Used SPIRE 1837 #9115678 for sale

ID: 9115678
Laminator Maximum modules dimensions: Length: 145.77" Width 70.87" Thickness: 0.6" Depth 1.0" Laminator specifications: Platen dimension: 1850mm (w) x 3840mm (l) Operating temperature: up to 180°C Laminating pressure: adjustable between 0-1 atmosphere Vacuum system: LEYBOLD Sogevac SV300B Effective pumping speed: 4000 L/min (50Hz) / 4833L/min (60Hz) Booster pump: RUVAC WAU 501 Max pumping speed: 6833 L/min (50Hz) / 8833L/min (60Hz) Vacuum pressure: <133 Pa Pumping speed: within 2min to reach 133 Pa Pressure sensor: Keyence AP-C31 (upper chamber) Anelva crystal gauge (lower chamber) Pressing control: Pressing force: Max 0.1 Mpa (programmable) Pressing speed: 3 steps (Slow, middle, fast) manually Heating system: Heater type: Electrical sheathed heater Temperature control: PID control, 4 zones individual control Operating temperature: Up to 180°C Temperature uniformity: +/-3°C Heating speed: <30min (from 30°C to 150°C) Temperature sensor: 3 thermocouples for each platen Chamber lifting system: Driving method: 4 electrical cylinders driven by an geared motor (inverter controlled) Control system: Encoder feedback Moving stroke: middle position 240mm (for automatic cycle) Fully opened position: 440mm (for manual operation) Moving speed: <20s (middle position <> fully opened position) <30s (fully opened position <> fully closed position) Operating system: Computer hardware: Mitsubishi PLC controlled Touch screen: 10.4" color display Enclosure: IP20 Compressed Air: 0.5 MPa, 50NL/m 3 Phase, 415 VAC +/- 10%, 110A, 50/60Hz, +/- 2%.
SPIRE 1837 is a highly innovative and advanced solar production equipment designed for large scale solar production. It features a unique combination of power electronics and high‐efficiency solar cells that make it one of the most efficient solar production systems currently available in the market. 1837 is designed to maximize the amount of solar energy generated in a single unit, and allows for rapid production and installation of energy into the power grid. It is designed with a unique combination of high-efficiency solar cells and power electronics technology, which includes a photovoltaic (PV) inverter, controller and trackers. The PV modules used in SPIRE 1837 are extremely efficient and designed to convert sunlight into electricity quickly and efficiently. 1837 also features advanced power electronics for the maximum output of energy from the solar cells. Specialized algorithms are used for optimal performance and for precise operation. SPIRE 1837 also features a highly advanced tracking mechanism which allows for the tracking of the sun's movement throughout the day and also helps to optimize the positioning of the PV modules in order to minimize any losses from shading. 1837 equipment is also extremely efficient when it comes to energy conversion from the solar cells to the grid. This is due to its ability to optimize and control the quality of the DC current, which helps to reduce any losses from the DC/AC conversion process. SPIRE 1837 features a user-friendly design and advanced monitoring system, allowing for simple and easy unit management. It also includes a built-in fault detection machine to help detect any faults or issues with the tool. Overall, 1837 is an incredibly efficient and reliable solar production equipment. With its advanced power electronics and tracking asset, it provides an extremely high level of performance and is one of the most efficient production systems currently available in the market.
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