Product | SKU № | Power supply | Voltage | Housing | Output | Switching output | Housing material |
Price
|
---|---|---|---|---|---|---|---|---|
CA18U12L |
290804
|
AC
|
24-250V
|
M18x1
|
two wire non polar
|
NO
|
plastic
|
|
CA18U22L |
280802
|
AC
|
24-250V
|
M18x1
|
two wire non polar
|
NC
|
plastic
|
|
CA18U1E2L |
280803
|
AC
|
24-250V
|
M18x1
|
two wire non polar
|
NO
|
plastic
|
|
CA30U12L |
280104
|
AC
|
24-250V
|
M30x1.5
|
two wire non polar
|
NO
|
plastic
|
|
CA30U11L |
270901
|
AC
|
24-250V
|
M30x1.5
|
two wire non polar
|
NO
|
chrome plated brass
|
|
CA30U21L |
280110
|
AC
|
24-250V
|
M30x1.5
|
two wire non polar
|
NC
|
chrome plated brass
|
|
CA30U1E1L |
280106
|
AC
|
24-250V
|
M30x1.5
|
two wire non polar
|
NO
|
chrome plated brass
|
|
CA30U2E2L |
280116
|
AC
|
24-250V
|
M30x1.5
|
two wire non polar
|
NC
|
plastic
|
|
CA30U2E1L |
280114
|
AC
|
24-250V
|
M30x1.5
|
two wire non polar
|
NC
|
chrome plated brass
|
|
CA30U22L |
280112
|
AC
|
24-250V
|
M30x1.5
|
two wire non polar
|
NC
|
plastic
|
|
CA42U1E4L |
280117
|
AC
|
24-250V
|
M42x1.5
|
two wire non polar
|
NO
|
PET
|
|
CA40U12L |
280901
|
AC
|
24-250V
|
M40x1.5
|
two wire non polar
|
NO
|
plastic
|
|
CD18N11L |
280202
|
DC
|
10-30V
|
M18x1
|
NPN
|
NO
|
chrome plated brass
|
|
CA52U22KLF |
280701
|
AC
|
24-250V
|
M52x1.5
|
two wire non polar
|
NC
|
plastic
|
|
CD18N21L |
280210
|
DC
|
10-30V
|
M18x1
|
NPN
|
NC
|
chrome plated brass
|
|
CD18N1E2L |
280208
|
DC
|
10-30V
|
M18x1
|
NPN
|
NO
|
plastic
|
We manufacture non-contact capacitive sensors in various standard and non-standard sizes such as M12, M18 or M30. Capacitive sensors are characterized by the fact that they register objects of various materials such as plastic, metal, paper, granules and others. Their non-contact principle of operation makes them extremely reliable from the point of view of depreciation. This type of sensor is widely distributed in various industries and is most often used for measuring the level in various containers or registering/detecting objects. In less precise applications, they can also be used for the positioning of an object or an alarm/preventive measure.
For alternating current
For direct current
With universal power supply
A major disadvantage of capacitive sensors is that dust and moisture can affect the capacitance and cause the sensor to act incorrectly. This makes them one of the most capricious types of proximity sensors. However, the technology of capacitive sensors is such that in some production applications they are the only option for non-contact monitoring.