Used LAMBDA LMFO-7-0VM #126364 for sale

LAMBDA LMFO-7-0VM is a power supply designed for Ultra Low Power applications, ideal for powering communications and navigation electronics onboard commercial aircraft and avionics equipment onboard military, air transport and general aviation aircraft. The power supply provides an output of -5.3 to +16.7 VDC at up to 7 arbitrary selectable amperage levels, allowing applications to have the most appropriate and precise amount of power for their unique requirements. The unit has a simple and lightweight design, using a low-input-quantity-based input-rating scheme, which makes it very reliable and energy-efficient. LMFO-7-0VM has over-voltage, over-current, short-circuit, and thermal protection, making it safe for use in all types of aircraft. It also has a total harmonic distortion (THD) of less than 2%, making it suitable for powering sensitive electronics and instrument systems. In addition, it has EMI/RFI filters in line with RTCA/DO-160F standards, providing suppression of abnormal and turbulent electromagnetic fields. LAMBDA LMFO-7-0VM is made with premium quality parts, with RoHS compliant components and sturdy connectors. It also features a rugged steel housing, which ensures durability in all climates and environments. The unit is equipped with a single 115/230 VAC (50/60 Hz) input, providing a power factor correction with a wide operating range of 85-265VAC. The unit also has an LED indicator light, which notifies when the power is on and when protection circuits have been triggered. LMFO-7-0VM is considered one of the best available power supplies for navigation, avionics, and communications equipment onboard commercial and military aircraft. It is designed and manufactured in accordance with the exacting aerospace standards, to ensure optimal performance and reliability. Furthermore, its low input quantity-based input rating makes it very energy efficient. The unit is excellent for powering equipment that requires a precise and reliable power supply, or for a part of a redundant system.