Set screws with stopper / hexagonal / L configurable / fine thread (Part Numbers - CAD Download)

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Back to the Category Adjusting Screws/Locating Bolts

Technical Drawing - Set Screws With Stopper

Adjusting Stopper Screws/Hexagon Socket/L Configurable/Fine Thread:Related Image
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Available dimensions and tolerances can be found under the tab More Information.

Basic Properties (e.g., material, hardness, coating, tolerance) - Set Screws With Stopper

 
Adjusting StopperHex Socket Type Material Hardness* Surface Treatment Accessory (Nut 1 pc.)
L SelectableL Configurable Material Surface Treatment
FineANBM-EN 1.1191 Equiv.45~50HRCElectroless Nickel PlatingEN 1.0038 Equiv.Trivalent Chromate
ANBANFBTrivalent Chromate
ANBHANFBHEN 1.7220 Equiv.50HRC~
ANBSANFBSEN 1.4301 Equiv.--EN 1.4301 Equiv.-
SANBSANFBEN 1.4031 Equiv.45HRC~-
CoarseANBNM-EN 1.1191 Equiv.45~50HRCElectroless Nickel PlatingEN 1.0038 Equiv.Trivalent Chromate
ANBNANFBNTrivalent Chromate
ANBNHANFBNHEN 1.7220 Equiv.50HRC~
ANBNSANFBNSEN 1.4301 Equiv.--EN 1.4301 Equiv.-
SANBNSANFBNEN 1.4031 Equiv.45HRC~-
Stainless Steel Hardened Type (EN 1.4029 Equiv. J2) may be discolored by hardening. (Right in the photo)
*  Hardness: Hardened Tip

Further specifications can be found under the tab More Information.

Composition of a Product Code - Set Screws With Stopper

Part Number-L
ANB8
ANBM5
-
-
40
30

General Information - Set Screws With Stopper

Adjusting screw - adjusting screw round - adjusting screw hexagonal - adjusting screw round tip - adjusting screw set - adjusting screw with nut - adjusting screw with lock nut - adjusting screw knurled head - adjusting screw with grub screw - adjusting screw hexagon socket - adjusting screw grub screw

 

Selection details of adjusting screws/locating bolts

- Material: steel, stainless steel
- Coatings: uncoated, burnished, chromated, nickel-plated, galvanised
- Hardness: 40 to 50HRC
- Thread: standard thread, fine thread
- External thread: M3 to M20
- Drive: hexagon socket, external hexagon, spanner flat, knurled head
- Length: 10 to 120 mm

Description/Basics

Adjusting screws for mechanical engineering are intended primarily for positioning the most diverse components. In this case, the adjustment screw sets a predetermined distance of the respective component.
Depending on the application, the MISUMI range offers adjusting screws with control threads and adjusting screws with fine threads. A fine-threading facilitates positioning, since a smaller torque is required for the adjustment. Due to the lower slope of the fine thread, a fine threaded adjusting screw is loosened with less probability than one with standard threads. Another advantage of fine threading is the higher load capacity, which allows higher loads to be accommodated in axial direction. In addition, a locating bolt with a fine thread can generate a higher actuating force due to the low pitch.
The loosening or unintentional adjustment of an adjusting screw can be prevented with a locknut. Depending on the design, the appropriate nut is supplied as an accessory for the adjusting screw. Please see the specifications for more information.
An adjusting screw with knurled head facilitates easy manual adjustment without additional tools. The adjusting screw with knurled head is often used where regular adjustment or component replacement is necessary.
The locating bolt is available with a hardened contact surface. It may be hardened on the thread face or on the head or drive. Tempering ensures greater wear protection of the adjusting screw and increases the service life compared to conventional adjusting screws. The additional compensation process can cause discoloration of the material near the contact surface.
Adjusting screws are also available in the form of hexagon sockets. Without a head as drive, which can be advantageous, especially in inaccessible places.

Adjusting screws are often used in combination with stop pins or height adjusting pins. These bolts are inserted into the component to be moved in order to protect it from wear and tear or damage due to multiple adjustments.

Adjusting screws are often found in workpiece carriers and clamping devices. MISUMI also offers similar adjusting screws or locking bolts with a brush head in the form of stopper bolts.

MISUMI offers suitable threaded stopper blocks, optionally with standard threads and fine threads.

 

Application Examples - Set Screws With Stopper

Application example - adjusting screw with stopper block - adjusting screw with base plate

Application example - adjusting screw set screw
(1) Adjusting screw, (2) threaded stopper block, (3) screw, (4) base plate (meviy ), (5) washer, (6) levelling element

Application example - adjusting screw with nut, adjusting screw with stopper block, adjusting screw with stop bolt

Application example - adjusting screw with nut
Application example – (1) adjusting screw, (2) nut , (3) threaded stopper block, (4) stop pin , (5) movable object

 

Industrial Applications

3D printer industry
Automotive industry
Pharmaceutical industry
Packaging industry

Part Number:  

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Part Number
ANBNS10-80
SANBN10-80
Part Number
Standard Unit Price
Minimum order quantityVolume Discount
Standard
Shipping Days
?
RoHSMaterial Thread Type Thread Dia. M Thread Pitch Screw Length L Surface Treatment L Dimension Selection/Specified

6.58 €

1 Available 5 Days 10[Stainless Steel] EN 1.4301 Equiv.Coarse101.580-Selectable

8.35 €

1 Available 5 Days 10[Stainless Steel] EN 1.4031 Equiv.Coarse101.580-Selectable

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Back to the Category Adjusting Screws/Locating Bolts

Technical Drawing - Set Screws With Stopper

Adjusting Stopper Screws/Hexagon Socket/L Configurable/Fine Thread:Related Image
Open the technical drawing in the new window

Available dimensions and tolerances can be found under the tab More Information.

Specification Tables - Set Screws With Stopper

MMxPitchB1 ℓ SRB(C)T
FineCoarse
33x0.353x0.51.51.535.56.42.4
44x0.54x0.722.2478.14
55x0.55x0.82.52.8589.2
66x0.756x1.03361011.5
88x0.758x1.2544813155
1010x1.010x1.555101719.66
1212x1.012x1.7566121921.9
1616x1.516x2.087162427.78
2020x1.520x2.5108203034.610

■ L Selectable
Part NumberL SelectionANB, ANBNANBS, ANBNSSANB, SANBN
TypeMUnit PriceVolume Discount RateUnit PriceVolume Discount RateUnit PriceVolume Discount Rate
1 ~ 49 pc(s).50 ~ 100 pcs.1 ~ 49 pc(s).50 ~ 100 pcs.1 ~ 49 pc(s).50 ~ 100 pcs.
(Fine)
ANB
ANBS
SANB

(Coarse)
ANBN
ANBNS
SANBN
 310152025303540              
 410152025303540455060           
 510152025303540455060           
 6 152025303540455060           
 8  2025303540455060           
10   25303540455060708090100       
12    303540455060708090100       
16      40455060708090100120      
20       455060708090100120      
For orders larger than indicated quantity, please check with WOS.
 
Part NumberL SelectionUnit PriceVolume Discount Rate
TypeM1 ~ 49 pc(s).50 ~ 100 pcs.
(Fine)
ANBM

(Coarse)
ANBNM
3152025         
4152025303540      
5152025303540      
6152025303540455060   
8 2025303540455060   
10   30354045506070  
12     4045506070  
 
Part NumberL SelectionUnit PriceVolume Discount Rate
TypeM1 ~ 49 pc(s).50 ~ 100 pcs.
(Fine)
ANBH

(Coarse)
ANBNH
32025303540         
42025303540455060      
52025303540455060      
62025303540455060      
82025303540455060      
10  30354045506070     
12   35404550607080    
16    404550607080100   
20     4550607080100120  

■ L Configurable
Part NumberL 1mm IncrementUnit Price
TypeMANFB, ANFBNANFBH, ANFBNHANFBS, ANFBNSSANFB, SANFBN
(Fine)
ANFB
A
NFBH
ANFBS
SANFB


(Coarse)
ANFBN
ANFBNH
ANFB
NS
SANFBN
310~40    
410~60    
510~60    
615~60    
815~60    
1020~100    
1230~100    
1640~120    
2040~120    

Basic information

Type Full Thread

Frequently Asked Questions (FAQ)

Question:

How can an adjusting screw be secured?

Answer:

An adjusting screw should not be secured with screw locking means as with standard screws. Adjusting screws should remain movable so that it can ensure a set distance. The countering of an adjusting screw with a nut is usually sufficient. Therefore, a position can be defined and simply changed by loosening the lock nut.

Question:

Is there a more precise positioning than that of an adjusting screw?

Answer:

For precise positioning, MISUMI offers adjusting screws with fine threads. Due to the lower slope, these enable more precise positioning or adjustment. Alternatively, a micrometre screw can also be used for low adjustment forces. Similar to stages (coordinate tables), micrometre screws enable highly accurate positioning.

Question:

Do you have adjustment screws without head?

Answer:

MISUMI offers adjusting screws as set screw without head. These are usually provided with an hexagon socket as a drive for fastening or loosening. The adjusting slide as a threaded pin is also significantly more wear-resistant with the hardened tip than conventional set screws.

Question:

Why is the adjusting screw only coated on one side?

Answer:

If an adjusting screw has a unilateral colouration, it is not necessarily the coating. The discoloration is caused by heat treatment, which is also known as an initial colour and does not result in any disadvantages. This tempering process ensures a higher hardness of the material in order to counteract occurring wear.

Question:

For what do you use an adjusting screw?

Answer:

The purpose of using an adjusting screw is multiple. Adjusting screws or locating bolts are used in the industry primarily for the positioning of various components. They set and maintain a predetermined distance from an object. Adjusting screws are often used in coordinate tables in order to adjust the table. From time to time, adjustment screws are also used in mechanical engineering, e.g., for stroke limitation of the industrial shock absorbers.

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