• Part: ET1820
  • Description: Photoelectrics Through-beam Nickel-plated Brass Housing
  • Manufacturer: Carlo Gavazzi
  • Size: 117.82 KB
Download ET1820 Datasheet PDF
Carlo Gavazzi
ET1820
ET1820 is Photoelectrics Through-beam Nickel-plated Brass Housing manufactured by Carlo Gavazzi.
.. Photoelectrics Through-beam Type ET 1820 DC, Nickel-plated Brass Housing - - - - - - - - Range: 20 m Adjustable sensitivity Modulated infrared light Make and break switching functions, NPN, PNP (200 m A) LED-indication for power supply ON (emitter) and target detected (receiver) Supply voltage: 10 to 40 VDC Heavy duty M18 metal housing, IP 67 Cable and plug versions Product Description The ET1820 is a family of general purpose through-beam sensors in an industrial standard M18 nickel-plated brass housing for heavy duty applications. They are useful for simple applications where a basic sensor provide adequate sensing performance. The sensors are easy to adjust with a 270° single turn potentiometer. The output is a 4-wire plementary (NO and NC) circuit with NPN (current sinking) or PNP (current sourcing) open collector transistor output. Ordering Key Type Housing diameter Range Output type Housing material Connection type ET 18 20 NPA S-1 Type Selection Housing diameter M18 M18 Rated operating dist. (Sn) 20 m 20 m Connection Ordering no. Receiver/NPN Make & break switching ET 1820 NPAS ET 1820 NPAS-1 Ordering no. Receiver/PNP Make & break switching ET 1820 PPAS ET 1820 PPAS-1 Ordering no. Emitter ET 1820 ET 1820-1 Cable Plug Note: Please order emitter and receiver separately. Specifications Emitter Rated operational volt. (UB) Ripple (Urpp) Supply current (Io) Protection Light source Light type Optical angle Indication Supply ON 10 to 40 VDC (ripple included) ≤ 10% ≤ 20 m A Reverse polarity, short-circuits, transients Ga AIAs LED, 880 nm Infrared, modulated ± 2° LED, green Specifications Receiver Rated operating dist. (Sn) Sensitivity Temperature drift Hysteresis (H) (Differential travel) Rated operational volt. (UB) Ripple (Urpp) No-load supply current (Io) Min. operational current (Ie) OFF-state current (Ir) Output current Continuous (Ie) Short-time (I) Voltage drop (Ud) Protection Optical angle Ambient light Operating frequency (f)...