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Product Details:
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| Easy Implementation Into Sensors Network: | 0%v.v ±0.01%Vol In 45 Seconds | Calibration Curve (EN) Or Basic Error (AQ): | 0 To 5%v.v-> 0.06%v.v Or ±6% Of Reading Whichever Is Greater. |
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| Short Term Stability (EN): | 0%v.v = ±0.002%v.v | Minimum Resolution (AQ): | From 0 To 2%v.v -> ±0.004%v.v |
| Long Term Stability (EN): | 0%v/v = ±0.05%v.v / Month | Temperature Error (with Compensation): | Temperature Error (with Compensation) |
| Highlight: | Easy Implementation Gas Sensor,Integrated Infrared Gas Sensor,Analog Output Gas Sensor |
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INIR-CD5% INIR-ME5% Integrated Infrared Gas Sensor Analog Output Of Gas Concentration Easy Implementation Into Sensors Network
GENERAL DESCRIPTION:
The Integrated IR (INIR) sensor has been designed with
the latest technology, using a microcontroller with an ARM7
core and via software design the necessary techniques have
been implemented to increase the reliability of the device
therefore minimize the probability of faults.
The INIR is a user friendly digital Gas Sensor, which is
designed to use the latest SGX Sensortech’s Infrared
technology.
RECOMMENDED APPLICATIONS:
• Mining
• Automation & Control
• Indoor Air Quality
• Industrial Health & Safety
| Humidity Error (10%RH to 90%RH, relative to 45%RH) | 0%v/v = ±0.01%v.v |
| Response Time *2 (without dust filter) | Response Time *2 (without dust filter) |
| Power Supply Rejection Ration (PSRR) (at ±5% of Nominal Voltage) | at 1 MHz -> 50 dB , at 100 kHz -> 68 dB , at 10 kHz -> 88 dB |
| Temperature Cycling or Ramping Drift (Maximum at 1.3oC/min.) | 0%v/v = 0.05%v.v |
| Thermal Shock Drift | 0%v/v = 0.05%v.v (max) |
Contact Person: Miss. Xu
Tel: 86+13352990255
