Rectangular Stanar Proximity Sensor TL-N/TL-Q CSM_TL-N/TL-Q_DS_E Wealth of Moels for ll Types of pplications Easy installation, high-spee pulse generator, high-spee rotation control, an more. Direct mounte to metal (-N Moels). wealth of moels ieal for limit control, counting control, an other applications (-N Moels). Orering Information For the most recent information on moels that have been certifie for safety stanars, refer to your OMR website. Sensors [Refer to Dimensions on page 0.] DC -Wire Moels Moel ppearance istance Operation moe NC 7 7 mm TL-QMD M * * TL-QMD M * Unshiele 7 mm TL-N7MD M * TL-N7MD M * 0 0 mm TL-NMD M * TL-NMD M * 0 0 0 mm TL-N0MD M * TL-N0MD M * *. Moels with a ifferent frequency are available to prevent mutual interference. The moel numbers are TL-N@MD@ an TL-QMD@ (e.g., TL-N7MD). *. Moels are also available with robotics (ben resistant) cables. -R to the moel number. (e.g., TL-QMD-R M) DC -Wire an C -Wire Moels Moel ppearance istance Output configuration Operation moe NC 9 mm TL-QMC M DC -wire, NPN 7 7 mm TL-QMC M * * TL-QMC M Unshiele mm DC -wire, NPN TL-NME M * * TL-NME M * C -wire TL-NMY M * TL-NMY M * 0 0 0 mm DC -wire, NPN TL-N0ME M * * TL-N0ME M * C -wire TL-N0MY M * TL-N0MY M * 0 0 0 mm DC -wire, NPN TL-N0ME M * * TL-N0ME M * C -wire TL-N0MY M * TL-N0MY M * *. Moels with a ifferent frequency are available to prevent mutual interference. The moel numbers are TL-@@M@@ (e.g., TL-NME). *. Moels are also available with robotics (ben resistant) cables. -R to the moel number. (e.g., TL-QMC-R M) Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
ccessories (Orer Separately) Mounting Brackets Mounting Bracket is provie with the Sensor epening on the moel number. Check the column for the applicable Sensor. [Refer to Dimensions on page.] Type Mounting Brackets Mounting Brackets for Conuits Ratings an Specifications DC -Wire Moels Moel pplicable Sensors Provie with these Sensors Orer separately Y9E-C TL-NME@, TL-N7MD@ TL-NMY@ Y9E-C0 TL-N0ME@, TL-NMD@ TL-N0MY@ Y9E-C0 TL-N0ME@, TL-N0MD@ TL-N0MY@ Y9E-NC --- TL-NME@, TL-NMY@ Y9E-N0C --- TL-N0ME@, TL-N0MY@ Item Moel TL-QMD@ TL-N7MD@ TL-NMD@ TL-N0MD@ istance mm ±0% 7 mm ±0% mm ±0% 0 mm ±0% Set istance 0 to mm 0 to. mm 0 to 9. mm 0 to mm Differential travel 0% max. of sensing istance Detectable object Ferrous metal (The sensing istance ecreases with non-ferrous metal. Refer to Engineering Data on page.) Stanar sensing object Response frequency * Power supply voltage (operating voltage range) Leakage current Control output Inicators Loa current Resiual voltage Operation moe (with sensing object approaching) Protection circuits mbient temperature range mbient humiity range, mm, 0 0 mm, 0 0 mm, 0 0 mm 00 Hz 00 Hz to VDC (0 to 0 VDC), ripple (p-p): 0% max. 0. m max. to 00 m. V max. (Loa current: 00 m, Cable length: m) D Moels: Operation inicator (re), Setting inicator (green) D Moels: Operation inicator (re) D Moels: D Moels: NC Loa short-circuit protection, Surge suppressor Operating/Storage: to 70 C (with no icing or conensation) Operating/Storage: % to 9% (with no conensation) Temperature influence ±0% max. of sensing istance at C in the temperature range of to 70 C Voltage influence Insulation resistance Dielectric strength Vibration resistance Shock resistance Degree of protection ±.% max. of sensing istance at rate voltage in the rate voltage ±% range 0 MΩ min. (at 00 VDC) between current-carrying parts an case,000 VC for min between current-carrying parts an case Destruction: 0 to Hz,.-mm ouble amplitue for hours each in, Y, an Z irections Destruction: 00 m/s times each in, Y, an Z irections IEC 09 IP7, in-house stanars: oil-resistant Connection metho Pre-wire Moels (Stanar cable length: m) Destruction:,000 m/s 0 times each in, Y, an Z irections Weight (packe state) pprox. g pprox. g pprox. g pprox. 0 g Materials ccessories Case surface Heat-resistant BS Refer to the timing charts uner I/O Circuit Diagrams on page 7 for etails. Mounting Bracket, Mounting phillips screws (M ), Mounting Bracket, Mounting phillips screws (M 0), Mounting Bracket, Mounting phillips screws (M 0), * The response frequency is an average value. Measurement conitions are as follows: stanar sensing object, a istance of twice the stanar sensing object, an a set istance of half the sensing istance. Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
DC -Wire Moels Item Moel TL-QMC TL-QMC@ istance mm ±% mm ±0% Set istance 0 to. mm 0 to mm Differential travel 0% max. of sensing istance Detectable object Ferrous metal (The sensing istance ecreases with non-ferrous metal. Refer to Engineering Data on page.) Stanar sensing object, mm, mm Response time --- ms max. Response frequency * 00 Hz Power supply voltage (operating voltage to VDC (0 to 0 VDC), ripple (p-p): 0% max. range) Current consumption m max. at VDC (no-loa) 0 m max. at VDC Control output Inicators Loa current Resiual voltage Operation moe (with sensing object approaching) Protection circuits mbient temperature range mbient humiity range Temperature influence Voltage influence Insulation resistance Dielectric strength Vibration resistance Shock resistance Degree of protection Connection metho Weight (packe state) NPN open collector 00 m max. at 0 VDC max. V max. (uner loa current of 00 m with cable length of m) Detection inicator (re) C Moels: C Moels: NC Refer to the timing charts uner DC -Wire Moels on page for etails. Reverse polarity protection, Surge suppressor Operating/Storage: 0 to 0 C (with no icing or conensation) Operating/Storage: % to 9% (with no conensation) ±0% max. of sensing istance at C in the temperature range of 0 to 0 C ±.% max. of sensing istance at rate voltage in rate voltage ±0% range 0 MΩ min. (at 00 VDC) between current-carrying parts an case,000 VC for min between current-carrying parts an case NPN open collector 0 m max. at 0 VDC max. V max. (uner loa current of 0 m with cable length of m) Operating/Storage: to 70 C (with no icing or conensation) ±0% max. of sensing istance at C in the temperature range of to 70 C MΩ min. (at 00 VDC) between current-carrying parts an case 00 VC, 0/0 Hz for min between current-carrying parts an case Destruction: 0 to Hz,.-mm ouble amplitue for hours each in, Y, an Z irections Destruction:,000 m/s 0 times each in, Y, an Z irections IEC 09 IP7, in-house stanars: oil-resistant Pre-wire Moels (Stanar cable length: m) pprox. 0 g IEC IP7 pprox. 90 g Destruction: 00 m/s 0 times each in, Y, an Z irections Case Materials surface Heat-resistant BS ccessories --- * The response frequency is an average value. Measurement conitions are as follows: stanar sensing object, a istance of twice the stanar sensing object, an a set istance of half the sensing istance. Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
Item Moel TL-NME@, TL-NMY@ TL-N0ME@, TL-N0MY@ TL-N0ME@, TL-N0MY@ istance mm ±0% 0 mm ±0% 0 mm ±0% Set istance 0 to mm 0 to mm 0 to mm Differential travel % max. of sensing istance Detectable object Ferrous metal (The sensing istance ecreases with non-ferrous metal. Refer to Engineering Data on pages an 7.) Stanar sensing object Response frequency * Power supply voltage * (operating voltage range) Current consumption, 0 0 mm, 0 0 mm, 0 0 mm E Moels: 00 Hz Y Moels: 0 Hz E Moels: to VDC (0 to 0 VDC), ripple (p-p): 0% max. Y Moels: 00 to 0 VC (90 to 0 VC), 0/0 Hz E Moels: m max. at VDC, m max. at VDC Leakage current Y Moels: Refer to Engineering Data on page. Control output Inicators Loa current Resiual voltage Operation moe (with sensing object approaching) Protection circuits E Moels: 00 m max. at VDC, 00 m max. at VDC Y Moels: 0 to 00 m E Moels: V max. (loa current: 00 m) Y Moels: Refer to Engineering Data on page. E Moels: Detection inicator (re) Y Moels: Operation inicator (re) E/Y Moels: E/Y Moels: NC Refer to the timing charts uner I/O Circuit Diagrams on page for etails. E Moels: Reverse polarity protection, Surge suppressor Y Moels: Surge suppressor E Moels: 0 Hz Y Moels: 0 Hz mbient temperature range Operating/Storage: to 70 C (with no icing or conensation) mbient humiity range Operating/Storage: % to 9% (with no conensation) Temperature influence ±0% max. of sensing istance at C in the temperature range of to 70 C Voltage influence E Moels: ±.% max. of sensing istance at rate voltage in rate voltage ±0% range Y Moels: ±% max. of sensing istance at rate voltage in rate voltage ±0% range Insulation resistance 0 MΩ min. (at 00 VDC) between current-carrying parts an case Dielectric strength E Moels:,000 VC, 0/0 Hz for min between current-carrying parts an case Y Moels:,000 VC, 0/0 Hz for min between current-carrying parts an case Vibration resistance Destruction: 0 to Hz,.-mm ouble amplitue for hours each in, Y, an Z irections Shock resistance Destruction: 00 m/s 0 times each in, Y, an Z irections Degree of protection IEC 09 IP7, in-house stanars: oil-resistant Connection metho Pre-wire Moels (Stanar cable length: m) Weight (packe state) pprox. 90 g pprox. 0 g pprox. 0 g Materials ccessories Case surface Heat-resistant BS E Moels: Mounting Bracket, Mounting phillips screws (M ), Y Moels: E Moels: Mounting Bracket, Mounting phillips screws (M 0), Y Moels: E Moels: Mounting Bracket, Mounting phillips screws (M 0), Y Moels: *. The response frequency is an average value. Measurement conitions are as follows: stanar sensing object, a istance of twice the stanar sensing object, an a set istance of half the sensing istance. *. E Moels (DC switching moels): full-wave rectification power supply of VDC ±0% (average value) can be use. Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
Y Y Y Engineering Data (Reference Value) TL-N/TL-Q rea TL-QMC TL-QM@@ TL-N@ME@ TL-N@MY@ TL-N0 0 TL-N0 0 TL-N 0 0 Distance Y (mm) Hea TL-N@MD@ 0 0 Hea Distance Y (mm) Leakage Current TL-N@MY 0 0 0 0 0 0 TL-N Hea Distance Y (mm) TL-N0 Hea TL-N0 Hea 0 TL-N0MD@ TL-NMD@ Leakage current (m).0. 0 TL-N7MD@ 0 - -0 - -0-0 0 0 TL-N7MD@ Hea Distance Y (mm) TL-NMD@ Hea TL-N0MD@ Hea Y.0 0. Proximity Sensor (output ) Protective resistance m C V power 0/0 Hz 0 0 00 0 0 0 0 00 0 0 0 Power supply voltage (V) Resiual Output Voltage TL-N@MD TL-N@MY at 00 VC TL-N@MY at 00 VC Resiual output voltage (V) Loa voltage VL (V) 00 0 0 Resiual output voltage V Loa voltage VL (V) 00 0 0 Resiual output voltage V 0 00 VC 0 00 VC 0 0 0 0 00 00 00,000 Loa current (m) 0 Resiual loa voltage 0 0 0 0 0 00 00 Loa current (m) 0 Resiual loa voltage 0 0 0 0 00 00 Loa current (m) Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
Object Size vs. Distance TL-QMC@ 7 t = mm 0 0 0 0 0 Influence of Object Size an Material TL-QMC TL-QM@@ TL-N@ (SUS0) t = mm (SUS0) Copper (SUS0) 0 0 0 0 0 0 0 70 0 0 0 0 0 0 0 0 0 0 0 0 0 TL-N7MD@ TL-NMD@ TL-N0MD@ 0 t = mm (SUS0) Copper 0 t = mm (SUS0) Copper 0 t = mm (SUS0) Copper 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
TL-N0@ TL-N0@ 0 t = mm 0 t = mm (SUS0) 0 (SUS0) 0 0 0 0 0 0 0 70 0 0 0 0 0 0 0 0 70 0 I/O Circuit Diagrams DC -Wire Moels Operation moe Moel Timing chart Output circuit TL-QMD TL-N7MD TL-NMD TL-N0MD object (%) Non-sensing area Unstable sensing area Rate sensing istance 00 Set position Stable sensing area 0 (TYP) 0 Proximity Sensor Setting inicator (green) Operation inicator (re) Control output Proximity Sensor main circuit Brown Loa +V Non-sensing area object area Proximity Sensor Blue 0 V Note: The loa can be connecte to either the +V or 0 V sie. NC TL-QMD TL-N7MD TL-NMD TL-N0MD (%) Rate sensing istance 00 0 Operation inicator (re) Control output Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
DC -Wire Moels Operation moe Moel Timing chart Output circuit TL-QMC TL-QMC object Output transistor (loa) Detection inicator (re) Present Not present Proximity Sensor main circuit 00 Ω Brown Black * Output Loa +V object Present Not present Blue 0 V NC TL-QMC Output transistor (loa) * Loa current: 00 m max., TL-QMC Loa current: 0 m max., TL-QMC Detection inicator (re) object Present Not present NC TL-NME TL-N0ME TL-N0ME TL-NME TL-N0ME TL-N0ME Loa (between brown an black leas) Output voltage (between black an blue leas) Detection inicator (re) object Loa (between brown an black leas) Output voltage (between black an blue leas) Operate Reset High Low Present Not present Operate Reset High Low Proximity Sensor main circuit 00 Ω.7 kω. Ω Brown * Black *. Loa current: 00 m max. *. When a transistor is connecte. Output * Blue Loa Tr +V 0 V Detection inicator (re) C -Wire Moels Operation moe Moel Timing chart Output circuit TL-NMY TL-N0MY TL-N0MY object Loa Operation inicator (re) Present Not present Operate Reset Proximity Sensor main circuit Brown Loa NC TL-NMY TL-N0MY TL-N0MY object Loa Operation inicator (re) Present Not present Operate Reset Blue Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
Safety Precautions Refer to Warranty an Limitations of Liability. WRNING This prouct is not esigne or rate for ensuring safety of persons either irectly or inirectly. Do not use it for such purposes. Do not short-circuit the loa, otherwise the Sensor may be amage. Do not supply power to the Sensor with no loa, otherwise the Sensor may be amage. pplicable Moels: C -Wire Moels Precautions for Correct Use Do not use this prouct uner ambient conitions that excee the ratings. Design Influence of Surrouning Metal When mounting the Sensor within a metal panel, ensure that the clearances given in the following table are maintaine. Failure to maintain these istances may cause eterioration in the performance of the Sensor. Rectangular Moels TL-N * B * TL-Q Influence of Surrouning Metal (Unit: mm) Moel Distance B * TL-QM@@ 0 0 TL-N7MD@ 0 TL-NMD@ 0 0 TL-N0MD@ 70 0 TL-NME@, TL-NMY@ 0 TL-N0ME@, TL-N0MY@ 0 0 TL-N0ME@, TL-N0MY@ 0 *. The B imension applies to the top, right-sie, an left-sie surfaces. *. The values for or B for the TL-N apply when there is metal on only one sie of the sensor. If there is metal on two or more sies of the sensor, the value must be multiplie by two or more. B * Mutual Interference When installing Sensors face-to-face or sie-by-sie, ensure that the minimum istances given in the following table are maintaine. Parallel Mutual Interference (Unit: mm) Moel Distance * B * TL-QMC@ 0 (7) 0 (0) TL-QMD@ 0 (0) 0 (0) TL-N7MD@ 00 (0) 0 (0) TL-NMD@ 0 (0) 00 (00) TL-N0MD@ 00 (00) 00 (00) TL-NME@ 0 (0) 0 (0) TL-NMY@ 0 (0) 90 (0) TL-N0ME@, TL-N0MY@ 0 (0) 0 (0) TL-N0ME@, TL-N0MY@ 00 (00) 0 (0) * Values in parentheses apply to Sensors operating at ifferent frequencies. Face-to-face B B mm TL-QMC Mounting plate* * The mounting plate must be a nonferrous metal. Influence of Surrouning Metal (Unit: mm) Moel Distance B TL-QMC B B TL-QMC Mutual Interference (Unit: mm) Moel Distance * B * TL-QMC 0 () 90 () * Values in parentheses apply to Sensors operating at ifferent frequencies. Mounting When tightening the mounting screws, o not excee the torque in the following table. Moel TL-QMC TL-QM@@ TL-N@M@@ Torque 0.9 N m 0.9 to. N m Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
Dimensions TL-N/TL-Q (Unit: mm) Tolerance class IT applies to imensions in this ata sheet unless otherwise specifie. Sensors TL-QMC * Detection inicator (re) surface.±0..-ia. mounting hole 9. *.9-ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter: 0.9 mm), Stanar length: m TL-QM@@ 7 max.. * Mounting Hole Dimensions 7 0.±0. 0.±0. Two,. ia. Inicators * *. C Moels: -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:. mm), Stanar length: m D Moels: -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:. mm), Stanar length: m *. C Moels: Detection inicator (re) D Moels: Operation inicator (re), Setting inicator (green) Two,.-ia. holes TL-N7MD@, TL-NME@ Two,. ia. ±0.. Inicator * ia. 9 ia. Mounting Hole Dimensions Rubber bushing Two,.-ia. or M holes. *. 0.. ±0.. *. D Moels: -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:.9 mm), Stanar length: m E Moels: -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:.9 mm), Stanar length: m *. D Moels: Operation inicator (re), Setting inicator (green) D Moels: Operation inicator (re) E Moels: Detection inicator (re) TL-NMY@. Two,. ia. TL-NMD@, TL-N0ME@, TL-N0MY@ 0. Two,. ia. ±0. Mounting Hole Dimensions Two,.-ia. or M holes ±0... 0.. 0 ia. 9 ia. Operation inicator (re) Rubber bushing.. * -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:.9 mm), Stanar length: m * ±0. Mounting Hole Dimensions Two,.-ia. or M holes ±0. 0. 7.7 0... Inicator * Rubber bushing.. ia. 9 ia. *. D/Y Moels: -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:.9 mm), Stanar length: m E Moels: -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:.9 mm), Stanar length: m *. D Moels: Operation inicator (re) an Setting inicator (green) D Moels: Operation inicator (re) E Moels: Detection inicator (re) Y Moels: Operation inicator (re) * Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
TL-N0MD@, TL-N0ME@, TL-N0MY@ 7 Two,. ia. Mounting Hole Dimensions Two,.-ia. or M holes 0 0 ia. ia. 0±0. 0±0.. Inicator * 0 0 Rubber bushing * *. D/Y Moels: -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:.9 mm), Stanar length: m E Moels: -ia. vinyl-insulate roun cable with conuctors (Conuctor cross section: 0. mm, Insulator iameter:.9 mm), Stanar length: m *. D Moels: Operation inicator (re) an Setting inicator (green) D Moels: Operation inicator (re) E Moels: Detection inicator (re) Y Moels: Operation inicator (re) ccessories (Orer Separately) Mounting Bracket Y9E-C Y9E-C0 Y9E-C0. 0 Two, M.. 0 Two, M. 9. Two, M * ±0. ±0. * ±0. ±0. 0 * ±0. 0±0. 9 0.. 9. 7... pplicable Moels: TL-NME@ * pplicable Moels: TL-NMY@ pplicable Moels: TL-N7MD@ * Material: Mounting Bracket: Zinc-plate iron Mounting phillips Screws: Nickel-plate iron pplicable Moels: TL-N0ME@ * pplicable Moels: TL-N0MY@ pplicable Moels: TL-NMD@ * Material: Mounting Bracket: Zinc-plate iron Mounting phillips Screws: Nickel-plate iron pplicable Moels: TL-N0ME@ * pplicable Moels: TL-N0MY@ pplicable Moels: TL-N0MD@ * Material: Mounting Bracket: Zinc-plate iron Mounting phillips Screws: Nickel-plate iron *. These are the mounting imensions of the base of the Mounting Bracket. *. Provie with the prouct. Mounting Brackets for Wiring Conuit Use (Sol Separately) Y9E-NC Y9E-N0C. ±0. ±0. Two,. ia... 0 ±0. ±0. Two,. ia....... C conuit screw, JIS-B-00 pplicable Moels: TL-NME@ pplicable Moels: TL-NMY@ pplicable Moels: TL-N7MD@ Material: Zinc-plate iron C conuit screw, JIS-B-00 pplicable Moels: TL-N0ME@ pplicable Moels: TL-N0MY@ pplicable Moels: TL-NMD@ Material: Zinc-plate iron Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com
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Omron s sole obligation hereuner shall be, at Omron s election, to (i) replace (in the form originally shippe with Buyer responsible for labor charges for removal or replacement thereof) the non-complying Prouct, (ii) repair the non-complying Prouct, or (iii) repay or creit Buyer an amount equal to the purchase price of the non-complying Prouct; provie that in no event shall Omron be responsible for warranty, repair, inemnity or any other claims or expenses regaring the Proucts unless Omron s analysis confirms that the Proucts were properly hanle, store, installe an maintaine an not subject to contamination, abuse, misuse or inappropriate moification. Return of any Proucts by Buyer must be approve in writing by Omron before shipment. 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Omron Companies shall not be responsible for conformity with any stanars, coes or regulations which apply to the combination of the Prouct in the Buyer s application or use of the Prouct. t Buyer s request, Omron will provie applicable thir party certification ocuments ientifying ratings an limitations of use which apply to the Prouct. This information by itself is not sufficient for a complete etermination of the suitability of the Prouct in combination with the en prouct, machine, system, or other application or use. Buyer shall be solely responsible for etermining appropriateness of the particular Prouct with respect to Buyer s application, prouct or system. Buyer shall take application responsibility in all cases. NEVER USE THE PRODUCT FOR N PPLICTI INVOLVING SERIOUS RISK TO LIFE OR PROPERTY OR IN LRGE QUNTITIES WITHOUT ENSURING THT THE SYSTEM S WHOLE HS BEEN DESIGNED TO DDRESS THE RISKS, ND THT THE OMR PRODUCT(S) IS PROPERLY RTED ND INSTLLED FOR THE INTENDED USE WITHIN THE OVERLL EQUIPMENT OR SYSTEM. Programmable Proucts. Omron Companies shall not be responsible for the user s programming of a programmable Prouct, or any consequence thereof. Performance Data. Data presente in Omron Company websites, catalogs an other materials is provie as a guie for the user in etermining suitability an oes not constitute a warranty. It may represent the result of Omron s test conitions, an the user must correlate it to actual application requirements. ctual performance is subject to the Omron s Warranty an Limitations of Liability. Change in Specifications. Prouct specifications an accessories may be change at any time base on improvements an other reasons. It is our practice to change part numbers when publishe ratings or features are change, or when significant construction changes are mae. However, some specifications of the Prouct may be change without any notice. When in oubt, special part numbers may be assigne to fix or establish key specifications for your application. Please consult with your Omron s representative at any time to confirm actual specifications of purchase Prouct. Errors an Omissions. Information presente by Omron Companies has been checke an is believe to be accurate; however, no responsibility is assume for clerical, typographical or proofreaing errors or omissions. 0.9 In the interest of prouct improvement, specifications are subject to change without notice. (c)copyright OMR Corporation 0 ll Right Reserve. Phone: 00.9.0 - Fax:.7.77 - Web: www.clrwtr.com - Email: info@clrwtr.com