Used MBJ EL-lab 2.0 #9316687 for sale

Name: MBJ EL-lab 2.0
Brand: MBJ
SKU: 9316687
Availability: InStock

URL successfully copied!

Tap to zoom

Solar Production Equipment

Manufacturer

MBJ

Model

EL-lab 2.0

ID: 9316687

Vintage: 2020

Electroluminescence imaging inspection system Stand-alone P/N: 03969.00 (2) Cameras Camera type: SolarCam3 Resolution: 280 μm Pro pixel Image acquisition time: < 25s Modules connection: Manual by solar connector / Crocodile clamps Machinery directive: 2006/42/EC Low voltage directive: 2014/35/EU EMC-Directive: 2014/30/EU ROHS: 2003/108/EG (ROHS Directive) Module: Types: Framed / Non-laminated modules mono / Multi-crystalline, 5“-6“, thin film module Size (Maximum): 1,300 mm x 2,200 mm System chassis: Powder coated steel chassis with integrated electrical cabinet (2) Side covers removable Drive: Step drives with integrated control units for camera bar PC: SSD Hard drive integrated in electrical cabinet Power supply unit: 0-300 V, 0-10A User interface: TFT Display, 24“ With keyboard and mouse Ambient: Temperature: 10°C to 30°C Relative humidity: 20% to 70% Power supply: 230 V, 50-60Hz, 6.5 A 2020 vintage.

Read More Close

MBJ EL-lab 2.0 is a solar production equipment designed to provide users with a reliable and efficient solar production solution. This equipment is composed of high-quality components and is supported by a high-performance motor. The EL-lab 2.0 has been designed to produce a number of different solar-based processes with minimum environmental impact. The EL-lab 2.0 is equipped with a double-stage motor which allows for a high-efficiency solar production. This motor is able to operate at a high power which is supported by a sophisticated gearbox which aids in its long-term performance and efficacy. The gearbox includes a reduction ratio of 1:1.6 to 2.0 which helps to optimize the output of the solar production. In terms of its components, the EL-lab 2.0 features efficient and environmentally friendly solar production. It features an adjustable photovoltaic cell that helps to maximize solar energy collection. The PV cell uses a polycrystalline material to help ensure maximum efficiency. The cell is controlled by a thermoelectric module which helps to increase the efficiency of the solar power production. The thermoelectric module is composed of a resistance and a MOSFET which help to create the optimal conditions for the solar production. The EL-lab 2.0 also features advanced tracking systems to help ensure that the maximum amount of solar energy is collected. The tracking systems help to identify, focus, and redirect the solar energy towards the solar panels in order to increase their productivity. In addition, the system is equipped with a cooling fan which helps to reduce the amount of heat produced from the motor and other components. The EL-lab 2.0 also includes several software programs which help to monitor, analyze, and modify the production and performance of the solar panels. This makes the EL-lab 2.0 a highly efficient, safe, and reliable solar production equipment. Finally, the EL-lab 2.0 features a highly advanced safety system which include safety features such as photoelectric isolation, over-current protection, and over-voltage protection. The protection helps to ensure that the solar production process is carried out safely and that all components remain safe. Overall, the EL-lab 2.0 is an advanced and reliable piece of solar production equipment which helps to optimize solar production and provide users with a safe and efficient experience.