Full premium theme for CMS
Proximity (Eddy) Displacement Sensors
Блогът Web EKM Blog очаквайте скоро..
| Non-contact displacement sensors using eddy current technology measure distances, displacements, or positions of any electrically-conductive target. These objects may have both ferromagnetic and non-ferromagnetic properties. Due to the high insensitivity to oil, dirt, dust, moisture, interference fields, etc. the eddy current principle is eminently suitable for applications in harsh industrial environments. |
 |
| Model YMC |
Sensitivity | Probe diameter | Probe Operating Temperature |
Measuring Range |
Pre-amplifier Operating Temperature |
Probe Mounting Thread |
Power |
| 401D02 | 8 ±2% mV/μm | Ø8 mm | -40~+150oC | 0.25 ~ 2.25 mm | -20~+65oC | M10x1mm | 20mA/-24VDC |
| 401D05 | 4 ±2% mV/μm | Ø14 mm | -40~+150oC | 1.0 ~ 5.0 mm | -20~+65oC | M16x1.5mm | 20mA/-24VDC |
| 401D10 | 1 ±5% mV/μm | Ø25 mm | -40~+150oC | 1.25 ~ 9.25 mm | -20~+65oC | M16x1.5mm | 20mA/-24VDC |
| 401D25 | 0.4 ±5% mV/μm | Ø50 mm | -40~+150oC | 2.5 ~ 27.5 mm | -20~+65oC | M16x1.5mm | 20mA/-24VDC |
Note: the sensitivity of Proximity(Eddy) Displacement Sensors is different with the installation initial clearance, materials of object.; Power supply mode can be available customized