New industry standard sensor

Transcription

1 48 Low cost/mall type series New industry standard sensor Longest sensing distance in class at 2 m * ignificantly reduced dead zone Indicators visible from any angle *Red LD type, with through-beam type FATU is a product brand of Optex FA. Related products type Z-L P.272 ensor head for amplifier separate type R-Q P.44 BG type BG-Z P.26 election table Type hape ensing distance Model (Models in parentheses are connector types) NPN type PNP type Through-beam 2 m T-2N (T-2CN4) Retro-reflective. to 4 m R-4N (R-4CN4) Diffuse-reflective to m D-N (D-CN4) Limited diffuse reflective Wide angle diffuse reflective Transparent object detection to 9 mm D-L9N (D-L9CN4) to 2 mm D-W2N (D-W2CN4). to 2 m R-Q2N (R-Q2CN4) P.44 A mounting bracket is not included. If necessary, please purchase separately. A reflector is not included with the retro-reflective type. Please purchase an optional reflector separately. For the connector type, please purchase an optional connector cable separately. For the sensor head for amplifier separate type, please refer to P.44. Options/Accessories Connector cables T-2P (T-2CP4) R-4P (R-4CP4) D-P (D-CP4) D-L9P (D-L9CP4) D-W2P (D-W2CP4) R-Q2P (R-Q2CP4) P.44 tandard mall type Vertical type traight L-shaped V mm ensing distance: R-4. to 4 m V mm ensing distance: R-4. to 2.4 m P4A mm ensing distance: R-4. to.4 m ide mount P2 2 4 mm ensing distance: R-4. to.6 m Ultra-small V- 4 2 mm ensing distance: R-4. to 2.2 m Reflective sheet Diamond grade sheet ensing distance: R-4. to m mm (adhesive type) CN- Cable length: 2 m CN- Cable length: m CN- Cable length: m CN-L Cable length: 2 m CN-L Cable length: m CN-L Cable length: m

2 Low cost/mall type series World-renowned Z series basic photoelectric sensors continue to evolve. Total volume of Z series photoelectric sensors sold around the world exceeds million units. The FATU series built-in amplifier photoelectric sensors with improved detection performance is the successor of the easy-to-use Z series. This series takes the functionality, practicality and cost performance required of general purpose photoelectric sensors to the next level. ensing distance Longest in class 49 2 m with *Red LD type, with through-beam type Features an industry standard mounting pitch of 2.4 mm Indicators visible from any angle 2 Mounting bracket For cable type Floor-mounted Protective mounting bracket lit mask tainless steel slit mask Anti-interference filter lit mask for through-beam type (adhesive type) BL-W tainless steel slit mask for through-beam type BL--M-pcs BL--M For through-beam type (4 pieces) BL--POLF L series BF-W-B For connector type Back-mounted BF-W-A Cannot be used with connector cable CN- L. L- L-2 Ultra-durable 2 mm thick type Rust-resistant stainless steel ensor is firmly secured using M Hex socket head cap screws The bracket is also firmly secured using M6 screws hipped with two of each slit width (. mm, mm, 2 mm). pieces of slit masks are shipped for M with a slit width of mm, and piece of slit mask is shipped for M with a slit width of. mm.

3 Low cost/mall type series Features with High power LD provides stable detection The series through-beam type sensor has a 2 m sensing distance, the longest in its class. The margin for the receiving light quantity has been increased significantly, helping the sensor overcome interference from dust or other fine particles. Conventional model T-2 Plus ensing distance: 2 m ensing distance:2 m ensing distance or more Twice asy optical axis adjustment thanks to a large spot size with good visibility 4 element LD helps reduce emitting power degradation during long-term use xcess gain ignificantly increased excess gain T-2 Conventional model 2 2 ensing distance (m) 2 ignificantly reduced dead zone Through-beam type emitter The diffuse-reflective type features an optimized optical receiver structure that successfully minimizes the dead zone in front of the lens. This makes it easier to detect workpieces with a low reflectivity that pass close to the sensor, even on lines that convey workpieces of varying heights. Close-range dead zone (typical value) Gray paper (8%) Conventional model D- to 2 mm mm No dead zone Black paper (6%) Conventional model D- to mm to 2 mm 6 or less compared to conventional model

4 Low cost/mall type series Model Type NPN PNP Through-beam type Retroreflective type Diffusereflective type Limited diffuse reflective type Wide angle diffuse reflective type Cable type T-2N R-4N D-N D-L9N D-W2N Connector type T-2CN4 R-4CN4 D-CN4 D-L9CN4 D-W2CN4 Cable type T-2P R-4P D-P D-L9P D-W2P Connector type T-2CP4 R-4CP4 D-CP4 D-L9CP4 D-W2CP4 ensing distance 2 m. to 4 m * to m *2 to 9 mm * to 2 mm *4 Light source pot size Response time Approx. ø8 mm (at distance of 2 m) 4 element red LD, wavelength 62 nm Approx. ø28 mm (at distance of 4 m) Approx. ø7 mm (at distance of m) μs or less Approx. ø8 mm (at distance of 9 mm) Approx. 4 mm (at distance of mm) Hysteresis 2% Max. % Max. 2% Max. Distance adjustment Indicators Control output Output mode Connection type Rating upply voltage Current consumption Applicable regulations -turn potentiometer Output indicator: orange LD, tability indicator: green LD (no indicator equipped on through-beam type emitter) : 2 ma or less : ma or less NPN/PNP type Open collector Max. ma/ VDC Light ON / Dark ON selection switch Cable type: Cable length: 2 m ø.8 mm / Connector type: M8, 4-pin to VDC, including % ripple (p-p) 2 ma or less 2 ma or less 2 ma or less 2 ma or less MC directive (24/8/C) Applicable standards N Company standards nvironmental resistance Material Ambient temperature/humidity Ambient illuminance Vibration resistance hock resistance Degree of protection Weight without cable Included accessories Noise resistance: Feilen Level cleared -2 to + C (no freezing) / to 8% RH (no condensation) unlight:, lx Incandescent lamp:, lx to Hz; double amplitude. mm; 2 hours in each of the,, and Z directions Approx. G ( m/s 2 ); times in each of the,, and Z directions IP67 Housing: AB, Front cover: PMMA Approx. g Instruction manual *. With the V-6 reflector *2. Using a 2 2 mm white sheet of paper. *. Using a mm white sheet of paper. *4. Using a mm white sheet of paper. pecifications are subject to change without prior notice for product improvement purposes. with 2

5 2 Low cost/mall type series Output circuit diagram NPN output type Main circuit Brown: to VDC Load Black: 4 Control output PNP output type Main circuit Protection circuit Brown: Black: 4 to VDC Control output Protection circuit Blue: V Blue: Load V Through-beam type emitter Brown: to VDC with Main circuit Blue: V 2 Connector type (Pin configuration) ensor side 2 4 Connector cable side 4 2 to VDC 2 V 4 Control output Connecting to 4 are connector pin No. Notes When using a switching regulator for the power supply, be sure to ground the frame ground terminal. Because wiring sensor wires with high-voltage wires or power supply wires can result in malfunctions due to noise, which can cause damage, make sure to wire separately. Avoid using the transient state while the power is on (approx. ms). The connector direction is fixed as the drawing below when you use L-shaped connector cable. Be aware that rotation is not possible.

6 Low cost/mall type series Dimensions ensor Cable type Through-beam type emitter Output indicator (orange) tability indicator (green) Distance adjustment Light ON / Dark ON selection switch Connector type (Unit: mm) 2 B A M (tightening torque:. N m or less) ø.8 -wire approx..8 mm 2 (2-wire.2 mm 2 for through-beam type emitter). Detection type Through-beam type Diffuse-reflective type Retro-reflective type A: optical axis of emitter B: optical axis of receiver 9 (optical axis of emitter/receiver) Wide angle diffuse.9 reflective type 8.8 Limited diffuse reflective type 9 with Mounting bracket BF-W-B BF-W-A 2-R R.2 2-R R R 2-R Reinforcing rib Reinforcing rib R R R.6 9

7 4 Low cost/mall type series Dimensions V-6: tandard type reflector (6.6 Max.) V-42: mall reflector 42 (Unit: mm) P4A: Vertical type reflector ø7 ø with 4.9 (.6 Max.) P2: ide mount reflector R R (.6 Max.) 2- ø.6 2 V-: Ultra-small reflector M ø R Protective mounting bracket L- L Optical axis of emitter 26 Optical axis of emitter 8.9* 2 Retro/diffuse *Limited diffuse reflective type is 8.7 Through-beam type emitter * 2 Retro/diffuse *Limited diffuse reflective type is 8.7 Through-beam type emitter

8 Low cost/mall type series Connector cable CN-, CN-, CN- ø 4-wire.2 mm 2 PVC (vinyl) ø9.8 ø9.8 CN-L, CN-L, CN-L ø4.7 4-wire.2 mm 2 PVC (vinyl) (Unit: mm). L 22.8 L 8.8 lit mask BL-W 8 x BL--M BL--M with x R. A 2 4-R 6 a b 6 c B B D A C ection A - A 4 a b c lit width. 2 ensing distance 2 m 4 m m 2-R. ection B - B lit width C lit length D ensing distance BL--M. 8 4 m BL--M. 6 2 m

9 6 Low cost/mall type series Typical characteristic data with T-2 xcess gain xcess gain 2 2 ensing distance (m) 4 2 When slit mask is attached T-2 xcess gain xcess gain 2 mm mm. mm ensing distance (m) Operating point (mm) Operating point (mm) ensing area 2 ensing distance (m). mm ensing area mm 2 mm ensing distance (m) Distance (m) Distance (m) ー angle 2 Angular deviation angle Angle ( ) Angular deviation ー angle angle mm Angle ( ) 2 mm. mm Distance (m) Distance (m) ensing distance (m) ensing distance (m). mm mm 2 mm R-4 2 xcess gain V-6 xcess gain V-42 V ensing distance (m) Operating point (mm) 2 2 ensing area Angular deviation 6. 4 ー angle angle.. 2 V-42 V V- V-. 8. V V-42 6 V V- 4 V ensing distance (m) Angle ( ) ensing distance (m) Distance (m) Distance (mm) xcess gain xcess gain ensing area Angular deviation 2. 4 ー angle angle Diamond 4. P2 grade sheet. mm 8. Diamond grade sheet Diamond P4A P4A mm 6 grade sheet 2. P2 mm Diamond P2 4 grade sheet. P2 P4A mm. P4A ensing distance (m) ensing distance (m) Angle ( ) ensing distance (m) Operating point (mm) Distance (m) Distance (mm)

10 Low cost/mall type series 7 D- xcess gain xcess gain White paper 9% Gray paper 8% Black paper 6% ensing distance (mm) Operating point (mm) Black paper 6% ensing area Gray paper 8% White paper 9% tandard paper (2 2 mm) ensing distance (mm) Optical plane Approx. ø2 mm pot size Approx. ø8 mm Approx. ø7 mm Approx. ø mm 7 Distance (mm) Distance (mm) White paper Reflection rate 9% ensing distance (mm) D-L9 xcess gain xcess gain White paper 9% Gray paper 8% Black paper 6% ensing distance (mm) Operating point (mm) Black paper 6% ensing area Gray paper 8% White paper 9% tandard paper ( mm) ensing distance (mm) Optical plane Approx. ø mm pot size Approx. ø8 mm Approx. ø6. mm 6 9 Distance (mm) Distance (mm) White paper Reflection rate 9% ensing distance (mm) with D-W2 xcess gain xcess gain White paper 9% Gray paper 8% Black paper 6% 2 ensing distance (mm) Operating point (mm) ensing area Gray paper 8% White paper 9% Black paper 6% tandard paper (2 2 mm) 2 ensing distance (mm) Optical plane pot size Approx. 2 mm Approx. 2 mm Approx. 6 mm Approx. 2 mm Approx. 8 mm Approx. 4 mm 2 2 Distance (mm) Distance (mm) Interference area White paper Reflection rate 9% 2 ensing distance (mm) 2