 hours slit in two parts: the first one consists of 8 hours with closed chamber and the pieces in its indoor, situated according to the Regulations and expounded to 40ºC inside of which 0,2 or 2 liters/ gr. of Sulphurous Anhydrid are introduced with a 100% of RH.

After this period of time, another stage of 16 hours goes on. In this stage the door is open, the heating is stopped and the pieces are exposed to the Ambiance Temperature of the air (according to SFW variant of the DIN 50.017/ 50.018). The test finishes when an inadmissible influence appears in the aspect of the expounded pieces or when the accorded number of cycles for the Test's duration has been reached.

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers Kesternich test chambers to carry out such tests.

Cyclical Corrosion Test Chamber

The cyclical corrosion test chambers, allow the realization of environmental tests, combined different techniques: salt spray chamber, condensation and dried with temperature/humidity control. These chambers are programmed in order to alternate the test in any sequence or to reproduce automatically.

This type of test is used commonly in the industries: automotive, aeronautical, paints, etc.

The most common standards are: CCT-1, CCT-2, CCT-4, ECC-1, D17 2028, GM9540P, ISO11997-1, ISO14993, JASO M 609, etc.

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers cyclical corrosion test chambers to carry out such tests

Salt Spray Chamber

One of the most important destructive agents of the nature is the corrosion, being one of the principals causes of economic lose.

All the markets: automotive, aeronautical, railway, paints or any type of metal treatment industry, have corrosion test simulation inside their quality standards.

The Salt Spray Corrosion Test consists of an accelerated corrosion attack by an artificial salt spray of a certain composition, in the exact conditions of temperature and pressure. To do this type of tests, it uses the salt spray chambers.

Standards like: ASTM B117, ISO 9227, DIN 50 021, JIS Z 2371, etc, give a test parameters to simulate the most aggressive atmosphere.

DYCOMETAL, company with over 25 years experience in developing simulation chambers for environmental testing, offers customers salt spray chambers to carry out such tests.