LV-S/ H series Laser Sensor Catalogue Choose from the largest selection of laser sensors in the industry! New laser sensors P. Long-distance transparent object detection Area retro-reflective lasers
Product composition The LV Series are digital laser sensors consisting of both a sensor head and an amplifier. Please note that the supported amplifier unit depends on the sensor head. LV-S Series Compact size Transparent object detection (available) Zero datum function (available) Sensor head Amplifier LV-11SB LV-12SB LV-H Series Reflective/Retro-Reflective High-power Waterproof (available) Sensor head Amplifier LV-21A LV-22A LV-A LV-H Series Thru-beam 10 mm/0 mm area Analogue output Sensor head Amplifier LV-1M LV-2 Laser sensor features Visible beam allows for easy installation Stable target detection from remote location Small beam spot ensures high precision 2
Select an LV Series laser sensor Ask the Expert Call us for Details on the LV Series Product selection guide Select an LV Series laser sensor according to these selection steps Step1 Area Beam Step1 Selecting a beam shape Selecting a beam shape Step2 Method of detection Step Specific sensor head Step Amplifier Select a laser sensor head, either an area beam or small beam spot, according to the target that is to be detected. The shape of the laser beam emitted on the target forms a line. Effective for wide detection ranges, such as when the target s position varies as it passes through the beam. Type Detecting image Small Beam Spot The shape of the laser beam emitted on the work piece forms a small spot. Effective for highly precise detection of minute targets. Type Detecting image Reflective Reflective Area Beam Retro-Reflective Page P. Small Beam Spot Retro-Reflective Thrubeam Thrubeam STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS Page P.
Step2 Method of detection Select either a reflective, retro-reflective, or thrubeam sensor based on the application. If area beam was selected in Step 1 Area Beam Retro-Reflective P. Highly precise target detection with easy installation Area laser Long-distance transparent object detection Long distance Wide LV-S2 LV-S LV-H LV-H Reflective P.9 Small size and highly flexible installation Long distance Definite reflective * LV-H1 is a class1 infrared laser model. LV-H2/H1* LV-H7 Thrubeam P.10 Unaffected by the target s colour or shape 10mm width 0mm width High-power 10mm width LV-H100 LV-H00 LV-H110
Select an LV Series laser sensor Ask the Expert Call us for Details on the LV Series If small beam spot was selected in Step 1 Small Beam Spot Retro-Reflective Highly precise target detection with easy installation Small Reflective Small size and highly flexible installation LV-S1 (S1L) Thrubeam Standard Long distance (up to 0 m) LV-S1 LV-H2 LV-H7 LV-H2F Small (side view) Unaffected by the target s colour or shape Small: M P.1 Adjustable beam spot Waterproof: IP7 LV-H2 LV-H (HF) LV-H7 LV-S1 P.1 Small: M (with slit) P.12 Coaxial structure (waterproof: IP7) Ultra-small beam spot (diameter: 0 µm) Adjustable distance setting STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS LV-S71 LV-S72
Step Selecting a specific sensor head Select a sensor head tailored to your application. If area beam retro-reflective was selected in Step 2 Area Beam Retro-Reflective Type Shape (mm) Detection distance* Area width (mm) Model Supported amplifier diagram Area Laser 1. 19 ULTRA : 10m (m) : m (m) *1 : m (2m) : 2.m (0.7m) Area spot: approx. 10 mm Small beam spot: approx. 2 mm (up to 00 m distance) LV-S2 LV-11SB LV-12SB P.2 Long-distance transparent object detection 21. ULTRA : 0m : 2m : 1m : m Approx. x 12 mm (up to m distance) LV-S P.1 P.27 Long-distance area Wide area 2. 2.2 2 12. 12. *2 : 00~10mm (00~100mm) : 0~0mm (00~1000mm) : 100~00mm (100~700mm) *2 : 100~0mm (10~0mm) : 10~10mm (10~20mm) : 100mm (10mm) Approx. 0 (up to 00 mm distance) Approx. 0 (up to 100 mm distance) LV-H LV-H LV-21A LV-22A LV-A P.19 P. All models support the P.R.O. function. The polarising filter reduces direct reflected light from a mirrored-surface target. *1 Numbers not enclosed in parentheses are the detecting distance for area spot. Numbers enclosed in parentheses are the detecting distance for small beam spot. *2 Numbers not enclosed parentheses are the detecting distance when an accessory reflector is used. Numbers enclosed in parentheses are the detecting distance when OP-12 (sold separately) is used. Product features Area Laser LV-S2 Using all of the mounting brackets allows you to adjust the optical axis right, left, up, and down. When installing the rear mounting bracket (sold separately) OP-0 Reflector R-L (accessory) Use this switch to select area spot or small beam spot. Reversed mounting Small Area When installing the rear mounting bracket (sold separately) OP-9 Reversed mounting Stable detection is possible due to wide beam even if the work piece s position varies. Side view shape and small footprint When installing the rear mounting bracket (sold separately) OP-1 LV-S2 is perfect for transparent object detection. P. Reversed mounting Be sure to use the dedicated mounting brackets because optical axis adjustment is required. (Note) We recommend that, when LV-S2 is used for glass detection, the detecting distance be set to 1 m or less.
Select an LV Series laser sensor Ask the Expert Call us for Details on the LV Series Long-Distance Transparent Object Detection LV-S Easy optical axis adjustment Long-Distance Area LV-H Wide Area LV-H At a distance of approx. 100 mm width is approx. 0 mm. Reflector R-9 (accessory) Detecting distance 0m LV-S is perfect for transparent object detection. The beam shining on a target P. (Note) We recommend that, when LV-S is used for glass detection, the detecting distance be set to m or less. Reflector R- grey (accessory) Reflector R- grey (accessory) When the mounting bracket is attached (accessory) High precision even at a long distance Detection distance area width characteristics (typical example) 100 0 0 0 Area width 0 (mm) 0 0 0 100 0 0 100 10 0 20 00 Distance (mm) When the mounting bracket is attached (accessory) Area width (mm) Options Name Model Shape Reflected light levels are averaged by widening the acceptance surface (approx. 2 x 1 mm). This provides stable transparent object detection. Detection distance area width characteristics (typical example) 100 0 0 0 0 0 0 0 100 0 0 00 00 00 1000 Distance (mm) Reflective tape (sold separately) OP-12 t=0.7 When the mounting bracket is attached (accessory) for LV-H and H 0 1 STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS 7
What sets the LV-S2/LV-S apart from conventional sensors for transparent object detection? Beam Shape Area Laser Area beams are excellent for detecting targets with gaps. Unlike small beam spots, area beams are less affected by vibrating targets or backgrounds. LV-S also spreads the spot s depth ( x 12 mm) to provide more stability. Small spot Large light quantity variation if position shifts Area beam Small light quantity variation even if position shifts Laser Beam Can stably detect vibrating/inclining transparent targets Due to the characteristics of lasers, the slightest incline of a transparent target can cause light diffraction resulting in unstable detection. The newly-developed laser drive circuit found in the LV-S2 and LV-S compensates for this phenomenon. High-frequency superimposition drive circuit Reflector Whereas most lasers use asingle wavelength, the LV-S2/S uses high-frequency superimposition technology to take a wide range of wavelengths. This has enabled the practical elimination of transparent quantity changes. Amplifier World's first zero datum function The amplifier cancels light quantity variation. The zero datum function always monitors the received light quantity when there is no transparent object and keeps the displayed value at 0 (light quantity variation cancellation). If a transparent object is input, the function displays the difference. This makes it very easy for the LV series amplifier to stably detect transparent targets. (Patent pending) Amplifier unit LV-11SB/12SB
Select an LV Series laser sensor Ask the Expert Call us for Details on the LV Series Step Selecting a specific sensor head Select a sensor head tailored to your application. If area beam reflective was selected in Step 2 Area Beam Reflective Type Shape (mm) Detecting distance (mm) Area width (mm) Model Long Distance Definite reflective Product features Long Distance LV-H2 ~ Definite Reflective LV-H7 12. 12. 2.. When the mounting bracket is attached (accessory) When the mounting bracket is attached (accessory) : 1000 : 00 : 20 * Common in all power modes Slit (accessory) An area width can be selected. An area width can be selected. Approx. x0. (at 0 mm distance) Approx. 21x0.7 (at 70 mm distance) Lens (sold separately) LV-L01 The area becomes thicker. LV-L02 The area becomes thicker. LV-H2 LV-H7 Connectable amplifier LV-21A LV-22A LV-A P.19 Dimensional outline drawing P. P. Characteristics figure Characteristics of quantity and distance (typical example) LV-H7 200 00 Received 100 light quality (digit) 1000 00 Characteristics of detecting distance and area width (typical example) LV-H2 0 When installing a grey slit 0 No slit Width (mm) 0 0 When installing 0 Slit (accessory) Lens (sold separately) 0 100 a black 0 slit Distance 00 00 00 (mm) LV-H7 Width (mm) mode Rapid increase in light quantity Almost no light quantity Distance 0 0 0 0 100 1 10 (mm) 1 When installing a grey slit 10 No slit 0 10 When installing 1 a black slit 0 0 0 0 100 Distance (mm) STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS 9
Ask the Expert Call us for Details on the LV Series Step Selecting a specific sensor head Select a sensor head tailored to your application. If area spot thrubeam was selected in Step 2 Area Spot Thrubeam Type Detecting width (mm) Shape (mm) Detecting distance (mm) Area width (mm) Model Connectable amplifier Dimensional outline drawing 10 1..2 12 12 Approx. 12 LV-H100 Standard 0 2. 12 1 7. 12 1 LV-1M 00 * Common in all power modes Approx. 2 LV-H00 LV-2 P.7 P.19 High powered 10 1..2 12 12 Approx. 12 LV-H110 Product features Standard /High Power (10 mm wide) LV-H100/110 When the mounting bracket is attached (accessory) LV-B101 (Mounted vertical) When the mounting bracket is attached (accessory) LV-B102 (Mounted horizontal) Example using the LV-H110 LV-H110 is a sensitivity-improved type of LV-H100. LV-H110 detects only workpieces that completely interrupt light. (2 Brackets To 1 Set) (2 Brackets To 1 Set) OFF: Ignores small workpieces. Standard (0 mm wide) LV-H00 When the mounting bracket is attached (accessory) LV-B01 (Mounted vertical) When the mounting bracket is attached (accessory) LV-B02 (Mounted horizontal) ON: Responds to work pieces with complete light interruption (2 Brackets To 1 Set) (2 Brackets To 1 Set) Easy optical axis adjustment via visible beam You can clearly see beam because a light diffuser sheet is inserted into the end of the receiver. This makes optical axis adjustment extremely easy. Mounting brackets provide beam position adjustment. Two types of mounting brackets are available: Brackets for mounting vertical and brackets for mounting horizontal. Be sure to use the dedicated mounting bracket. Up/Down adjustment possible 10
Select an LV Series laser sensor Application Area spot Long distance, area detection LV-H2 Envelope printing check Area retro-reflective (wide) LV-H Sheet break detection Area thrubeam (0 mm wide) NG OK NG LV-H00 A B Workpiece location detection High-power area spot thrubeam Area detection, definite-reflective LV-H7 Shaft arrival check Area retro-reflective (long distance) LV-H Workpiece not inserted properly Area thrubeam (10 mm wide) LV-H100 Cotton looseness/cut detection High-power area spot thrubeam LV-H110 STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS LV-H110 Presence/Absence detection of target in bag Seal number counting 11
Step Selecting a specific sensor head Select a sensor head tailored to your application. If small beam spot retro-reflective was selected in Step 2 Small Beam Spot Retro-Reflective Type Shape (mm) Detection distance (m) Spot diameter (mm) Model Connectable amplifier Dimensional outline drawing Small 1 2. ULTRA HSP : 2 : 1. : 1 : 0.7 : 0. Approx. ø 2. (Up to 0.m distance) LV-S1 LV-11SB LV-12SB P.1 P.29 Standard 2 12. : 7 : : 2 Approx. ø 1. (Up to 1 m distance) LV-H2 P.2 Long distance (up to 0 m) 2 12. : 0* : 0 : * Use OP-219: 0m Approx. 0 x 1 (At 10 m distance) LV-H7 LV-21A LV-22A LV-A P.19 P.2 Waterproof: IP7 2..9 1. : : : 1. Approx. ø 2 (At 2 m distance) LV-H2F P.2 *All models support the P.R.O. function. The polarizing filter reduces direct reflected light from a mirrored-surface work piece. Difference from fibre sensor Fibre sensor Normal throughbeam type Narrow-beam throughbeam type Laser sensor Straight-beam, retro-reflective type Aperture Angle 0 Beam bends behind The fibre sensor is affected by the surrounding environment because beam is widely spread. Difficult to adjust optical axis It is difficult to adjust the optical axis because beam is invisible. Reflective mirror Solution Optical axis adjustment is easy because the laser sensor is not affected by the surrounding environment. Characteristics figure Characteristics of detecting distance and spot diameter (typical example) LV-S1 Spot diameter (mm) 2. 2 1. 1 0. 0 0 00 1000 100 00 Distance (mm) Characteristics of detecting distance and spot diameter (typical example) LV-H2 9 7 Spot diameter (mm) 2 1 0 Distance 0 1 2 7 (m) 12
Select an LV Series laser sensor Ask the Expert Call us for Details on the LV Series Product features and mounting brackets Small LV-S1 Standard LV-H2 Reflector (accessory) Long Distance (up to 0 m) Waterproof: IP7 LV-H2F Type Reflector Type Reflective tape Reflector Model Accessory model Shape OP-10 OP-9 R- R-7 R- Model OP-2197 OP-219 (R- grey) (R-2) LV-S1 LV-H2 LV-H7 LV-H2F Supported model LV-S1/H2 LV-H7 29. 29. 1.2 7. 10 12 2 When the mounting bracket is attached (accessory)) When the mounting bracket is attached (accessory) 2 1 LV-H7 Fluoroplastic (PFA) Shape When the mounting bracket is attached (accessory) Fluoroplastic (PFA) Glass Fluorine-contained rubber When the mounting bracket is attached (accessory) Reflector (option) 2 10 STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS P.29 P.2 P.2 P. P.2 t=0.7 P. * The detecting distance remains unchanged even if the reflective tape is used. 1
Step Selecting a specific sensor head Select a sensor head tailored to your application. If small beam spot reflective type is selected in Step 2 Small Beam Spot Reflective Type Shape (mm) Detection distance (mm) Spot diameter (mm) Model Connectable amplifier Dimensional outline drawing Small Small side view 1 1. 2 1 ULTRA HSP ULTRA HSP : 00 : 00 : 00 : 0 : 10 : 00 : : 20 : 10 : 1 Approx. ø1.2 (Up to 00 mm distance) Approx. ø1.2 (Up to 00 mm distance) LV-S1 LV-S1L LV-11SB LV-12SB P.1 P.29 Adjustable beam spot 22. 12. : 1000 : 00 : 20 ø0. or less (Up to 00 mm distance) LV-H2 P. Coaxial structure Waterproof: IP7.9 12. 2 1. 2. : 00 : 00 : 10 : 0 : 0 : 100 Approx. ø2 (Up to 00 mm distance) Approx. ø2 (Up to 0 mm distance) LV-H LV-HF LV-21A LV-22A LV-A P.19 P.2 P.2 12. Ultra-small beam spot. 2. 70±1 * Common in all power modes Approx. 0µm (At 70 mm distance) LV-H7 P. Small adjustable distance setting 10. 2 2. Adjustment range*: 0 to 0 * Range in which the reference distance can be adjusted without reference to the response time Approx. ø2 (Up to 0mm distance) LV-S1 LV-11SB LV-12SB P.1 P.2 Characteristics figure Characteristics of detecting distance and minimum spot diameter (typical example) LV-H2 0. 0. 0. Spot diameter (mm) 0.2 0.1 0 0 100 0 00 Distance 00 (mm) Characteristics of setting distance and spot diameter (typical example) LV-H7 700 00 00 Spot diameter 00 (µm) 00 Y 0 X 100 X Y 0 Distance 7 9 10 (mm) 1
Select an LV Series laser sensor Ask the Expert Call us for Details on the LV Series Product features and mounting brackets Small LV-S1 (S1L) Adjustable Beam Spot LV-H2 Coaxial Structure LV-H Waterproof: IP7 LV-HF Coaxial structure Front view Ultra-small Beam Spot (0μm) LV-H7 When the mounting bracket is attached Accessory L-shape mounting bracket OP- (Sold separately) When the mounting bracket is attached (accessory) When the mounting bracket is attached (accessory) When the mounting bracket is attached (accessory) Material Small Side-View LV-S1L Light transmitter Light receiver Without grease With grease Also lockable It is safe because of the lens position lock feature. With the coaxial structure, the LV-H can receive reflected light even from a small gap. Small Adjustable Distance Setting LV-S1 Example L-shape mounting bracket OP- (Sold separately) Adjustable by hand Spot adjustment can be easily made by turning the focus ring by hand. Fluoroplastic (PFA) Glass Fluorine-contained rubber When the mounting bracket is attached (accessory) The supplied magnifying glass enables users to check the beam spot position. When the mounting bracket is attached Front mounting of accessory Rear mounting of accessory When the mounting bracket is attached (accessory) STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS 1
Ask the Expert Call us for Details on the LV Series Step Selecting a specific sensor head Select a sensor head tailored to your application. If small beam spot thrubeam type is selected in Step 2 Small Beam Spot Thrubeam Type Shape (mm) Detection distance (mm) Spot diameter (mm) Model Connectable amplifier Dimensional outline drawing Small beam spot Step differentiation M M 0.2 00mm * in all power modes 00mm * in all power modes Approx. ø1.2 (Up to 00 mm distance) Approx. ø (At 00 mm distance) LV-S71 LV-S72 LV-11SB LV-12SB P.1 P.0 0.2 Product features Small Beam Spot LV-S71 Ultra-small World s Smallest LV-S71 is the smallest red laser sensor in its class. Operation indicator Both the transmitter and receiver are equipped with the operation indicator. Receiver Standard mounting bracket (accessory) Transmitter Small type mounting bracket (option) OP-9 Step Differentiation LV-S72 High-precision differentiation The receiver side uses a slit with a width of 0. mm, allowing high-precision differentiation. Receiver The optical axis can be adjusted from above. Each symmetrical mounting bracket (two sets) Side viewer attachment (option) LV-F1 Transmitter Easy optical axis adjustment Optical axis adjustment is easy because the spot diameter is approx. mm at 00 mm ahead of the transmitter (large spot). The optical axis can be adjusted from above. (2 Brackets To 1 Set) 1
Select an LV Series laser sensor Application Small beam spot Small beam spot reflection (adjustable beam spot) Detection of the presence/ absence of a part (spot welding) Small beam spot reflective (coaxial structure) Glass detection Small beam spot retro-reflective (small) Detection of work pieces remaining in the mold. LV-S71 LV-H2 LV-H LV-S1 Small beam spot thrubeam (small, M) Small beam spot reflection (side view) LV-S1L Rack stop position detection Small beam spot reflective (distance setting) LV-S1 Counter input Small beam spot retro-reflective (long distance) LV-H7 Protrusion detection Small beam spot thrubeam (small, M) STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS LV-S71 OK Floating cover detection NG De-burr checking 17
Step Selecting an amplifier When using one amplifier, select the main unit. When using two or more amplifiers, select one main unit and one or more expansion units. If the LV-S series is selected in Step LV-S Series The main unit comes with an amplifier mounting bracket. The expansion unit comes with an end unit. Type Shape (mm) Number of External input * ON/OFF outputs Main unit Expansion unit Main unit 7. Expansion unit 9 1. 2 2 1 1 Model NPN output PNP output LV-11SB LV-11SBP LV-12SB LV-12SBP P.1 * For external input, select "light emission stop", "tuning", "set value bank selection" or " quantity shift." Up to 1 expansion units can be installed to one main unit. Connectable sensor heads Reflective Retro-Reflective Thrubeam LV-S1, LV-S1L, LV-S1 LV-S1, LV-S2, LV-S LV-S71, LV-S72 Part names and features Unique form dust cover Easily adjustable large manual button Monitor that can set or show current light intensity values (-digit or -digit display) The LV-S series comes with the world's first zero datum function. Usually* the first digit of the digital display will drift when there is no workpiece. The zero datum function* clears the display to 0, eliminating this drifting status. (Returning to the nominal display when light is interrupted) Normal Zero datum Clearly visible bright solid operation indicator 2 outputs x 2 banks ( outputs total) (Patent pending) Easy connection connector method Secure head connection Heat sink for stable operation Quick SET button [Supplement] Datum means reference. Zero datum is a function that changes the light quantity display to 0 when there is on work piece at 0 reference. *When the retro-reflective type or thrubeam type is used Popular DSC function The LV-S series comes with the DSC function. 1
Select an LV Series laser sensor Ask the Expert Call us for Details on the LV Series Main unit Expansion unit If the LV-H series is selected in Step LV-H Series Reflective or Retro-Reflective Type* 1. Main unit Main unit Shape (mm) Expansion unit Expansion unit Connectable sensor heads 2. Amplifier unit for invisible infrared LV-H1 2 2 Reflective Retro-Reflective 1 0 1 0 The main unit comes with an amplifier mounting bracket. The expansion unit comes with an end unit. 0 0 LV-21A LV-22A *1. The LV-A is also available to supports the zero line. (It does NOT have a cable for power or outputs). *2 external inputs on the expansion units can be used for calibration. However, laser emission stop input cannot be used on the expansion units. Up to seven additional expansion units can be installed for each main unit. Type Type Main unit Expansion unit 2 2 0 0 LV-H2, LV-H, LV-HF, LV-H7, LV-H2, LV-H7 LV-H2, LV-H7, LV-H2F, LV-H, LV-H The amplifier unit comes with the amplifier mounting bracket.. 2. Main unit 2 1 1 0 LV-11A P. 7. Main unit Shape (mm) *1. Laser emission stop input on the main unit only. Up to seven additional expansion units can be installed for each main unit. 2.7 Number of ON/OFF outputs External calibration input * 2 (Note) Only the LV-H1 and LV-H1 can be used with the LV-11A amplifier. LV-H Series Thrubeam Shape (mm) Number of ON/OFF outputs Number of ON/OFF outputs External calibration input External calibration input Laser emission stop input * 2 The main unit comes with an amplifier mounting bracket. The expansion unit comes with an end unit. 1 0 Analog output Laser emission stop input Laser emission stop input * 1 Analog output 1 0 Model NPN output PNP output Analog output NPN output LV-1M LV-2 Model NPN output Model LV-21AP LV-22AP PNP output LV-1MP LV-2P P. P.9 STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS Connectable sensor heads Through-beam type LV-H100, LV-H00, LV-H110 19
LV-S Series Specifications Straight-Beam, Retro-Reflective Type Small beam spot Area beam Model Long-distance transparent object LV-S1 LV-S2 LV-S Reflective Type Small Small side view Model Adjustable distance definite reflective LV-S1 LV-S1L LV-S1 Shape Shape Light source Detecting distance* HSP Ambient temperature used Material ULTRA Case Lens cover Reflective mirror Weight Visible light semiconductor laser 2m 10m (m) 0m 1.m m (m) 2m 1m m (2m) 1m 0.7m 2.m (0.7m) m 0mm 0.m HSP 10mm 10 to +0 C Ambient temperature used 10 to +0 C Glass reinforced plastic Acrylic Polycarbonate, acrylic Approx. 70 g Approx. g Approx. 110 g P.29 P.2 P.2 * The parentheses indicate the detecting distance when the small beam spot is used. Light source Detecting distance Material ULTRA Case Lens cover Reflective mirror Weight 00mm 00mm 00mm Visible light semiconductor laser 00mm mm 20mm 10mm 1mm Glass reinforced plastic Acrylic Polycarbonate, acrylic Approx. 70 g 0~0mm (adjustment range) 0 to 0 C Approx. 7 g P.2 P.29 P. Thrubeam Type Small standard Small (with slit) Model LV-S71 LV-S72 Type Model Side-view attachment for thrubeam LV-F1 Type Model Compact mounting bracket for thrubeam OP-9 Shape Shape Shape Light source Detecting distance HSP Ambient temperature used Material ULTRA Case Lens cover Reflective mirror Weight Visible light semiconductor laser 00mm 10 to +0 C Glass reinforced plastic Acrylic Polycarbonate, acrylic Approx. 70 g P.0 P.0 Applicable head ULTRA HSP Ambient temperature used Detecting distance Material Vibration Weight LV-S71 LV-S72 20mm Approx. 22 g 00mm 10 to +0 C (No condensation) Metal part: Stainless steel Mirror part: Glass 10 to Hz, double amplitude: 1. mm, 2 hours in each of X, Y and Z axis directions P.0 Applicable head ULTRA HSP Ambient temperature used Detecting distance Material Vibration Weight LV-S71 LV-S72 00mm 10 to +0 C (No condensation) Metal part: Stainless steel 10 to Hz, double amplitude: 1. mm, 2 hours in each of X, Y and Z axis directions Approx. 1 g P.0 Contains a symmetrical mounting bracket (two in total). Contains a symmetrical mounting bracket (two in total). Laser specifications Sensor head LV-S1/S1/S1L/S1/S71/S72 Wavelength nm Maximum output 0µW FDA class* Class 1 IEC class Class 1 JIS class Class 1 * IEC02-1 based classification is made according to FDA (CDRH) Laser Notice No. 0 Regulations. LV-S2/S 0nm 1µW
Specifications LV-S Series Amplifier Type Model* 1 Shape Response time Control output Control input Rating LV-11SB/12SB NPN output PNP output Except LV-S1 LV-S1 standard mode LV-S1 high-speed mode Number of interference preventive units* 2 Expansion of unit* Power supply voltage* Power consumption Ambient temperature used* Vibration Material Weight (including 2-m cable) Output circuit Main circuit Overcurrent protection circuit LV-11SB/12SB Brown* 1 Brown* 1 12 to 2 VDC 12 to 2 VDC Black/white* 2 Load to 0 VDC Blue* 1 *1. The LV-11SB only *2. Black: Control output 1, white: Control output 2 0V Normal Eco Half Eco All Main circuit Overcurrent protection circuit Main unit LV-11SB LV-11SBP Black/white* 2 Load Blue* 1 *1. The LV-11SBP only *2. Black: Control output 1, white: Control output 2 0V Laser emission stop input/external calibration input/setting value bank selection input/received light intensity shift input LV-11SB/12SB. VDC (Short-circuit current: 1 ma or lower) * The LV-11SB only Pink Blue* 1 PLC, etc. Expansion unit (1 line) LV-12SB LV-12SBP HSP: 0 µs : 20 µs : 00 µs : 2 ms ULTRA: ms (LV-S2 and LV-S cannot select HSPmode.) SPED 1:00 µs SPED 2:2ms SPED :ms SPED :2ms 20 µs NPN(PNP) open-collector x 2 ch 0 VDC (0 V) or lower 100 ma max. per output Light emission stop input, external calibration, set value bank selection input, or shift input Power mode HSP / /ULTRA Up to 1 expansion units can be installed (17 units including the main unit) 12 to 2 VDC ripple (P-P) 10% max. Class 2 1. W max. (2. ma max. for 2 V) 1. max. (7. ma max. for 2 V) 10 to +0 C (No condensation) 10 to Hz, 1.-mm double amplitude, 2 hours for each X, Y, and Z axis Main body, cover: Polycarbonate Approx. 0 g Input circuit Main circuit Number of units None 2 units units *1. LV-S2 and LV-S can ONLY be used with amplifiers ending with B or BP. *2. Numbers for the LV-S1 are four in standard mode and two in high-speed mode. *. To connect several units they must be mounted on a METAL DIN rail. Ensure that the output current is ma max. With several units connected, the allowable ambient temperature range varies as follows: 1 to 2 units conneted: -10 to + C to 10 units conneted: -10 to +0 C 11 to 1 units conneted: -10 to + C *. When more than units connected, be sure to use supply voltage 2 VDC Ripple (P-P) 10% max. Input/Output Circuits P.1 0V LV-11SBP/12SBP Main circuit (Short-circuit current: 2 ma or lower) * The LV-11SBP only Pink 12 to 2 VDC Brown* 1 PLC, etc. STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS 21
LV-H Series Straight-Beam, Retro-Reflective Small Beam Spot Type Small beam spot High power Model LV-H2 LV-H7 Type Model Straight-beam coaxial LV-H Adjustable beam spot LV-H2 Ultra-small beam spot LV-H7 Shape Shape FDA class Class I EC class Class 2 Light source Visible light semiconductor laser Wavelength: 0 nm Detecting distance 2m m 7m m 0m 0m* 1 Ambient temperature used 10 to +ºC (No condensation) Case Glass reinforced plastic Material Lens cover Transparent plastic* 2 Reflective mirror Polycarbonate, Acrylic ABS plastic, Acrylic Weight Approx. g P.2 *1 The detecting distance is 0 m when OP-219 is used. *2 Norbornene plastic or acrylic Area Beam, Retro-Reflective Type Long distance Wide Model LV-H LV-H FDA class IEC class Light source Detecting distance Class Class 2 Visible light semiconductor laser Wavelength: 0 nm 10mm 00mm 00mm 20mm 00mm 1000mm 70±1mm Ambient temperature used 10 to +ºC (No condensation) Ambient humidity used % to % RH (No condensation) Case Glass reinforced plastic* 1 Material Lens cover Transparent plastic Acrylic* 2 Glass* 2 Weight Approx. g P.2 P. *1 Norbornene plastic or acrylic *2 The LV-H2 and the LV-H7 receivers are polyarylate Waterproof (IP7) Type Model Straight-beam coaxial LV-HF Retro-reflective LV-H2F Shape Shape FDA class IEC class Class Class 2 Light source Visible light semiconductor laser Wavelength: 0 nm 100 to 00 mm (100 to 700 mm) 100mm (10 mm) Detecting 0 to 0 mm (00 to 1000 mm) 10 to 10 mm (10 to 20 mm) distance 00 to 10 mm (00 to 100 mm) 100 to 0 mm (10 to 0 mm) Ambient temperature used 10 to +ºC (No condensation) Case Reinforced glass/plastic Material Lens Norbornene plastic Reflective mirror Polycarbonate, acrylic Weight Approx. g P. * The parentheses indicate the detecting distance when OP-12 is used. Area Beam Type Model Area definite reflective LV-H7 FDA class IEC class Class Class 2 Light source Visible light semiconductor laser Wavelength: 0 nm 100 mm 1. m Detecting 0 mm m distance 0 mm m Ambient temperature used 10 to +ºC (No condensation) Ambient humidity used % to % RH (No condensation) Case Fluoroplastic (PFA) Material O-ring Fluororubber Lens cover Glass Weight Approx. 0 g Approx. 100 g P.2 * The cable minimum bend radius is 2mm. LV-H2 Long-distance area LV-H1 Shape FDA class Class Class IEC class Class 2 Class 1 Light source Visible light semiconductor laser Wavelength: 0 nm Invisible light semiconductor laser Wavelength: 7 nm 20mm Detecting distance ~mm 00mm 1000mm Ambient temperature used 10 to +ºC (No condensation) Ambient humidity used % to % RH (No condensation) Material Case Glass reinforced plastic Lens cover Glass* 1 Polyarylate Weight Approx. g *1. The receiver is polyarylate. P. 22
Specifications LV-H Series Amplifier Specifications (for reflective/retro-reflective sensor heads) NPN Output LV-21A LV-22A LV-A LV-11A(dedicated to LV-H1) Model PNP Output LV-21AP LV-22AP Shape Main unit / Expansion unit Main unit Expansion unit (1 line) Expansion unit (0 line) Main unit Response speed : 0 µs/ : 00 µs/ : ms 20 µs to.7 ms : 00 µs/ : 2 ms/ : ms Control output NPN (PNP) open-collector x 2 channels, 0 VDC (0 V) max., max. 100 ma, residual voltage (1.0 V max.) Protection circuit Reverse polarity protection, overcurrent protection, surge absorption Expansion of units Up to 7 additional expansion units can be installed ( units including the main unit), Number of interference preventive units* 1 Rating Ambient temperature used Ambient humidity used Material Weight 100 0 00 00 0 mm 100 mm 10 mm 0 mm 100 mm 10 mm LV-H2 2 x 0. x 0. 70 x 0. 92 x 1. Power mode 12 to 2 VDC ripple (P-P) 10% max. (For the LV-A/22A/22AP, the power supply voltage is supplied from the main unit.) LV-L01 0 00 00 1.0 2.0 7.0 LV-H2+ black slit 1 x 0. 2 x 0. x 0. x 1. Approx. 1 g LV-L01 Specifications (lens attachment for LV-H2) (Unit: mm) Name Number of units None 2 units units LV-H2+ grey slit x 0. 9 x 0. 1 x 0. 17 x 1. 1. W max. (12 ma max. for 12 V, 2. ma max. for 2 V) 10 to +ºC (No condensation)* 2 % to % RH (No condensation) Main body, cover: Polycarbonate LV-L01 27 x 9 x 7 72 x 10 9 x 1 P. P. L01+ slit 1 x x 7 x 10 7 x 1 L01+ slit 2 17 x 2 x 7 7 x 10 1 x 1 Approx. 7 g When slit 1 is mounted When slit 2 is mounted When slit is mounted When slit is mounted 17 0 700 11..0 29.0 10 00 00 2..0. 9. 17.0 2.0 Polyacetal (main body) Arton (lens) Approx. 1 g Typical example of "width x thickness" of area in LV-L01 detecting distance (Unit: mm) Distance Power supply voltage Power consumption * 1 To connect several units they must be mounted on a METAL DIN rail. Ensure that the output current is ma max. With several units connected, the allowable ambient temperature range varies as follows: * 2 When 2 to expansion units are additionally installed: -10 to +0. When or 7 expansion units are additionally installed: -10 to +. Detecting distance Area thickness Area width Case material Weight LV-L02 Specifications (lens attachment for LV-H7) (Unit: mm) Name LV-L02 Area thickness Area width Case material Weight mm 70 mm mm mm 70 mm mm 17.0. 2.0 1.0 1. 1.0.0.. 11.0 1.0 1.0 Polyacetal (main body) Arton (lens) Approx. 1 g P. 12 20 00 7. 1.0 19.0. 10.0 11. L01+ slit 1 x 2 x 7 x 10 x 1 100 0 00. 10.0 1.0 L01+ slit 10 x 19 x 7 27 x 10 x 1 When slit 1 is mounted When slit 2 is mounted When slit is mounted When slit is mounted.0 7. 9.0 STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS 2
LV-H Series Thrubeam Type Model High power LV-H110 Area thrubeam LV-H100 High performance LV-H00 Shape Detecting area FDA class IEC class Light source Detecting distance Ambient temperature used Ambient humidity used Case Material Lens cover Weight * Use a dedicated mounting bracket to install the sensor. 10 mm 0 mm Class Class 2 Visible light semiconductor laser Wavelength: 0 mm 00 mm 10 to +ºC (No condensation) % to % RH (No condensation) Glass reinforced plastic Transmitter: Glass Receiver: Polyarylate Approx. 0 g Approx. 100 g P.7 Amplifier Specifications NPN Output Model PNP Output Main unit / Expansion unit LV-1M LV-1MP Main unit LV-2 LV-2P Expansion unit (1 line) Shape Response speed Inspection mode Control output Monitor output Protection circuit Expansion of units Number of interference preventive units* 1 Rating Power supply voltage Power consumption Ambient temperature used Ambient humidity used Material Weight 0 µs 00 µs Light intensity distinction / edge detection ms NPN (PNP) open-collector x 2 channels, 0 VDC (0 V) or lower, max. 100 ma, residual voltage (1.0 V or lower) 1 - V for 1 - V voltage output and display 0-000, load resistance kω or higher (LV-1M/LV-1MP only) Reverse polarity protection, overcurrent protection, surge absorption Up to 7 additional expansion units can be installed ( units including the main unit), 12 to 2 VDC ripple (P-P) 10% max. (For the LV-2/2P, the power supply voltage is supplied from the main unit.) 1. W max. (12 ma max. for 12 V, 2. ma max. for 2 V) Approx. 1 g : No device (0) : 2 units : units 10 to +ºC (No condensation)* 1 % to % RH (No condensation) Main body, cover: Polycarbonate P.9 Approx. 7 g *1 To connect several units they must be mounted on a METAL DIN rail. Ensure that the output current is ma max. With several units connected, the allowable ambient temperature range varies as follows: When 2 to expansion units are additionally installed: -10ºC to +0ºC. When or 7 expansion units are additionally installed: -10ºC to +ºC. 2
Specifications / LV-H / LV-S Series Input/Output Circuits NPN LV-21A/11A/1M Main circuit Overcurrent protection circuit Overcurrent protection circuit Brown 12 to 2 VDC Black Load to 0 VDC (Control output A) White Load to 0 VDC (Control output B) Purple (Laser radiation interruption input) Pink (external turning input)* Blue * Orange (monitor output) only for LV-1M PNP LV-21AP/1MP Main circuit Blue 0V Brown 12 to 2VDC Black (Control output A) Load White (Control output B) Load Purple (Laser radiation interruption input) Pink (external turning input)* * Orange (monitor output) only for LV-1MP LV-S2 0V 21. 7..2 Spot switching slider 2.2 17.1 NPN LV-22A/2 Main circuit Main circuit Overcurrent protection circuit PNP LV-22AP/2P Overcurrent protection circuit Reflector R-L (LV-S2 accessory) 9. 1. 12 to 2VDC 1.7 Black Load to 0 VDC (Control output A) White Load to 0 VDC (Control output B) Black Load (Control output A) White Load (Control output B) 7 1. 2- ø.2 2 x ø 2., 2 -core shielded, Cable length:2 m 1. 12 Indicator 9 11.9 19 1 2 Laser emission interruption (main unit only) External calibration input NPN LV-21A/11A/1M Main circuit Main circuit VDC (Short-circuit current: 1 ma max.) protection circuit 29. 2. Pink or Purple Blue Orange Monitor ouput (1 to V) Blue 0V PNP LV-21AP/1MP Main circuit (Short-circuit current: 2 ma max.) Analogue output circuit diagram for monitor (LV-1M/1MP only) Centre of emitted/.2 1 10.2 ø2 ø.2 12 to 2 VDC Brown Pink or Purple Unit: mm STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS 7 2- ø.2 CAD DATA Download Service www.keyence.com/cad 2
LV-S Series OP-0 L-shape mounting bracket for LV-S2 (Option).. 1 M 11 1 2- ø2 -R1.7 t=1. Accessory screw M, P=0. 7. 1piece 2. 9. 2. 2. 12 1 t=1. Mounting bracket attached 19 2 0.9 0.9 19 Centre of emitted/. (2.) Centre of emitted/ 1. 2 9.2 OP-9 Rear mounting bracket for the LV-S2 (Option) 9 0 1 2 12. 10 0.7 1 2.2 -M 29.2 21.2 M screw 1 t=1. Accessory screws M, P=0. 1piece M, P=0. 1. 1piece M, P=0. 1 2piece Accessory nut M 1 piece (2) (.) 19. 1 Mounting bracket attached 1. 1. Centre of emitted/ (2.) 19.7 Centre of emitted/.7 12. 1. 2
LV-S Series Unit: mm Mounting bracket attached OP-1 Side mounting bracket for LV-S2 (Option). (0.9) 12 (2.7). (10.7) 0 10 11. 1 LV-S Reflector R-9 (LV-S accessory). 2. 2.2 Rear mounting bracket for LV-S (Accessory) 1 1. 9 10. 2 1. 1. 1. 10. 10 21. Centre of emitted/. 7 19 17 1 -M. 1. 21.9 2.7.7 1.7 29. Centre of emitted/. (2.2) (2) 27 (2.) 1 2 2 x ø2., 2 -core shielded, 1 t=2.0 Accessory screws M, P=0.7 0 piece Accessory nut M piece M screw - ø. Indicator 7 2. t=1. Accessory screws M, P=0. 1. 1piece M, P=0. 1 2piece Accessory nut M 1 piece.2 2. 7 19. Centre of emitted/ 2.9. 7. Centre of emitted/ 11. 11 Mounting bracket attached 2- ø. STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS -R2.2 2 10 10 1 9 2 Centre of emitted/ 1. ø. 22. 12..1 CAD DATA Download Service www.keyence.com/cad 27
LV-S Series LV-S1 Centre of emitted light 10. 7. Distance setting indicator Operation indicator 21 2 21. Distance setting trimmer Centre of 1. 2. 2- ø.2 2 x ø2., 2 -core shielded, L-shape mounting bracket for LV-S1 (Accessory) t=1. 10 2. 22 R1 2- ø t=1.2 1. 2. 2 12.1 R1. R27.. 2-M, P=0. * Accessory screws M, P=0. 1 2piece Material: Iron (nickel-plated) LV-S1 10.2 2 R2.9 1... Centre of emitted light.. Indicator 10. Centre of 1 2 27 2 10 9 1 2 2 x ø 2., 2 -core shielded, Mounting bracket for LV-S1/LV-S1L (Accessory).2.7 21. 10. Installed bracket on the LV-S1 Installed bracket on the LV-S1L 1 12. 10..2 t=0. 1...7 12. 22.7.2 2 2
LV-S Series Unit: mm Installed bracket on the LV-S1 LV-S1L Installed bracket on the LV-S1L LV-S1. 1 9.7.7.7 1. Centre of 1.. 1.. OP- L-shape mounting bracket for LV-S1/LV-S1L (Option) 7 7 2 19. 1. L-shape mounting bracket for LV-S1 (Accessory) 2-R2 Centre of emitted light 27 7 1 7 7 29 2.1 19. 2.1 1.. t=1.0 2. 2-ø2.2 9.9 7.9 27 19.2 1. 2 Indicator.9 2 x ø 2., 2 -core shielded, (-R1.7).9 -R1.2 1. Indicator -R2 t=1.2 12 2 9.9 7.9 1. 19.2 9 10 2 x ø2., 2 -core shielded, * Accessory screws and nuts M, P=0. 7 2piece Material: Iron (nickel-plated) 2 Centre of emitted light OP-10 R- (Grey) (Accessory).. 2.9 -ø2. 7.9 9.9 2 11.1 1. 1.7 29. 2 7 t=1.0.2 Material: Acrylic, polycarbonate 2-ø.2 2 STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS 1.. 2.. 12. 10 2-M2, P=0. * Accessory screws M2, P=0. 12 2piece Material: Iron (nickel-plated) CAD DATA Download Service www.keyence.com/cad 29
LV-S Series LV-S71 Transmitter side ø.2 Lens diameter 0.2 12 7 ø2., 2 -core shielded cable LV-S72 Transmitter side ø.2 12 Lens diameter 0.2 7 ø2., 2 -core shielded cable Across-flat 10 thickness 2 M, P=0.7 Stainless steel Indicator 0.2 Receiver side ø2., 2 -core shielded cable ø. 12 7 Receiver side ø0. Lens diameter Lens diameter Across-flat 10 thickness 2 M, P=0.7 Stainless steel 1.9 1.7 7 Indicator ø2., 2-core shielded cable Across-flat 10 thickness 2 Indicator Across-flat 10 thickness 2 Indicator M, P=0.7 Stainless steel M, P=0.7 Stainless steel Mounting bracket for LV-S71 / LV-S72 (Accessory) 2-slot. ø.1 1 2. 2. 2 1 M screw 2. 21. t=1. LV-F1 7.2 1.2 1.2 7.2 9.2 ø.1 9.2 ø.1 1 1.1 10.9 10.9 A-A A-A t=1.2 t=1.2 1. 1. 1 1.1 0..2 A A A A (1.) (1.).2 0. 1.2 1..9 9. 9..9 1. 1.2.2 2.2.1 1 M2., P=0. screws and nuts attached M2. screw M2. screw 12 12 OP-9 Compact mounting bracket for thrubeam (Option) 2.2.2.1 7.2 1.2 1.2 7.2 9.2 9.2 1 1.1.2 ø.1 10.9 (1.) t=1.2 ø.1 10.9 t=1.2 (1.).2 1 1.1 19 21.2 21.2 19 1.2 1..9.9 1. 1.2 9. 9..1.2 M2., P=0. screws and nuts attached M2. screw 12 12 M2. screw.2 1.1 0
LV-S Series Unit: mm LV-11SB/11SBP 107 (Maximum when the cover is opened) LV-12SB/12SBP (.2) 9 1. Mounting bracket attached (LV-11SB and LV-11SBP DIN rail accessory). 107 (Maximum when the cover is opened) (.2) 2. End unit (included with LV-12SB/LV-12SBP) (22.). 1.7. 9.2.. 9 1. DIN-rail mounting.9.9 ø.9, -core x Brown/Blue: 0. mm2 Black/White/Pink: 0.1 mm 2 29.. (.2) 2- ø. Spot facing: ø d= 2.7 29. 29.7 7. (7.7) 7.. MAX170 (1) Minimum Rear of mounting bracket 2- (. x.) Spot facing: ø7 d= 1 1 ø.9, -core x Black/White/Pink: 0.1 mm 2 End unit (1) Minimum 7 When several units are connected 9 End unit * Make sure to use end units when adding expansion units. No. of expansion units 1 2 7 L 1 27 72 1 No. of expansion units 9 10 11 12 1 1 1 1 L 90 99 10 117 12 1 1 1 STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS CAD DATA Download Service www.keyence.com/cad 1
LV-H Series LV-H series reflective/retro-reflective LV-HF/H2F. 1. 1.7 7. Centre of emitted/.2 2. 2..2 1.7.9 7.. 10.9.0 x.2 elliptic fluoroplastic sheathed 2 x 1 -core shielded, Cable length:2 m Reflector R- for LV-H2F (Accessory) 29 2. 7.7 2 29 Indicator 2- ø.2 mounting hole Minimum bend radius 2mm Mounting bracket (Accessory) 1.2 1. 1. -R1.7 1. 2.7. 10 7.2 -R 1.7. * Accessory screws M 22 2 pieces 1.. 10.. 2- ø.1 10..7.1 1 22.2.1 10... 2-M, P=0. t=1.2 Mounting bracket attached (2.2) 9. 1.9. t=1. 2-M 22 1.2 7 2- ø.2 19 7 LV-H/H2/H7 Mounting bracket (Accessory) 12 Indicator 2 12. -R1.7. 12. Centre of emitted/ 2 2 9. 17 10.. 10 2- ø * Accessory screws M 1 2 pieces 2 x ø1.7, 1-core shielded, Cable length:2 m 2- ø.2 mounting hole 10. 10.. 1. 17. 1 2. 19. -R1.7 1. 17. 1. t=1.2 2-M, P=0. t=1.2 Reflector R- for LV-H2 (Accessory) Reflector R-7 for LV-H2 (Accessory). 1.7 29. 2 7.2 2 2- ø.2.2 2- ø.2 2 7 17.2.2 7 12 2
LV-H Series Unit: mm Reflector R- for LV-H7 (Accessory) 7 1 7 0 0 1.2 21.9 1.2 12 0. 1.2 2. Mounting bracket attached 2 10 7 LV-H2.2 27 1. LV-H2 (Mounting bracket attached) 2-M 1 0. 29.9 17.7 LV-H7/H7 12. 1 2-.2 2 x ø1.7, 1 -core shielded, 2- ø.2 mounting hole 1 7. 2. 22. 1.7 1.2 9..9 (.2) 2- ø. 10 12.2 Trimmer for lock 12. 27 10 ø11.. 12. 1.7 2. 29 1 7.2 1. 2-M 1 2.9.2 Centre of emitted light 70±1 Reference position for measurement Centre of (12) Centre of emitted light. 17 7. Centre of 2 x ø1.7, 1 -core shielded,, 1. 10 1 CAD DATA Download Service Long-distance reflector (optional) OP-219 10 7 1. 102.. R1..7 29 t=1.2. 102.. 10 Mounting bracket for LV-H2 (Accessory) 1. 0. 7. 1. 2-M, P=0. t=1. 102. www.keyence.com/cad * Accessory screws M 1 2 pieces 1.2 Mounting bracket for LV-H7/H7 (Accessory) 2 12. 10 1 10 10 Material Stainless steel t=1.2 - ø. ø 1. 0 2.9 17.9 2-M, P=0. Material Stainless steel t=1. * Accessory screws M 1 2 pieces STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS
LV-H Series Mounting bracket attached (LV-H7/H7 accessory) 12.± 1 2-M 1 9.7.7 2.9..7 1.7 12 10 10 When mounting LV-L01 (LV-H2/1) Slit sticker (included with LV-L01). 2 22 1 1. 1 1 2.7.9. 11. L Slit sticker name Slit 1 Slit 2 Slit Slit L 2. 2.0 1. 1.1 LV-H2/1 12. Centre of emitted light Centre of (12) Attachment mounting section 22. 9. 1 2 x ø1.7, 1 -core shielded, 2- ø.2 mounting hole Indicator Mounting bracket for 21 LV-H2/1 7 (Accessory) 2- ø.2 17. 1. 1. 1.9 1.1. 1.9 1. 7.2.9 1. 2 t=1.2 * Accessory screws M 1 2 pieces 22.9 1.9 2-M, P=0. t=1. LV-H2/1 (Mounting bracket attached).7 1.2 21 7 1. Slit (Black) LV-H2/1 When mounting the accessory slit Slit width 1. Slit width 0. 1 1. 2-M 1 9. (12) Indicator Slit (Grey) 22 2 22. 1. 1 7. 10. Slit (Black) Slit (Grey) When mounting LV-L02 (LV-H7) Slit sticker (included with LV-L02) 1. 1. 1. 1.9 1...9. 11. L Slit sticker name Slit 1 Slit 2 Slit Slit L 2. 2.0 1. 1.1
LV-H Series Unit: mm LV-H LV-H Centre of emitted/. 2 x ø1.7, 1 -core shielded, (12) 12..1 2 2 11. Reflector OP-10 (R- grey) for LV-H/H (Accessory). 1. 2 2. 0. 9..2 1.7 29. 2 7 LV-H/H (Mounting bracket attached) 2-M 1 2.9.7 1.2 17 7. (12) 1. 2- ø.2 mounting hole 2- ø.2 2 10 7 Indicator 17 1. Mounting bracket for LV-H/H (Accessory) 10. 10. 1 -R1.7 2. 10.. 0 1. 17. Centre of emitted/ 10 12. 1. 17.. 2 x ø1.7, 1 -core shielded, 2. 19. Optional reflective tape OP-12 t=0.7 1 (12) 12..1 2 2 * Accessory screws M 1 2 pieces 2-M, P=0. t=1. 2- ø 1. t=1..2.7 1.2 9. 2- ø.2 mounting hole Indicator 17 STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS CAD DATA Download Service www.keyence.com/cad
LV-H Series LV-21A/21AP/11A 92 (Maximum when the cover is opened) ø., -core x Brown/Blue: 0. mm2 Black/White/Pink/Purple: 0.2 mm 2 1.1.1 10 max. Mounting bracket attached (included with LV-21A/11A) 2. (.) 2 0.7 1 2- ø. 2-(.x.) 2..7.. 2 min 1. 1 2. LV-22 A/22AP 92 (Maximum when the cover is opened) 1.1 ø., 2-core x Black/White: 0.2 mm 2.1 2. 1..7.. min LV-A 92 (Maximum when the cover is opened) 1.1.1 2..7.. End unit (included with LV-22A/22AP) When several units are connected: End unit End unit DIN-rail mounting (22.). 9.2.. * Make sure to use end units when adding expansion units. L No. of units 1 2 7 L 0 0 0 100 1 10 10
LV-H Series Unit: mm LV-H100/H110 (Transmitter) LV-H100/H110 (Receiver) 12 Centre of emitted light 12. 10 -R1.7 1.. LV-B101 (Mounting bracket set includes 2 brackets for transmitter/receiver for LV-H100/H110) 1 1.. 10..2 R1.7 1..2 1. 1. t=1.2 2- ø 1 10 10 0.7.2 9. Plate nut for transmitter 0. 2. 1. 27. LV-B102 (Mounting bracket set includes 2 brackets for transmitter/receiver for LV-H100/H110 C9 1. 1.1 2- ø 10..2 M screw 2x ø1.7, 1-core shielded, 2..2 2-M, P=1. LV-H00 (Transmitter) 1 Indicator 2- ø.2 mounting hole 12. 1 (21.) (1.) ø Supplied screws: M 1 2 pieces Material: Stainless steel t=1. Indicator 1 1 12 12 1. 2 Plate nut for receiver 27.9 21.9 2-M, P=0. 12 Plate nut for transmitter 0. Plate nut for receiver 27.9 t=1.2 2. 21.9 2-M, P=0. LV-H00 (Receiver) 12. 10 When the transmitter of the LV-H100/H110 is mounted (Inside) (1.)(21.) (11.1) (.1) (2.) (2.7) (1.)(21.) (11.1) When the receiver of the LV-H100/H110 is mounted (Inside) When the transmitter of the LV-H100/H110 is mounted (Outside) (.1) (2.) (2.7) When the receiver of the LV-H100/H110 is mounted (Outside) 2. 12. 12. 7. 1. 2. 17.9 Centre of emitted light. 1 1. 2- ø.2 mounting hole 2x ø1.7, 1-core shielded, 2-M, P=1. Indicator Supplied screws: M 1 2 pieces Material: Stainless steel t=1. Centre of 2- ø.2 mounting hole 2x ø1.7, 1-core shielded, 12 Centre of Supplied screws: M 1 2 pieces t=1. Supplied screws: M 1 2 pieces t=1. 2x ø1.7, 1-core shielded, Indicator 2- ø.2 mounting hole STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS CAD DATA Download Service www.keyence.com/cad 7
LV-H Series LV-B01 (Mounting bracket for LV-H00, included two brackets for the transmitter and receiver.) 1. -R1.7 21 2- ø 10 1 17.9 11 10 t=1.2 -R1.7 1.. Plate nut for transmitter 2.9 Plate nut for receiver..9 9. Supplied screws: M 1 2 pieces t=1. 2-M, P=0. Supplied screws: sm 1 2 pieces t=1. 2-M, P=0. LV-B02 (Mounting bracket for LV-H00, included two brackets for the transmitter and receiver.). C9 17.9 0.2 9. - ø 19.2 1 M screw 1 12.2 7. When the transmitter of the LV-H00 is mounted (Inside) (1.) (21.) (11.1) When the receiver of the LV-H00 is mounted (Inside). 19 9. 7 R1.7 2.. (1.) (21.) ø 22 1.. Material: Stainless steel t=1.2 When the transmitter of the LV-H00 is mounted (Outside) (2.) (2.7) (.1) (1.) (11.1) (21.) Plate nut for transmitter 2.9.9 Supplied screws: M 1 2 pieces t=1. When the transmitter of the LV-H00 is mounted (Outside) (2.) (.1) (2.7) 2-M, P=0. Plate nut for receiver. 9. Supplied screws: M 1 2 pieces t=1. 2-M, P=0.
LV-H Series Unit: mm LV-1M/1MP 101 (Maximum when the cover is opened) LV-2/2P 101 (Maximum when the cover is opened) 1.1 2.7.7 1.1 2.7.7 End unit (LV-2/2P accessory). (22.) 9.2 DIN-rail mounting.. End unit * Make sure to use end units when adding expansion units. ø., -core x.1 MAX.1 10 29. 29. When several units are connected: Brown/Blue: 0. mm2 Black/White/Orange/Purple: 0.2 mm 2. 7.. 7. L 2 min ø., 2-core x Black/White: 0.2 mm 2 No. of units 1 2 7 min L 0 0 0 100 1 10 10 1. 1. End unit Mounting bracket attached (LV-1M/1MP accessory) (.) 2.7 2.7 9. 1 1 2. 2- ø. 2-(.x.) STEP 1 STEP 2 STEP STEP SPECIFICATIONS DIMENSIONS CAD DATA Download Service www.keyence.com/cad 9
Please visit: www.keyence.com SAFETY WARNING Please read the instruction manual carefully in order to safely operate any KEYENCE product. KEYENCE GLOBAL HEADQUARTERS 1--1, Higashi-Nakajima, Higashi-Yodogawa-ku, Osaka, -, Japan PHONE: +1--79-2211 AUSTRIA Phone: + 22-72 -0 Fax: + 22-72 -0 BELGIUM Phone: +2 27 1 0 Fax: +2 27 1 7 27 CANADA Phone: +1-90-9-9970 Fax: +1-90-9-0 CHINA Phone: +-21-7700 Fax: +-21-770 CZECH REPUBLIC Phone: + 222 191 Fax: + 222 191 0 FRANCE Phone: + 1 7 7 00 Fax: + 1 7 7 01 GERMANY Phone: +9 1 02 9-0 Fax: +9 1 02 9-100 HONG KONG Phone: +2-10-1010 Fax: +2-10-100 HUNGARY Phone: + 1 02 7 0 Fax: + 1 02 7 1 ITALY Phone: +9-02-2 Fax: +9-02-2099 JAPAN Phone: +1--79-2211 Fax: +1--79-211 KOREA Phone: +2-1-2-1270 Fax: +2-1-2-1271 MALAYSIA Phone: +0--92-2211 Fax: +0--92-211 MEXICO Phone: +2-1-2-7900 Fax: +2-1-2-9097 NETHERLANDS Phone: +1 0 100 Fax: +1 0 112 POLAND Phone: + 71 1 0 Fax: + 71 1 2 SINGAPORE Phone: +-92-1011 Fax: +-92-0 SLOVAKIA Phone: +21 2 99 1 Fax: +21 2 99 0 The information in this publication is based on KEYENCE s internal research/evaluation at the time of release and is subject to change without notice. Copyright (c) 0 KEYENCE CORPORATION. All rights reserved. LVSBG-WW-C-E 0129- E 00 Printed in Japan SWITZERLAND Phone: +1-77 0 Fax: +1-77 0 TAIWAN Phone: +-2-271-700 Fax: +-2-271-711 THAILAND Phone: +-2-9-2777 Fax: +-2-9-277 UK & IRELAND Phone: +-190-9900 Fax: +-190-9777 USA Phone: +1-1-90-0100 Fax: +1-1-90-0099 WW1-0129 * 0 0 *