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FLIR E76 Thermal Camera, Dual FOV 24, 42, 14 Lens, 320×240, -20C to 650C

$7,971.00

The FLIR E76 Thermal Camera features dual and close-up field-of-view lenses (24°, 42°, 14°) with 320×240 infrared resolution, providing versatile imaging for industrial, electrical, and building inspections across a temperature range of -20°C to 650°C.

The FLIR E76 Thermal Camera delivers high-resolution thermal imaging with unparalleled versatility through its 14°, 24°, and 42° lenses. The 320×240 IR resolution provides detailed thermal images, while the three lenses enable close-up, mid-range, and wide-area inspections without the need to change devices. MSX (Multi-Spectral Dynamic Imaging) overlays visual details onto thermal images, enhancing clarity and diagnostic accuracy. Rugged and ergonomically designed, the E76 is ideal for predictive maintenance, electrical inspections, mechanical diagnostics, and building envelope assessments, helping users detect hot spots, insulation failures, and electrical faults efficiently and safely.

Key Features:

  • Triple lenses: 14° for close-up, 24° for mid-range, 42° for wide-area inspections

  • 320×240 infrared resolution for detailed thermal imaging

  • Temperature measurement range: -20°C to 650°C

  • MSX technology for enhanced image clarity

  • Rugged, ergonomic design for field use

  • Intuitive interface with fast measurement tools

Compatible Applications:

  • Electrical and mechanical system inspections

  • Predictive and preventive maintenance

  • Building envelope and insulation diagnostics

  • HVAC system monitoring

Included Accessories:

  • Rechargeable battery and charger

  • Carrying case

  • Lens caps

  • User manual

Compliance & Standards:

  • CE and RoHS certified

Benefits for Users:

  • Captures detailed thermal images for close-up, mid-range, and wide-area inspections

  • MSX-enhanced images provide clear, actionable thermal data

  • Rugged design ensures reliable performance in industrial environments

  • Improves inspection efficiency and reduces downtime