The IR-CZD series is a pressure-explosion proof radiation thermometer capable of measuring temperatures even in environments where flammable gases or liquid vapors are present and there is a risk of explosion. It is certified "Ex db ⅡB T5 Gb" by the Technology Association of Industrial Safety. The lineup includes measurement temperature ranges of 80 to 1400°C (low to medium temperatures), 200 to 2000°C (medium temperatures), and 450 to 3500°C (high temperatures). Despite its explosion proof structure, it is compact and light-weight, and when combined with sealing window, the measurement window becomes easier to maintain.
| For low and medium temperatures | For medium temperature | For high temperatures | |
|---|---|---|---|
| Models | IR-CZDP | IR-CZDI | IR-CZDS |
| Measurement method | Narrowband radiation thermometer | ||
| Detecting element | InGaAs | Si | |
| Wavelength | 2μm | 1.55μm | 0.9μm |
| Measurement range () indicates distance factor |
80~1000℃(50) 150~1400℃(200) 200~1400℃(300) |
200-1000℃(50) 300 to 1600°C (200, 300) 400 to 2000°C (field diaphragm φ10mm 200, 300) |
450-2000℃(50) 600 to 3000°C (200, 300) 700 to 3500°C (field diaphragm φ10mm 200, 300) |
| Accuracy ratings | Less than 500℃...±3℃ 500℃ or higher but less than 1000℃...±5℃ 1000℃ or higher: ±0.5% of measured value |
Less than 1000℃...±5℃ 1000℃ or higher but lower than 1500℃: ±0.5% of measured value 1500℃ or higher: ±0.6% of measured value |
Less than 1000℃...±5℃ 1000℃ or higher but lower than 1500℃: ±0.5% of measured value 1500℃ or higher and lower than 2500℃: ±0.6% of measured value 2500℃ or higher: ±1% of measured value |
| Repeatability | Within 0.2℃ | ||
| temperature drift | Below 500℃...0.15℃/℃ 500℃ or above: 0.25℃/℃ |
0.1°C/°C or 0.015%/°C of the measured value, whichever is greater | |
| Resolution | 0.5℃ | ||
| Lens aperture | φ20mm | φ20mm, φ10mm (with field diaphragm) | |
| Measurement diameter | Measurement distance: 0.5 to ∞ Measurement diameter (mm) = Measurement distance (mm) / distance factor *Please allow a margin of about 1.5 times the measurement diameter to take into account the blurring of the optical axis, etc. |
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