Cylinrical Proximity Sensor EB Reliable performance for stanar inustrial environments. Four sizes: M8, M, M8 an M0 Single an ouble sensing istance Normally open (NO), Normally close (NC) IP7 for protection in wet environments 0 visible LED for operation control Stanar temperature range C to 70 C A choice of or boies in Connector or esigns Orering Information Double sensing istance, DC -wire moels M8 M Size Shiele Non- Shiele Shiele Non- Shiele istance mm mm mm 8 mm Connection M8 connector (-pin) M8 connector (-pin) M connector (-pin) M connector (-pin) Boy material Stainless steel Boy length Output Operation moe NO Operation moe NC PNP EB-S08KS0-WP-B M EB-S08KS0-WP-B M NPN EB-S08KS0-WP-C M EB-S08KS0-WP-C M PNP EB-S08LS0-WP-B M EB-S08LS0-WP-B M NPN EB-S08LS0-WP-C M EB-S08LS0-WP-C M PNP EB-S08KS0-MC-B EB-S08KS0-MC-B NPN EB-S08KS0-MC-C EB-S08KS0-MC-C PNP EB-S08LS0-MC-B EB-S08LS0-MC-B NPN EB-S08LS0-MC-C EB-S08LS0-MC-C PNP EB-S08KN0-WP-B M EB-S08KN0-WP-B M NPN EB-S08KN0-WP-C M EB-S08KN0-WP-C M PNP EB-S08LN0-WP-B M EB-S08LN0-WP-B M NPN EB-S08LN0-WP-C M EB-S08LN0-WP-C M PNP EB-S08KN0-MC-B EB-S08KN0-MC-B NPN EB-S08KN0-MC-C EB-S08KN0-MC-C PNP EB-S08LN0-MC-B EB-S08LN0-MC-B NPN EB-S08LN0-MC-C EB-S08LN0-MC-C PNP EB-MKS0-WP-B M EB-MKS0-WP-B M NPN EB-MKS0-WP-C M EB-MKS0-WP-C M PNP EB-MLS0-WP-B M EB-MLS0-WP-B M NPN EB-MLS0-WP-C M EB-MLS0-WP-C M PNP EB-MKS0-M-B EB-MKS0-M-B NPN EB-MKS0-M-C EB-MKS0-M-C PNP EB-MLS0-M-B EB-MLS0-M-B NPN EB-MLS0-M-C EB-MLS0-M-C PNP EB-MKN08-WP-B M EB-MKN08-WP-B M NPN EB-MKN08-WP-C M EB-MKN08-WP-C M PNP EB-MLN08-WP-B M EB-MLN08-WP-B M NPN EB-MLN08-WP-C M EB-MLN08-WP-C M PNP EB-MKN08-M-B EB-MKN08-M-B NPN EB-MKN08-M-C EB-MKN08-M-C PNP EB-MLN08-M-B EB-MLN08-M-B NPN EB-MLN08-M-C EB-MLN08-M-C EB
M8 M0 Size Shiele Non- Shiele Shiele Non- Shiele istance 8 mm mm mm 0 mm Connection M connector (-pin) M connector (-pin) M connector (-pin) M connector (-pin) Boy material Boy length Output Operation moe NO Operation moe NC PNP EB-M8KS08-WP-B M EB-M8KS08-WP-B M NPN EB-M8KS08-WP-C M EB-M8KS08-WP-C M PNP EB-M8LS08-WP-B M EB-M8LS08-WP-B M NPN EB-M8LS08-WP-C M EB-M8LS08-WP-C M PNP EB-M8KS08-M-B EB-M8KS08-M-B NPN EB-M8KS08-M-C EB-M8KS08-M-C PNP EB-M8LS08-M-B EB-M8LS08-M-B NPN EB-M8LS08-M-C EB-M8LS08-M-C PNP EB-M8KN-WP-B M EB-M8KN-WP-B M NPN EB-M8KN-WP-C M EB-M8KN-WP-C M PNP EB-M8LN-WP-B M EB-M8LN-WP-B M NPN EB-M8LN-WP-C M EB-M8LN-WP-C M PNP EB-M8KN-M-B EB-M8KN-M-B NPN EB-M8KN-M-C EB-M8KN-M-C PNP EB-M8LN-M-B EB-M8LN-M-B NPN EB-M8LN-M-C EB-M8LN-M-C PNP EB-M0KS-WP-B M EB-M0KS-WP-B M NPN EB-M0KS-WP-C M EB-M0KS-WP-C M PNP EB-M0LS-WP-B M EB-M0LS-WP-B M NPN EB-M0LS-WP-C M EB-M0LS-WP-C M PNP EB-M0KS-M-B EB-M0KS-M-B NPN EB-M0KS-M-C EB-M0KS-M-C PNP EB-M0LS-M-B EB-M0LS-M-B NPN EB-M0LS-M-C EB-M0LS-M-C PNP EB-M0LN0-WP-B M EB-M0LN0-WP-B M NPN EB-M0LN0-WP-C M EB-M0LN0-WP-C M PNP EB-M0LN0-M-B EB-M0LN0-M-B NPN EB-M0LN0-M-C EB-M0LN0-M-C *. Material specifications for stainless steel housing case:.0 (W.-No.), SUS 0 (AISI), (SS). Single sensing istance, DC -wire moels M8 M Size Shiele Non- Shiele Shiele Non- Shiele istance mm mm mm mm Connection M8 connector (-pin) M8 connector (-pin) M connector (-pin) M connector (-pin) Boy material Stainless steel Boy length Output Operation moe NO Operation moe NC PNP EB-S08KS0-WP-B M EB-S08KS0-WP-B M NPN EB-S08KS0-WP-C M EB-S08KS0-WP-C M PNP EB-S08LS0-WP-B M EB-S08LS0-WP-B M NPN EB-S08LS0-WP-C M EB-S08LS0-WP-C M PNP EB-S08KS0-MC-B EB-S08KS0-MC-B NPN EB-S08KS0-MC-C EB-S08KS0-MC-C PNP EB-S08LS0-MC-B EB-S08LS0-MC-B NPN EB-S08LS0-MC-C EB-S08LS0-MC-C PNP EB-S08KN0-WP-B M EB-S08KN0-WP-B M NPN EB-S08KN0-WP-C M EB-S08KN0-WP-C M PNP EB-S08LN0-WP-B M EB-S08LN0-WP-B M NPN EB-S08LN0-WP-C M EB-S08LN0-WP-C M PNP EB-S08KN0-MC-B EB-S08KN0-MC-B NPN EB-S08KN0-MC-C EB-S08KN0-MC-C PNP EB-S08LN0-MC-B EB-S08LN0-MC-B NPN EB-S08LN0-MC-C EB-S08LN0-MC-C PNP EB-MKS0-WP-B M EB-MKS0-WP-B M NPN EB-MKS0-WP-C M EB-MKS0-WP-C M PNP EB-MLS0-WP-B M EB-MLS0-WP-B M NPN EB-MLS0-WP-C M EB-MLS0-WP-C M PNP EB-MKS0-M-B EB-MKS0-M-B NPN EB-MKS0-M-C EB-MKS0-M-C PNP EB-MLS0-M-B EB-MLS0-M-B NPN EB-MLS0-M-C EB-MLS0-M-C PNP EB-MKN0-WP-B M EB-MKN0-WP-B M NPN EB-MKN0-WP-C M EB-MKN0-WP-C M PNP EB-MLN0-WP-B M EB-MLN0-WP-B M NPN EB-MLN0-WP-C M EB-MLN0-WP-C M PNP EB-MKN0-M-B EB-MKN0-M-B NPN EB-MKN0-M-C EB-MKN0-M-C PNP EB-MLN0-M-B EB-MLN0-M-B NPN EB-MLN0-M-C EB-MLN0-M-C Inuctive Sensors
Single sensing istance, DC -wire moels M8 M0 Size Shiele Non- Shiele Shiele Non- Shiele istance mm 0 mm 0 mm 0 mm Connection M connector (-pin) M connector (-pin) M connector (-pin) M connector (-pin) Boy material Boy length Output Operation moe NO Operation moe NC PNP EB-M8KS0-WP-B M EB-M8KS0-WP-B M NPN EB-M8KS0-WP-C M EB-M8KS0-WP-C M PNP EB-M8LS0-WP-B M EB-M8LS0-WP-B M NPN EB-M8LS0-WP-C M EB-M8LS0-WP-C M PNP EB-M8KS0-M-B EB-M8KS0-M-B NPN EB-M8KS0-M-C EB-M8KS0-M-C PNP EB-M8LS0-M-B EB-M8LS0-M-B NPN EB-M8LS0-M-C EB-M8LS0-M-C PNP EB-M8KN0-WP-B M EB-M8KN0-WP-B M NPN EB-M8KN0-WP-C M EB-M8KN0-WP-C M PNP EB-M8LN0-WP-B M EB-M8LN0-WP-B M NPN EB-M8LN0-WP-C M EB-M8LN0-WP-C M PNP EB-M8KN0-M-B EB-M8KN0-M-B NPN EB-M8KN0-M-C EB-M8KN0-M-C PNP EB-M8LN0-M-B EB-M8LN0-M-B NPN EB-M8LN0-M-C EB-M8LN0-M-C PNP EB-M0KS0-WP-B M EB-M0KS0-WP-B M NPN EB-M0KS0-WP-C M EB-M0KS0-WP-C M PNP EB-M0LS0-WP-B M EB-M0LS0-WP-B M NPN EB-M0LS0-WP-C M EB-M0LS0-WP-C M PNP EB-M0KS0-M-B EB-M0KS0-M-B NPN EB-M0KS0-M-C EB-M0KS0-M-C PNP EB-M0LS0-M-B EB-M0LS0-M-B NPN EB-M0LS0-M-C EB-M0LS0-M-C PNP EB-M0KN0-WP-B M EB-M0KN0-WP-B M NPN EB-M0KN0-WP-C M EB-M0KN0-WP-C M PNP EB-M0LN0-WP-B M EB-M0LN0-WP-B M NPN EB-M0LN0-WP-C M EB-M0LN0-WP-C M PNP EB-M0KN0-M-B EB-M0KN0-M-B NPN EB-M0KN0-M-C EB-M0KN0-M-C PNP EB-M0LN0-M-B EB-M0LN0-M-B NPN EB-M0LN0-M-C EB-M0LN0-M-C Accessories (Orer separately) Connector cables Size Appearance Cable Type Moel m SF-M8PVCSM Straight m SF-M8PVCSM M8 -wire m SF-M8PVCAM Angle m SF-M8PVCAM m SF-MPVCSM Straight m SF-MPVCSM M -wire m SF-MPVCAM Angle m SF-MPVCAM EB
Connectivity EB sensors are available with the following connectors an cable materials: moels Connector moels Stanar cable lengths are m an m. Stanar cable material: PVC (ia mm)-wp Stanar connectors: M, M8 Moel number legen EB- - - - 7 8 9 0 Example: EB-MLS0-M-B Stanar, M, long barrel, shiele, Sn= mm, M connector, PNP-NO EB-S08KN0-WP-B M Stanar, M8 stainless steel, short barrel, non-shiele, Sn= mm, pre-wire PVC cable, PNP-NO, cable length= m. Basic name 7. Type of connection EB WP: pre-wire, PVC, ia mm (stanar). Housing shape an material M: M connector ( pin) M: Cylinrical, metric threae, brass MC: M8 connector ( pin) S: Cylinrical, metric threae, stainless steel 8. Power source an output. Housing size B: DC, -wire, PNP open collector 08: 8 mm C: DC, -wire, NPN open collector : mm 9. Operation moe 8: 8 mm : Normally open (NO) 0: 0 mm : Normally close (NC). Barrel length 0.Cable length K: Stanar length Blank: Connector type L: boy Numeral: Cable length. Shiel S: Shiele N: Non-shiele. istance Numeral: istance: e.g. 0= mm, = mm Inuctive Sensors
Specifications Double sensing istance, DC -wire moels Item Size M8 M Type Shiele Non-shiele Shiele Non-shiele EB-S08KS0- -B EB-S08KS0- -C EB-S08KN0- -B EB-S08KN0- -C EB-MKS0- -B EB-MKS0- -C istance mm mm mm 8 mm Differential travel 0% max. of sensing istance Target Ferrous metal (The sensing istance ecreases with non-ferrous metal.) EB-MKN08- -B EB-MKN08- -C Stanar target (mil steel ST7) 8 8 mm mm mm mm Response frequency (See note.),00 Hz,000 Hz,000 Hz 800 Hz Power supply voltage (operating voltage range) to VDC. Ripple (p-p): 0% max. (0 to VDC) Current consumption (DC -wire) 0 ma max. Output type Control output Loa current Inicator Operation moe Protection circuit Ambient air temperature B moels: PNP open collector, C moels: NPN open collector 00 ma max. (0 VDC max.) Roun visible LED inicator for cable type semsors. B/-C moels: NO; B/-C moels: NC Output reverse polarity protection, Power source circuit reverse polarity protection, Operating & Storage: to 70 C (with no icing or conensation) Temperature influence ±0% max. of sensing istance at C within temperature range of to 70 C Ambient humiity Operating an Storage: % to 9% Voltage influence ±% max. of sensing istance in rate voltage range ±% Insulation resistance 0 MΩ min. (at 00 VDC) between current carry parts an case Dielectric strength,000 VAC at 0/0 Hz for min between current carry parts an case Vibration resistance 0 to Hz,.-mm ouble amplitue for hours each in, Y an Z irections Shock resistance M8: 00 m/s², 0 times each in, Y an Z irections M-M0:,000 m/s², 0 times each in, Y an Z irections Stanars an listing IP7 after IEC 09 EMC after EN097-- Connection metho () moels (stanar is ia.0 mm PVC with length = m, m) () Connector moels (Hea M8: M8-pin, Hea M-M0: M-Pin) Case Material surface Cable Weight moels (package) Connector moels Stainless steel PBT Stanar cable is PVC ia mm. Approx. 8 g Approx. g -nickel plate Note. The response frequency is an average value. Measurement conitions are as follows: stanar target, twice the stanar target istance between targets, an a setting istance of half the sensing istance. EB
Double sensing istance, DC -wire moels Item Size M8 M0 Type Shiele Non-shiele Shiele Non-shiele EB-M8KS08- -B EB-M8KS08- -C EB-M8KN- -B EB-M8KN- -C EB-M0KS- -B EB-M0KS- -C EB-M0LN0- -B EB-M0LN0- -C istance 8 mm mm mm 0 mm Differential travel 0% max. of sensing istance T arget Ferrous metal (The sensing istance ecreases with non-ferrous metal.) Stanar target (mil steel ST7) mm 8 8 mm mm 90 90 mm Response frequency (See note.) 00 Hz 00 Hz 0 Hz 00 Hz Power supply voltage (operating voltage range) to VDC. Ripple (p-p): 0% max. (0 to VDC) Current consumption (DC -wire) 0 ma max. Output type Control output Loa current Inicator Operation moe Protection circuit Ambient air temperature B moels: PNP open collector, C moels: NPN open collector 00 ma max. (0 VDC max.) Roun visible LED inicator for cable type semsors. B/-C moels: NO; B/-C moels: NC Output reverse polarity protection, Power source circuit reverse polarity protection, Operating & Storage: to 70 C (with no icing or conensation) Temperature influence ±0% max. of sensing istance at C within temperature range of to 70 C Ambient humiity Operating an Storage: % to 9% Voltage influence ±% max. of sensing istance in rate voltage range ±% Insulation resistance 0 MΩ min. (at 00 VDC) between current carry parts an case Dielectric strength,000 VAC at 0/0 Hz for min between current carry parts an case Vibration resistance 0 to Hz,.-mm ouble amplitue for hours each in, Y an Z irections Shock resistance M8: 00 m/s², 0 times each in, Y an Z irections M-M0: 000 m/s², 0 times each in, Y an Z irections Stanars an listing IP7 after IEC 09 EMC after EN097-- Connection metho () moels (stanar is ia.0 mm PVC with length = m, m) () Connector moels (Hea M8: M8-pin, Hea M-M0: M-Pin) Case -nickel plate Material surface PBT Cable Stanar cable is PVC ia mm. Weight moels Approx. 8 g (package) Connector moels Approx. g Note. The response frequency is an average value. Measurement conitions are as follows: stanar target, twice the stanar target istance between targets, an a setting istance of half the sensing istance. Inuctive Sensors
Single sensing istance, DC -wire moels Item Size M8 M Type Shiele Non-shiele Shiele Non-shiele EB-S08KS0- -B EB-S08KS0- -C EB-S08KN0- -B EB-S08KN0- -C EB-MKS0- -B EB-MKS0- -C istance mm mm mm mm Differential travel 0% max. of sensing istance Target Ferrous metal (The sensing istance ecreases with non-ferrous metal.) EB-MKN0- -B EB-MKN0- -C Stanar target (mil steel ST7) 8 8 mm mm mm mm Response frequency (See note.),00 Hz,000 Hz,000 Hz 800 Hz Power supply voltage (operating voltage range) to VDC. Ripple (p-p): 0% max. (0 to VDC) Current consumption (DC -wire) 0 ma max. Output type Control output Loa current Inicator Operation moe Protection circuit Ambient air temperature B moels: PNP open collector, C moels: NPN open collector 00 ma max. (0 VDC max.) Roun visible LED inicator for cable type semsors. B/-C moels: NO; B/-C moels: NC Output reverse polarity protection, Power source circuit reverse polarity protection Operating & Storage: to 70 C (with no icing or conensation) Temperature influence ±0% max. of sensing istance at C Ambient humiity Operating an Storage: % to 9% Voltage influence ±% max. of sensing istance in rate voltage range ±% Insulation resistance 0 MΩ min. (at 00 VDC) between current carry parts an case Dielectric strength,000 VAC at 0/0 Hz for min between current carry parts an case Vibration resistance 0 to Hz,.-mm ouble amplitue for hours each in, Y an Z irections Shock resistance M8: 00 m/s², 0 times each in, Y an Z irections M-M0: 000 m/s², 0 times each in, Y an Z irections Stanars an listing IP7 after IEC 09 EMC after EN097-- Connection metho () moels (stanar is ia.0 mm PVC with length = m, m) () Connector moels (Hea M8: M8-pin, Hea M-M0: M-Pin) Case Material surface Cable Weight moels (package) Connector moels Stainless steel PBT Stanar cable is PVC ia mm. Approx. g Approx. g -nickel plate Note. The response frequency is an average value. Measurement conitions are as follows: stanar target, twice the stanar target istance between targets, an a setting istance of half the sensing istance. EB 7
Single sensing istance, DC -wire moels Item Size M8 M0 Type Shiele Non-shiele Shiele Non-shiele EB-M8KS0- -B EB-M8KS0- -C EB-M8KN0- -B EB-M8KN0- -C EB-M0KS0- -B EB-M0KS0- -C EB-M0LN0- -B EB-M0LN0- -C istance mm 0 mm 0 mm 0 mm Differential travel 0% max. of sensing istance T arget Ferrous metal (The sensing istance ecreases with non-ferrous metal.) Stanar target (mil steel ST7) mm 8 8 mm mm 90 90 mm Response frequency (See note.) 00 Hz 00 Hz 0 Hz 00 Hz Power supply voltage (operating voltage range) to VDC. Ripple (p-p): 0% max. (0 to VDC) Current consumption (DC -wire) 0 ma max. Output type Control output Loa current Inicator Operation moe Protection circuit Ambient air temperature B moels: PNP open collector, C moels: NPN open collector 00 ma max. (0 VDC max.) Roun visible LED inicator for cable type semsors. B/-C moels: NO; B/-C moels: NC Output reverse polarity protection, Power source circuit reverse polarity protection, Operating & Storage: to 70 C (with no icing or conensation) Temperature influence ±0% max. of sensing istance at C Ambient humiity Operating an Storage: % to 9% Voltage influence ±% max. of sensing istance in rate voltage range ±% Insulation resistance 0 MΩ min. (at 00 VDC) between current carry parts an case Dielectric strength,000 VAC at 0/0 Hz for min between current carry parts an case Vibration resistance 0 to Hz,.-mm ouble amplitue for hours each in, Y an Z irections Shock resistance M8: 00 m/s², 0 times each in, Y an Z irections M-M0: 000 m/s², 0 times each in, Y an Z irections Stanars an listing IP7 after IEC 09 EMC after EN097-- Connection metho () moels (stanar is ia.0 mm PVC with length = m, m) () Connector moels (Hea M8: M8-pin, Hea M-M0: M-Pin) Case -nickel plate Material surface PBT Cable Stanar cable is PVC ia mm. Weight moels Approx. g (package) Connector moels Approx. 0 g Note. The response frequency is an average value. Measurement conitions are as follows: stanar target, twice the stanar target istance between targets, an a setting istance of half the sensing istance. 8 Inuctive Sensors
Y Engineering ata (Reference value) Operating range M8 EB-S08.... 0. Y EB-S08@N0 EB-S08@S0 EB-S08@S0 EB-S08@N0 0 8 0 8 Distance Y (mm) Influence of sensing object size an materials Shiele moels EB-S08.. 0. S0 t = mm Stainless steel (SUS0) 0 0 0 EB-S08.. 0. S0 t = mm Stainless steel (SUS0) Non-shiele moels EB-S08.. 0. N0 t = mm Stainless steel (SUS0) 0 0 0 0 EB-S08 N0 t = mm Stainless steel (SUS0) M 0 0 0 Shiele moels 0 0 0 0 0 0 0 70 Non-shiele moels EB-M 9 8 7 EB-M@N08 EB-M@N0 EB-M@S0 EB-M@S0 EB-M.. 0. S0 t = mm Stainless steel (SUS0) EB-M N0 Stainless steel (SUS0) t = mm 0 8 0 8 Distance Y (mm) 0 0 0 EB-M S0 t = mm Stainless steel (SUS0) 0 0 0 0 0 0 0 70 80 90 EB-M 9 8 7 N08 t = mm Stainless steel (SUS0) 0 0 0 0 0 0 0 0 0 0 0 70 80 90 EB 9
Operating range M8 Influence of Shiele moels sensing object size an materials Non-shiele moels EB-M8 8 0 8 Y Y EB-M8@N EB-M8@N0 EB-M8@S08 EB-M8@S0 EB-M8 S0 t = mm Stainless steel (SUS0) EB-M8 0 8 N0 t = mm Stainless steel (SUS0) 0 0 0 0 0 0 0 0 Distance Y (mm) 0 0 0 0 0 0 0 70 80 90 EB-M8 S08 9 8 7 Stainless steel (SUS0) t = mm 0 0 0 0 0 0 0 70 80 90 EB-M8 N 8 t = mm 0 8 Stainless steel (SUS0) M0 0 0 0 0 0 0 0 70 80 90 Shiele moels 0 0 0 0 0 0 0 70 80 90 Non-shiele moels EB-M0 0 0 0 EB-M0@N0 EB-M0@N0 EB-M0@S EB-M0@S0 EB-M0 0 8 S0 t = mm Stainless steel (SUS0) EB-M0 0 0 N0 t = mm Stainless steel (SUS0) 0 0 0-0 0 0 0 0 Distance Y (mm) 0 0 0 0 0 0 0 70 EB-M0 0 8 S t = mm Stainless steel (SUS0) 0 0 0 0 0 0 0 70 80 90 00 EB-M0LN0 0 0 0 t = mm Stainless steel (SUS0) 0 0 0 0 0 0 0 70 80 90 00 0 0 0 0 0 0 0 70 80 90 00 0 Inuctive Sensors
I/O Circuit Diagrams PNP Output Operation moe Moel Timing chart Output circuit Non-sensing zone object zone Proximity Sensor NO (%) 00 0 Rate sensing istance Brown Yellow inicator main circuits Black 0 to 0 VDC Control output Loa Blue EB-S08@-@-B@ Non-sensing zone object zone Proximity Sensor M8 connector ( pin) Pin Arrangement NC (%) 00 0 Rate sensing istance Yellow inicator Control output Non-sensing zone object zone Proximity Sensor NO (%) 00 0 Rate sensing istance Brown Yellow inicator main circuits Black or 0 to 0 VDC EB-M@-@-B@ EB-M8@-@-B@ EB-M0@-@-B@ Control output Blue Loa : NO : NC Non-sensing zone object zone Proximity Sensor M Connector ( pin) Pin Arrangement NC (%) 00 0 Rate sensing istance Yellow inicator Control output EB
NPN Output Operation moe Moel Timing chart Output circuit Non-sensing zone object zone Proximity Sensor NO (%) 00 0 Rate sensing istance Brown Loa Yellow inicator main circuits Black 0 to 0 VDC Control output Blue EB-S08@-@-C@ Non-sensing zone object zone Proximity Sensor M8 connector ( pin) Pin Arrangement NC (%) 00 0 Rate sensing istance Yellow inicator Control output Non-sensing zone object zone Proximity Sensor NO (%) 00 0 Rate sensing istance Brown Loa Yellow inicator main circuits Black or 0 to 0 VDC EB-M@-@-C@ EB-M8@-@-C@ EB-M0@-@-C@ Control output Blue : NO : NC Non-sensing zone object zone Proximity Sensor M Connector ( pin) Pin Arrangement NC (%) 00 0 Rate sensing istance Yellow inicator Control output Inuctive Sensors
Dimensions M8 size moels (Shiele) boy EB-S08KS0-WP- moels (Non-shiele) EB-S08KN0-WP- /EB-S08KS0-WP- /EB-S08KN0-WP- 7 (yellow LED, 90 ) 7 (yellow LED, 90 ). ia. M8 -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m M8 -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m boy EB-S08LS0-WP- EB-S08LN0-WP- /EB-S08LS0-WP- /EB-S08LN0-WP- 9 (yellow LED, 90 ) 9 (yellow LED, 90 ). ia. M8 -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m M8 -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m Connector moels (Shiele) boy EB-S08KS0-MC- Connector moels (Non-shiele) EB-S08KN0-MC- /EB-S08KS0-MC- /EB-S08KN0-MC- 7 (yellow LED, 90 ) 7 (yellow LED, 90 ). ia. M8 M8 M8 M8 boy EB-S08LS0-MC- EB-S08LN0-MC- /EB-S08LS0-MC- /EB-S08LN0-MC- 9 (yellow LED, 90 ) 9 (yellow LED, 90 ). ia. M8 M8 M8 M8 Mounting Hole Cutout Dimensions F G External iameter of Proximity Sensor M8 Dimension F (mm) Dimension G (mm) 8. ia. +0. 0 EB
M size moels (Shiele) boy EB-MKS0-WP- moels (Non-shiele) EB-MKN0-WP- /EB-MKS0-WP- /EB-MKN08-WP- 7 7.9 0 7 7 7 7 0 7.9 0. ia. M -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m M -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m boy EB-MLS0-WP- EB-MLN0-WP- /EB-MLS0-WP- /EB-MLN08-WP- 70 7.9 7 70 7.9 7 7 0. ia. M -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m M -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m Connector moels (Shiele) boy EB-MKS0-M- Connector moels (Non-shiele) EB-MKN0-M- /EB-MKS0-M- /EB-MKN08-M- 7 (yellow LED 90 ) 7 7 (yellow LED 90 ) 0. ia. M M M M boy EB-MLS0-M- EB-MLN0-M- /EB-MLS0-M- /EB-MLN08-M- 7 7 (yellow LED 90 ) 7 7 7 (yellow LED 90 ) 0. ia. M M M M Mounting Hole Cutout Dimensions F G External iameter of Proximity Sensor M Dimension F (mm) Dimension G (mm). ia. +0. 0 7 Inuctive Sensors
M8 size moels (Shiele) boy EB-M8KS0-WP- moels (Non-shiele) EB-M8KN0-WP- /EB-M8KS08-WP- /EB-M8KN-WP-.. 0. ia. M8 -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m M8 -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m boy EB-M8LS0-WP- EB-M8LN0-WP- /EB-M8LS08-WP- /EB-M8LN-WP- 78 8. 0 78 8.. ia. M8 -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m M8 -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m Connector moels (Shiele) boy EB-M8KS0-M- Connector moels (Non-shiele) EB-M8KN0-M- /EB-M8KS08-M- /EB-M8KN-M- 0 9 9 (yellow LED 90 ) 0 9 9 (yellow LED 90 ). ia. M8 M M8 M boy EB-M8LS0-M- EB-M8LN0-M- /EB-M8LS08-M- /EB-M8LN-M- 8 (yellow LED 90 ) 0 8 (yellow LED 90 ). ia. M8 M M8 M Mounting Hole Cutout Dimensions F G External iameter of Proximity Sensor M8 Dimension F (mm) Dimension G (mm) 8. ia. +0. 0 EB
M0 size moels (Shiele) boy moels (Non-shiele) EB-M0KS0-WP- /EB-M0KS-WP- EB-M0KN0-WP- 0. 0. 7.8 ia. M0. -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m M0. -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m boy EB-M0LS0-WP- EB-M0LN0-WP- /EB-M0LS-WP- /EB-M0LN0-WP- 8. 8. 7.8 ia. M0. -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m M0. -ia. vinyl-insulate roun cable with conuctors (conuctor cross section : 0. mm² ; insulator iameter : 0.8 mm) ; stanar length : m Connector moels (Shiele) boy Connector moels (Non-shiele) EB-M0KS0-M- /EB-M0KS-M- EB-M0KN0-M- (yellow LED 90 ) (yellow LED 90 ) 7.8 ia. M M M0. M0. boy EB-M0LS0-M- EB-M0LN0-M- /EB-M0LS-M- /EB-M0LN0-M- 8 (yellow LED 90 ) 8 (yellow LED 90 ) 7.8 ia. M M M0. M0. Mounting Hole Cutout Dimensions External iameter of Proximity Sensor Dimension F (mm) Dimension G (mm) F G M0 0. ia. +0. 0 Inuctive Sensors
Accessories (Orer separately) Sensor I/O connectors M8 connector ( pin) PVC type (Unit: mm) Straight SF-M8PVCSM (L = m) SF-M8PVCSM (L = m) M8 ia. 9 ia...9 L (Cable length) 0 0 Right-angle SF-M8PVCAM (L = m) SF-M8PVCAM (L = m). L (Cable length) 0 0 ia. 9 ia. Pin arrangement M8 -Brown -Blue -Black Sensor I/O connectors M connector ( pin) PVC type Straight SF-MPVCSM (L = m) SF-MPVCSM (L = m) M ia..9 ia. 0.7 L (Cable length) 0 0 Right-angle SF-MPVCAM (L = m) SF-MPVCAM (L = m). L (Cable length) 0 0 8. ia..9 ia. Pin arrangement M -Brown -White -Blue -Black EB 7
Precautions This prouct is not esigne or rate for ensuring safety of persons. Do not use it for such purposes. Never use this prouct with an AC power supply. Otherwise, explosion may result. WARNING Safety precautions Loa short-circuit Do not short-circuit the loa, or the EB may be amage. The EB s short-circuit protection function will be vali if the polarity of the supply voltage impose is correct an within the rate voltage range. Wiring Be sure to wire the EB an loa correctly, otherwise it may be amage. Connection with no loa Be sure to insert loas when wiring. Make sure to connect a proper loa to the EB in operation, otherwise it may amage internal elements. Do not expose the prouct to flammable or explosive gases. Do not isassemble, repair, or moify the prouct. Correct use Designing Power reset time The Proximity Sensor is reay to operate within 00 ms after power is supplie. If power supplies are connecte to the Proximity Sensor an loa respectively, be sure to supply power to the Proximity Sensor before supplying power to the loa. Effects of surrouning metal When mounting the proximity sensor within a metal panel, ensure that the clearances given in the Table are maintaine. Failure to maintain these istance may cause eterioration in the performance of the sensor. Table Single sensing istance type <Shiele> l <Non-shiele> l ia. n m D m l (Unit: mm) Item Size M8 M M8 M0 l 0 0 0 0 8 8 0 D 0 0 0 0 m. 8 0 0 n 8 7 ia. n m D m l (Unit: mm) Item Size M8 M M8 M0 l 0 0 90 D 0 m 8 0 0 70 n 90 Double sensing istance type <Shiele> l <Non-shiele> l ia. n m D m l (Unit: mm) Item Size M8 M M8 M0 l 0.. 8 8 7 D 0.. m. n 8 7 ia. n m D m l (Unit: mm) Item Size M8 M M8 M0 l 0 70 0 D m 8 0 8 90 n 0 70 0 8 Inuctive Sensors
Power The Proximity Sensor may output a pulse signal when it is turne. Therefore, it is recommene that the loa be turne before turning the Proximity Sensor. Power supply transformer When using a DC power supply, make sure that the DC power supply has an insulate transformer. Do not use a DC power supply with an auto-transformer. Mutual interference When installing two or more proximity sensors face to face or sie by sie, ensure that the minimum istances given in the Table are maintaine. Table Unit: (mm) Size M8 M M8 M0 Type Shiele Non-shiele Shiele Non-shiele Shiele Non-shiele Shiele Non-shiele Moel S08 EB-( ) S0 S08 S0 S08 N0 S08 N0 M S0 M S0 M N0 M N08 M8 S0 M8 S08 M8 N0 M8 N M0 S0 M0 S M0 N0 M0 N0 A 0 0 80 80 0 0 0 0 0 0 00 00 00 0 00 0 B 0 0 0 0 00 00 0 0 70 90 00 00 Wiring High-tension lines Wiring through Metal Conuit: If there is a power or high-tension line near the cable of the Proximity Sensor, wire the cable through an inepenent metal conuit to prevent against Proximity Sensor amage or malfunctioning. Cable extension Stanar cable length is less than 00 m. The tractive force is 0 N. Mounting Do not tighten the sensor mounting nuts with excessive force. (Shiele) (Non-shiele) Table Size M8 M M8 M0 Torque 7 N m N m 0 N m 0 N m Maintenance an inspection Perioically perform the following checks to ensure stable operation of the Proximity Sensor over a long perio of time.. Check for mounting position, islocation, looseness, or istortion of the Proximity Sensor an sensing objects.. Check for loose wiring an connections, improper contacts, an line breakage.. Check for attachment or accumulation of metal power or ust.. Check for abnormal temperature conitions an other environmental conitions.. Check for proper lighting of inicators (for moels with a set inicator.) Never isassemble or repair the Sensor. Environment Water resistivity The Proximity Sensors are teste intensively on water resistance, but in orer to ensure maximum performance an life expectancy avoi immersion in water an provie protection from rain or snow. Operating environment Ensure storage an operation of the Proximity Sensor within the given specifications. Inrush current A loa that has a large inrush current (e.g., a lamp or motor) will amage the Proximity Sensor, in which case connect the loa to the Proximity Sensor through a relay. <SUITABILITY FOR USE> OMR shall not be responsible for conformity with any stanars, coes, or regulations that apply to the combination of the proucts in the customer s application or use of the proucts. Take all necessary steps to etermine the suitability of the prouct for the systems, machines, an equipment with which it will be use. <CHANGE IN SPECIFICATIS> Prouct specifications an accessories may be change at any time base on improvements an other reasons. Consult with your OMR representative at any time to confirm actual specifications of purchase prouct. ALL DIMENSIS SHOWN ARE IN MILLIMETERS. To convert millimeters into inches, multiply by 0.097. To convert grams into ounces, multiply by 0.07. EB 9
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