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| Product Name | KairDa NDT370 (High Temperature Probe) Pen electromagnetic ultrasonic thickness Gauge | Leeb leeb331 Ultrasonic Thickness Gauge |
| Product Price | In coming | $344.00 |
| Details | Details | |
| Model comparison | ||
| Product Type | Smart UTG | Basic UTG |
| Application | High Temp | Thin Material |
| Mode | Thru-Paint | Single-Echo |
| Probe Type | Dual Element | Dual Element |
| Range | Standard (1-250mm) | Extra Thick (20-2000mm) |
| Frequency | Medium (5MHz) | Medium (5MHz) |
| Material Temp | Ultra High (≤500℃) | High Temp (≤200℃) |
| Operating Temp | -10~50℃ | -10~50℃ |
| Data Logging | USB Wireless | None |
| Power Supply | Li-ion Battery | Dry Battery |
| Parameter comparison | ||
| Can detect workpiece material | Carbon steel, cast steel, alloy steel, stainless steel, copper, aluminum, bowl and other conductor materials | |
| Receive gain | s100dB | |
| Measurement Range | 1~ 240.0Mm (Measurement Range depends on the material) | 0.75~ 350Mm (steel, determined by the probe) Standard probe Measurement Range 1-250mm |
| Maximum resolution | 0.01mm | |
| High temperature probe | < 800℃, 4MHz, mainly used to detect ferromagnetic fine-grained materials, such as low-carbon steel | |
| Measurement equipment error Range | Film thickness < 10mm, error + 0.05mm; Film thickness > 10mm error ± (0.01 + H/200) mm (H is the workpiece Film thickness value) | |
| Operating temperature Range | Low carbon steel (or other ferromagnetic steel): -150~ + 800℃ austenitic stainless steel (or other non-ferromagnetic materials): -150~ + 150℃-10~+50℃ | |
| The minimum diameter (curvature) of the workpiece can be detected. | 8mm | |
| waveform display | Positive half wave, negative half wave, radio frequency wave | |
| Probe maximum tilt angle | Soil 25 ° | |
| power supply | Built-in battery, working time > 6 hours, can be used with power bank | AA Type alkaline battery (2 pcs) |
| data storage | Can store A scan data, B scan data, unlimited storage quantity | |
| Measurement mode | Automatic mode, manual mode, semi-automatic mode | |
| Probe excitation method | permanent magnet | |
| Sound wave Type | Shear wave (shear wave) | |
| communication interface | USB communication, software lifetime free upgrade | |
| reverse speed of sound | Reverse the speed of sound when the speed of sound of the material is unknown | |
| Host weight | 250G (with room temperature probe) | |
| host storage | Storage Temperature Range 0~ + 40℃ | |
| high temperature compensation | With high temperature sound speed automatic compensation function | |
| Sound wave speed adjustment Range | 1000~9999m/s | |
| Host Dimensions | Length 170 * width 40 * thickness 33mm | |
| Operating temperature Range | Low carbon steel (or other ferromagnetic steel): -150~ + 800℃ austenitic stainless steel (or other non-ferromagnetic materials): -150~ + 150℃-10~+50℃ | |
