CA30CLN25BPM1 CARLOGAVAZZI | Alldatasheet

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Specifications are subject to change without notice (21.11.05) 1 Housing diameter Ordering no. Ordering no. Cable Plug M30 CA30CLN25BP CA30CLN25BPM1 M32 CA32CLN25BP Ordering KeyProduct Description Capacitive Level Detector For Plastic & Rubber Thermoplastic Polyester Housing Types CA, M30, M32, DC, Self-Teach

  • Designed for plastic and rubber applications
  • For dry bulk material detection
  • Featuring TRIPLESHIELD™ Sensor Protection
  • Self-Teach of sensing distance or remotely by means of wire
  • Withstands up to 120°C on the sensing surface
  • Automatic detection of NPN or PNP load
  • Selectable make or break switching by means of remote function
  • Protection: Short-circuit, transients and reverse polarity
  • Humidity compensation
  • 5 years of warranty Capacitive proximity switch Housing diameter (mm) Housing material Housing length Detection principle Rated operating dist. (mm) Output type Output configuration Connection type Type Selection Capacitive level detector with specialized and opti- mized features for level detection in plastic and rub- ber applications. The sensor will adapt auto- matically to the application when power-on for the first time. The adjustment is easy to change by means of the remote teach-in function. The sensor front can with- stand temperatures up to 120 °C. 3-wire DC output with selectable make (NO) or break (NC) switching. Grey polyester housing with 2 m PVC cable or M12 plug (Only M30). CA30CLN25BPM1 Sensitivity Adjustable (Self-Teach) Repeat accuracy (R) ≤ 5% Hysteresis (H) 5 - 10% Rated operational volt. (UB) 10 to 40 VDC (ripple incl.) Ripple ≤ 10% Rated operational current (Ie) ≤ 250 mA (continuous) No-load supply current (Io) ≤ 12 mA Voltage drop (Ud) ≤ 2.5 VDC @ max. load Protection Short-circuit, reverse polarity, transients TRIPLESHIELDTM protection-EMC IEC 1000-4-2/EN 61000-4-2 30 kV IEC 1000-4-3/EN 61000-4-3 > 15 V/m IEC 1000-4-4/EN 61000-4-4 4 kV IEC 1000-4-6/EN 61000-4-6 > 10 V rms Frequency of operating cycles (f) 5 Hz Indication For output ON LED, yellow For calibration LED, red Environment Degree of protection IP 68 Operating temperature Max. temperature on sensing face 120°C (248°F) Storage temperature -40° to +85°C (-40° to +185°F) Housing material Body Grey, thermoplastic polyester Cable end Polyester, softened Nuts Black, PA12 Grilamid Connection Cable M30 Grey, 2 m, 4 x 0.34 mm 2 M32 Grey, 2 m, 4 x 0.75 mm 2 Oil proof, PVC Plug (M1) M12 x 1 Cable for plug (M1) CON.1A-series Weight Cable version - M30 / M32 150 g/230 g Plug version - M 30 70 g Approvals UL, CSA CE-marking Yes Specifications TRIPLESHIELD

2 Specifications are subject to change without notice (21.11.05) CA, M30, M32, DC, Self-Teach BK 4 ILOAD < 250mA BN 1 Self-Teach Teach-in BU 3 WH 2 Wiring Diagram The PNP- or NPN-load will automatically be detected. Always connect the white wire to (+) supply for running mode (Locked setup) Installation First time calibration Install and wire the sensor according to the above wiring diagram. Remember to connect the white wire, the 4th wire, to (+) supply The very first time the sensor is powered up, the sensor will automatically adapt to the surroundings and calculate an optimal sensitivity by itself – no matter what kind of plastic material to be detected. As long as the white wire is connected to (+) supply, the sensor will be locked and be in running mode. New Action Description of sensor setup First time calibration New sensor Factory settings Install the sensor in the application - Connect the sensor electrical. White wire to (+) supply - Power ON Self-Teach: Red LED blinking The sensor is now in running mode Locked sensor set-up No other adjustment is needed. As long as the white wire is connected to (+) supply, the set-up of the sensor is locked, and will not change during another power down/up. Locked Action Description of sensor setup Sensor running Last setup Power OFF - Power ON (Startup delay 600ms) No Self-Teach. The sensor is now in running mode Re-calibration of the sensor If needed, a new Self-Teach can be activated by discon- necting the white wire from (+) supply, and then connect it again to (+) supply. You have now activated a new Self-Teach and the sensor will now re-calibrate and calculate a new sensitivity accord- ing to the application. Be sure that the application is empty – no object to detect. Self-Teach Action Description of sensor setup Force new Self- Teach Disconnect white wire - Connect white wire to (+) supply Self-Teach: Red LED blinking The sensor is now in running mode Power OFF - Power ON (Startup delay 600 ms) The sensor is still in running mode

Specifications are subject to change without notice (21.11.05) 3 Self-Teach Action Description of sensor setup Force new Self- Teach Power OFF - Disconnect white wire - Power ON (Startup delay 600 ms) - Connect white wire to (+) supply Self-Teach: Red LED blinking The sensor is now in running mode Every time the white wire is being disconnected from (+) supply, the Self-Teach function will be initiated and take place when connecting it again to (+) supply Teach-in Action Description of sensor setup Remote Teach- in background Disconnect white wire - Be sure that the application is empty Connect the white wire to (-) supply > 3 sec. Remove the wire during the next 3 seconds. The red LED will flash once per second Remote teach-in of background Connect white wire to (+) supply Self-Teach: Red LED blinking The sensor is now in running mode Remote teach-in It is possible to teach-in either background or object, like the CAxxCLL sensors with normal teach-in function. Teach-in Background Teach-in Action Description of sensor setup Remote Teach- in object Disconnect white wire - Be sure that the application is with object. Connect the white wire to (-) supply > 6 sec. Remove the wire during the next 3 seconds. The red LED will flash twice per second Remote teach-in of object Connect white wire to (+) supply The sensor is now in running mode Teach-in Object Teach-in Background and Object Teach-in Action Description of sensor setup Remote Teach- in of back- ground and object Disconnect white wire - Background: Be sure that the application is empty. Connect the white wire to (-) supply > 3 sec. Remove the wire during the next 3 seconds. The red LED will flash once per second Remote teach-in of background Object: Be sure that the application is with object. Connect the white wire to (-) supply > 6 sec. Remove the wire during the next 3 seconds. The red LED will flash twice per second Remote Teach-in of object Connect white wire to (+) supply The sensor is now in running mode Teach-in Action Description of sensor setup Normally open <> Normally closed Disconnect white wire - Connect the white wire to (-) supply > 9 sec. Remove the wire during the next 3 seconds. The red LED will flash three times per sec- ond Toggle between NO and NC Connect white wire to (+) supply The sensor is now in running mode Toggle between normally open and normally closed It is possible to toggle between normally open and normally closed by means of the teach-in function. CA, M30, M32, DC, Self-Teach

4 Specifications are subject to change without notice (21.11.05) Installation Hints Dimensions Relief of cable strain Protection of the sensing face Switch mounted on mobile carrierTo avoid interference from inductive voltage/ current peaks, separate the prox. switch pow- er cables from any other power cables, e.g. motor, contactor or solenoid cables Not correct Correct The cable should not be pulled A proximity switch should not serve as mechanical stop Any repetitive flexing of the cable should be avoided Delivery Contents

  • Capacitive switch: CA..CLN25BP ..
  • Manual
  • Packaging: Cardboard box Accessories
  • Plugs CON.1A.. series. M30 and M32 LED M30 x 1.5 x 50 M12 x 1 LED M30 x 1.5 x 50 Cable Plug 92,5 LED M32 x 1.5 x 50 CA, M30, M32, DC, Self-Teach