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Specifications
Operating Temperature:
0℃~+50℃
Mfr. Part #:
T3032-2-100K-24-P
Key Attributes
Model Number:
T3032-2-100K-24-P
Product Description
T3030 Series CO2 Sensors for Harsh Environments with Analog Outputs
Product Overview
The Amphenol Advanced Sensors Telaire T3030 Series is a range of Carbon Dioxide (CO2) Sensors specifically engineered for measuring CO2 in harsh or difficult environments. These accurate CO2 transmitters are designed for HVAC control applications and offer easy mounting with two external tabs. Built to withstand demanding conditions, they are rated up to IP67 (build dependent) and are available with optional potting for enhanced protection. The sensors utilize Non-Dispersive Infrared (NDIR) measuring technology and are factory-calibrated, offering accuracy for a 10-year life and an extended operating temperature range. Applications include incubators, buses, refrigerators, subway stations, railway carriages, and agricultural settings like glass houses, mushroom sheds, and animal sheds.Product Attributes
- Brand: Amphenol Advanced Sensors Telaire
- Sensing Method: Non-Dispersive Infrared (NDIR), single or dual wavelength
- Ingress Protection: Up to IP67 (dust tight and immersion to 1m)
- Flammability Classification: To UL94 5VA (dependent upon build)
- Calibration Guarantee: Lifetime for single wavelength, two years for dual wavelength
- ABC Logic Self Calibration: Patented system for single wavelength sensors
Technical Specifications
| Specification | Details |
|---|---|
| Product Series | T3030 Series |
| Mounting | Easy mount with 2 external tabs |
| Potting Option | Available |
| Calibrated Ranges | Available up to 20% CO2 concentration (See Ordering Information for specific ranges) |
| Output Options | Analog (0-5V, 0-10V, 4-20mA), Digital (Modbus, UART) |
| Power Supply Requirements | 15 15 VDC 10%, 24 - 18-30 VAC RMS, 50/60 Hz, or 18 to 42 VDC, polarity protected |
| Power Consumption | Typical 0.7 W at nominal voltage of 24V AC RMS |
| Resolution | Minimum 10bit or analog equivalent |
| Accuracy (Single Wavelength, 0~2,000 ppm example) | 400-1250 ppm: 30 ppm or 3% of reading (whichever is greater)*,** 1250-2000 ppm: 5% of reading + 30ppm *, ** |
| Accuracy (Dual Wavelength, 0~2,000 ppm example) | 75 ppm or 10% of reading (whichever is greater) |
| Accuracy (Dual Wavelength, 0~200,000 ppm example) | 5% of reading or 0.3 vol% CO2 (whichever is larger) at 0 - 20 vol% CO2 and 0C to +25C At 25C to 50C: additional 0.1% of reading or 0.01 vol% CO2 (whichever is larger) per degree C. |
| Temperature Dependence | 0.2% FS / C |
| Response Time (tau, 63%) | < 200 sec |
| Aging (Dual Wavelength Only) | +/- 5% of reading annual drift. Less than +/- 25% of reading within product life time. |
| Recommended Recalibration Interval | Single Wavelength No calibration required Dual Wavelength - 1 year |
| Working Temperature | 0 to +50C (measures within tolerance) |
| Operation Temperature (Sensor Is Powered) | -30 to +50C |
| Storage Temperature | -40 to +70C |
| Minimum Lifetime | 10 years or 30,000 operating hours |
| RH Range | 0% to 99% RH (non-condensing) |
| Atmospheric Conditions Tested | Marine, salt mist and particles present; O2 level 0-21 vol%; 0 to 100% RH; Ammonium max 200mg/m3; SO2 max 0.5 vol%; Ethylene max 500ppm vol; Ozone. (Note: Not all models are equally capable; discuss application with Telaire) |
| Wiring (Power Input & Analog Output) | Wire 1: +/~ 24VCC/24VAC Wire 2: Output (4~20mA or 0-10Vdc) Wire 3: -/~ 24VCC/24VAC Wire 4: Ground |
| Wiring (Calibration Cable - Deutch Connector) | Connection 1: + 5 VDC Connection 2: Ground Connection 3: TX UART Connection 4: RX UART (Note: Only one connection should be powered at any one time. Power input must be off when calibration cable is connected and powered.) |
| Example Models | T3031-2-2K-24-P (Dual Channel, 0-2000 PPM, 0-10 VDC o/p, Potted) T3032-2-5K-24-P (Dual Channel, 0-5000 PPM, 4-20 mA o/p, Potted) T3031-1R-3K-24-400 (Single Channel, 0-3000 PPM, 0-10 VDC o/p, 400mm cable (EN45545)) |
| Other Configurations | Available. Please contact Telaire. Lesser ingress protection, higher fire and smoke ratings, different outputs, and different calibration levels are possible derivatives. |
2410311740_Amphenol-T3032-2-100K-24-P_C5791785.pdf
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