Electric Actuators Series LX/LC6D CAT.EMC-LX/LC6D-01-UK

Transcription

1 Electric Actuators Series LX/LCD CAT.EMC-LX/LCD-0-UK

2 Electric Actuator LX/LCD Short Stroke Electric Actuator Series LX Stepper motor Low Profile Slide Table Series LXF Without brake P. Guide Rod Type Series LXP P. Without brake High Rigidity Slide Table Type Series LXS Without brake P. 9 With brake With brake Low Particulate P. Generation Specification Series LXF Series LXP Series LXS Stepper Motor Driver Series LCD P. Stepper Motor Driver LCD To power supply Positioning unit (Not incl. To be provided by customer.) Electric Actuator Features

3 Series LX Electric Actuator Short Stroke Type with Three Guide Variations LX/LCD Series LXF Space saving Low profile slide table type with stepper motor Thickness: mm Guide rod type with stepper motor Series LXP Use as lifter High rigidity slide table type with stepper motor Series LXS High moment load Features

4 Electric Actuator LX/LCD Improved body mounting accuracy: ±0.07mm ±0.07 ±0.07 Y Reference plane X An NC machined reference plane and positioning pin hole provided on each series body improves the repeatability of actuator body mounting. Variations Series Motor type (Stepper motor) Guide type Mounting orientation Lead screw type Sensor Made to order LXF phase Direct acting guide Horizontal Auto switch Proximity switch LXP LXS phase phase Ball bushing High rigidity direct acting guide Horizontal Vertical Ball screw Slide screw Auto switch Auto switch Proximity switch Low particulate generation specification Applications Storing Fixed speed gluing Application/Filling Transfer without impact Accurate pitch feed Filling into boxes with varying height Inching feed for work piece thickness synchronized with the conveyor Testing Marking C B A Multiple point positioning applicable for multiple product types Transfer with the use of bar code reader Center line marking of tires for varying tire width Features

5 Features

6 Electric Actuator LX/LCD Simplified Selection Flow Chart Short Stroke Type Electric Actuator Series LX (Stepper Motor) Series Low profile slide table type Series LXF Guide rod type Series LXP High rigidity slide table type Series LXS Low particulate generation Brake Without motor brake Without motor brake With motor brake Without motor brake With motor brake Work load kg. 9 0 Maximum speed mm/s Positioning repeatability mm ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 ±0.0 Lead screw Guide type Slide screw Ball screw Slide screw Slide screw Ball screw Slide screw Slide screw Ball screw Slide screw Slide screw Ball screw Slide screw Ball screw Direct acting guide Ball bushing guide High rigidity direct acting guide Motor Manufacturer Sanyo Denki Co., Ltd. Sanyo Denki Co., Ltd. Sanyo Denki Co., Ltd. Features

7 Electric Actuator LX/LCD Phases phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase phase Standard stroke (mm) and Maximum speed to to 0 to 80 to 00 to to to 00 to 0 to 0 to 80 to 80 to 00 to to to 00 to 0 to 0 to 80 to 80 to 00 to to to 00 to 00 to 0 to 0 to 80 to 80 to to to 00 to 00 to 0 to 0 to 80 to 80 LXFHSB LXFHBC LXFHBD LXFHSA LXPBSB LXPBSB LXPBSA LXPBBC LXPBBC LXPBBD LXPBBD LXPBSA LXPBSB-B LXPBSB-B LXPBSA-B LXPBBC-B LXPBBC-B LXPBBD-B LXPBBD-B LXPBSA-B LXSHSB LXSHSB LXSHSA LXSHSA LXSHBC LXSHBC LXSHBD LXSHBD LXSHSB-B LXSHSB-B LXSHSA-B LXSHSA-B LXSHBC-B LXSHBC-B LXSHBD-B LXSHBD-B Features

8 Low Profile Slide Table Type Series LXF Slide screw option Actuator configuration F Flat table type H LX F H S Guide type Direct acting guide Ball screw option Motor type phase stepper motor Lead screw type S Slide screw Lead screw lead A B mm mm Nil S 7 00 Stroke mm mm 7mm 00mm Home position switch None Yes (cable length 0.m) S M9N Q CE marking Number of auto/proximity switches pc. When using both auto and proximity switches, list the pcs. proximity switch part number after the autoswitch part pcs. number. Example) M9NG Auto switch type Symbol Nil M9N M9P F9G F9H F9GL F9HL M9B M9NL M9PL M9BL D-M9N D-M9P D-F9G D-F9H D-F9GL D-F9HL D-M9B D-M9NL D-M9PL D-M9BL Wiring/ Output type wire/npn wire/pnp wire/npn wire/pnp wire/npn wire/pnp wire wire/npn wire/pnp wire Proximity switch type Symbol GN G GD GB GDB GU GUB GXL-8F GXL-8FI GXL-8FB GXL-8FIB GXL-8FU GXL-8FUB Wiring/ Output type Lead wire length (m) Without autoswitch With sensor rail, without proximity switch wire/npn wire/npn wire/npn wire/npn wire/solid state wire/solid state Lead wire length (m) Contact N.O. (A contact ) Contact Actuator configuration F Flat table type H LX F H B Guide type Direct acting guide Motor type phase stepper motor Lead screw type B Ball screw Lead screw lead C D mm mm S GD Q CE marking Number of proximity switches pc. pcs. Proximity switch type Symbol GN G GD GB GDB GU GUB GXL-8F GXL-8FI GXL-8FB GXL-8FIB GXL-8FU GXL-8FUB pcs. Wiring/ Output type With sensor rail, without proximity switch wire/npn wire/npn wire/npn wire/npn wire/solid state wire/solid state Lead wire length (m) Contact 7 00 Stroke mm mm 7mm 00mm Nil S Home position switch None Yes (cable length 0.m)

9 Electric Actuator LX/LCD Specifications Motor Lead screw Lead (mm) Position repeatability Note Work load horizontal (kg) Note Guide type Operating temperature range C Home position switch Applicable driver CE marking accesories Body Weight Standard stroke Weight (kg) phase stepper (without brake) Slide screw ø8mm Ball screw ø8mm ± 0.0mm ± 0.0mm to 00 to to 0 to 80 () () () () Direct acting guide to 0 (with no condensation) Photo micro sensor EE-SX7 (Refer to page ) LCD-7AD-Q / LCD-7AD-P-X Holding plate: MB ( pc.) Phillips countersunk head screw M x L ( pc.) Phillips binding head screw: M x L ( pc.), Toolhed lock washer M ( pc.) Binding Band: T8S ( pc.) Note ) As vibration may increase with slower speed, it is advised that a minimun motor speed of rps is used (e.g mm/s for mm lead). Note ) When mounting a work piece on the actuator's end plate, the max workload should be that specified between the (). Allowable Moment (N m) Allowable static moment Pitching Rolling Yawing m : Transfer load (kg) L : Overhang to work piece centre of gravity (mm) a : Work piece acceleration (mm/sec²) Me: Dynamic moment Allowable dynamic moment Load movement direction Pitching Rolling Yawing L Mer L m a Mep L a Mey Refer to page for deflection data. m m L (mm) L (mm) L (mm) 0 a = a = 0 a = a = a = 0 a = a = 000 a = 0 a = 000 LXF Transfer load m (kg) Transfer load m (kg) Transfer load m (kg)

10 LXFHS Q Electric Actuator LX/LCD Dimensions/LXFH Scale: % Stroke () -M. x 0. depth -M x 0.7 thread depth G D-M x 0.7 (for work piece mounting) 8 -M thread depth () 8 øh depth 0 Stroke 9 F 9. () (.) 0 (.) ± -ø8 -M x Effective thread depth (PE terminal) 0.00 H9 depth 0 () 7 Photo micro sensor wire (00mm) (). [.] 0 (9.) E Motor wire (00mm) Stroke The dimension inside [ ] shows the location at which the home position switch operates. M x Effective thread depth (PE terminal).. Label 8 H depth.8 8 T-slot dimension (/) øh depth Phillips binding head screw (included) M x l Crimping terminal Toothed lock washer (included) Binding band (included) (.) 8 E When using a PE terminal, use accessories included as shown on the left. Phillips countersunk head screw (included) M x l -M x 0.8 (for body mounting) thread depth 8 Holding plate (included) LXFH- LXFH- LXFH-7 LXFH-00 D E F G () () 00 00

11 Series LX Construction Construction Series LXF Parts list Parts list No. Description Material Note No. Description Material Note Motor 0 Stopper B Aluminum alloy Direct acting guide Sensor plate Mild steel Chromated Nut Resin/Alloy steel Coupling Aluminum alloy Rolled screw Alloy steel Magnet Body Aluminum alloy Anodized Bumper Rubber 7 Table End plate Aluminum alloy Aluminum alloy Anodized Anodized Motor cover Photo micro sensor Resin 8 Tube Aluminum alloy Anodized 9 Stopper A

12 Guide Rod Type Series LXP Slide screw option Actuator configuration P Guide rod type B LX P B Guide type Ball bushing Motor type phase stepper motor phase stepper motor Lead screw type S Slide screw Lead screw lead A B Ball screw option Actuator configuration P Guide rod type B LX P B Guide type Ball bushing Motor type phase stepper motor phase stepper motor S mm mm Lead screw type B Ball screw C D B Lead screw lead mm mm Stroke 00 S B M9N mm 7mm 00mm mm mm 7mm mm Stroke Home position switch Nil S Nil S Brake Nil B Without brake With brake None Yes (cable length 0.m) Q CE marking Number of auto switches Auto switch type Symbol Nil M9N M9P F9G F9H F9GL F9HL M9B M9NL M9PL M9BL 00 S B M9N mm 7mm 00mm mm mm 7mm mm Brake Nil B Without brake With brake Home position switch None Yes (cable length 0.m) D-M9N D-M9P D-F9G D-F9H D-F9GL D-F9HL D-M9B D-M9NL D-M9PL D-M9BL pc. pcs. pcs. Wiring/ Lead wire Output type length (m) Without autoswitch wire/npn wire/pnp wire/npn wire/pnp wire/npn wire/pnp wire wire/npn wire/pnp wire Q CE marking Number of auto switches Auto switch type Symbol Nil M9N M9P F9G F9H F9GL F9HL M9B M9NL M9PL M9BL D-M9N D-M9P D-F9G D-F9H D-F9GL D-F9HL D-M9B D-M9NL D-M9PL D-M9BL pc. pcs. pcs. Wiring/ Lead wire Output type length (m) Without autoswitch wire/npn wire/pnp wire/npn wire/pnp wire/npn wire/pnp wire wire/npn wire/pnp wire Contact N.O. (A contact ) Contact N.O. (A contact )

13 Electric Actuator LX/LCD Specifications Motor Lead screw Lead (mm) Position repeatability (mm) Note ) Horizontal Note ) Work load (kg) Vertical Note ) Guide type Operating temperature range C Home position switch Brake specifications Static torque (Electromagnetic Rated voltage brake) Power consumption Applicable driver CE marking accessories phase stepper motor (with/without brake) Slide ø8mm Ball ø8mm mm ±0.0 to 00 mm ±0.0 to mm ±0.0 to 0 mm ±0.0 to 80 LCD-0AD-Q / LCD-0AD-P-X mm ±0.0 to 00 Ball bushing to 0 (with no condensation) Photo micro sensor EE-SX7 (refer to page ) De-energized operating type Nm or more VDC ±% W phase stepper motor (with/without brake) Slide ø8mm Ball ø8mm mm ±0.0 to mm ±0.0 to 0 Holding plate: MB (pc.) Phillips countersunk head screw M x L (pc.) Phillips binding head screw: M x L (pcs). Toothed lock washer M (pcs). Binding band: T8S (pc). mm ±0.0 to 80 LCD-7AD-Q / LCD-7AD-P-X Body Weight Standard stroke With brake Weight (kg) Without brake Note ) As vibration may increase with slower speed, it is advised that a minimum motor speed of rps is used (e.g mm/s for mm lead). Note ) Based on the operating conditions, establish a separate guide when exceeding the maximum allowable lateral load. Allowable loads and moments for horizontal and vertical applications Lifter Operation Range Operating Conditions This is the operating range for ball bushings. Use within the allowable thrust range. L m to mm stroke L m Allowable lateral load (F) Stroke Load (N) F Allowable plate rotation torque (T) Stroke Torque (N m) Load weight m (kg) 0 to mm stroke to 00mm stroke F T Plate non-rotating accuracy (θ) Non-rotating accuracy (θ) ± Eccentric distance L (mm) Refer to page for deflection data. θ θ

14 Electric Actuator LX/LCD Dimensions/LXPB When two dimensions are shown, the top dimensions is for to 7 and 00mm stokes, and the bottom dimension is for,, 7, and mm strokes. Scale: % With brake. Without brake Section F detail (Scale: /) Stroke (Stroke: to 00) Stroke (Stroke: to ) Section F -M x C section. -M x depth [.] B The dimension inside [ ] shows the location at which the home position switch operates. 8 -ø. -ø ± Cross section BB 0 øh depth. øh B 0 D -M x (PE terminal) Effective thread depth 7 Stroke 8 Stroke 98 Motor wire (00mm) Photo micro sensor wire (00mm) Phillips binding head screw (included) M x l Crimping terminal H Section C detail (Scale: /) 8 øh M x (PE terminal) Effective thread depth Stroke 0 Stroke 7. 9 Label Toothed lock washer (included) 0 depth E Binding band (included) Phillips countersunk head screw (included) M x l Holding plate (included) C section 0 D -M x When using a PE terminal, use accessories included as shown above. LXPB- LXPB- 7 LXPB-00 LXPB- LXPB- LXPB-7 LXPB- D 0 (mm) E 90 7

15 Electric Actuator LX/LCD Construction Series LXP Parts list No Description Motor Rolled screw Nut Coupling Bearing Body Mounting plate Ball bushing Guide rod Tube Sensor pin Material Alloy steel Resin Aluminum alloy Mild steel Bearing steel Aluminum alloy Stainless steel Note Stepper motor Anodized Nickel plated Chrome plated Anodized Parts list No Description Photo micro sensor Lock nut Stopper nut Bumper bolt Bumper Motor cover Tension ring Cable cap Plug Magnet Adaptor Plate mounting bolt Material Carbon steel Aluminum alloy Bearing steel Resin Resin Stainless steel Aluminum alloy Carbon steel Note Black zinc chromated Nickel plated Nickel plated 8

16 High Rigidity Slide Table Type With Motor Brake/Without Motor Brake Series LXS Slide screw option Actuator configuration S Slide table type 9 H LX S H S 00 S B M9N Guide type Direct acting guide Motor type phase stepper motor phase stepper motor Lead screw type S Slide screw Lead screw lead A B Ball screw option Actuator configuration S Slide table type H Motor type phase stepper motor phase stepper motor mm mm Nil S Lead screw type B Ball screw C D 7 00 Stroke mm 7mm 00mm mm mm Home position switch mm mm None Yes (cable length 0.m) Nil B Brake Without brake With brake Q CE marking Number of auto switches Auto switch type pc. pcs. pcs. Symbol Nil M9N M9P F9G F9H F9GL F9HL M9B M9NL M9PL M9BL D-M9N D-M9P D-F9G D-F9H D-F9GL D-F9HL D-M9B D-M9NL D-M9PL D-M9BL Wiring/ Output type wire/npn wire/pnp wire/npn wire/pnp wire/npn wire/pnp wire wire/npn wire/pnp wire Proximity switch type Symbol GN G GD GB GDB GU GUB LX S H B 00 S B M9N Guide type Direct acting guide Lead screw lead 7 00 Stroke mm 7mm 00mm mm mm Home position switch Nil S None Yes (cable length 0.m) Nil B Brake Without brake With brake GXL-8F GXL-8FI GXL-8FB GXL-8FIB GXL-8FU GXL-8FUB Wiring/ Output type Lead wire length (m) Without autoswitch With sensor rail, without proximity switch wire/npn wire/npn wire/npn wire/npn wire/solid state wire/solid state Q Lead wire length (m) CE marking Number of auto switches Auto switch type pc. pcs. pcs. Symbol Nil M9N M9P F9G F9H F9GL F9HL M9B M9NL M9PL M9BL D-M9N D-M9P D-F9G D-F9H D-F9GL D-F9HL D-M9B D-M9NL D-M9PL D-M9BL Wiring/ Output type wire/npn wire/pnp wire/npn wire/pnp wire/npn wire/pnp wire wire/npn wire/pnp wire Proximity switch type Symbol GN G GD GB GDB GU GUB GXL-8F GXL-8FI GXL-8FB GXL-8FIB GXL-8FU GXL-8FUB Lead wire length (m) Without autoswitch Wiring/ Output type With sensor rail, without proximity switch wire/npn wire/npn wire/npn wire/npn wire/solid state wire/solid state Lead wire length (m) When using both auto and proximity switches, list the proximity switch part number after the autoswitch part number. Example) M9NG Contact N.O. (A contact ) Contact When using both auto and proximity switches, list the proximity switch part number after the autoswitch part number. Example) M9NG Contact N.O. (A contact ) Contact

17 Electric Actuator LX/LCD Specifications Motor Lead screw type Lead (mm) Position repeatability (mm) Note ) Horizontal Note ) Work load (kg) Vertical Note ) Guide type Operating temperature range C Home position switch Brake specifications Static torque (Electromagnetic Rated voltage brake) Power consumption Applicable driver CE marking accessories phase stepper motor (with/without brake) Slide ø8mm Ball ø8mm mm ±0.0 to 00 9() () mm ±0.0 to.() () mm ±0.0 to 0 0() () mm ±0.0 to 80 0() LCD-0AD-Q / LCD-0AD-P-X () () High rigidity direct acting guide to 0 (with no condensation) Photo micro sensor EE-SX7 (refer to page ) De-energized operating type Nm or more VDC ±% W phase stepper motor (with/without brake) Slide ø8mm Ball ø8mm mm ±0.0 to 00 () mm ±0.0 to () () mm ±0.0 to 0 0() () Holding plate: MB (pc.) Phillips countersunk head screw M x L (pc.) Phillips binding head screw: M x L (pcs). Toothed lock washer M (pcs). Binding band: T8S (pc). mm ±0.0 to 80 0() () LCD-7AD-Q / LCD-7AD-P-X Body Weight Standard stroke With brake Weight (kg) Without brake Note ) As vibration may increase with slower speed, it is advised that a minimum motor speed of rps is used (e.g mm/s for mm lead). Note ) When mounting a work piece on the actuators end plate, the max. workload should be that specified between the (). Allowable Moment (N m) Allowable dynamic moment Load movement direction a Pitching Rolling Yawing Mer L L m Mep a Mey L m m L (mm) L (mm) L (mm) LXS 0 a =000 a = a = Transfer load m (kg) a = 000 to Transfer load m (kg) a = 000 to Transfer load m (kg) Note) Obtain maximun load and speed from the specifications table. Allowable dynamic moment Load movement direction Pitching Yawing L L m m Mep Mey a a L (mm) L (mm) Allowable static moment Pitching Rolling Yawing m: Transferload (kg) L: Overhang to work piece centre of gravity (mm) a: Work piece acceleration (mm/sec ) Me: Dynamic moment LXS a = 000 to Transfer load m (kg) a = 000 to Transfer load m (kg) 0

18 LXSH S B Q LXSH S B Q Electric Actuator LX/LCD Dimensions/LXSH With brake Scale: % Brake electrical circuit V Brown [Yellow] Stroke 0V White [Yellow] Note) A contact protection circuit is required when connecting a brake Without brake F G x I Phillips binding head screw (included) M x l E-M Thread depth 0 H depth øh depth D-ø. through Refer to Cross section C-C, bottom view. -M x Effective thread depth (PE terminal) Crimping terminal 8 Toothed lock washer (included) Binding band (included) 7 Phillips countersunk head screw (included) M x l Holding plate (included) -M. thread depth J 7 J x K Stroke Motor wire (00mm) Photo micro sensor wire (00mm) When using a PE terminal, use accessories included as shown above. -M thread depth. (9) 0.. T-slot A dimension LXSH- LXSH- 7 LXSH-00 LXSH- LXSH T-slotBdimension D E (). 8 F 07 Stroke 7 [8] U øh depth Stroke 7 H depth N N x P C C. The dimension inside [ ] shows the location at which the home position switch operates. G 7 8 I J K L-M Refer to Cross section C-C. L 8 N 7 8 P Label (mm) U : T-slot pitch 9 T-slot A Body mounting reference plane () ± (ø.) Cross Section C-C 9 T-slot B 8 Work piece mounting reference plane

19 Electric Actuator LX/LCD Construction Series LXS Parts list No Description Material Note Body Table Adaptor Plate Tube Rod assembly Stopper A Stopper B Direct acting guide (block, rail) Rolled screw (shaft only) Tension ring Bearing retainer Bearing Aluminum alloy Aluminum alloy Aluminum alloy Aluminum alloy Aluminum alloy Alloy steel Stainless steel Stainless steel Anodized Anodized Anodized Anodized Anodized With magnet With bumper Parts list No Description Material Note Lock nut Coupling Motor Magnet holder Magnet Sensor plate Photo micro sensor Motor cover Plug A Plug B Cap Parallel pin Nut Carbon steel Resin Rare earth magnet Mild steel Resin Carbon steel Resin/Alloy steel Black zinc chromated With home position switch With home position switch

20 Short Stroke Type With Motor Brake/Without Motor Brake Made to Order Series LXF/LXP/LXS Low Particulate Generation Specification How to Order Low Profile Slide Table Type Guide Rod Type LXFH B C GD X0 LXPB B C B M9N X0 -Q -Q High Rigidity Slide Table Type LXSH B C B M9N X0 -Q Auto switch type Symbol Nil M9N M9P F9G F9H F9GL F9HL M9B M9NL M9PL M9BL D-M9N D-M9P D-F9G D-F9H D-F9GL D-F9HL D-M9B D-M9NL D-M9PL D-M9BL LXF LXP LXS Wiring/ Lead wire Output type length (m) Without autoswitch wire/npn wire/pnp wire/npn wire/pnp wire/npn wire/pnp wire wire/npn wire/pnp wire Motor type phase stepper motor phase stepper motor Lead screw type B Ball screw Lead screw lead C D Contact 7 N.O. (A contact ) mm mm Stroke (mm) 00 Applicable actuator LXP LXS Stroke 7 Home position switch Nil S Brake Nil B Proximity switch type Symbol GN G GD GB GDB GU GUB GXL-8F GXL-8FI GXL-8FB GXL-8FIB GXL-8FU GXL-8FUB Nil Without brake With brake None Yes (cable length 0.m) Wiring/ Output type Low particulate generation specification Number of auto/proximity switches Auto/Proximity switch type pc. pcs. None pcs. Refer to the tables below for auto/proximity switch part numbers. With sensor rail, without proximity switch wire/npn wire/npn wire/npn wire/npn wire/solid state wire/solid state Lead wire length (m) Contact When using both auto and proximity switches, list the proximity switch part number after the autoswitch part number. Example) M9NG Note: Only proximity switch option available for LXF with ball screw. CE marking Applicable actuator LXF LXS Specifications Guide type Lead screw LXF Direct acting guide Stainless steel, With low particulate generating grease LXP Ball bushing Stainless steel, With low particulate generating grease LXS High rigidity direct acting guide Stainless steel, With low particulate generating grease Ball screw ø8mm mm/mm lead Black chrome coating Special fluororesin coating, AFE grease (made by THK) applied Please refer to the pages of the standard products LXF, LXP, LXS for more specifications. The Material changes as listed above reduce particle generation. Please ensure that these material changes are suitable for your application:

21 Electric Actuator LX/LCD Brake Wiring The brake is engaged when not energized. DCV is required to unlock it. When any alarm has ocurred, eliminate cause and ensure safety before resetting the machine. When power is restored after power failure, keep away from the machine in case of sudden machine movement (design machine to avoid this possible hazard on restart). Brake electric circuit v Switch Brown (yellow) Varistor 0v E White (yellow) Caution Operation of LX series with stepper motor Please check for an increase of surface temperature of the motor during operation. Put in place measures for cooling the motor, for when the surface temperature of the motor is over 00 o C. We confirm that the surface temperature of the motor did not exceed 00 o C under the following conditions. Therefore this can be used as a reference for your design. Test conditions and results: Operation temperature range: o C to 0 o C. Duty-cycle : % or less. Duty-cycle means ratio of actuator operating time to resting time in a cycle. Note: Also when continuosly operated for over 0 seconds the surface temperature of the motor rose to 00 o C. (Based on a % duty cycle). Therefore it is not recommended to continuously operate the motor for more tan 0 seconds.

22 Series LX Mounting Mounting Series LXF Actuator mounting An actuator can be mounted from two directions, which can be selected depending on the equipment or work piece.. Tapped holes Work piece mounting Work pieces can be mounted on two sides of the actuator.. Front mount type l Bolt Max. tightening torque N m Max. screw-in depth (l mm) LXF M x Caution Use bolts at least mm shorter than the maximum screw-in depth, so they do not touch the body.. Through holes l l Bolt Max. tightening torque N m Body thickness (l mm) LXF M x l. Top mount type Bolt Max. tightening torque N m Body thickness (l mm) Bolt Max. tightening torque N m Max. screw-in depth (l mm) LXF M x LXF M x Caution Use bolts at least mm shorter than the maximum screw-in depth, so they do not touch the body.

23 Electric Actuator LX/LCD Mounting Series LXP Actuator mounting Work piece mounting. Tapped holes. Front mount type l Bolt Max. tightening torque N m LXP M x 7.. Through holes l l Max. screw-in depth (l mm) Bolt Max. tightening torque N m Body thickness (l mm) LXP M x 7. 0 Bolt Max. tightening torque N m Body thickness (l mm) LXP M x T-slots l Bolt Max. tightening torque N m Max. screw-in depth (l mm) LXP M x Caution Use bolts at least mm shorter than the maximum screw-in depth, so they do not touch the body.

24 Electric Actuator LX/LCD Mounting Series LXS Actuator mounting An actuator can be mounted from two directions, which can be selected depending on the equipment or work piece. Work piece mounting Work pieces can be mounted on two sides of the actuator.. Tapped holes. Front mount type l LXS M x 7. 0 Caution Use bolts at least mm shorter than the maximum screw-in depth, so they do not touch the body. LXS M x 7. Guide l l l Bolt Max. tightening torque N m Max. screw-in depth (l mm) Bolt Max. tightening torque N m Body thickness (l mm). Through holes. Top mount type Bolt Max. tightening torque N m LXS M x T-slots Body thickness (l mm) Bolt Max. tightening torque N m Max. screw-in depth (l mm) LXS M x Caution Use bolts at least mm shorter than the maximum screw-in depth, so they do not touch the body. Body l Bolt Max. tightening torque N m Max. screw-in depth (l mm) LXS M x 7. 0 Caution Use bolts at least mm shorter than the maximum screw-in depth, so they do not touch the body. 7

25 Positioning Time Guide (theoretical reference only) Electric Actuator LX/LCD LXFHBC Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg LXFHBD Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg LXFHSA Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg LXFHSB 00.. Positioning Time Guide (for Horizontal Mount) For transfer load of kg to kg For transfer load of 0kg For transfer load of kg For transfer load of kg LXPBBC Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg LXPBBD For transfer load of 0kg to kg Positioning Time Guide (for Horizontal Mount).7 Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount) LXPBSA Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg

26 Electric Actuator LX/LCD LXPBSB Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to.kg For transfer load of kg LXPBBC Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg 9 LXPBBD For transfer load of 0kg to kg Positioning Time Guide (for Horizontal Mount) LXPBSA For transfer load of 0kg to kg Positioning Time Guide (for Horizontal Mount) 0 00 For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount) LXPBSB Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg For transfer load of kg 0 00 For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount)

27 Electric Actuator LX/LCD LXSHBC Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to 0kg LXSHBD Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to 0kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg For transfer load of kg For transfer load of.kg LXSHSA Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to 9kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg LXSHSB Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to.kg For transfer load of.kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg

28 Electric Actuator LXSHBC For transfer load of 0kg to 0kg LX/LCD Positioning Time Guide (for Horizontal Mount) Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg LXSHBD Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg For transfer load of kg to 0kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg For transfer load of.kg to kg LXSHSA Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg LXSHSB Positioning Time Guide (for Horizontal Mount) For transfer load of 0kg to.kg For transfer load of kg Positioning Time Guide (for Vertical Mount) For transfer load of 0kg to kg

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30 Series LX Acceleration Time Guide Theoretical reference guide only Acceleration Time Guide/Slide Screw Specification (Horizontal) LXFHSA 00 LXPBSA/LXSHSA 00 LXPBSA/LXSHSA 00 Ultimate speed Transfer load kg.kg 0kg Ultimate speed Transfer load 9kg kg kg 0kg Ultimate speed Transfer load kg kg kg 0kg 0 Time (s) LXFHSB Time (s) LXPBSB/LXSHSB Time (s) LXPBSB/LXSHSB Ultimate speed 00 Transfer load kg 0kg Ultimate speed 00 Transfer load.kg kg.kg 0kg Ultimate speed 00 Transfer load kg kg 0kg 0 Time (s) Time (s) Time (s) Acceleration Time Guide/Slide Screw Specification (Vertical) LXPBSA/LXSHSA Ultimate speed 00 LXPBSB/LXSHSB Transfer load kg kg kg 0kg 0 Time (s) LXPBSA/LXSHSA Ultimate speed 00 0 Time (s) LXPBSB/LXSHSB Transfer load kg kg 0kg Caution Transfer loads should not exceed each model's work load specification. Determine the acceleration time based on the transfer load and ultimate speed. Operating over the graph ranges will cause loss of synchronism. The graphs are based on operation using an SMC DC power input type driver with halfstep energization. Data fluctuate depending on the operating conditions. Ultimate speed 00 Transfer load kg kg kg 0kg Ultimate speed 00 Transfer load kg kg 0kg 0 Time (s) Time (s)

31 Electric Actuator LX/LCD Acceleration Time Guide/Ball Screw Specification (Horizontal) LXFHBC 0 LXPBBC/LXSHBC 0 LXPBBC/LXSHBC 0 Ultimate speed 0 0 Transfer load kg kg kg 0kg Ultimate speed 0 0 Transfer load 0kg kg kg 0kg Ultimate speed 0 0 Transfer load 0kg kg kg 0kg Time (s) Time (s) Time (s) LXFHBD LXPBBD/LXSHBD LXPBBD/LXSHBD Ultimate speed Transfer load kg kg kg 0kg Ultimate speed Transfer load 0kg kg kg 0kg Ultimate speed Transfer load 0kg kg kg 0kg Time (s) Time (s) Time (s) Acceleration Time Guide/Ball Screw Specification (Vertical) LXPBBC/LXSHBC LXPBBC/LXSHBC Ultimate speed 0 Transfer load kg 0 kg kg 0 0kg Ultimate speed 0 0 Transfer load kg kg 0 kg 0kg Caution Transfer loads should not exceed each model's work load specification. Determine the acceleration time based on the transfer load and ultimate speed. Operating over the graph ranges will cause loss of synchronism. The graphs are based on operation using an SMC DC power input type driver with halfstep energization. Data fluctuate depending on the operating conditions Time (s) Time (s) LXPBBD/LXSHBD LXPBBD/LXSHBD Ultimate speed Transfer load kg kg kg 0kg Ultimate speed Transfer load kg kg kg 0kg Time (s) Time (s)

32 Series LX Table Deflection Theoretical reference guide only Table Deflection Table displacement by pitch moment load Displacement at the section indicated by the arrow when a load is applied to this section with the slide table fully extended. Table displacement by yaw moment load Displacement at the section indicated by the arrow when a load is applied to this section with the slide table fully extended. Table displacement by roll moment load Displacement at "A" when a load is applied to "F" with the slide table retracted. F A A L X F Table displacement (µm) LXFH-00 LXFH-7 LXFH- LXFH- Table displacement (µm) LXFH-00 LXFH-7 LXFH- LXFH- Table displacement (µm) Lr 0 8 Lr = mm LXFH-00 LXFH-7 LXFH- LXFH Weight (kg) Weight (kg) Displacement at the section indicated by the arrow when a load is applied to this section with the electric actuator fully extended. Displacement at the section indicated by the arrow when a load is applied to this section with the electric actuator fully extended. 0.. Weight (kg) L X P Table displacement (µm) LXPB- LXPB-7 LXPB- LXPB- LXPB-00 LXPB-7 LXPB- Weight (kg) Displacement at the section indicated by the arrow when a load is applied to this section with the slide table fully extended. Table displacement (µm) LXPB- LXPB-7 LXPB- LXPB- LXPB-00 LXPB-7 LXPB- Weight (kg) Displacement at the section indicated by the arrow when a load is applied to this section with the slide table fully extended. Displacement at "A" when a load is applied to "F" with the slide table retracted. F A A L X S Table displacement (µm) LXSH- LXSH- LXSH-00 LXSH-7 LXSH LXSH- LXSH- LXSH-00 LXSH-7 LXSH- Lr 8 7 Lr = mm LXSH- LXSH- LXSH-00 LXSH-7 LXSH Weight (kg) Weight (kg) Weight (kg)

33 Stepper Motor Driver Series LCD Series LX Dedicated How to Order LC D Applicable motor Stepper motor Function D Driver function only A D P-X Q Signal input type Movement pulse and direction input CW/CCW pulse Can be mounted on a DIN rail Driver position controlled by pulse signal Can be controlled by a general positioning unit or controller Motor type 0 phase motor (.0A/phase) 7 phase motor (0.7A/phase) Input/Output type A Photo coupler input/output Applicable Actuators Driver power supply D VDC Driver LCD Driver model Applicable actuator Motor type LCD-0AD Guide rod type LXPB High rigidity slide table type LXSH phase stepper motor LCD-7AD Low profile slide table type High rigidity slide table type Guide rod type LXFH LXSH LXPB phase stepper motor To power supply PLC Specifications Electric Actuator Positioning unit (Not incl. To be provided by customer.) Part no. Power supply Energization (Step angle ) Motor current Input signal Maximum input frequency (See caution below.) LCD-0AD LCD-7AD VDC ±0%, A VDC ±0%,.A Full step (.8 ) Full step (0.7 ) Half step (0.9 ) Half step (0. ).0A/phase 0.7A/phase Photo coupler input (Input impedance 0Ω) 0kHz for full step 0kHz for half step Function Connection method Operating environment Accessories Auto current down, Power down input Connector to 0 C to 8% (with no condensation) Connectors (receptacle, female terminal) Cable should be arranged by customer. CE marking. The combination of Series LCD and Series LX has been certified for EMC conformity. EMC changes depending on the customer's control panel configuration, and the relationship between other electrical equipment and wiring. Therefore, conformity cannot be certified for the customer's equipment in the actual operating environment. As a result, it is necessary for the customer to verify final EMC conformity for the machinery and equipment as a whole. Caution Maximum speeds of actuators vary depending on the type. Observe the maximum speed of the actuator in use.

34 Electric Actuator LX/LCD Pulse Signals LCD positioning (distance driven) is controlled by the number of pulse signal inputs (i) to the CW and CCW terminals on the "LCD-AD-Q" or (ii) to the U/D clock input terminal on the "LCD-AD-P-X". The speed is controlled by the pulse frequency. Calculation for speed Pulse frequency [pps]= Required speed [mm/s] Lead [mm] x Divisions per rotation (depends on motor phase and energization type). Calculation for moving distance and pulse numbers Pulses reqired per movement= (Moving distance [mm] Lead [mm] X Divisions per rotation (depends on motor phase and energization type). Divisions per rotation Driver Energization type Division per rotation LCD-0AD LCD-7AD Full step Full step 0 Half step Half step Maximun frequency Input Actuator type Lead (mm) Max. Motor type Energization Frequency (Hz) LXFHSA LXPBSA 00 Half step,7 LXSHSA LXFHSB LXPBSB Full step Half step 8,,7 LXSHSB LXFHBC LXPBBC 0 phase Full step Half step 8,,000 LXSHBC Full step 7,0 LXFHBD LXPBBD 80 Half step,000 LXSHBD LXPBSA LXSHSA LXPBSB LXSHSB LXPBBC LXSHBC 00 0 phase Full step Half step Full step Half step Full step Half step Full step 8,000,7,,7,,000,000 LXPBBD LXSHBD 80 Half step Full step,00, 7

35 Electric Actuator LX/LCD Dimensions 00 Operation window Label DIN rail holding plate Connector 8

36 Electric Actuator LX/LCD Movement pulse and direction input connection LCD-AD-P-X connection to NPN sink output CK VDC CK Input U/D Input v 7 GND VDC LCD-0AD LCD-7AD Positioning Unit/PLC U/D PD LCD PD Input A white B black C orange D blue E red F yellow Phase Stepper Motor A B C D E black red orange yellow blue Phase Stepper Motor LCD-AD-P-X connection to PNP source output CK 0 CK Input v 7 VDC U/D 0 0 U/D Input GND LCD-0AD LCD-7AD Positioning Unit/PLC PD VDC LCD PD Input A white B black C orange D blue E red F yellow Phase Stepper Motor A B C D E black red orange yellow blue Phase Stepper Motor For line driver output 0Ω CK 0 0Ω U/D 9 Wiring numbers CK input U/D input For a signal power supply of VDC, connect an external resistor R (.kω /W) in order to hold the current to ma or lower. VDC CK U/D PD R 0 R 0Ω CK input U/D input PD input Receptacle side (female terminal insertion side) 9 8 0Ω R 0Ω Signal description Function Pin no. V GND CK CK- U/D U/D- PD PD- A B C D E F Driver power supply V Driver power supply GND CK (clock) pulse input terminal () CK (clock) pulse input terminal (-) U/D (direction) input terminal () U/D (direction) input terminal (-) Power down input terminal () Power down input terminal (-) Motor drive output A Motor drive output B Motor drive output C Motor drive output D Motor drive output E Motor drive output F (LCD-0AD only)

37 Electric Actuator LX/LCD Foward pulse and reverse pulse input connection LCD-AD-Q connection to NPN sink output VDC 0 CW Input v 7 VDC CW 0 0 CCW Input GND LCD-0AD LCD-7AD Positioning Unit/PLC CCW PD LCD PD Input A white B black C orange D blue E red F yellow Phase Stepper Motor A B C D E black red orange yellow blue Phase Stepper Motor LCD-AD-Q connection to PNP source output CW 0 CW Input v 7 VDC CCW 0 0 CCW Input GND LCD-0AD LCD-7AD Positioning Unit/PLC PD VDC LCD PD Input A white B black C orange D blue E red F yellow Phase Stepper Motor A B C D E black red orange yellow blue Phase Stepper Motor For line driver output CW 0 0Ω CW input For a signal power supply of VDC, connect an external resistor R (.kω /W) in order to hold the current to ma or lower. VDC CW R 0 0Ω CW input 0Ω CCW input CCW 9 Wiring numbers CCW PD R 9 8 0Ω R 0Ω CCW input PD input Receptacle side (female terminal insertion side) Signal description Function Pin no. V GND CW CW- CCW CCW- PD PD- A B C D E F Driver power supply V Driver power supply GND CW pulse input terminal () CW pulse input terminal (-) CCW pulse input terminal () CCW pulse input terminal (-) Power down input terminal () Power down input terminal (-) Motor drive output A Motor drive output B Motor drive output C Motor drive output D Motor drive output E Motor drive output F

38 Electric Actuator LX/LCD Function change-over switch Use the function change-over switch to set each function. It is set as follows when shipped. ON OFF. ON... Energization type: Half step. OFF... Auto current down function Input signal terminal Power Down input terminal: By applying the H level input, the motor current is shut off and the motor becomes de-energized. (Movement pulse and direction input connection) CK (Clock pulse input terminal): By applying the pulse input, the actuator moves the specified distance in either direction. (Direction specified by Direction Input) ON Half step Release OFF Full step Set U/D (Direction Input terminal): By applying a current through this terminal, it allows the actuator to move from motor side to end side. If the current is removed then the actuator will move from the end side to the motor side. Function change-over switch (Forward pulse and reverse pulse input connection) CW (Clockwise pulse input terminal): By applying the pulse input, the actuator moves from the motor side to the end side. CCW (Counter Clockwise pulse input terminal): By applying the pulse input, the actuator moves from the end side to the motor side. Functions Auto current down: This is a function that reduces the motor current to half when the motor stops. This will prevent the motor and driver from generating heat. Although auto current down causes the holding torque to be reduced when the motor stops, the holding torque that supports the actuator transfer load is maintained. Power down This function shuts off the motor current and de-energizes the motor. Use this function to release the electric actuator for maintenance, etc. Options LCD Connector Cable LC--C--X8 Cable length - m - m - m Electric actuator Cable length: to m LCD Connectors included [Manufacturer: Molex Japan Co. Ltd.] Description Part no. Quantity Receptacle 7-R Female terminal PBTL Wiring tools [Manufacturer: Molex Japan Co. Ltd.] Wiring tools should be arranged by the customer. Description Part no (for UL007) Crimping tool (for UL0) Puller a a Motor cable Interface cable Power cable View a Important Note: These cables are intended to cover most applications. However for harsh electrically noisy environments similar to those set out by EN00-- and EN00-- from directive 89//EEC, customers are advised to prepare their own connector and cable set. Further details can be found in the LCD Series installation manual and customers are advised to contact SMC for further details relating to this if in doubt before purchase. Caution Do not repeatedly apply bending stress or tension to the cables. Wiring that subjects cables to repeated bending stress and tension causes line breakage. Make connections based on each driver's connection example.

39 Electric Actuator LX/LCD Solid-state Auto Switches for Direct Mounting Series D-M9 Internal circuits D-M9N D-M9P Grommet Reduced load currents for two-wire model (. to 0 ma) Compliance with lead-free requirements Use of UL-approved lead wires (style 8) Increase in elasticity performance by a factor of. (as compared with conventional in-house models) Conventional models D-M9 Main switch circuit DC() Brown OUT Black DC(-) Blue DC() Brown Auto Switch Specifications D-M9 (with Indicator light) number D-M9N D-M9P D-M9B Wiring Three-wire Two-wire Output NPN PNP Applicable load Integrated circuit, relay and PLC V DC relay and PLC Power voltage,, or V DC (. to 8 V DC) Current consumption 0 ma or less Load voltage 8 V DC or less V DC (0 to 8 V DC) Load current 0 ma or less. to 0 ma Internal voltage drop 0.8 V or less V or less Leakage current 00 µa max. at V DC 0.8 ma or less Indicator light Red LED lights when ON. Lead wire: oil-proof heavy-duty vinyl cable.7 x. with elliptic cross-section, mm, two cores (D-M9B), or three cores (D-M9N and D-M9P) Solid state switch specifications Leakage current Operating time Impact resistance Insulation resistance Withstand voltage Ambient temperature Enclosure Weight Lead wire length (m) Auto Switch Dimensions D-M9 D-M9B/N/P (common). -wire: 00 µa or less; -wire: 0.8 ma max. ms or less 000 m/s MΩ or more at 0 V DC (between lead wire and case) 000 V AC for min. (between lead wire and case) -0 C to 0 C IEC9 standard IP7, JIS C 090 watertight construction D-M9N 8 D-M9P 8 M. l slotted set screw Indicator light D-M9B 7 8 Unit: g D-M9B Main switch circuit OUT Black DC(-) Blue D-M9N/P (-wire).8.7 0(000). Main switch circuit OUT() Brown D-M9B (-wire) Most sensitive position 0(000). OUT(-) Blue Most sensitive position 0(000)

40 Switches Solid State Switches Applicable Actuators D-M9 Series LXF, LXP, LXS Cannot be mounted on Series LXF with ball screw specification. Auto Switch Specifications Auto switch part no. Contact D-F9G D-F9H Electrical entry Wiring type Output type NPN wire PNP Auto switch internal circuits Lead wire colors inside [ ] are those prior to conformity with IEC standards. D-F9G D-F9H Main circuit of switch Main circuit of switch DC () Brown [Red] OUT Black [White] DC ( ) Blue [Black] DC () Brown [Red] OUT Black [White] DC ( ) Blue [Black] Applicable load Power supply voltage Current consumption Load voltage Load current Internal voltage drop Leakage current Indicator light 8VDC or less 0mA or less.v or less (0.8V or less at load current of 0mA) IC circuit, Relay, PLC,, VDC (. to 8V) 0mA or less 00µA or less at VDC Red LED lights up when OFF 80mA or less 0.8V or less Lead wire Oil resistant heavy duty vinyl cord, ø.7, mm² x wire (Brown, Black, Blue [Red, White, Black]), 8mm² x wire (Brown, Blue [Red, Black]) Insulation resistance MΩ or more at 0VDC (between lead wire and case) Withstand voltage 000VAC for min. (between lead wire and case) Indication light Lights when ON Ambient temperature 0 to 0 C Operating time ms or less Impact resistance - 000m/s²

41 Switches Solid State Switch Connection and Examples Basic Wiring wire, NPN (When the switch power supply and load power supply are the same) wire, PNP wire Main circuit of switch Black [White] Brown [Red] Load Main circuit of switch Black [White] Brown [Red] Load Main circuit of switch Load Brown [Red] Blue [Black] (When the switch power supply and load power supply are separate) Blue [Black] Blue [Black] Main circuit of switch Brown [Red] Load Black [White] Blue [Black] Examples of Connection to PLC Main circuit of switch Brown [Red] Load Blue [Black] Sink input specifications, wire, NPN Switch wire wire Switch Blue [Black] Blue [Black] Black [White] Brown [Red] Brown [Red] Input COM Input COM PLC internal circuit PLC internal circuit Source input specifications, wire, PNP Switch Switch Brown [Red] Blue [Black] Brown [Red] Black [White] Input COM Input Blue [Black] Connection Examples for AND (Series) and OR (Parallel) COM PLC internal circuit PLC internal circuit Connect according to the applicable PLC input specifications, as the connection method will vary depending on the PLC input specifications. wire, AND connection for NPN output Brown [Red] Black Switch Relay [White] Blue [Black] Switch Relay Load wire, OR connection for NPN output Brown [Red] Black Switch [White] Blue [Black] Switch Load Switch Relay Relay contact Switch wire with switch AND connection wire with switch OR connection Switch Switch Brown [Red] Blue [Black] Brown [Red] Blue [Black] Load When two switches are connected in series, a load may malfunction because the load voltage will decline when in the ON state. The indicator lights will light up when both of the switches are in the ON state. Load voltage at ON = Power supply voltage Residual voltage x pcs. = V V x pcs. = V Example: Power supply voltage is VDC. Internal voltage drop in switch is V. Switch Switch Blue [Black] Brown [Red] Brown [Red] Blue [Black] Load Load voltage at OFF = Leakage current x pcs. x Load impedance = ma x pcs. = kω = V Example: Load impedance is kω. Leakage current from switch is ma. When two switches are connected in parallel, malfunction may occur because the load voltage will increase when in the OFF state.

42 Switches Proximity Switches Applicable switch models Applicable model type Part no. Switch type LXF LXS G GD GB GDB GU GUB GXL-8F GXL-8FI GXL-8FB GXL-8FIB GXL-8FU GXL-8FUB Standard Varying frequencies Standard Varying frequencies Standard Standard wire wire wire wire wire wire Switch specifications (SUNX Corporation) Part no. GXL-8F(I)(B) GXL-8FU GXL-8FUB Repeatability Power supply voltage Direction of detecting axis, Perpendicular to detecting axis: 0.0mm or less to VDC ±0%, Ripple P-P 0% or less Current consumption ma 0.8mA or less (when output is OFF) Output Maximum response frequency Indicator light NPN Maximum load current: 00mA Maximum applied voltage: 0VDC Residual voltage: V or less 0Hz Red LED (lights up when ON) wire solid state DC Load current: to 70mA Residual voltage: V or less khz Green LED (stable detection) Red LED (unstable detection) Environmental resistance Detecting distance fluctuation Cable Ambient temperature Ambient humidity Noise resistance Temperature characteristics Voltage characteristics 0 to C to 70 C to 8% RH Power line: 0Vp, pulse width of µs Within / 0% of detecting distance at 0 C within ambient temperature range Within ±% with ±0% fluctuation of operating voltage 0.08mm wire heavy duty cable m mm wire heavy duty cable m Proximity switch internal circuit Proximity Switch/Switch Plate Mounting GXL-8F(I)(B) Internal circuit Brown lead wire Output Black lead wire Be sure to use the mounting screws included, and mount the proximity switch as shown in the drawing to the right. Mount the switch plate as shown below. Always use the proper tightening torque and use a thread locking agent on screws to prevent loosening. The switch body is made of PBT and acrylic resin. Select a thread locking agent that will not affect these materials. Button head screw (M. x 0) Tightening torque: 0. to N m Washer Proximity switch Switch mounting bracket Hexagon nut GXL-8FU(B)(I) Main circuit of switch Blue lead wire Brown lead wire Thin head screw (M x ) Tightening torque: 0.8 to 0.N m Switch plate Round head screw (M. x ) Tightening torque: 0.8 to 0.N m Spring washer Switch plate Blue lead wire Proximity switch mounting position Proximity switch mounting position Proximity switch mounting position mm or more LXF mm or more LXS mm or more