E2B PROXIMITY SENSORS

Size: px

Start display at page:

Download "E2B PROXIMITY SENSORS"

Melinda Brown
5 years ago
Views:

Authorised Distributors:- Intech Systems Chennai Pvt.

com EB PROIMITY SENSORS A ne w g ener ation in glob

1 Authorised Distributors:- Intech Systems Chennai Pvt. Ltd, Chennai-00 0 Ph: Fax: info@intechchennai.com Website: EB PROIMITY SENSORS A ne w g ener ation in glob al app lic ations» Time and cost savings» Perfect fit for standard environments» Global deliveries and support

A new generation in global applications We asked our customers: What do you as a

Some people wanted reliability in extreme conditions.

These people also wanted attractive pricing, without compromising quality.

00 million Omron proximity sensors shipped to satisfied customers across the globe.

The result is the new EB sensor range: designed to give you quality, reliability and

Perfect fit for standard environments - 7 models - Single and double sensing s - M8,

2 A new generation in global applications We asked our customers: What do you as a proximity sensor user - really want in a sensor? Some people wanted reliability in extreme conditions. But most simply wanted reliable performance in standard industrial environments. These people also wanted attractive pricing, without compromising quality. So we put to work our 0-year heritage in proximity sensors: a heritage that has seen 00 million Omron proximity sensors shipped to satisfied customers across the globe. We put this heritage to work as well as our understanding of customer needs. The result is the new EB sensor range: designed to give you quality, reliability and value-for-money. Perfect fit for standard environments - 7 models - Single and double sensing s - M8, M, M8 and M0 Time and cost saving Global deliveries and support Thanks to the simple construction and Omron s innovative hot melt production process, the EB sensors embody two seemingly contradictory characteristics: value-for-money and high reliability.

3 Perfect fit for standard environments The new EB proximity sensors promise the perfect fit to your particular needs. With the wide range of models in the EB family, you can choose the one that exactly meets your needs. For example, we have four different sizes: M8, M, M8 and M0, each one with single or double sensing s, shielded and unshielded. There s also a choice of short and long bodies, two connecting methods and four output types. With this range to choose from, you re certain to find the perfect fit. ALL 7 Models Output configuration: PNP/NPN Operation mode: NO/NC /long bodies bodies for easy adjustment after mounting Shielded/unshielded /Connectors Shielded models for better noise immunity Wide range of size Connectors for easy maintenance Lineup of models from M8 to M0 Models available with standard ( ) and double ( ) M8 mm Double saves space and reduces costs With the double, you can get almost the same sensing with a sensor that is one size smaller. M 8 mm Standard ( ) M8 M Double ( ) M8 mm M0 0 mm s of unshielded models

Time and cost savings For standard conditions you can easily select EB sensors because they have an easy-to-read code without complex codification.

These two features reduce the effort in machine maintenance, so you will save time and money.

The ideal solution for standard industrial environments Pay only for what you need Most industrial applications are conducted in a standard environment, in a normal

This makes EB the ideal solution for the vast majority of applications. It s perfectly reliable for normal conditions.

For example, in the machine-tool industry, EB sensors are ideal for detecting tool positions or line encoders.

4 Time and cost savings For standard conditions you can easily select EB sensors because they have an easy-to-read code without complex codification. They also have a bright circular LED indicator, so you can quickly determine their operating status. These two features reduce the effort in machine maintenance, so you will save time and money. 0-degree indication All around Visible Easy visibility for 0 even in dark locations so you can mount the sensor in any direction. The ideal solution for standard industrial environments Pay only for what you need Most industrial applications are conducted in a standard environment, in a normal temperature range, without extremes such as high oil- or water-pressure, or strong electromagnetic fields, or constant high mechanical stresses. This makes EB the ideal solution for the vast majority of applications. It s perfectly reliable for normal conditions. What s more, you get just what you need without paying for unnecessary extreme robustness. For example, in the machine-tool industry, EB sensors are ideal for detecting tool positions or line encoders. For packaging machines they can be used for detecting the positions of welded or pressed elements. IP7 We have performed not only a specified test for rating the degree of protection (IP7) for catalogs, but also tests with oil mist which appears onsite. Simulation tests has been performed with attachment of high concentration of oil mist. Oil-mist environment resistant! EB EA Feature Superior price Superior robustness Oil/water resistance Good Good IP IP7 IP9K Temperature - to 70 C -0 to 70 C Other Lineup of -wire models, and AC types are available. NO+NC. Customization

5 Global deliveries and support Our global network of 0 bases located in 0 countries ensure that we can support you with products and services without delay. This global product and service availability is especially important to those customers who manufacture machines in America for use in Asia, for example. Ideal for a wide range of applications Suitable sensors can be selected among the wide variety of sensors in order to satisfy your requirements. These sensors handle a wide range of applications, for example in machine tools and packaging. Machine tools Cam detection Position detection of cylinder Packaging machines Positioning on index tables Tension control

6 EB Ordering Information M8 (Stainless steel) (See note.) Size Single Double Shielded Unshielded Shielded Unshielded. mm mm mm mm Connecting method (See note.) M8 Connector (-pin) M8 Connector (-pin) M8 Connector (-pin) M8 Connector (-pin) Body length Output configuration Note:. Models are available in the cable lengths of m and m.. Material specifications for stainless steel housing case:.0 (W.-No.), SUS 0 (AISI), (SS). Operation mode NO Operation mode 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-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 M () Size Single Double Shielded Unshielded Shielded (See note.) Unshielded mm mm mm 8 mm Connecting method (See note.) M Connector M Connector M Connector M Connector Note:. Models are available in the cable lengths of m and m.. There are restrictions that apply to Shielded sensors. Please refer to Effects of Surrounding Metal on page 0. Body length Output configuration Operation mode NO Operation mode NC 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 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

7 EB M8 () Size Single Double Shielded Unshielded Shielded (See note.) Unshielded mm 0 mm 8 mm mm Connecting method (See note.) M Connector M Connector M Connector M Connector Note:. Models are available in the cable lengths of m and m.. There are restrictions that apply to Shielded sensors. Please refer to Effects of Surrounding Metal on page 0. Body length Output configuration Operation mode NO Operation mode 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-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 M0 () Size Single Double Shielded Unshielded Shielded (See note.) Unshielded 0 mm 0 mm mm Connecting method (See note.) M Connector M Connector M Connector 0 mm M Connector Note:. Models are available in the cable lengths of m and m.. There are restrictions that apply to Shielded sensors. Please refer to Effects of Surrounding Metal on page 0. Body length Output configuration Operation mode NO Operation mode NC 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 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 7

8 EB Accessories (Order Separately) Sensor I/O Connectors Size Cable Shape Cores Cable length (m) Model M8 (-pin) SF-M8PVCSM Straight SF-M8PVCSM PVC SF-M8PVCAM Right-angle SF-M8PVCAM SF-M-0-R Straight SF-M-0-R PVC Robot SF-M-0-R Right-angle SF-M-0-R M (-pin) SF-MPVCSM Straight SF-MPVCSM PVC SF-MPVCAM Right-angle SF-MPVCAM SF-D-D80-F Straight SF-D-G80-F PVC Robot SF-D-D80-F Right-angle SF-D-G80-F 8

9 Model Number Legend Example: EB-MLS0-M-B EB-S08KN0-WP-C M M,, body, Shielded, Sn = mm, M connector, PNP, NO M8, stainless steel, body, Unshielded, Sn = mm, PVC cable, NPN, NC, Cable length = m. Basic name EB. Housing shape and material M: Cylindrical, metric threaded, brass S: Cylindrical, metric threaded, stainless steel. Housing size 08: 8 mm : mm 8: 8 mm 0: 0 mm. Barrel length K: body L: body. Shield S: Shielded N: Unshielded. Numeral: : 0 =. mm, 0 = mm, 0 = mm, 0 = mm, 08 = 8 mm, 0 = 0 mm, = mm, = mm, 0 = 0 mm, 0 = 0 mm 7. Kind of connection WP:, PVC, dia mm M: M connector MC: M8 connector ( pin) 8. Power source and output B: PNP C: NPN 9. Operation mode : NO (Normally open) : NC (Normally closed) 0.Cable length Blank: Connector type Numeral: Cable length (M and M are available.) 9

10 EB Ratings and Specifications Size M8 Single Double Type Shielded Unshielded Shielded Unshielded Item Model mm ± 0% mm ± 0% mm ± 0% mm ± 0% Setting 0 to. mm 0 to. mm 0 to. mm 0 to. mm Differential travel 0% max. of sensing Detectable object Ferrous metal (The sensing decreases with non-ferrous metal.) Standard sensing object (mild steel ST7) 8 8 mm 8 8 mm 8 8 mm mm Response frequency (See note.),000 Hz,000 Hz,00 Hz,000 Hz Power supply voltage 0 to 0 VDC. (including 0% ripple (p-p)) Current consumption 0 ma max. Output type -B models: PNP open collector -C models: NPN open collector Load current Control output (See note.) 00 ma max. (0 VDC max.) Residual voltage V max. (under load current of 00 ma with cable length of m) Indicator Operation indicator (Yellow LED) Operation mode (with sensing object approaching) Protection circuit Ambient air temperature Temperature influence (See note.) -B/-C models: NO -B/-C models: NC Output reverse polarity protection, Power source circuit reverse polarity protection, Surge suppressor, -circuit protection Operation and storage : - to 70ºC (with no icing or condensation) ±0% max. of sensing at ºC within temperature range of -0 to ºC ±% max. of sensing at ºC within temperature range of - to 70ºC Ambient humidity Operation and Storage: to 9% Voltage influence ±% max. of sensing in V ±% Insulation resistance 0 MΩ min. (at 00 VDC) between current-carrying parts and case Dielectric strength,000 VAC at 0/0 Hz for min between current-carrying parts and case Vibration resistance 0 to Hz,.-mm double amplitude for hours each in, Y and Z directions Shock resistance 00 m/s, 0 times each in, Y and Z directions Standard and listings () IP7 (IEC09) () EMC (EN097--) Connecting method models (standard is mm dia. PVC cable with length = m, m). Connector models (M8-pin) Weight model body: Approx. g, body: Approx. g (packaged) Connector model body: Approx. 0 g, body: Approx. 0 g Case Stainless steel (.0 (W.-No.), SUS 0 (AISI), (SS).) Material surface PBT Cable Standard cable is mm dia. PVC. Clamping nut -nickel plated Note:. The response frequency is an average value. Measurement conditions are as follows: standard sensing object, a of twice the standard sensing object between sensing objects, and a setting of half the sensing.. When using any model of M8 size at an ambient temperature between -ºC and 0ºC, use a load current of 00mA max., at an ambient temperature between 0ºC and 70ºC, use a load current of 00 ma max. 0

11 EB Size M Single Double Type Shielded Unshielded Shielded Unshielded Item Model EB-M@S0 EB-M@N0 EB-M@S0 EB-M@N08 mm ± 0% mm ± 0% mm ± 0% 8 mm ± 0% Setting 0 to. mm 0 to mm 0 to. mm 0 to. mm Differential travel 0% max. of sensing Detectable object Ferrous metal (The sensing decreases with non-ferrous metal.) Standard sensing object (mild steel ST7) mm mm mm mm Response frequency (See note.),00 Hz 800 Hz,000 Hz 800 Hz Power supply voltage 0 to 0 VDC. (including 0% ripple (p-p)) Current consumption 0 ma max. Output type -B models: PNP open collector -C models: NPN open collector Control output Load current 00 ma max. (0 VDC max.) Residual voltage V max. (under load current of 00 ma with cable length of m) Indicator Operation indicator (Yellow LED) Operation mode (with sensing object approaching) -B/-C models: NO -B/-C models: NC Protection circuit Output reverse polarity protection, Power source circuit reverse polarity protection, Surge suppressor, -circuit protection Ambient air temperature Operation and storage : - to 70ºC (with no icing or condensation) Temperature influence ±0% max. of sensing at ºC within temperature range of -0 to ºC ±% max. of sensing at ºC within temperature range of - to 70ºC Ambient humidity Operation and Storage: to 9% Voltage influence ±% max. of sensing in V ±% Insulation resistance 0 MΩ min. (at 00 VDC) between current-carrying parts and case Dielectric strength,000 VAC at 0/0 Hz for min between current-carrying parts and case Vibration resistance 0 to Hz,.-mm double amplitude for hours each in, Y and Z directions Shock resistance,000 m/s, 0 times each in, Y and Z directions Standard and listings () IP7 (IEC09) () EMC (EN097--) Connecting method models (standard is mm dia. PVC cable with length = m, m). Connector models (M-pin) Weight model body: Approx. 7 g, body: Approx. 80 g (packaged) Connector model body: Approx. g, body: Approx. 0 g Case -nickel plated Material surface PBT Cable Standard cable is mm dia. PVC. Clamping nut -nickel plated Note:. The response frequency is an average value. Measurement conditions are as follows: standard sensing object, a of twice the standard sensing object between sensing objects, and a setting of half the sensing.

12 EB Size M8 Single Double Type Shielded Unshielded Shielded Unshielded Item Model mm ± 0% 0 mm ± 0% 8 mm ± 0% mm ± 0% Setting 0 to mm 0 to 8 mm 0 to. mm 0 to.8 mm Differential travel 0% max. of sensing Detectable object Ferrous metal (The sensing decreases with non-ferrous metal.) Standard sensing object (mild steel ST7) 8 8 mm 0 0 mm mm 8 8 mm Response frequency (See note.) 00 Hz 00 Hz 00 Hz 00 Hz Power supply voltage 0 to 0 VDC. (including 0% ripple (p-p)) Current consumption 0 ma max. Output type -B models: PNP open collector -C models: NPN open collector Control output Load current 00 ma max. (0 VDC max.) Residual voltage V max. (under load current of 00 ma with cable length of m) Indicator Operation indicator (Yellow LED) Operation mode (with sensing object approaching) -B/-C models: NO -B/-C models: NC Protection circuit Output reverse polarity protection, Power source circuit reverse polarity protection, Surge suppressor, -circuit protection Ambient air temperature Operation and storage : - to 70ºC (with no icing or condensation) Temperature influence ±0% max. of sensing at ºC within temperature range of -0 to ºC ±% max. of sensing at ºC within temperature range of - to 70ºC Ambient humidity Operation and Storage: to 9% Voltage influence ±% max. of sensing in V ±% Insulation resistance 0 MΩ min. (at 00 VDC) between current-carrying parts and case Dielectric strength,000 VAC at 0/0 Hz for min between current-carrying parts and case Vibration resistance 0 to Hz,.-mm double amplitude for hours each in, Y and Z directions Shock resistance,000 m/s, 0 times each in, Y and Z directions Standard and listings () IP7 (IEC09) () EMC (EN097--) Connecting method models (standard is mm dia. PVC cable with length = m, m). Connector models (M-pin) Weight model body: Approx. 9 g, body: Approx. 0 g (packaged) Connector model body: Approx. 0 g, body: Approx. 80 g Case -nickel plated Material surface PBT Cable Standard cable is mm dia. PVC. Clamping nut -nickel plated Note:. The response frequency is an average value. Measurement conditions are as follows: standard sensing object, a of twice the standard sensing object between sensing objects, and a setting of half the sensing.

13 EB Size M0 Single Double Type Shielded Unshielded Shielded Unshielded Item Model 0 mm ± 0% 0 mm ± 0% mm ± 0% 0 mm ± 0% Setting 0 to 8 mm 0 to mm 0 to. mm 0 to. mm Differential travel 0% max. of sensing Detectable object Ferrous metal (The sensing decreases with non-ferrous metal.) Standard sensing object (mild steel ST7) 0 0 mm 0 0 mm mm mm Response frequency (See note.) 00 Hz 00 Hz 0 Hz 00 Hz Power supply voltage 0 to 0 VDC. (including 0% ripple (p-p)) Current consumption 0 ma max. Output type -B models: PNP open collector -C models: NPN open collector Control output Load current 00 ma max. (0 VDC max.) Residual voltage V max. (under load current of 00 ma with cable length of m) Indicator Operation indicator (Yellow LED) Operation mode (with sensing object approaching) -B/-C models: NO -B/-C models: NC Protection circuit Output reverse polarity protection, Power source circuit reverse polarity protection, Surge suppressor, -circuit protection Ambient air temperature Operation and storage : - to 70ºC (with no icing or condensation) Temperature influence ±0% max. of sensing at ºC within temperature range of -0 to ºC ±% max. of sensing at ºC within temperature range of - to 70ºC Ambient humidity Operation and Storage: to 9% Voltage influence ±% max. of sensing in V ±% Insulation resistance 0 MΩ min. (at 00 VDC) between current-carrying parts and case Dielectric strength,000 VAC at 0/0 Hz for min between current-carrying parts and case Vibration resistance 0 to Hz,.-mm double amplitude for hours each in, Y and Z directions Shock resistance,000 m/s, 0 times each in, Y and Z directions Standard and listings () IP7 (IEC09) () EMC (EN097--) Connecting method models (standard is mm dia. PVC cable with length = m, m). Connector models (M-pin) Weight model body: Approx. 0 g, body: Approx. 0 g (packaged) Connector model body: Approx. 0 g, body: Approx. 0 g Case -nickel plated Material surface PBT Cable Standard cable is mm dia. PVC. Clamping nut -nickel plated Note:. The response frequency is an average value. Measurement conditions are as follows: standard sensing object, a of twice the standard sensing object between sensing objects, and a setting of half the sensing.

14 EB Engineering Data (Reference Value) Operating Range Influence of Object Size and Materials M8 Shielded Models Unshielded Models EB-S Y EB-S08@N0 EB-S08@S0 EB-S08@S0 EB-S08@N Distance Y (mm) EB-S08@S t = mm Stainless steel (SUS0) EB-S08@S t = mm Stainless steel (SUS0) EB-S08@N t = mm Stainless steel (SUS0) EB-S08@N0 t = mm Stainless steel (SUS0) Operating Range Influence of Object Size and Materials M Shielded Models Unshielded Models EB-M EB-M@S0 EB-M@N Y EB-M@N08 EB-M@N0 EB-M@S0 EB-M@S0. t = mm. Stainless steel (SUS0) 0. t = mm Stainless steel (SUS0) Distance Y (mm) EB-M@S0 t = mm Stainless steel (SUS0) EB-M@N t = mm Stainless steel (SUS0)

15 EB Operating Range Influence of Object Size and Materials M8 Shielded Models Unshielded Models EB-M Y EB-M8@N EB-M8@N0 EB-M8@S08 EB-M8@S0 t = mm Stainless steel (SUS0) t = mm 0 8 Stainless steel (SUS0) Distance Y (mm) EB-M8@S Stainless steel (SUS0) t = mm EB-M8@N t = mm Stainless steel (SUS0) Operating Range Influence of Object Size and Materials M0 Shielded Models Unshielded Models EB-M0 EB-M0@S0 EB-M0@N Y EB-M0@N0 EB-M0@N0 EB-M0@S EB-M0@S0 t = mm 0 8 Stainless steel (SUS0) t = mm 0 Stainless steel (SUS0) Distance Y (mm) EB-M0@S 0 8 t = mm Stainless steel (SUS0) EB-M0LN t = mm Stainless steel (SUS0)

16 EB I/O Circuit Diagrams PNP Output Operation mode Model Timing chart Output circuit Non-sensing zone object zone Proximity Sensor NO (%) 00 0 Rated sensing Brown Yellow indicator main circuits Black 0 to 0 VDC Control output Load Blue EB-S08@-@-B@ Non-sensing zone object zone Proximity Sensor M8 connector ( pin) Pin Arrangement NC (%) 00 0 Rated sensing Yellow indicator Control output Non-sensing zone object zone Proximity Sensor NO (%) 00 0 Rated sensing Brown Yellow indicator main circuits Black or 0 to 0 VDC EB-M@-@-B@ EB-M8@-@-B@ EB-M0@-@-B@ Control output Blue Load : NO : NC Non-sensing zone object zone Proximity Sensor M Connector ( pin) Pin Arrangement NC (%) 00 0 Rated sensing Yellow indicator Control output

17 EB NPN Output Operation mode Model Timing chart Output circuit Non-sensing zone object zone Proximity Sensor NO (%) 00 0 Rated sensing Brown Load Yellow indicator 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 Rated sensing Yellow indicator Control output Non-sensing zone object zone Proximity Sensor NO (%) 00 0 Rated sensing Brown Load Yellow indicator 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 Rated sensing Yellow indicator Control output 7

18 EB Dimensions Note: All units are in millimeters unless otherwise indicated. M8 Size Models (Shielded) Body Models (Unshielded) 7 (yellow LED, 90 ) 7 (yellow LED, 90 ). dia. M8 P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m M8 P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m Body EB-S08LS0-WP-@@/EB-S08LS0-WP-@@ EB-S08LN0-WP-@@/EB-S08LN0-WP-@@ 9 (yellow LED, 90 ) 9 (yellow LED, 90 ). dia. M8 P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m M8 P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m Connector Models (Shielded) Body EB-S08KS0-MC-@@/EB-S08KS0-MC-@@ Connector Models (Unshielded) EB-S08KN0-MC-@@/EB-S08KN0-MC-@@ 7 (yellow LED, 90 ) 7 (yellow LED, 90 ). dia. M8 P M8 P M8 P M8 P Body EB-S08LS0-MC-@@/EB-S08LS0-MC-@@ EB-S08LN0-MC-@@/EB-S08LN0-MC-@@ 9 (yellow LED, 90 ) 9 (yellow LED, 90 ). dia. M8 P M8 P M8 P M8 P Mounting Hole Cutout Dimensions F G External diameter of Proximity Sensor M8 Dimension F (mm) Dimension G (mm) 8. dia

19 EB M Size Models (Shielded) Body EB-MKS0-WP-@@/EB-MKS0-WP-@@ Models (Unshielded) EB-MKN0-WP-@@/EB-MKN08-WP-@@ (yellow) (yellow) 0. dia. M P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m M P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m Body EB-MLS0-WP-@@/EB-MLS0-WP-@@ (yellow) EB-MLN0-WP-@@/EB-MLN08-WP-@@ (yellow) 0. dia. M P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m M P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m Connector Models (Shielded) Body EB-MKS0-M-@@/EB-MKS0-M-@@ Connector Models (Unshielded) EB-MKN0-M-@@/EB-MKN08-M-@@ 7 (yellow LED 90 ) 7 7 (yellow LED 90 ) 0. dia. M P M P M P M P Body EB-MLS0-M-@@/EB-MLS0-M-@@ EB-MLN0-M-@@/EB-MLN08-M-@@ 7 7 (yellow LED 90 ) (yellow LED 90 ) 0. dia. M P M P M P M P Mounting Hole Cutout Dimensions F G External diameter of Proximity Sensor M Dimension F (mm) Dimension G (mm). dia

20 EB M8 Size Models (Shielded) Body Models (Unshielded) (yellow). 0 (yellow). dia. M8 P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m M8 P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m Body EB-M8LS0-WP-@@/EB-M8LS08-WP-@@ EB-M8LN0-WP-@@/EB-M8LN-WP-@@ (yellow) (yellow). dia. M8 P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m M8 P -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m Connector Models (Shielded) Body EB-M8KS0-M-@@/EB-M8KS08-M-@@ Connector Models (Unshielded) EB-M8KN0-M-@@/EB-M8KN-M-@@ (yellow LED 90 ) (yellow LED 90 ). dia. M8 P M P M P M8 P Body EB-M8LS0-M-@@/EB-M8LS08-M-@@ EB-M8LN0-M-@@/EB-M8LN-M-@@ 8 (yellow LED 90 ) 0 8 (yellow LED 90 ). dia. M8 P M P M8 P M P Mounting Hole Cutout Dimensions F G External diameter of Proximity Sensor M8 Dimension F (mm) Dimension G (mm) 8. dia

21 EB M0 Size Models (Shielded) Body Models (Unshielded) 0. (yellow) 0. (yellow) 7.8 dia. M0 P. -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m M0 P. -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m Body EB-M0LS0-WP-@@/EB-M0LS-WP-@@ EB-M0LN0-WP-@@/EB-M0LN0-WP-@@ 8. (yellow) 8. (yellow) 7.8 dia. M0 P. -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m M0 P. -dia. vinyl-insulated round cable with conductors (conductor cross section : 0. mm² ; insulator diameter : 0.8 mm) ; standard length : m Connector Models (Shielded) Body Connector Models (Unshielded) EB-M0KS0-M-@@/EB-M0KS-M-@@ EB-M0KN0-M-@@ (yellow LED 90 ) (yellow LED 90 ) 7.8 dia. M P M P M0 P. M0 P. Body EB-M0LS0-M-@@/EB-M0LS-M-@@ EB-M0LN0-M-@@/EB-M0LN0-M-@@ 8 8 (yellow LED 90 ) (yellow LED 90 ) 7.8 dia. M P M P M0 P. M0 P. Mounting Hole Cutout Dimensions External diameter of Proximity Sensor Dimension F (mm) Dimension G (mm) F G M0 0. dia

L(Cable length) dia. 9 dia. Model Lot No. 0 0 M8 P PVC Robot Type Straight SF-M-0-R (L = m) SF-M-0-R (L = m) M8 P dia. 9 dia... L (Cable length) 0 0 Right-angle SF-M-0-R (L = m) SF-M-0-R (L = m).

22 EB Accessories (Order Separately) Sensor I/O Connectors M8 Connector ( pin) PVC Type Straight SF-M8PVCSM (L = m) SF-M8PVCSM (L = m) (Unit: mm) M8 P.9. L(Cable length) dia. 9 dia. Model Lot No. 0 0 Right-angle SF-M8PVCAM (L = m) SF-M8PVCAM (L = m). L(Cable length) dia. 9 dia. Model Lot No. 0 0 M8 P PVC Robot Type Straight SF-M-0-R (L = m) SF-M-0-R (L = m) M8 P dia. 9 dia... L (Cable length) 0 0 Right-angle SF-M-0-R (L = m) SF-M-0-R (L = m). L (Cable length) dia. 9 dia. M8 P Pin arrangement -Brown -Blue -Black

.9 dia. 0.7 0 L (Cable length) 0 Right-angle SF-D-D80-F (L = m) SF-D-G80-F (L = m). L (Cable length) 0 0 8. dia..9 dia. M P Pin arrangement -Brown -White -Blue -Black

23 EB Sensor I/O Connectors M Connector ( pin) PVC Type Straight SF-MPVCSM (L = m) SF-MPVCSM (L = m) L(Cable length) 0.7 Model dia..9 dia. M P Lot No. 0 0 Right-angle SF-MPVCAM (L = m) SF-MPVCAM (L = m). Model L(Cable length) dia. 8. Lot No dia. M P PVC Robot Type Straight SF-D-D80-F (L = m) SF-D-G80-F (L = m) M P dia..9 dia L (Cable length) 0 Right-angle SF-D-D80-F (L = m) SF-D-G80-F (L = m). L (Cable length) dia..9 dia. M P Pin arrangement -Brown -White -Blue -Black

24 EB Precautions This product is not designed or rated for ensuring safety of persons. Do not use it for such purpose. Never use this product with an AC power supply. Otherwise, explosion may result. Safety Precautions Load -circuit WARNING Do not short-circuit the load, or the EB may be damaged. The EB s short-circuit protection function will be valid if the polarity of the supply voltage imposed is correct and within the rated voltage range. Wiring Be sure to wire the EB and load correctly, otherwise it may be damaged. Connection with No Load Be sure to insert loads when wiring. Make sure to connect a proper load to the EB in operation, otherwise it may damage internal elements. Do not expose the product to flammable or explosive gases. Do not disassemble, repair, or modify the product. Correct Use Designing Power Reset Time The Proximity Sensor is ready to operate within 00 ms after power is supplied. If power supplies are connected to the Proximity Sensor and load respectively, be sure to supply power to the Proximity Sensor before supplying power to the load. Effects of Surrounding Metal When mounting the proximity sensor within a metal panel, ensure that the clearances given in the Table are maintained. Failure to maintain these may cause deterioration in the performance of the sensor. Table Single Distance Type <Shielded> l <Unshielded> l d dia. n m D m l (Unit: mm) Item Size M8 M M8 M0 l d D m n 8 7 Double Distance Type <Shielded> l d dia. n m D m l (Unit: mm) Item Size M8 M M8 M0 l 0 d 0 90 D 0 m n 90 <Unshielded> l d dia. n m D m l (Unit: mm) Item Size M8 M M8 M0 l 0.. d D 0.. m. n 8 7 d dia. n m D m l (Unit: mm) Item Size M8 M M8 M0 l d D m n

25 EB Power The Proximity Sensor may output a pulse signal when it is turned. Therefore,it is recommended that the load be turned before turning the Proximity Sensor. Power Supply Transformer When using a DC power supply, make sure that the DC power supply has an insulated 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 side by side, ensure that the minimum s given in the Table are maintained. Table Unit: (mm) Size M8 M M8 M0 Type Shielded Unshielded Shielded Unshielded Shielded Unshielded Shielded Unshielded Model EB-( ) S08@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 B Wiring High-tension Lines Wiring through Metal Conduit: If there is a power or high-tension line near the cable of the Proximity Sensor, wire the cable through an independent metal conduit to prevent against Proximity Sensor damage or malfunctioning. Cable Extension Standard cable length is less than 00 m. The tractive force is 0 N. Mounting Do not tighten the sensor mounting nuts with excessive force. (Shielded) (Unshielded) Table Size M8 M M8 M0 Torque 7 N m N m 0 N m 0 N m Maintenance and Inspection Periodically perform the following checks to ensure stable operation of the Proximity Sensor over a long period of time.. Check for mounting position, dislocation, looseness, or distortion of the Proximity Sensor and sensing objects.. Check for loose wiring and connections, improper contacts, and line breakage.. Check for attachment or accumulation of metal powder or dust.. Check for abnormal temperature conditions and other environmental conditions.. Check for proper lighting of indicators (for models with a set indicator.) Never disassemble or repair the Sensor. Environment Water Resistivity The Proximity Sensors are tested intensively on water resistance, but in order to ensure maximum performance and life expectancy avoid immersion in water and provide protection from rain or snow. Operating Environment Ensure storage and operation of the Proximity Sensor within the given specifications. Inrush Current A load that has a large inrush current (e.g., a lamp or motor) will damage the Proximity Sensor, in which case connect the load to the Proximity Sensor through a relay. <SUITABILITY FOR USE> OMR shall not be responsible for conformity with any standards, codes, or regulations that apply to the combination of the products in the customer s application or use of the products. Take all necessary steps to determine the suitability of the product for the systems, machines, and equipment with which it will be used. <CHANGE IN SPECIFICATIS> Product specifications and accessories may be changed at any time based on improvements and other reasons. Consult with your OMR representative at any time to confirm actual specifications of purchased product. Authorised Distributors:- Intech Systems Chennai Pvt. Ltd S-, Guindy Industrial Estate, Chennai-00 0 Ph: Mob: Fax: info@intechchennai.com Website:

E2F. Cylindrical Proximity Sensor in Plastic Housing. Applications. Ordering Information. Sensors. Accessories (Order Separately)

E2F. Cylindrical Proximity Sensor in Plastic Housing. Applications. Ordering Information. Sensors. Accessories (Order Separately) Cylindrical Proximity Sensor in Plastic Housing High quality full body plastic housing for high water proof requirements Polyarylate housing for light chemical resistance Applications Detection of bottle