LAE Electronic. SPECIALISTS IN CUSTOMISED PRODUCTS. YOUR ORIGINAL IDEAS NEED TAILOR-MADE PRODUCTS. A SUCCESSFUL METHOD. INNOVATORS SINCE 1973. OUR KNOW-HOW FOR STATE-OF-THE-ART PRODUCTS.
Show more
See More
LAE ELECTRONIC CONTROL GENERAL SEQUENCE OF OPERATION 1. Cabinet is plugged in. a. Display will illuminate. ... The cabinet will need to be manually defrosted. Unplug the cabinet or turn the LAE control to “OFF" per LAE instruction sheet. The manual defrost frequency will depend on the units usage, environment, and the amount of frost. LAE ...
Show more
See More
_ LAE ELECTRONIC has been a partner to Foster for over twenty years in the designing and making of successfull controllers for a wide range of applications: storage cabinets, blast chillers and freezers, dough-retarder provers, thaw cabinets. Dough retarder provers
Show more
See More
WEB. www.LAE-electronic.com info@LAE-electronic.com. © LAE Electronic Spa | VAT 02205880269. Privacy policy; Copyright; Cookies policy; Digital agency: alea.pro
Show more
See More
Main features. Up to 5 configurable outputs for a perfect adaptation to the specific needs such as: control of variable speed compressors (example 2) or fans (example 1), drive of a large external compressor relay (example 3), control of lights, ON/OFF fans, heaters, switched loads, defrost, alarms, second evaporator. With or without RTC for ...
Show more
See More
What is Large-Area Electronics? Large-Area Electronics (LAE) is a new way of making electronics, including printed, flexible, hybrid, plastic, organic and bio-electronics, that: is enabled by new materials that can be processed at low-temperatures;
Show more
See More
SN2B20P2 by LAE Electronic is a temperature probe with a temperature range of -40÷120 C. The sensor type is NTC2K (2000Ω at 25 C) with accuracy of ±0.3 C at 25 C. Sheath dimensions Ø 6 x 29 mm (TPE), cable type 2 wires x 0.35 mm2 ; -40÷120°C; TPE (loose leads). LAE Electronic products are among the best ever in the global marketplace.
Show more
See More
SN4B20P1 by LAE Electronic is a temperature probe with a temperature range of -40÷120 C. The sensor type is NTC10K (10000Ω at 25 C) with accuracy of ±0.3 C at 25 C. Sheath dimensions Ø 6 x 29 mm (TPE), cable type 2 wires x 0.35 mm2 ; -40÷120°C; TPE (loose leads). LAE Electronic products are among the best ever in the global marketplace.
Show more
See More
SN2B20P1 by LAE Electronic is a temperature probe with a temperature range of -40÷120 C. The sensor type is NTC2K (2000Ω at 25 C) with accuracy of ±0.3 C at 25 C. Sheath dimensions Ø 6 x 29 mm (TPE), cable type 2 wires x 0.35 mm2 ; -40÷120°C; TPE (loose leads). LAE Electronic products are among the best ever in the global marketplace.
Show more
See More
Jan 24, 2022 . Responding to this dilemma, a team based at Princeton University devised and tested a technique for creating electronically steerable, GHz-range phased-array antenna assemblies as large-area...
Show more
See More
SUBMISSION All applications MUST be submitted electronically in a Word document except for the three (3) letters of endorsement which should be scanned into a PDF file and the photograph of the nominee which should be attached in a JPEG file. All documents MUST be submitted in a single email to mcarpenter@LAE.org.
Show more
See More
www.LAE-electronic.com E-mail: info@LAE-electronic.com PARTNER VENEZIA • 041 5460713 - 0LLCD005EN LCD32 signalled by means of the buzzer and the blinking indication on the display. Differently, with AHP=STP, when the contact is opened the alarm is signalled, the compressor stops immediately and defrosts will be suspended.
Show more
See More
_ In cooperation with Aga Marvel, LAE ELECTRONIC designs and manufactures high-profile controllers for domestic and scientific refrigerators.
What is Large-Area Electronics? Large-Area Electronics (LAE) is a new way of making electronics, including printed, flexible, hybrid, plastic, organic and bio-electronics, that: is enabled by new materials that can be processed at low-temperatures;
Emerging LAE technologies include electronics for smart textiles and bioelectronics for a new class of wearable and implantable devices. LAE has the potential to both open up new markets for electronics and to expand existing products by adding new form factors, new functionality and enabling new cost structures.
The LAE control is designed to read and display a cabinet temperature not a product temperature. This cabinet temperature may reflect the refrigeration cycle of the Set-Point and its Differential, or it may show an average temperature. The most accurate temperature on a cabinets operation is to verify the product temperature.