LAMSCAM® es una plataforma de monitoreo térmico industrial que utiliza sensores térmicos y acústicos sin contacto, para supervisar activos críticos en tiempo real. Permite trazabilidad, registro y emisión de alarmas ante desviaciones térmicas, ruidos anómalos y comportamientos fuera de rango. Está diseñada para entornos donde la continuidad operacional, la seguridad de las personas y la protección de activos son prioritarias.
It reduces the risk of unplanned downtime by detecting abnormal conditions before they escalate.
It reduces staff exposure in hazardous areas and helps prevent accidents.
It allows you to anticipate damage to high-value equipment and avoid costly corrective maintenance.
Connect field information with industrial and administrative systems to improve traceability.
Conveyor belts, ball and SAG mills, transmission systems, flotation systems, CAEX trucks, storage piles, overhead cranes in EW, pumping stations, hydraulic systems, electric motors, rotary dryers, refining furnaces, ore transport and general processes.
Biomass collection and storage, stackers, conveyor belts, debarkers, lime kiln, liquor tank level, AI chip oversize detection, paper machine, MDF machine, digester ambient vapors, drying machines, dust filters, presses, thermal oil pumps, sanders, squaring machines and digester belt discharge.
Loose connections, fatigued insulators, contact corrosion, surface arcing, transformer overload, bushings, cooling failures, dielectric oil degradation, disconnectors, cells, dielectric breakdown, harmonic filters, power switches, capacitor banks, bus bars, and phase imbalance.
Monospectral camera, mini bispectral camera, bispectral camera and acoustic camera.
Temperature, noise, optical and thermal images.
Maximum, minimum, range and adaptive pre-warning.
Historical record of temperatures and alarms with timestamp.
Modbus TCP/IP, OPC, PI System.
Ethernet, PoE, optional 4G/5G LTE router, optional Wi-Fi.
Solicite una evaluación técnica de LAMSCAM. Nuestros ingenieros analizarán sus activos críticos, zonas de riesgo térmico y condiciones operacionales para definir una arquitectura de monitoreo térmico industrial continuo que permita detectar anomalías, generar alertas oportunas y proteger la continuidad de su planta.
