| Hydraulic buffer is easy to replace Simply loosen the locking screw to replace it |
Using an adjustable hydraulic buffer can achieve smooth stopping Adjust the resistance by rotating the adjustment disc. |
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Heavy duty stop cylinder
Maximum quality reduction of 22%
Cylinder shortening
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Outline dimension table
The height from the cylinder installation part to the balance wheel should be kept equal. |
The locking mechanism is easy to operate and distinguish (optional)
By changing the shape of the locking mechanism, it is easy to manually unlock and immediately determine the locking or unlocking status.
Piping can be done from two directions
Ensure installation interchangeability with previous product series (RS1H)
The spacing between cylinder mounting holes and the height from the mounting surface to the center of the balance wheel remain unchanged to ensure interchangeability with the RS1H series.
Small magnetic switches (D-M9 □ type) and strong magnetic field resistant magnetic switches (D-P3DW type) can be installed on three sides
The magnetic switch installation slot is a circular slot, which can directly install small magnetic switches.
Two types of roller materials (resin, carbon steel) can be selected based on their intended use
The direction of the roller lever can be changed at intervals of 90 degrees
Based on the stopping direction of the workpiece, the roller lever can rotate at 90 ° intervals within a 360 ° range.
Optional
Equipped with locking mechanism
Locking mechanism to prevent tray rebound: For lightly loaded trays, it prevents reverse movement caused by the rebound force of the hydraulic buffer spring.
Take off the hat
Set the lever to allow the tray to pass through, allowing some trays to pass through.
Equipped with lever detection switch
When the lever is turned to an upright position (absorbing energy), the detection switch is turned on, notifying the tray that it has reached the stop position (for detailed information about the lever detection switch, please refer to page 2)
RS2H series Model selection method
Scope of use
| (Example) Transport weight: 300kg Transport speed: 20m/min Friction coefficient: μ=0.1 The occasion. |
<Picture lookup method)> Refer to the figure below and locate the intersection of the vertical axis's conveying mass of 300kg and the horizontal axis's conveying speed of 20m/min. Choose cylinder diameter Ф63 according to the cylinder's usage range. |
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RS2H50-30
The usage range in the figure is at room temperature (20-25C).
In the case of μ=0.1
In the case of μ=0.2
RS2H63-30
The usage range in the figure is at room temperature (20-25C).
In the case of μ=0.1
In the case of μ=0.2
RS2H80-40
The usage range in the figure is at room temperature (20-25C).
In the case of μ=0.1
In the case of μ=0.2
Lateral load and action pressure
The larger the lateral load F, the higher the required operating pressure for the stop cylinder. Please set the approximate action pressure according to the following diagram.
In the case of RS2H50, 63, 80
| Action pressure P [MPa] |  |
| Lateral load F [N] |
After absorbing the impact energy of the transported object, the lateral load still acts on the cylinder due to the frictional force between the conveyor belt and the transported object.
Heavy duty stop cylinder
RS2H series
Ф50，Ф63，Ф80
Suitable for magnetic switch models
| type | Special functions | Wire lead out method | indicator light | Wiring (output) | Load voltage | Magnetic switch model | Wire length (m) | Pre installed wire plug | Suitable for load | |||||||
| DC | AC | Vertical lead out | Horizontal lead out | 0.5 (unsigned ) | 1 (M) | 3 (L) | 5 (Z) | |||||||||
| Contactless magnetic switch | - | Direct outgoing type | have | 3 lines(NPN) | 24V | 5V,12V | - | M9NV | M9N | ● | ● | ● | ○ | ○ | IC circuit | Relay, PLC |
| 3 lines(PNP) | M9PV | M9P | ● | ● | ● | ○ | ○ | |||||||||
| 2 lines | 12V | M9BV | M9B | ● | ● | ● | ○ | ○ | - | |||||||
| Diagnostic indication (2-color indicator) | 3 lines(NPN) | 5V,12V | M9NWV | M9NW | ● | ● | ● | ○ | ○ | IC circuit | ||||||
| 3 lines(PNP) | M9PWV | M9PW | ● | ● | ● | ○ | ○ | |||||||||
| 2 lines | 12V | M9BWV | M9BW | ● | ● | ● | ○ | ○ | - | |||||||
| Strong water resistance (indicated by 2 colors) | 3 lines(NPN) | 5V,12V | M9NAV | M9NA | ○ | ○ | ● | ○ | ○ | IC circuit | ||||||
| 3 lines(PNP) | M9[AV | M9PA | ○ | ○ | ● | ○ | ○ | |||||||||
| 2 lines | 12V | M9BAV | M9BA | ○ | ○ | ● | ○ | ○ | - | |||||||
| Strong magnetic field resistance (2-color indicator) | 2 lines(Non-polar) | - | - | P3DW | ● | - | ● | ● | ○ | |||||||
| Magnetic switch with contacts | - | Direct outgoing type | have | 3 lines(Equivalent to NPN) | - | 5V | - | A96V | A96 | ● | - | ● | - | - | IC circuit | - |
| 2 lines | 24V | 12V | 100V | A93V | A93 | ● | - | ● | ● | - | - | Relay, PLC | ||||
| nothing | 5V,12V | 100V following | A90V | A90 | ● | - | ● | - | - | IC circuit | ||||||
※ Magnetic switches with strong water resistance can be installed on the above models of products, but the water resistance of this model of product cannot be guaranteed.
※ The length of the wire is marked as 0.5m without any markings (e.g. M9NW)
1m...... M (Example) M9NWM
3m...... L (Example) M9NWL
5m...... Z (Example) M9NWZ
※ Contactless magnetic switches with "○" are produced according to orders.
Specifications
| Cylinder diameter (mm) | 50 | 63 | 80 |
| Action mode | Double acting, double acting built-in spring, single acting (spring pressed out) | ||
| Rod end shape | Leverage type with built-in hydraulic buffer | ||
| Using fluids | air | ||
| proof pressure | 1.5MPa | ||
| Maximum operating pressure | 1.0MPa | ||
| Environmental temperature and fluid temperature for use | -10-60 ° C (unfrozen) | ||
| Give oil | No need (no oil supply) | ||
| buffer | Cushion cushion | ||
| Allowable deviation of travel length | +1.4 0 | ||
| Installation form | Flange type | ||
| Connection diameter (Rc, NPT, G) | 1/8 | 1/4 | 1/4 |
Standard itinerary
| Cylinder diameter (mm) | Standard itinerary |
| 50 | 30 |
| 63 | 30 |
| 80 | 40 |
Quality Table
| Action mode | Rod end shape | Cylinder diameter (mm) | quality |
| Double action | Leverage type with built-in hydraulic buffer | 50 | 1.70 |
| 63 | 2.78 | ||
| 80 | 4.96 |
Leverage detection switch (proximity switch)
Proximity switch specifications
| type | E2E-X2D1-N |
| output | N.O. |
| Power supply voltage (operating voltage range) | DC12~24V(DC10~30V) Pulsation below 10% (P-P) |
| Current consumption (leakage current) | Below 0.8mA |
| Response frequency | 1.5kHz |
| Control output (sealed capacity) | 3~100mA |
| indicator light | Action indicator (red LED) Set action indicator (green LED) |
| Environmental temperature for use | -25~70 ° C (unfrozen) |
| Environmental humidity for use | 35~95%RH |
| Residual voltage note 1) | Below 3V |
| Voltage endurance note 2) | AC1000V |
| Vibration | Durability of 10~55Hz, bidirectional amplitude of 1.5mm, 2h in XYZ direction each |
| to attack | Durability 500m/s2 (approximately 50G), 10 times in XYZ direction each |
| Protect the structure | IEC standard IP67 (JEM standard IP67G immersion resistant, oil resistant) |
Installation location
Firstly, as shown in Figure 1, when pushing the lever to the same side of the position switch
When confirming, the indicator light of the position switch turns green.
As shown in Figure 2, when the lever is pushed to the opposite side of the position switch,
Confirm that the indicator light of the position switch turns green.
Then tilt the lever 90 ° and confirm that the indicator lights (red, green) of the position switch are not on.
Finally, after confirming that the lever and position switch do not interfere with each other, tighten the fastening nut thoroughly.
Outline dimension diagram
E2E-X2D1-N
※ Ethylene insulated circular flexible wire
ø 3.5 (18/ø 0.12) 2-core, standard 2m
Flexible wire extension (individual metal piping) up to 200m
Output circuit diagram
E2E-X2D1-N/2-wire type
Construction diagram
Double acting (DL, DM)
Double acting built-in spring type (BL, BM)
Single acting (TL, TM)
Interchangeable parts (with locking mechanism, with release cap)
| Equipped with locking mechanism (- D) | When using the release cap (- C) |
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Components (in the case of single action)
| Serial number | name | texture of material | remarks |
| 1 | Rod cover | aluminium alloy | Metallic Silver |
| 2 | floor | aluminium alloy | Hard anodizing |
| 3 | Cylinder barrel | aluminium alloy | Hard anodizing |
| 4 | piston | aluminium alloy | chromate |
| 5 | piston rod | carbon steel | Hard chrome plating |
| 6 | Guiding sleeve | Resin/Copper Alloy (Double Layer) | |
| 7 | Guide rod | carbon steel | Hard chrome plating |
| 8 | lever | cast iron | Zinc chromate |
| 9 | Lever seat | cast iron | Zinc chromate |
| 10 | Buffer pad A | polyurethane | |
| 11 | Buffer pad B | polyurethane | |
| 12 | Roller | resin | -□□L |
| carbon steel | -□□M | ||
| 13 | Roller pin shaft | carbon steel | |
| 14 | Leverage pin shaft | carbon steel | |
| 15 | Lever spring | steel wire | |
| 16 | Magnet | - | |
| 17 | Flat washer | steel wire | Zinc chromate |
| 18 | C-shaped elastic retaining ring for shaft | Carbon tool steel | |
| 19 | C-shaped elastic retaining ring for shaft | Carbon tool steel | |
| 20 | Reset spring | steel wire | -T□/B□ |
| 21 | Hexagonal socket screw | Chromium molybdenum steel | Zinc chromate |
| 22 | Hexagonal socket set screw | Chromium molybdenum steel | Zinc chromate |
| 23 | Hexagonal socket plug | carbon steel | Zinc chromate |
| 24 | Wear resistant ring | resin | |
| 25 | Filter sheet | bronze | -□TL/-□TM |
| 26 | Elastic retaining ring | Carbon tool steel | -□TL/-□TM |
| 27 | Hydraulic buffer | - | |
| 28 | steel ball | carbon steel | |
| 29 | Bracket components | carbon steel | Used with lock-D |
Components (in the case of single action)
| Serial number | name | texture of material | remarks |
| 30 | Bracket spring | steel wire | Used with lock-D |
| 31 | Bracket baffle | carbon steel | Used with lock-D |
| 32 | Locking pin shaft | carbon steel | Used with lock-D |
| 33 | Hexagonal socket screw | Chromium molybdenum steel | Used with lock-D |
| 34 | Flat washer | carbon steel | Used with lock-D |
| 35 | Remove the hat | aluminium alloy | Used when wearing the release hat-C |
| 36 | O-ring | NBR | Used when wearing the release hat-C |
| 37 | Piston sealing ring | NBR | |
| 38 | Rod sealing ring | NBR | |
| 39 | Steel cylinder static sealing ring | NBR | |
| 10 | O-ring | NBR |
Interchangeable parts/sealing ring components
| Cylinder diameter (mm) | Component model | content | ||
| Double acting type | Double acting built-in spring type | Single acting type | ||
| 50 | RS2H50D-PS | RS2H50T-PS | element 37~40 is a component (Except for 38) |
|
| 63 | RS2H63D-PS | RS2H63T-PS | ||
| 80 | RS2H80D-PS | RS2H80T-PS | ||
The sealing components include # 7 to $0 (excluding # 8), please select the component model corresponding to the cylinder diameter.
The sealing component does not come with lubricating grease, please prepare separately.
Lubricating grease model: GR-S-010 (10g)
Interchangeable parts/hydraulic buffer
| Cylinder diameter (mm) | Component model |
| 50 | RS2H-R50 |
| 63 | RS2H-R63 |
| 80 | RS2H-R80 |
Outline dimension diagram
Basic type
ø50~ø80
| model | trip | A | B | CD | CT | CZ | D | E | FT | FX | FZ | GA | GB | H | External Circle I | L | N | O | QA | AB |
| RS2H50 | 30 | 212.5 | 84.5 | 20 | 8 | 36 | 32 | 64 | 20 | 73 | 93 | 16 | 16 | 128 | 85 | 44 | 9 | 14 deep 5 | 10 | 7 |
| RS2H63 | 30 | 234.5 | 90 | 20 | 10 | 45 | 40 | 77 | 25 | 90 | 114 | 24 | 24 | 144.5 | 103 | 53 | 11 | 18 deep 6 | 12.5 | 8.5 |
| RS2H80 | 40 | 292.5 | 121 | 25 | 10 | 45 | 50 | 98 | 25 | 110 | 138 | 24 | 35 | 171.5 | 132 | 54.5 | 13 | 20 deep 6 | 12.5 | 10 |
| model | trip | R | S | T | U | V | W | WB | XA | XB | Y | θ° |
| RS2H50 | 30 | 40 | 21 | 2 | 5.5 | 15.5 | 73 | 32 | 5 | 15.8 | 10 | 24 |
| RS2H63 | 30 | 47 | 24.5 | 3.5 | 6.4 | 16 | 87.5 | 38.5 | 5 | 18.7 | 10 | 24 |
| RS2H80 | 40 | 54 | 31 | 3 | 6.7 | 19 | 109 | 49 | 6 | 20.6 | 12.5 | 23 |
| model | P (piping port) | ||
| unsigned | TN | TF | |
| RS2H50 | Rc1/8 | NPT1/8 | G1/8 |
| RS2H63 | Rc1/4 | NPT1/4 | G1/4 |
| RS2H80 | Rc1/4 | NPT1/4 | G1/4 |
Note 1) In situations with magnetic switches, the external dimensions are also the same.
Note 2) This figure shows the extended state of the piston rod.
Note 3) "Outer circle ø I" refers to the diameter of the outer circle at each corner of the cylinder.
Please design the installation aperture as ø (I+1).
When installing from the lever side, please pay attention to whether there is mutual interference between the lever and the mounting base.
Therefore, please control the thickness of the installation base within the following dimensions.
(RS2H50 10mm RS2H63: 15mm RS2H80: 18mm)
Note 4) The recommended height range for the conveyor belt is between the lower limit position and the upper limit position (U size) as shown in the diagram.
Outline dimension diagram
Equipped with locking mechanism
ø50~ø80
| model | trip | A | B | CD | CT | CZ | D | E | FT | FX | FZ | GA | GB | H | External Circle I | L | ※ LA Note 5) | N | O | QA |
| RS2H50 | 30 | 212.5 | 84.5 | 20 | 8 | 36 | 32 | 64 | 20 | 73 | 93 | 16 | 16 | 128 | 85 | 44 | 26 | 9 | 14 deep 5 | 10 |
| RS2H63 | 30 | 234.5 | 90 | 20 | 10 | 45 | 40 | 77 | 25 | 90 | 114 | 24 | 24 | 144.5 | 103 | 53 | 31 | 11 | 18 deep 6 | 12.5 |
| RS2H80 | 40 | 292.5 | 121 | 25 | 10 | 45 | 50 | 98 | 25 | 110 | 138 | 24 | 35 | 171.5 | 132 | 54.5 | 38 | 13 | 20 deep 6 | 12.5 |
| model | trip | QB | R | S | T | U | V | W | WB | XA | XB | Y | θ° |
| RS2H50 | 30 | 7 | 40 | 21 | 2 | 5.5 | 15.5 | 73 | 32 | 5 | 15.8 | 10 | 24 |
| RS2H63 | 30 | 8.5 | 47 | 24.5 | 3.5 | 6.4 | 16 | 87.5 | 38.5 | 5 | 18.7 | 10 | 24 |
| RS2H80 | 40 | 10 | 54 | 31 | 3 | 6.7 | 19 | 109 | 49 | 6 | 20.6 | 12.5 | 23 |
| model | P (piping port) | ||
| unsigned | TN | TF | |
| RS2H50 | Rc1/8 | NPT1/8 | G1/8 |
| RS2H63 | Rc1/4 | NPT1/4 | G1/4 |
| RS2H80 | Rc1/4 | NPT1/4 | G1/4 |
Note 1) In situations with magnetic switches, the external dimensions are also the same.
Note 2) This figure shows the extended state of the piston rod.
Note 3) "Outer circle ø I" refers to the diameter of the outer circle at each corner of the cylinder.
Please design the installation aperture as ø (I+1).
When installing from the lever side, please pay attention to whether there is mutual interference between the lever and the mounting base.
Therefore, please control the thickness of the installation base within the following dimensions.
(RS2H50:10mm RS2H63: 15mm RS2H80: 18mm)
Note 4) The recommended height range for the conveyor belt is between the lower limit position and the upper limit position (U size) as shown in the diagram.
Note 5) Except for the size marked with ※ (LA), the size is the same as the basic type (without locking mechanism).
RS2H series
Installation of magnetic switch
Suitable installation position for magnetic switch (when detecting the end of travel)
D-M9 □ type
D-M9 □ W type
D-M9 □ AVL type
D-M9 □ V type
D-M9 □ WV type
D-M9 □ AL type
D-A9 □ type
D-A9 □ V type
Suitable installation position for magnetic switch
| Cylinder diameter/magnetic switch, model | D-M9□ D-M9□W D-M9□AVL | D-M9□V D-M9□WV | D-M9□AL | D-A9□ D-A9□V | ||||
| A | B | A | B | A | B | A | B | |
| 50 | 23.5 | 9.0 | 23.5 | 11.0 | 23.5 | 7.0 | 19.5 | 10.5(13.0) |
| 63 | 25.5 | 12.5 | 25.5 | 14.5 | 25.5 | 10.5 | 21.5 | 14.0(16.5) |
| 80 | 39.5 | 19.5 | 39.5 | 21.5 | 39.5 | 17.5 | 35.5 | 21.0(23.5) |
In cases where the internal value is D-A96/A96V type.
Note: As for the actual set value, please adjust it based on confirming the action status of the magnetic switch.
D-P3DW □ type
Suitable installation position for magnetic switch
| Cylinder diameter/magnetic switch, model | D-P3DW□ | |||
| A | B | Hs | Ht | |
| 50 | 14.5 | 6.5 | 41 | 35 |
| 63 | 16.5 | 10 | 47 | 44 |
| 80 | 30.5 | 17 | 55 | 54 |
Note: As for the actual set value, please adjust it based on confirming the action status of the magnetic switch.
※The installation of D-P3DW □ type requires the use of specialized installation components. When ordering magnetic switches separately,
Please prepare the following magnetic switch installation parts separately according to the component model.
Action range
| Magnetic switch model | Cylinder diameter | ||
| 50 | 63 | 80 | |
| D-M9□/M9□V D-M9□W/M9□WV D-M9□AL/M9□AVL | 6 | 6 | 7 |
| D-P3DW□ | 6 | 7 | 7 |
| D-A9□/A9□V | 8 | 9 | 9 |
※The approximate value including hysteresis is not guaranteed. (Deviation of about ± 30%)
In situations where there are significant changes in the surrounding environment.
Magnetic switch installation parts/component models
| Magnetic switch type | Installation component model |
| D-P3DW□ | For circular groove installation: BQ6-032S |
※When ordering magnetic switches separately, the installation parts for magnetic switches are not included. Please prepare them separately.
| Magnetic switch model | D-M9□/M9□V D-M9□W/M9□WV D-M9□AL/M9□AVL D-A9□/A9□V | D-P3DW□ | ||||||
| Cylinder inner diameter (mm) | ø50~ø80 | ø50~ø80 | ||||||
| Magnetic switch installation component model | - | BQ6-032S | ||||||
| Components and weight of magnetic switch installation parts | - | ① Hexagonal socket bolt (M2.5x 6L) ② Magnetic switch installation component (nut) Weight: 2.5g |
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| Magnetic switch installation surface | Installation groove surface | Installation groove surface | ||||||
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| Installation method |  ●When tightening the installation screws of the magnetic switch, please use a clock with a handle diameter of 5-6mmbolt driver. Tightening torque for installation screws of magnetic switch
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① Rotate the hexagonal socket bolt (M2.5 × 9.5L) attached to the magnetic switch by 1-2 degrees Circle, temporarily connect the fixed magnetic switch and installation components. ② Insert the temporarily connected and fixed magnetic switch installation into the groove of the cylinder Internally, adjust the position of the magnetic switch on the cylinder. ③ After confirming the detection position of the magnetic switch, tighten the hexagonal socket bolt (M2.5 × 6L and M2.5 × 9.5L) Final fixed magnetic switch ④ When it is necessary to change the detection position, return to the second step. Internal hexagonal bolt (M2.5 × 6L) is used to fix and connect the magnetic switch installation parts Cylinder barrel. In this way, when only replacing the magnetic switch, there is no need to adjust the magnetism The position of the switch is up. Note 1) To protect the magnetic switch, please fully install the magnetic switch in the groove. Note 2) When tightening the hexagon socket bolts (M2.5 × 6L and M2.5 × 9.5L), please use A torque of 0.2~0.3N • m. Note 3) Tighten the hexagonal bolts evenly.  |
Note: When the cylinder is shipped out, it should be packaged together with the magnetic switch installation parts and magnetic switch.
For situations that require the use of magnetic switches with strong water resistance, please use D-M9 □ A (V) L type.
Before use
Magnetic switch/wiring method and examples
Basic wiring
| Contactless 3-wire NPN | Contactless 3-wire PNP | 2-wire type (contactless) |
2-wire type (with contact points) |
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Example with PLC (Programmable Logic Controller)
| ·The situation of Hui input specifications 3-wire NPN |
·The situation of source input specifications 3-wire PNP |
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Because different PLC input specifications use different connectors
Wiring method, so please wire according to the PLC input specifications.
Example of AND (series connection) and OR (parallel connection) wiring
| ·In the case of a 3-line configuration Series connection of NPN output (When using a relay) |
Series connection of NPN output (In the case of using only the automatic switch) |
Parallel connection of NPN output |
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| The indicator light will only turn on when both magnetic switches are turned on simultaneously. |
| 2-line situation 2 serial connections |
2 parallel connections | (With contacts) Because there is no leakage current, there will be no increase in load voltage when turned off. When turned on, the current will decrease and disperse according to the number of magnetic switches, which may cause the indicator light to dim or not light up. |
 When two magnetic switches are connected in series, there may be a low load voltage and poor operation of the switches when they are turned on. Moreover, the indicator light will only turn on after both switches are turned on simultaneously. |
 When two magnetic switches are connected in parallel (without contact), there may be situations where the load voltage is too high and the operation is poor when switching between the O and F switches. |
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| Load voltage at ON=power supply voltage - residual voltage x 2 =24V-4V x 2 pieces = 16V Example: Power supply voltage DC24V The internal voltage drop of the magnetic switch is 4V |
Load voltage at OFF=leakage current x 2 x load impedance =1mA x 2 x 3 k Ω = 6V Example: Load impedance 3 k Ω Magnetic switch leakage current 1mA |
RS2H series/product specific precautions
use
be careful
① Hydraulic Buffer Capacity Adjustment Method
For situations where the workpiece needs to be stopped smoothly, please loosen the stop screw of the stop part
(M4)， Rotate the adjustment disc according to the kinetic energy value of the workpiece to make it in the most suitable buffer position
Set (resistance). After the adjustment is completed, thoroughly tighten the stop screw to secure the hydraulic buffer
The regulating plate.
●Tightening torque of stop screw (M4): 1.5N•m
Note: Points to note when adjusting
When adjusting, please make sure to start from the maximum resistance of the hydraulic buffer. When in contact with the workpiece,
Please confirm that there have been no impacts or collisions.
② Method for changing the relationship between the direction of transportation and the position of piping
The direction of transportation and the position relationship of piping can be changed at 90 ° intervals. Use one word
Use a screwdriver to rotate the guide rod through the groove at the top of the guide rod and remove it. Then, leverage
The part can rotate freely and set its position at intervals of 90 degrees. Reinstall
When installing the guide rod, please apply anti loosening material to the threaded part of the guide rod first, and then tighten it.
●Tightening torque of guide rod
ø50: 5.2N•m
ø63: 12.5N•m
ø80: 24.5N•m
③ The replacement method of hydraulic buffer during maintenance
Please loosen the stop screw (M4) used to secure the hydraulic buffer, tilt the lever 90 °, and pull it out
Remove the hydraulic buffer.
※ Precautions during installation
Replace the hydraulic buffer, tighten the stop screw firmly, and then proceed to the rod end of the hydraulic buffer
Apply lubricating grease.
●Tightening torque of stop screw (M4): 1.5N•m
danger
① Please use this product within the permitted usage range.
If it exceeds the allowed range of use, it will cause significant impact, vibration, etc. to the stop cylinder, resulting in damage.
be careful
① When the lever is in an upright position, please do not collide with the tray again.
When the lever with built-in hydraulic buffer is in an upright position (the hydraulic buffer absorbs energy)
If it collides with the tray again, all the impact energy will be applied to the cylinder,
All impact energy is applied to the cylinder, so please avoid such collisions.
② Using a stop cylinder to stop the load directly applied to the cylinder in the middle
occasion
The allowed use scope recorded in the product catalog is limited to stopping the pallets on the conveyor belt
Stop moving. In situations where a stop cylinder is used to prevent direct load from being applied to the cylinder
The thrust of the cylinder becomes a lateral load, please contact our company for confirmation.
install
be careful
① Please do not subject the cylinder piston rod to rotational torque.
In order to prevent the cylinder piston rod from being subjected to rotational torque, please ensure that the tray contacts the surface during installation
Keep the contact surface parallel to the cylinder.
② Please do not cause impact injuries on the moving parts of the piston rod and guide rod.
Otherwise, it will cause damage to the sealing components, resulting in air leakage and poor operation.
use
be careful
① When the lever is in the locked state, do not apply force from the opposite direction.
When adjusting the conveyor belt, if you need to move the tray, please first lower the cylinder position.
② When the lever is in the locked state, please avoid collision between the tray and the roller.
Otherwise, it will lead to poor leverage action. In the fully retracted state of the cylinder piston rod,
Leverage unlocking)
③ During the operation of the cylinder, be careful not to pinch your hands.
During the operation of the cylinder, the lever seat moves up and down. Please be careful not to handle or hold hands
Refers to extending between the end cover on the rod side and the lever seat.
④ Please be careful not to be contaminated by water, cutting fluid, dust, etc.
Otherwise, it may cause oil leakage and poor operation of the hydraulic buffer.
⑤ The changes in ambient temperature and the perennial variations in hydraulic buffer resistance can cause
Changes in the stopping position of the transported goods.
Please adjust the resistance of the hydraulic buffer in a timely manner based on regular confirmation of the stopping state.
Safety precautions
The precautions referred to here record how to use the product safely and correctly to prevent harm or damage to oneself and others. According to the potential harm or degree of damage caused by these matters, they are classified into three signs: "Caution" and "Warning". Important safety information is recorded in international standards (ISO/IEC), Japanese Industrial Standards (JIS) ※ 1, and other safety regulations ※ 2) and must be followed.
Attention: Improper operation may cause injury to individuals Or incidents of equipment damage.
Warning: In case of misoperation Matters that may cause death or serious injury to personnel.
Danger: In an urgent state of danger, failure to avoid it may result in death or serious injury to personnel.
warning
① Please ask the system designer or personnel who determine the specifications to judge whether the components are suitable.
The products listed here have various usage conditions. The suitability of the system should be determined by the system designer or personnel who determine the specifications. When necessary, corresponding analysis experiments should also be conducted to make decisions. Meeting the expected performance of the system and ensuring safety is the responsibility of the personnel determining the suitability of the system. Usually, it should also be based on the latest product samples and information Check all contents of the specifications And consider the possible faults that may occur in the components to form the system.
② Please have personnel with sufficient knowledge and experience to install and use it.
The products listed here can be dangerous if used incorrectly. Assemble the mechanical device Operation Maintenance should be carried out by personnel with sufficient knowledge and experience.
③ Mechanical devices or dismantled components must not be used until safety is confirmed.
Before inspecting and maintaining the mechanical device, it is necessary to confirm that the driven object has undergone measures such as anti falling and anti runaway treatment. Handling and preventing reckless behavior.
When dismantling components, the energy source and power supply of the equipment should be cut off after confirming the above safety measures Ensure system security while Refer to the respective precautions for products using components And proceed after understanding.
3. In the event of restarting the mechanical device Please note to proceed after confirming that the measures to prevent rapid extension have been taken.
④ For safety reasons, please contact our company in advance when using under the following conditions and environments.
1. Used for conditions and environments beyond the specified specifications, as well as for use outdoors or in direct sunlight.
2. Used for atomic energy and railways Aviation, vehicles, medical machinery Beverage and food machinery Entertainment equipment, emergency cut-off circuits, stamping clutches, braking circuits, safety machinery, etc.
3. It is expected to have a significant impact on people and property, especially for use that requires safety.
4. In situations where it is used in interlocking circuits Please set up multiple interlocking modes with mechanical fault protection function, etc. Additionally Please conduct regular inspections Confirm if the device is working properly.
be careful
Our company's products are designed for the manufacturing industry.
The products published here are mainly aimed at the manufacturing industry for peaceful use. For use outside of the manufacturing industry Please negotiate with our company Exchange necessary specifications And sign the contract. If there is anything unclear, please consult our nearest business location.
Warranty and Disclaimer/Conditions of Suitability for Use
When using the product Applicable to the following [warranties and disclaimers] [Suitable conditions for use]. Confirm the following content and use this product on the basis of the commitment.
[Warranty and Disclaimer]
① The warranty period for our company's products is within 1 year from the start of use or within 1.5 years after purchase 3)
In addition, regarding the durability of the product For regulations related to walking distance, replacement of parts, etc., please consult the nearest business office.
② During the warranty period, if it is clear that the fault or damage is caused by our company's responsibility, we will provide substitutes or necessary replaceable parts.
In addition, the guarantee here is for the individual products of our company, and damages caused by malfunctions of our products are not within the scope of the guarantee.
③ You can also refer to the respective warranties and disclaimers of other products, and use them after understanding.
※ 3) Vacuum suction cups are not suitable for the warranty period of less than 1 year from the start of use.
Vacuum suction cups are consumables The product warranty period is 1 year after purchase.
However, even within the warranty period Wear caused by the use of vacuum suction cups Or in cases of deterioration of rubber materials It is also not within the scope of product warranty.
Conditions suitable for use
When exporting to markets outside of Japan, it is necessary to comply with the laws and regulations designated by the Japanese Ministry of Economy, Trade and Industry (Foreign Exchange and Foreign Trade Act) Procedures.
