Equilam NA products

Ammonia Corrosion Test Chamber for Testing IEC 62716:2013 – To simulate Agricultural Environments testing Photovoltaic(PV) modules against corrosion. Photovoltaic (PV) modules are electrical devices intended for continuous outdoor exposure during their lifetime. Highly corrosive wet atmospheres, such as in the environment of stables of agricultural companies, could eventually degrade some of the PV module components (corrosion of metallic parts, deterioration of the properties of some non-metallic materials – such as protective coatings and plastics – by assimilation of ammonia) causing permanent damages that could impair their functioning and safe operation.

SS4000 series is designed to perform automatic test and meet GMW 3172 standard. Which simulates the exposure of the components to salt spray (IP water code) with a continuous monitoring, during the time that the component is energized. The detailed inspection is done of damaged interior electronics, loss of parent metal that may lead to loss of internal or external electrical connections and concentrated pitting corrosion.

C.C.T chambers provide the closest comparison to “real world” laboratory testing for naturally occurring corrosion. Designed to meet corporate standards, with Low Temperature (LT) mode up to -20ºC. (Accessories optional: Ultra Low Temperature (ULT) mode: -40ºC). Available volumes: 1,300 – 3,000 – 5,000 liters (others on request).

The cyclic corrosion test chambers series CORR are designed to perform automatic corrosion cycles with the possibility of programming in 9 different modes.

Constant Temperature / RH 97% +/- 3%; The KEQUM series is divided into two series:KEQ300UMe and KEQ300UM. The SSUM series is divided into 4 models: SS600UM, SS1000UM, SS1300UM, and SS3000UM. ASTM D1735 / ASTM D2247 / DIN 50017 / ISO 6270-2; Fiberglass tray with overtemperature protection, system and water leakage; Internal cabinet volume: 300 – 600 – 1000 – 1300 – 3000 liters, others on request.

This series of chamber is designed for DI water or NaCl solution tank submersion tests. Complete fiberglass construction with digital microprocessor temperature, water flow control for constant levels inside the chamber. Low level, overheat and circulation alarms standard.

Device to Degree of Protection – IPX9K. Device manufactured according with the requirements of the International and National Technical Standards for full service of the test’s specifications and characteristics for Degree of Protection (IP-Code) on enclosure of the electrical equipment. The device installation according to the customer’s neede, being that, the use of the Walk-In and /or Drive-In Chamber are required to specimens of the bigger dimensions (samples larger dimension than 3,9″).

The corrosion chambers type SO2, KEQ series, also known as Kesternich chamber, were built to meet the requirements of ASTM, DIN, DIN EN ISO, others. The following construction characteristics of the equipment are very important for repeatability and reproducibility of each test, These tests are comparative, so they must follow the exact construction characteristics of the standards.

SS and SSe Series Salt Neutral Spray Corrosion Chambers (Salt Fog), also known as the Salt Mist Chamber, were built to meet the requirements of ASTM B117, ISO 9227 Neutral, CASS, AASS – JIS Z 2374 Neutral, CASS, AASS and DIN 50021. The following are construction characteristics of the equipment that are very important to ensure the repeatability and reproducibility of each test. These tests are comparative, so they must follow the exact construction methods of the standards.

Gravelometer is built to meet the technical standards set forth by ASTM/SAE, or DIN/ISO/VDA. This equipment simulates stone impacts on sheet metal or coated parts to evaluate the strength/resistance of the coating to projectile impact chipping. The stone projecting equipment, also called a gravelometer, was designed to reproduce the effect of gravel or other projectiles impacting exposed paint or the surface of an automobile in close correlation with actual in the field conditions.