HOW ARE VEHICLE LIGHTING FIXTURES TESTED UNDER EXTREME CONDITIONS? CCK-70/1000T-6 CLIMATE CHAMBER

An automotive lighting manufacturer with more than five DYCOMETAL environmental test chambers in its quality control laboratory needed additional equipment similar to what it already had installed.
 
The required conditions were:
👉 Temperature range between -50°C and +180°C.
👉 Standard volume of 1000 liters.
👉 Cooling temperature gradients of 6 K/min.
👉 Heating temperature gradients of 8 K/min.
👉 Reinforced floor and reinforced trays. 

OUR SOLUTION: The climate test chamber previously supplied to this client, the CCK-70/1000T-6, has been updated with a new totem display with an operating status light and a new mechanical locking system with a security key. The client has already tested and verified the system's performance and results. This high-performance heating and cooling unit allows for the most demanding climate tests to be performed on vehicle lighting.
 
Would you like to more know?
📩 Contact: comercial@dycometal.com
🌐 Web: www.dycometal.com

#dycometal #environmentaltesting #lighting #EnvironmentalSimulation #ClimaticTesting #ThermalTesting #Auomotive #temperature #humidity #chamber #testing #climatic #RAndD #Innovation #QualityAssurance

CLIMATIC TESTING FOR ENVIRONMENTAL STUDIES IN THE AUTOMOTIVE INDUSTRY. CLIMATE CHAMBER CCK-48/2000T-2P-10 (CO2)

 Our client, a leading mechatronics company specializing in the automotive sector, was looking for several chambers for its new European production plant. This client sought a system tailored to its design and functionality needs, while maintaining environmentally friendly conditions regarding the construction of the refrigeration unit, which had to be based on CO2 (R-744).

The required specifications were:
👉 Temperature range between -40 ºC and +180 ºC
👉 Custom interior design for testing different types of samples.
👉 Excellent ergonomics for sample insertion.
👉 Heating and cooling speed greater than 4 K/min, considering a heat dissipation of 3 kW and a mass of 50 kg
👉 Environmentally friendly CO2-based unit.
 
OUR SOLUTION: The climatic test chamber with a design specially tailored to the client, our model CCK-48/2000T-2P-10. A chamber with a volume according to the client's needs: 1500 x 1900 x 700 mm (H x W x D), to comfortably accommodate the different samples to be tested. The double door and the shallow depth allow for easy handling of the samples, as well as the placement of the various sensors. These sensors must be registered in the controller itself. Advanced control and control software allow for monitoring all supplied systems.
 
Would you like to more know?
📩 Contact: comercial@dycometal

🌐 Web: www.dycometal.com

#dycometal #environmentaltesting #EnvironmentalSimulation #ClimaticTesting #ThermalTesting #Auomotive #mechatronics #temperature #humidity #chamber #testing #CO2 #R744 #climatic #RAndD #Innovation #QualityAssurance

IEC 60529 TESTING, RAIN TEST, IPX3 AND IPX4 DEGREES. CLL-1000 RAIN TEST CHAMBER

Sometimes our clients don't need a custom solution; a standard solution is sufficient for their environmental testing needs. That's where our standard solutions come in. This was the case for the electronics department of a European university that was looking for a rain test chamber.
 
The requirements were:
👉 Volume of approximately 1000 liters.
👉 Compliance with IEC 60529.
👉 IPX3 and IPX4 protection ratings.
👉 Flow control.
 
OUR SOLUTION: Our standard rain test chamber, model CLL-1000, with a 1000-liter capacity and an 800 mm diameter arch. It features a height-adjustable sample holder and a power supply for the sample. A standard solution for a standard need.
 
Would you like to more know?
📩 Contacto: comercial@dycometal.com
🌐 Web: www.dycometal.com

#dycometal #environmentaltesting #EnvironmentalSimulation #RainTesting #electronic #chamber #IEC60529 #IPX #IPXY #testing #chamber #climatic #RAndD #Innovation #QualityAssurance

DETECTION OF PREMATURE FAILURES IN ELECTRONIC COMPONENTS, BURN-IN TEST. AFA-100/768

Our client, a major manufacturer of electronics for telecommunications satellites, already had 7 AFA-100/768 ovens, but due to increased production, they needed to expand the number of environmental tests under controlled temperature conditions, ensuring proper functioning during component development.
 
The conditions they were looking for were similar to the previous ones:
👉 High stability and reproducibility.
👉 Oven with a large vertical load capacity.
👉 4 large-diameter through-wall ports for probe insertion.
👉 Programmable start/stop of the test.
👉 Communication with a central PC for control and recording of all ovens via software.
 
OUR SOLUTION: The same system we previously supplied. Three (3) AFA-100/768 ovens with internal dimensions of 1200 x 800 x 800 mm (H x W x D), featuring high temperature stability. This robust system boasts a high vertical load capacity and, thanks to its associated software and communication port, allows for centralized control of all ovens on one or more PCs simultaneously, enabling parallel monitoring and recording of all systems.
 
Would you like to more know?
📩 Contacto: comercial@dycometal.com
🌐 Web: www.dycometal.com

#dycometal #environmentaltesting #EnvironmentalSimulation #heat #ThermalTesting #electronic #temperature #satellite #oven #testing #chamber #RAndD #Innovation #QualityAssurance

HOW DO WE TEMPER HYDROGEN PIPES IN A TENSILE TESTING MACHINE?

THERMAL TEST CHAMBER: CETM-70-156Te.
Our client, a leading manufacturer of piping for the fluid transport sector, wanted to temper hydrogen pipes during tensile testing to evaluate the behavior of the samples under both the forces they endured and at extreme temperatures. For this, they needed a chamber capable of reaching extreme temperatures and perfectly compatible with their existing tensile testing machine.

The required specifications were:
👉 Chamber adapted to their existing tensile testing machine.
👉 Temperature ranges from -70 ºC to +100 ºC.
👉 Mechanical cooling.
👉 Chamber mobility to allow for testing with and without the chamber.
👉 Easy chamber movement.
👉 Side window for recording material behavior during testing.
 
OUR SOLUTION: Our CETM-70/156Te thermal testing chamber is adapted to the customer's existing tensile testing machine and features a chamber extraction system for testing with or without thermal conditioning. It includes a large, highly transparent front and side viewing window. Removable top and bottom ports allow for chamber removal without loosening clamps. All controls are managed via a touchscreen and remote control software, which can be connected to the customer's tensile testing system.
 
Would you like to more know?
📩 Contacto: comercial@dycometal.com
🌐 Web: www.dycometal.com 

#dycometal #environmentaltesting #EnvironmentalSimulation #Tensiletesting #Tesnsilemachine #ThermalTesting #hydrogen #temperature #chamber #testing #RAndD #Innovation #QualityAssurance

How can you guarantee the performance of your products under the most demanding environmental conditions?

In the development of industrial, automotive, or electronic components, uncertainty is not an option. Ambient temperature and humidity simulations must be accurate, reproducible, and aligned with the highest international standards.
 
With the Dycometal T Series, we raise the bar in climatic and thermal testing:
👉 Precision control: Thermal stability and homogeneous distribution to guarantee reliable results.
👉 Real sustainability: Equipment designed according to European F-Gas regulations, using refrigerants with low environmental impact (GWP < 150).
👉 Technical robustness: High-density insulation and components designed to withstand continuous and severe operating conditions.
 
High-precision environmental simulation is the ultimate bridge between design and market success.
 
🔬 Want to know the real-world performance of your components? Discover the full range of simulation tools on our website: www.dycometal.com

#dycometal #environmentaltesting  #ClimaticTesting #ThermalTesting #buildingmaterial #temperature #humidity #chamber #testing #chamber #climatic #RAndD #Innovation #QualityAssurance

HOW TO TEST CERAMIC TILES AGAINST TEMPERATURE CHANGES? AIR-WATER THERMAL SHOCK CHAMBER, CRT2V-300T

 A technology center contacted us because they needed to test ceramic tiles against sudden temperature changes according to the UNE-EN ISO 10545-9 standard, for sample validation, certification, and the development of new materials.

 Their requirements were:
👉 Compliance with EN ISO 10545-9.
👉 Capacity for large samples (650 x 650 mm).
👉 Precise control of all cycle variables.
👉 Remote PC connection.

OUR SOLUTION: Our air-water thermal shock chamber, CRT2VT-300T, a thermal shock chamber with a usable capacity of 300 liters. The system comprises two zones: a positive temperature compartment with a temperature range up to +170°C and a thermostatically controlled bath for sample immersion at +15°C, with a cooling system to chill the water and ensure maximum stability and homogeneity throughout the bath. All of this is controlled by an advanced processor for managing cycles, times, segments, transfer times, and residence times. It also includes associated software for recording all tests and generating test reports.

 Would you like to more know?
📩 Contacto: comercial@dycometal.com
🌐 Web: www.dycometal.com

#dycometal #environmentaltesting #EnvironmentalSimulation #Thermalshock #aritowater #ThermalTesting #buildingmaterial #temperature #humidity #chamber #testing #shock #RAndD #Innovation #QualityAssurance #certification