Panasonic EX-10 Series User Manual
Amplifier built-in ultra-slim photoelectric sensor
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- Specification sheet (14 pages) ,
- Instruction manual (3 pages) ,
- User manual (25 pages)
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Summary of Contents for Panasonic EX-10 Series
- Page 1 Amplifier Built-in Ultra-slim Photoelectric sensor EX-10 Series USER’S MANUAL WUME-EX10-6 industry.panasonic.com/ 2024.4...
- Page 2 Contents 1. Introduction ······················································································ 4 2. Safety Precautions ······················································· 5 Always observe 3. Precaution ······················································································· 6 4. Standards and Regulatory Compliance ·················································· 7 5. Model No. ························································································ 8 6. Part Description ················································································ 9 7. Mounting ························································································ 11 7-1 Mounting of the sensor ··········································································· 7-2 Mounting interval ··················································································...
- Page 3 2) The contents of this document are subject to change without notice for future improvement. 3) Every effort is made to produce this document. If you find any question, error, incorrect collating and/or missing page, please do not hesitate to contact our nearest local office to you: Panasonic Industry.
- Page 4 Introduction The EX-10 series (EX-11□ / EX-13□ / EX-19□ / EX-14□) conforms to the international standard ISO 13849-1:2015 (Category 1, PLc) and can be used as a detection device to indirectly protect the human body. "When Using for Safety Applications" on Page 30 contains safety information related to the EX-11□ / EX-13□...
- Page 5 Safety Precautions Always observe This manual explains important rules that must be observed to prevent personal injury and property damage. ■ The hazards that may occur if the product is used incorrectly are described and classified by level of harm. WARNING Risk of death or serious injury.
- Page 6 Precaution ● This product has been developed / produced for industrial use only. ● The narrow beam type EX-1□S□ emits a narrow light beam, so it is difficult to align the beam. Use the instrument with the emitter and the receiver facing each other in a straight line. Note that if screws or other parts become loose due to vibration, for example, the beam axis may drift.
- Page 7 Regulations and Standards This product conform to the following standards and regulations.(The EX-15□/EX-17□ is excluded from this.) <Conformity Directives / Conforming Regulations> EU Law:EMC Directive 2014/30/EU British Legislation:EMC Regulations 2016/1091 - Applicable Standards EN IEC 60947-5-2 <Other Standards> ISO 13849-1:2015(Category 1, PLc)
- Page 8 Model No. ■ EX-11□ / EX-13□ / EX-19□ / EX-14□ EX-1 A B C D - E - F A Sensing distance 1: Thru-beam type (150 mm), 3: Thru-beam type (500 mm), 4: Convergent reflective type, 9: Thru-beam type (1 m) B Beam type None: Standard-beam, S: Narrow-beam C Sensing surface...
- Page 9 Part Description Thru-beam front sensing type: EX-11□ , EX-13□ , EX-19□, EX-11S□ , EX-13S□ , EX-19S□ Stability indicator (Green) Operation indicator Mounting (Orange) hole Mounting hole Beam Beam receiving emitting part part <Emitter> <Receiver> Thru-beam side sensing type: EX-11E□ , EX-13E□ , EX-19E□ EX-11SE□...
- Page 10 Thru-beam front sensing type with Thru-beam side sensing type with operation mode switch on bifurcation: operation mode switch on bifurcation: EX-15, EX-17 EX-15E, EX-17E <Emitter> <Receiver> <Emitter> <Receiver> Stability indicator (Green) Beam Mounting Mounting emitting Operation indicator(Orange) hole hole Mounting Mounting part hole...
- Page 11 Mounting 7-1 Mounting of the sensor ● The tightening torque should be 0.2 N·m or less. ● The narrow beam type EX-1□S□ emits a narrow light beam, so it is difficult to align the beam. Note that if screws or other parts become loose due to vibration, for example, the beam axis may drift. ●...
- Page 12 7-2 Mounting interval ● This product does not incorporate auto interference function. In case mounting two sets or more of the this product close together, please mount them as drawing below indi- cates (typical example) ● Find out the operating point ℓ on the parallel deviation diagram for the setting distance L. Separate sensors by 2 ×...
- Page 13 Thru-beam type: EX-13□, EX-17□ parallel deviation diagram (typical) <Installation interval for EX-13□,EX-17□> In case using at sensing distance (L3) 500mm, the operation point (ℓ3) is approx. 76.6mm according to diagram above. (L3) The installation interval is Approx. 76.6mm × 2 = approx. 153.2mm (ℓ3) Thus, install approx.
- Page 14 Thru-beam type: EX-19□, parallel deviation diagram (typical) <Installation interval for EX-19□> In case using at sensing distance (L5) 1m, the operation point (ℓ5) is approx. 128.6mm (L5) according to diagram above. The installation interval is Approx. 128.6mm × 2 = approx. 257.2mm (ℓ5) Thus, install approx.
- Page 15 Thru-beam type: EX-11S□, parallel deviation diagram (typical) <Installation interval for EX-11S□> In case using at sensing distance (L7) 150mm, the operation point (ℓ7) is approx. (L7) 10.8mm according to diagram above. The installation interval is (ℓ7) Approx. 10.8mm × 2 = approx. 21.6mm Thus, install approx.21.6 or more away.
- Page 16 Thru-beam type: EX-13S□, parallel deviation diagram (typical) <Installation interval for EX-13S□＞ In case using at sensing distance (L9) 500mm, the operation point (ℓ9) is approx. 37.1mm according to diagram above. (L9) The installation interval is Approx. 37.1mm × 2 = approx. 74.2mm (ℓ9) Thus, install approx.74.2 or more away.
- Page 17 Thru-beam type: EX-19S□, parallel deviation diagram (typical) <Installation interval for EX-19S□> In case using at sensing distance (L11) 1m, the operation point (ℓ11) is approx. (L11) 65.4mm according to diagram above. The installation interval is (ℓ11) Approx. 65.4mm × 2 = approx. 130.8mm Thus, install approx.130.8 or more away.
- Page 18 I/O Circuit Diagram EX-11□, EX-13□, EX-19□, EX-14□ Color code (Brown) +V Load (Black) Output 12 to 24V DC ±10% − 50mA max. (Blue) 0V Internal circuit Users’ circuit Note: The thru-beam type sensor emitter does not incorporate the output.. EX-11□-PN, EX-13□-PN, EX-19□-PN, EX-14□-PN Color code (Brown) +V 50mA max.
- Page 19 Stability Indicator ● The stability indicator (green) lights up when the incident light intensity has sufficient margin with respect to the operation level. Incident light intensity level is such that the stability indicator light up, stable sensing can be done without the light received operation and the light interrupted operation being af- fected by a change in ambient temperature or supply voltage.
- Page 20 Option 11-1 Slit Mask (optional) ● Apply the optional slit mask OS-EX10-□ when detecting small objects or for increasing the accuracy of sensing position. However, the sensing range is reduced when the slit mask is mounted. Model No. Sensing distance Minimal sensing object Type Slit size...
- Page 21 Specifications 12-1 Standard-beam type Convergent reflective Thru-beam type (Diffused Type beam type) Front sensing Side sensing Front sensing Side sensing Front sensing Side sensing Front sensing Light-ON EX-11A(-PN) EX-11EA(-PN) EX-13A(-PN) EX-13EA(-PN) EX-19A(-PN) EX-19EA(-PN) EX-14A(-PN) Model No (Note 2) Dark-ON EX-11B(-PN) EX-11EB(-PN) EX-13B(-PN) EX-13EB(-PN)
- Page 22 Thru-beam · with operation mode switch on bifurcation Type Front sensing Side sensing Front sensing Side sensing EX-15 Model No. (Note 2) EX-15E EX-17 EX-17E (Note 5) Sensing range 150mm 500mm ø1 mm opaque object ø2 mm opaque object Minimum sensing (Completely beam interrupted object) (Completely beam interrupted object) object...
- Page 23 12-2 Narrow-beam type Thru-beam type Type Front sensing Side sensing Front sensing Side sensing Front sensing Light-ON EX-11SA(-PN) EX-11SEA(-PN) EX-13SA(-PN) EX-13SEA(-PN) EX-19SA(-PN) Model No (Note 2) Dark-ON EX-11SB(-PN) EX-11SEB(-PN) EX-13SB(-PN) EX-13SEB(-PN) EX-19SB(-PN) Sensing range 150mm 500mm ø0.5mm opaque ø1mm opaque ø1mm opaque object ø2mm opaque object ø2mm opaque object...
- Page 24 Dimentions Thru-beam front sensing type: EX-11□, EX-13□, EX-19□, EX-11S□,EX-13S□, EX-19S□ <Receiver> <Emitter> (Unit: mm) 6.45 1.75 1.75 1.75 1.75 Beam receiving 14.5 11 14.5 part Beam emitting part 2 - ø2.2 mounting holes 2 - ø2.2 mounting holes ø2.5 cable 2m long ø2.5 cable 2m long Thru-beam side sensing type: EX-11E□, EX-13E□, EX-19E□...
- Page 25 Thru-beam front sensing type with operation mode switch on bifurcation: EX-15, EX-17 <Emitter> <Receiver> (Unit: mm) 6.45 1.75 1.75 1.75 1.75 Beam Beam emitting 14.5 14.5 receiving part part 2 - ø2.2 mounting holes 2 - ø2.2 mounting holes ø2.5 cable 15.2 19.2 ...
- Page 26 Thru-beam side sensing type with operation mode switch on bifurcation: EX-15E, EX-17E <Emitter> <Receiver> (Unit: mm) 6.45 1.75 1.75 1.75 1.75 2.25 2.25 Beam Beam emitting receiving 14.5 14.5 part part 2 - ø2.2 mounting holes 2 - ø2.2 mounting holes ...
- Page 27 Convergent reflective: EX-14□ (Unit: mm) 6.45 2.75 1.75 1.75 Beam receiving 14.5 part Beam emitting part 2 - ø2.2 mounting holes ø2.5 cable 2m long...
- Page 28 Mounting bracket: MS-EX10-1 (Unit: mm) t1.2 4 - M2 × 0.4 thru-hole threads 2-ø3.4 mounting holes Mounting bracket: MS-EX10-2 (Unit: mm) t1.2 6.25 2 - M2 × 0.4 thru-hole threads Mounting bracket: MS-EX10-3 (Unit: mm) 10.5 4 - M2 × 0.4 t1.2 thru-hole threads 10.8...
- Page 29 Mounting bracket: MS-EX10-11 (Unit: mm) t1.2 4 - M2 × 0.4 thru-hole threads Mounting bracket: MS-EX10-12 (Unit: mm) t1.2 1.4 3.2 2 - M2 × 0.4 thru-hole threads Mounting bracket: MS-EX10-13 (Unit: mm) 1.4 7 10.5 4 - M2 × 0.4 thru-hole threads t1.2 10.8...
- Page 30 When Using for Safety Applications The EX-10 series (EX-11□ / EX-13□ / EX-19□ / EX-14□) conforms to Safety Category 1, PLc (ISO 13849-1:2015) and can be used as a detection device to indirectly protect the human body. Please read the following information for the correct usage of this product.
- Page 31 14-3 Safety Standards and Regulations 14-3-1 Parameters related to safety (Parameters described in ISO13849-1:2015) ■ Safety side: Sensing (Thru-beam type: dark detected / Convergent reflective type: light detected) Thru-beam type Convergent reflective type Name NPN Output PNP Output NPN Output PNP Output A Type B Type A Type B Type A Type B Type A Type B Type Safety side: Output status...
- Page 32 14-3-2 Cautions when using in a ISO13849-1:2015 Category 3 PLd system This product has been certified for use together with a Category 4 PLe safety controller / safety relay unit, which means it fulfills the requirements of Category 3 PLd. When using in this way, be sure to use two sensors in a sensor redundancy configuration.
- Page 33 14-4 Maintenance 14-4-1 Daily Inspection WARNING Before starting work, the worker should inspect the following items and verify that there are no abnormalities. Operating this device without performing the inspection or without removing the abnormal condition may cause death or serious injury. Checklist (daily inspection) Check column Inspection item...
- Page 34 14-5 Troubleshooting Solutions to frequently encountered problems and errors are described below. Problem Cause Corrective action Proper voltage is not supplied Check the supplied voltage of the power supply. from the power supply. [Reference] "12. Specifications" on Page 21 All operation indicators are OFF Check the wiring.
- Page 35 Revision history Revision date Revision item 1st edition ― ― 2nd edition ― ― 3rd edition ― ― 4th edition ― ― 5th edition 2021/12 Added descriptions of safety certification 6th edition 2024/4 Company name change...
- Page 36 Panasonic Industry Co., Ltd. 1006, Oaza Kadoma, Kadoma-shi, Osaka 571-8506, Japan https://industry.panasonic.com/ Please visit our website for inquiries and about our sales network. Panasonic Industry Co., Ltd. 2024 April, 2024 WUME-EX10-6...
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