Product Description
Balluff BCS004T Capacitive Sensors
Part # BCS004T Model Code: BCS M30B4M2-PPM20C-S04G Additional Info: Capacitive Sensors, DC 3-wire Next Day Fittings is an authorized Balluff Distributor. If you have any questions about the Balluff BCS004T Capacitive Sensors's technical information or availability please call us at: 844-323-8752Next Day Fittings is an official Balluff distributor, we can offer our customers the best pricing and factory lead times. Our trained and knowledgeable staff is always ready to help with any aspect of the Balluff product purchasing process. Whether you need assistance from a customer service agent or a product engineering expert, Next Day Fittings is your Balluff partner every step of the way.Capacitive Sensor, Connector, Output programmable, PNP, Flush (shielded), M30x1.5, Housing material 1.4301, IP66/IP64 on connector output, Sn : 20.00 mm
Principle of operation | Capacitive sensor |
Operating principle | Capacitive |
Ambient temperature | -30...70 °C |
Connection | Connector, M12x1-Male, 4-pin |
Connector design | M12x1 |
Diagnostic coverage | 0 % |
Dimension | ? 30 x 87 mm |
Function indicator | yes |
Housing material | 1.4301 stainless steel |
Installation | for flush mounting |
Interface | PNP NO/NC |
IP rating | IP66, IP64 at connector output |
Material | 1.4301 stainless steel |
Material sensing surface | PBT |
Measuring length | 1...20 mm |
Measuring range | 1...20 mm |
Mission Time | 20 a |
MTTF (40 °C) | 455 a |
Operating voltage max. DC 01 | 35.0 V |
Operating voltage Ub | 10...35 VDC |
Power indicator | yes |
Range | 1...20 mm |
Rated operating voltage Ue | 24 VDC |
Rated operating voltage Ue DC | 24 V |
Sensitivity | Switching distance adjustable |
Size | M30x1.5 |
Style Housing | M30x1.5 |
Switching frequency | 100 Hz |
Switching function | NO/NC |
Switching output | PNP NO/NC programmable |
Thread (A) | M30x1.5 |
Utilization category | DC -13 |
Scope of delivery | Nut (2x) |
Approval/Conformity | CE, UKCA, cULus, WEEE |
Additional text | The potentiometer does not have a fixed stop, but can be turned endlessly without destroying anything. |
