The Izze-Racing tire temperature sensor is specifically designed to measure the highly transient surface temperature of a tire with spatial fidelity, providing invaluable information for chassis tuning, tire exploitation, compound selection, and driver development.
The sensor is capable of measuring temperature at 16, 8, or 4 laterally-spaced points, at a sampling frequency of up to 100Hz, object temperature between -20 to 300˚C, using CAN 2.0A protocol, and enclosed in a compact IP66 rated aluminum enclosure. The sensor is available with two field-of-views: ultra-wide (120˚) or wide (60˚).
The sensor is also available as a PCB assembly, without an enclosure, amounting to a significant reduction in cost and allowing the user to package the sensor to their specific needs.
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| Up to 100Hz Sampling Frequency |
Up to 16 Temperature Channels per Sensor | Adjustable Emissivity |
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| ±1˚C Accuracy |
Wide (60˚) & Ultra-Wide (120˚) FOV | Adjustable CAN ID |
| Temperature Measurement Range, To |
-20 to 300˚C |
| Package Temperature Range, Tp | -20 to 85˚C |
| Accuracy (Central 10 Channels, Nominal) (16-Ch Sensor) |
±1.0˚C for 0˚C < Tp < 50˚C ±2.0˚C for Tp < 0˚C and Tp > 50˚C |
| Accuracy (First & Last 3 Channels, Nominal) (16-Ch Sensor) |
±2.0˚C for 0˚C < Tp < 50˚C ±3.0˚C for Tp < 0˚C and Tp > 50˚C |
| Noise Equivalent Temperature Difference, NETD | 0.5˚C at 16Hz, ε = 0.85, To = 25˚C |
| Field of View, FOV | 60˚x 8˚ (wide) 120˚x 15˚ (ultra-wide) |
| Number of Channels | 16, 8, or 4 |
| Thermal Time Constant |
2 ms |
| Effective Emissivity |
0.01 to 1.00 (default = 0.78) |
| Spectral Range | 8 to 14 µm |
| Weight | 20g |
| L x W x H (max, 60˚ FOV) | 36.6 x 26.0 x 12.3 mm |
| L x W x H (max, 120˚ FOV) | 31 x 29.0 x 12.3 mm |
| Protection Rating | IP66 |
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MoTeC CAN Configurations: |
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| AiM CAN Configurations: |
16-Channel
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| DBC CAN Template: |
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