SCE - Low cost with rod or rope probe.

View Instructions Manual (SCEi_MI.PDF)          Download Instructions Manual (SCEi_MI.PDF)

            SCE1/B                                          SCE1/A 
                         

SCE1/S - It detects the presence of material, without physical contact.

     View Instructions Manual (SCESi_MI.PDF)                Download Instructions Manual (SCESi_MI.PDF)

The sensor is constituted by one inox steal plate applied on a Plexiglas window or other not metallic surface.

   The connection between the remote sensor and the control unit is realized by coaxial cable, of 2 mt. maximum length. The connection must be shorter as possible in order to take advantage of to the maximum sensibility.

   The total missing of physical contact between the sensor (of several typology) and the product is particularly useful having to do with corrosive or pasty substances, or in presence of mechanical vibrations on the product enclosure.

SC1 -  Chassis made of an aluminium fusion, with rope, rod or plate probe.

     View Instructions Manual (SCi_MI.PDF)              Download Instructions Manual (SCi_MI.PDF)

SC1/B                                                           SC1C/S

SY2 -  Composed by the control unit  SY2/1, for adjustment by distance,  
                              with probes SD1, SD2, SD3, SJ1

     View Instructions Manual (SY2i_MI.PDF)             Download Instructions Manual (SY2i_MI.PDF)    

        SY2/1                                 SJ1

                                              SD1 probe

    CLSI -  EEx ia  version  (intrinsically safe) CESI certified, for
                     applications in atmospheres with high explosion risk .

       View Instructions Manual (CLSI_MI.PDF)          Download Instructions Manual (CLSI_MI.PDF)      ( Italian language )

  Composed by the control unit  SYSI for adjustment by distance [ to be installed in not
  dangerous zone ] and by the probes SC, or SD, or SJ. [ probes to be installed in risk atmosphere ]

                                                 SYSI