HYPOCHLORITE STAINLESS STEEL 316L Search Results

p3-OXONIA

Abstract: P3-topax-56 OXONIA ACTIVE 150 P3-topax-66s p3-OXONIA active P3 OXONIA ACTIVE 150 sodium hypochlorite ecolab OXONIA ecolab topax
Contextual Info: Photoelectric sensor in compact stainless steel housing E3ZM E3ZM • Compact size SUS 316L housing for highest mechanical protection • Tested detergent and chemical resistance certified by Henkel-Ecolab • Watertight construction for highest protection when cleaned with high

DIN 40050 Part 9

Abstract: P3-topax-66s p3-OXONIA P3-topax-56 E39-RP1 E39-R16 p3-OXONIA active Y92E-S08PVC4A2M-L E39-R51 E26E
Contextual Info: Transparent object detection sensor in compact stainless steel housing E3ZM-B The E3ZM-B provides enhanced detection stability for the detection of transparent materials. The models for all transparent materials allow an easy and intuitive adjustment by potentiometer or teach button to adjust

E3ZM-V61

Abstract: topax 56 topax 91 E3ZM-V81 topax C ecolab topax 95 automatic washing machine control system circuit Alcohol detection with vehicle controlling OXONIA relay on off circut diagram
Contextual Info: Print mark detection photoelectric sensor in compact stainless steel housing E3ZM-V The detergent resistant photoelectric sensor in a robust stainless steel housing provides reliable detection of all common print marks in packaging applications. • White LED for stable detection of differently colored

Contextual Info: Magnetic Float Level Switch visit our website INTRODUCTION PRINCIPLE The single unit or multiple reed switch units are housed tightly in stainless steel or engineering plastic stem, and the permanent magnet is sealed into the middle of the specified float

Contextual Info: Mini Float Level Switch visit our website PRODUCT INTRODUCTION 4 INTRODUCTION 4 WORKING PRINCIPLE The reed switch relies on two basic scientific principles namely: buoyancy and magnetism. Buoyancy causes the float which contains a magnet to rise with the liquid and magnetism