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HYM290 FMCW radar (also known as millimeter wave radar), because the millimeter wave band with a higher frequency than Ku-band radar, has important applications in remote target detection, strong smoke and dust environment, remote imaging, multi-spectral imaging and other aspects, and can detect smaller targets than microwave radar and achieve more accurate positioning. It has higher resolution and stronger confidentiality
HYM290 FMCW radar (also known as millimeter wave radar), because the millimeter wave band with a higher frequency than Ku-band radar, has important applications in remote target detection, strong smoke and dust environment, remote imaging, multi-spectral imaging and other aspects, and can detect smaller targets than microwave radar and achieve more accurate positioning. It has higher resolution and stronger confidentiality
Features
Good transient performance: More compact RF architecture, higher signal-to-noise ratio
5GHz working bandwidth, so that the product has higher measurement resolution and accuracy
Coherence: dipole oscillation driven by coherent current or nonlinear difference frequency effect of coherent laser pulse
Low energy: the energy of millimeter-wave photon is only a few millielectron volts, so there will be no phenomenon of X-ray ionization and destruction of the substance to be detected, because it is not easy to destroy the substance to be detected
Strong penetration: It has strong penetration for non-polar substances. Many non-metallic non-polar materials absorb less rays in this band. Therefore, it can be used to detect the internal structure of materials. For example, ceramic/cardboard/plastic/foam, etc. are transparent to this band of electromagnetic radiation, and can also be used for airport/station security monitoring, such as detecting machinery/explosives and drugs, or for circuit board welding detection
Easy to be absorbed by polar molecules: this band has less scattering in non-uniform material, can detect and measure water vapor content, etc. They can also be used to study the composition of substances or quality control by analyzing their characteristic spectra.
Features
Good transient performance: More compact RF architecture, higher signal-to-noise ratio
5GHz working bandwidth, so that the product has higher measurement resolution and accuracy
Coherence: dipole oscillation driven by coherent current or nonlinear difference frequency effect of coherent laser pulse
Low energy: the energy of millimeter-wave photon is only a few millielectron volts, so there will be no phenomenon of X-ray ionization and destruction of the substance to be detected, because it is not easy to destroy the substance to be detected
Strong penetration: It has strong penetration for non-polar substances. Many non-metallic non-polar materials absorb less rays in this band. Therefore, it can be used to detect the internal structure of materials. For example, ceramic/cardboard/plastic/foam, etc. are transparent to this band of electromagnetic radiation, and can also be used for airport/station security monitoring, such as detecting machinery/explosives and drugs, or for circuit board welding detection
Easy to be absorbed by polar molecules: this band has less scattering in non-uniform material, can detect and measure water vapor content, etc. They can also be used to study the composition of substances or quality control by analyzing their characteristic spectra.
Technical Parameters
Typical Application | Electromagnetic wave emission Angle is less than 3°, suitable for narrow space or waveguide tube measurement |
Suitable for large storage tank (max.120m) and small storage tank (small blind area) | |
High precision, high health grade and other occasions measurement | |
Complex process conditions (mixing, heating rod, ladder, floating roof, strong dust, strong steam, etc.) occasions | |
Emissino Frequency | 76GHz~81GHz, FM scanning frequency width 5GHz |
Antenna Material | PTFE, SS304 with PTFE |
Measuring Range | 15m 35m 85m 120m |
Accuracy | 0.05%~0.1%FS |
Supply | 24VDC, 220VAC |
Output Signal | 4~20mA/HART/RS485/Modbus/Bluetooth |
Working Temperature | -30~80℃, -20~200℃ (≥260℃ customizable) |
Working Pressure | -0.1~2.0MPa |
Process Connection | Thread, bracket, flange, sanitary clamp (optional) |
Protective Grade | IP 67, IP 68(Optional) |
Technical Parameters
Typical Application | Electromagnetic wave emission Angle is less than 3°, suitable for narrow space or waveguide tube measurement |
Suitable for large storage tank (max.120m) and small storage tank (small blind area) | |
High precision, high health grade and other occasions measurement | |
Complex process conditions (mixing, heating rod, ladder, floating roof, strong dust, strong steam, etc.) occasions | |
Emissino Frequency | 76GHz~81GHz, FM scanning frequency width 5GHz |
Antenna Material | PTFE, SS304 with PTFE |
Measuring Range | 15m 35m 85m 120m |
Accuracy | 0.05%~0.1%FS |
Supply | 24VDC, 220VAC |
Output Signal | 4~20mA/HART/RS485/Modbus/Bluetooth |
Working Temperature | -30~80℃, -20~200℃ (≥260℃ customizable) |
Working Pressure | -0.1~2.0MPa |
Process Connection | Thread, bracket, flange, sanitary clamp (optional) |
Protective Grade | IP 67, IP 68(Optional) |
HYM290 FMCW radar (also known as millimeter wave radar), because the millimeter wave band with a higher frequency than Ku-band radar, has important applications in remote target detection, strong smoke and dust environment, remote imaging, multi-spectral imaging and other aspects, and can detect smaller targets than microwave radar and achieve more accurate positioning. It has higher resolution and stronger confidentiality
Features
Good transient performance: More compact RF architecture, higher signal-to-noise ratio
5GHz working bandwidth, so that the product has higher measurement resolution and accuracy
Coherence: dipole oscillation driven by coherent current or nonlinear difference frequency effect of coherent laser pulse
Low energy: the energy of millimeter-wave photon is only a few millielectron volts, so there will be no phenomenon of X-ray ionization and destruction of the substance to be detected, because it is not easy to destroy the substance to be detected
Strong penetration: It has strong penetration for non-polar substances. Many non-metallic non-polar materials absorb less rays in this band. Therefore, it can be used to detect the internal structure of materials. For example, ceramic/cardboard/plastic/foam, etc. are transparent to this band of electromagnetic radiation, and can also be used for airport/station security monitoring, such as detecting machinery/explosives and drugs, or for circuit board welding detection
Easy to be absorbed by polar molecules: this band has less scattering in non-uniform material, can detect and measure water vapor content, etc. They can also be used to study the composition of substances or quality control by analyzing their characteristic spectra.
Technical Parameters
Typical Application | Electromagnetic wave emission Angle is less than 3°, suitable for narrow space or waveguide tube measurement |
Suitable for large storage tank (max.120m) and small storage tank (small blind area) | |
High precision, high health grade and other occasions measurement | |
Complex process conditions (mixing, heating rod, ladder, floating roof, strong dust, strong steam, etc.) occasions | |
Emissino Frequency | 76GHz~81GHz, FM scanning frequency width 5GHz |
Antenna Material | PTFE, SS304 with PTFE |
Measuring Range | 15m 35m 85m 120m |
Accuracy | 0.05%~0.1%FS |
Supply | 24VDC, 220VAC |
Output Signal | 4~20mA/HART/RS485/Modbus/Bluetooth |
Working Temperature | -30~80℃, -20~200℃ (≥260℃ customizable) |
Working Pressure | -0.1~2.0MPa |
Process Connection | Thread, bracket, flange, sanitary clamp (optional) |
Protective Grade | IP 67, IP 68(Optional) |