Non-contact infrared temperature sensor
Non-contact temperature sensor (-20 to +300℃)
basic information
■Specifications - Operating temperature range: -10 to 70℃, no condensation below 90% RH - Detection element: Thermopile - Optical system: With lens (D:S 8:1) FOV: Field of view 14° (90% energy) - Operating wavelength range: 5.5 to 13.5μm (IR transmittance 52%) - Measurement temperature range: -20 to +300℃ - Emissivity: ε = 0.95 - Accuracy rating (*1): FS × ±2% or ±2℃, whichever is larger - Ambient temperature drift: Less than 0.2℃/℃ (rapid temperature change within 1℃/min) - Response time: Within 10ms, however, t/T = 63% DC 1.0-5.0V (relative to measurement range), but VDD - 0.3VDC - Output: Example: -20℃ → 1.0VDC, 300℃ → 5.0VDC (when VDD = 5.3VDC) <Linearity of output signal> AOT: Analog signal sensor output, non-linear - Power supply: DC 5 ±5% (4.5 to 5.5VDC) Current consumption: 2.2mA or less (NOR 1.7mA) - Case material and structure: Case material: ABS resin (same as nut) Structure: Epoxy resin sealing - Weight: Approximately 33g (including cable length = 60cm and 2 nuts)
Price range
Delivery Time
Model number/Brand name
MD7H-314AT
Applications/Examples of results
Measurement Field Diagram Field Stop Lens: 14° φ12.0 at 50mm (The field diameter changes according to the measurement distance as shown in the diagram below.) The field diameter is defined as the area where 90% of the energy can be captured. *To enhance measurement accuracy, it is recommended that the area of the measurement target is at least 1.5 times the spot size.
