The New Industry-standard Sensor

Transcription

1 Photoelectric with Built-in Amplifier Z3 Series * FASTUS is a product brand of Optex FA. Through-beam type Z3T- Retro-reflective type Z3R-4 Diffuse-reflective type Z3D- Limited-reflective type Z3D-L9 Transparent object detection Z3R-Q (Scheduled for release in August 4) The New Industry-standard Longest-in-class sensing distance of m * Red LED and through-beam types Significantly reduced dead zone Indicators clearly visible from anywhere OPTE FA CO., LTD.

2 The next evolution of the globally acclaimed Z series standard photoelectric sensor Over 3 Million units of the Z series have been shipped globally. FASTUS set out to improve upon the design of this popular self-contained photoelectric sensor series while keeping the same ease of use. Introducing the new Z3 series with greatly improved detection performance, usability, and increased value for the money. The Z3 series easily exceeds the requirements of general-purpose photoelectric sensors. High Power LED Provides Stable Detection The Z3 series through-beam type sensor has a m sensing distance, the longest in its class. This high power provides a significant increase in excess gain, which helps the sensor overcome interference from dust or other fine particles. Sensing Distance Plus Sensing Distance Easy optical axis adjustment thanks to a large spot size with good visibility Four-element LED helps reduce beam degradation during long-term use Conventional model Z3T- m More than the sensing distance Z3T- Conventional model 3 3 Sensing distance (m) m Applications Detecting or counting boxes flowing through a process (Retro-reflective type) Detecting plastic bottles on a conveyor (Retro-reflective type for transparent object detection) Detecting tires protruding from conveyors (Through-beam type)

3 Output and stability indicators are brighter than those of conventional models and easier to view from any direction. Significantly Reduced Dead Zone The diffuse-reflective type features an optimized optical receiver system 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 values) Gray paper (8%) Black paper (6%) Conventional model Z3D- Conventional model Z3D- Up to mm No dead zone even with gray paper Up to 3 mm Up to mm Less than one-sixth the dead zone of previous models Lineup Type Appearance Model (Connector type) Sensing range NPN type PNP type m Z3T-N (Z3T-CN4) Z3T-P (Z3T-CP4). to 4 m Z3R-4N (Z3R-4CN4) Z3R-4P (Z3R-4CP4) Diffuse-reflective to m Z3D-N (Z3D-CN4) Z3D-P (Z3D-CP4) Limited-reflective to 9 mm Z3D-L9N (Z3D-L9CN4) Z3D-L9P (Z3D-L9CP4). to m Z3R-QN (Z3R-QCN4) Z3R-QP (Z3R-QCP4) Through-beam Retro-reflective* Transparent object detection* *Coming soon *s sold separately Detecting large packed items on a conveyor (Through-beam type) Detecting boxes protruding from shelves (Through-beam type) Detecting palletized plastic bottles (Retro-reflective type for transparent object detection) 3

4 Characteristic Diagrams (typical data) Z3T- 3 3 Operating point (mm) Sensing distance (m) Distance (m) The angle of --- The angle of 3 receiver is changed sender is changed θ θ Spot Size ø8 mm ø7 mm ø43 mm ø4 mm ø mm ø4 mm ø8 mm With slit mask attached Z3T- mm mm. mm Operating point (mm) mm mm. mm Sensing distance (m) Distance (m) The angle of receiver is changed --- The angle of sender is changed θ θ mm mm. mm 3 3 Distance (m) No interference area. mm mm Interference area mm Sensing distance (m) Z3R-4 P P4A V-3 x mm Operating point (mm) V Sensing distance (m) Operating point (mm) P4A x mm P Sensing distance (m) Distance (m) 6. The angle of --- The angle of. receiver is changed sender is changed. 4. θ 4. θ V Distance (m). The angle of --- The angle of. receiver is changed sender is changed θ θ Diamond. P4A grade x mm. P. Distance (mm) No interference area V-3 Distance (mm) No interference area x mm P Spot Size ø8mm ømm ømm ø4mm ø7mm Interference area Sensing distance (m) P4A Interference area Sensing distance (m) 3 4 Z3D- White 9% Gray 8% Black 6%. Operating point (mm) 3 3 Black 6% Gray 8% White 9% Paper (x mm) Sensing distance (m) Spot Size ø7 mm ø mm ø38 mm ø3 mm 3 7 Sensing distance (mm) Distance (mm) No interference area Interference area *At white paper 9%. Sensing distance (m) 4

5 Z3D-L9 White 9% Gray 8% Black 6% Sensing distance (mm) Operating point (mm) Black 6% Gray 8% White 9% Paper (x mm) Sensing distance (mm) ø mm Spot Size ø6. mm ø8 mm Sensing distance (mm) Distance (mm) No interference area Interference area *At white paper 9% Sensing distance (mm) Z3R-Q V-3 P P4A x mm 3 4 Operating point- (mm) 7 x mm P4A P V-3 Sensing distance (m) Distance (m). 4. θ Diamond grade. x mm. P4A V-3 P θ Distance (mm) 4 No 8 x mm 6 4 V-3 P P4A 3 4 Sensing distance (m) Input and Output Circuit Diagram NPN type Through beam emitter Main circuit Protection Brown ➀ to 3 VDC Load circuit Black ➃Control output Blue ➂ V Main circuit Brown ➀ to 3 VDC Blue ➂ V PNP type Main circuit Protection Load circuit Brown ➀ to 3 VDC Black ➃Control output Blue ➂ V Connector pin No. M8 4pin 4 3 ➀ to 3 VDC ➂ V ➃ Control output

6 Dimensions (mm) Cable type Through-beam emitter Output indicator (orange) Stability indicators (green) Sensitivity adjuster 3 Light on/dark on switch Connector type Optical axis of emitted light M3 (Tightening torque. N m or less) Through-beam emitter.8 Through-beam receiver/ Retro-reflective/Diffuse/Limited/ Transparent object ø3.8, 3 pins x. mm ( pins x. mm for through-beam type emitter) Mounting bracket BEF-W-B For cable type.7 -R Mounting bracket BEF-W-A For connector type -R -R R R -R Reinforcing rib Reinforcing rib R R R Cable type with mounting bracket Connector type with mounting bracket Output indicator(orange) Stability indicators(green) L.ON / D.ON selector Sensitivity adjuster <4 Pin configuration> ➀ to 3 VDC ➁ - ➂ V ➃ Control Output ZT-D Optical axis ZR/ZD BEF-W-B Standard bracket for cable type. Cable type with protective bracket LK-S (only for cable type) BEF-W-A Standard bracket for M8 QD type. Cable type with protective bracket LK-S (only for cable type).4 ZT-D ZR/ZD Optical axis Emitter axis center Emitter axis center Retro-reflective/Diffuse/Limited/Wide angle Through-beam emitter Coaxial retro-reflective Retro-reflective/Diffuse/ Limited/Wide angle Through-beam emitter Coaxial retro-reflective 7 8 6

7 V6: Standard reflector (optional) : Small reflector (optional) P4A: Tiny reflector (optional) ø7 ø ø for M3 P: Ultra-compact reflector (optional) R. 6 -M3 ø R V-3: Ultra-compact reflector (optional) R Optional Products All optional products are sold separately. Select appropriate options based on sensing distance and installation requirements. (required for retro-reflective type) Standard 6.9 x.9 mm Z3R-4, Z3R-Q. to 4 m Small 4 x 3 mm Z3R-4, Z3R-Q. to.4 m Upright P4A 4 x.4 mm Z3R-4, Z3R-Q. to.4 m Side-mounted P 3 x 4 mm Z3R-4, Z3R-Q. to.6 m Ultra-small V-3 4 x 3 mm Z3R-4, Z3R-Q. to. m Reflective sheet sheet Z3R-4, Z3R-Q. to m x mm (adhesive type) Mounting bracket Connector cable (required for connector type) For cable type Floor-mounted BEF-W-B For connector type Back-mounted BEF-W-A Cannot be used with JCN- L connector cables. Straight m JCN-S m JCN-S m JCN-S L-shaped m JCN-L m JCN-L m JCN-L Protective brackets for cable type Slit mask Stainless steel slit mask Anti-interference filter Ultra-robust mm thick type Stainless steel for good rust resistance LK-S LK-S Slit mask for throughbeam type (adhesive type) BL-W Shipped as set containing masks with. mm,. mm, and. mm wide slits x each. Stainless steel slit mask for through-beam type BL--M BL--M M is mm slit, M is. mm slit x each. For through-beam type (set of four) BL--POLF 7

8 Specifications For transparent object Type Through-beam type Retro-reflective type Diffuse-reflective type Limited-reflective type detection Cable type Z3T-N Z3R-4N Z3D-N Z3R-QN Z3D-L9N NPN Connector type Z3T-CN4 Z3R-4CN4 Z3D-CN4 Z3R-QCN Z3D-L9CN4 Model Cable type Z3T-P Z3R-4P Z3D-P Z3R-QP Z3D-L9P PNP Connector type Z3T-CP4 Z3R-4CP4 Z3D-CP4 Z3R-QCP4 Z3D-L9CP4 Sensing distance m. to 4 m* to m*. to m* to 9 mm* 3 Light source Four-element red LED, wavelength 63 nm Spot size ø8 mm (at distance of m) ø8 mm (at distance of 4 m) ø7 mm (at distance of m) μs or less ø4 mm (at distance of m) ø8 mm (at distance of 9 mm) Response time Hysteresis % Max. % Max. Sensitivity adjustment Single-turn adjuster Indicators Output display: orange LED, Stability display: green LED (through-beam type emitter has no indicators) Control output NPN/PNP type open collector Max. ma/3 VDC Operating mode Light on, Dark on (Selectable by switch) Connections Cable type: cable length m x ø3.8 mm/connector type: M8 4 pin Power supply voltage to 3 VDC Including ripple (P-P) % Current consumption Emitter: ma max. : ma max. ma max. ma max. ma max. Operating temperature/humidity - C to + C (no freezing)/3 to 8%RH (no condensation) Operating illuminance Sunlight: lx or less, high-frequency lamp: 3 lx or less Vibration resistance to Hz; double amplitude. mm; hours in each of the,, and Z directions Shock resistance Approximately G ( m/s ), 3 times in each of the,, and Z directions Protection category IP67 Material Housing: ABS Front cover: PMMA Weight (excluding cord) Approximately g Included items Instruction manual (mounting bracket and reflector are not included) * When using reflector (optional) * When using x mm square of white paper *3 When using x mm square of white paper Attention: Not to be Used for Personnel Protection. Never use these products as sensing devices for personnel protection. Doing so could lead to serious injury or death. These sensors do not include the self-checking redundant circuitry necessary to allow their use in personnel safety applications. A sensor failure or malfunction can cause either an energized or de-energized sensor output condition. Please consult our distributors about safety products which meet OSHA, ANSI and IEC standards for personnel protection. Specifications are subject to change without prior notice. Specifications and technical information not mentioned here are written in Instruction Manual. Or visit our website for details. All the warnings and cautions to know prior to use are given in Instruction Manual Kyoto, Shimogyo, Chudoji Awata 9, Japan TEL. +8-() FA. +8-() Catalog content accurate as of May