08045800157

SUAVE ENGINEERING
GST : 27AALPW8910E1ZB

Our Products

Spring Plungers

Modular Fixturing System

Modular Fixturing System

Ball Ended Screws

Clamps for Fixtures

Clamping Tools

Rotary Tables

Rotary Tables

Workpiece Changing Tables

Workpiece Changing Tables

Ball Lock Pins

Ball Lock Pins

Quick Release Pins

Quick Release Pins

Clamping Angle

Clamping Angle

Zero Point Clamping System

Zero Point Clamping System

Resting Pads

Resting Pads

Self Aligning Pads

Self Aligning Pads

NC Rotary Tables

NC Rotary Tables

Nylon Mallets Non-rebound

T-Slot Workholding Systems

T-Slot Workholding Systems

Dowel Workholding Systems

Base Plates

Aviation Products

Quick Release Pin with T-Handle Single

Forestry Tools

Simplex Splitting Maul

Basic Elements

Clamping Elements

Machine and Fixture Elements

Machine Elements

Operationg Elements

Coupling

Spring Plungers Smooth With Collar And Ball

Spring Plungers Smooth With Collar And Ball Specification

Type
Spring Plunger Smooth With Collar And Ball

Material
Steel or Stainless Steel (as per requirement)

Application
Positioning, locking, indexing, and securing mechanical parts

Finish
Zinc Plated or Natural

Plunger Tip
Hardened Steel Ball

Body Shape
Cylindrical Smooth with Collar

Head Type
With Collar

Operating Temperature Range
-30C to +250C

Installation
Press-fit

Available Sizes
Diameter M3 to M12 or as specified

Thread
Smooth body (unthreaded)

Spring Type
Compression Spring inside body

Spring Plungers Smooth With Collar And Ball Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
2000 Pieces Per Month

Delivery Time
2-3 Days

About Spring Plungers Smooth With Collar And Ball

Spring plungers can be used for locating or for applying pressure, as a detent or for ejection.

Material :

Body

Stainless steel 1.4303

Brass

Thermoplastic POM, blue

Ball

Stainless steel, hardened
Thermoplastic POM, white

Spring

Stainless steel

Specification :

Dimensions					Stroke s	Spring load 1)				Location hole H7		Art.-No.
d 1 +0,1	d 2	d 3	l 1	l 2 ~	Stroke s	F 1 ~	F 2 ~	min.	max.	Location hole H7
[mm]					[mm]	[N]		[C]		[mm]	[g]
Body and ball from stainless steel, light spring load -picture1
4	3,00	4,6	5,0	0,9	1,00	0,4	1,0	-	250	4	0,3	22080.1004 New
5	4,00	5,6	6,0	0,9	1,40	0,5	4,7	-	250	5	0,6	22080.1005 New
6	5,00	6,5	7,0	1,0	1,80	2,3	6,5	-	250	6	1,0	22080.1006 New
8	6,50	8,5	9,0	1,1	2,40	4,0	9,0	-	250	8	2,1	22080.1008 New
10	8,50	11,0	13,0	1,5	3,30	3,9	10,0	-	250	10	4,4	22080.1010 New
12	10,00	13,0	16,0	2,3	4,00	6,2	14,6	-	250	12	7,3	22080.1012 New
Body And Ball From Stainless Steel, Standard Spring Load -picture1
3	2,38	3,5	4,0	0,6	0,70	1,8	3,5	-	250	3	0,2	22080.0003
4	3,00	4,6	5,0	0,9	1,00	2,5	6,0	-	250	4	0,3	22080.0004
5	4,00	5,6	6,0	0,9	1,40	3,0	6,5	-	250	5	0,6	22080.0005
6	5,00	6,5	7,0	1,0	1,80	5,5	11,5	-	250	6	1,0	22080.0006
8	6,50	8,5	9,0	1,1	2,40	7,0	12,5	-	250	8	2,1	22080.0008
10	8,50	11,0	13,0	1,5	3,30	8,5	18,5	-	250	10	4,4	22080.0010
12	10,00	13,0	16,0	2,3	4,00	12,0	26,5	-	250	12	7,3	22080.0012
Body And Ball From Stainless Steel, Heavy Spring Load -picture1
4	3,00	4,6	5,0	0,9	1,00	5,0	10,4	-	250	4	0,3	22080.2004 New
5	4,00	5,6	6,0	0,9	1,40	6,0	12,0	-	250	5	0,6	22080.2005 New
6	5,00	6,5	7,0	1,0	1,80	7,3	19,0	-	250	6	1,0	22080.2006 New
8	6,50	8,5	9,0	1,1	2,40	11,0	25,0	-	250	8	2,1	22080.2008 New
10	8,50	11,0	13,0	1,5	0,30	17,0	37,0	-	250	10	4,4	22080.2010 New
12	10,00	13,0	16,0	2,3	4,00	30,0	54,0	-	250	12	7,3	22080.2012 New
Body From Brass, Ball From Stainless Steel, Standard Spring Load -picture2
3	2,38	3,6	4,0	0,6	0,60	1,8	3,5	-	250	3	0,2	22080.0203
4	3,00	4,5	5,0	1,0	0,80	3,0	6,0	-	250	4	0,5	22080.0204
5	4,00	5,5	6,0	1,0	1,00	4,0	6,5	-	250	5	0,8	22080.0205
6	5,00	6,5	7,0	1,0	1,60	6,0	11,5	-	250	6	1,3	22080.0206
8	6,50	8,5	9,0	1,0	1,90	8,0	12,5	-	250	8	2,8	22080.0208
Body From Thermoplastic, Ball From Stainless Steel, Standard Spring Load -picture2
3	2,00	3,6	4,0	0,6	0,55	1,7	3,5	-30	50	3	0,1	22080.0403
4	3,00	4,6	5,0	1,0	0,80	3,0	6,5	-30	50	4	0,2	22080.0404
5	4,00	5,6	6,0	1,0	1,00	6,0	9,4	-30	50	5	0,4	22080.0405
6	5,00	6,5	7,0	1,0	1,60	6,2	12,6	-30	50	6	0,7	22080.0406
8	6,50	8,5	9,0	1,0	1,90	10,0	20,4	-30	50	8	1,5	22080.0408
10	8,00	11,0	13,5	1,5	2,40	11,9	22,3	-30	50	10	3,2	22080.0410
12	10,00	13,0	16,0	1,5	3,30	14,0	25,0	-30	50	12	5,8	22080.0412
Body And Ball From Thermoplastic, Standard Spring Load -picture2
4	3,00	4,6	5,0	1,0	0,80	3,0	6,5	-30	50	4	0,1	22080.0604
5	4,00	5,6	6,0	1,0	1,00	6,0	9,4	-30	50	5	0,2	22080.0605
6	5,00	6,5	7,0	1,0	1,60	6,2	12,6	-30	50	6	0,3	22080.0606
8	6,50	8,5	9,0	1,0	1,90	10,0	20,4	-30	50	8	0,6	22080.0608
10	8,00	11,0	13,5	1,5	2,40	11,9	22,3	-30	50	10	1,5	22080.0610
12	10,00	13,0	16,0	1,5	3,30	14,0	25,0	-30	50	12	2,5	22080.0612
1) statistical average value

Reliable Positioning and Locking Solution

Spring Plungers with smooth bodies, a collar, and hardened steel ball tips provide secure, repeatable positioning and locking for mechanical components. They are widely used in machinery, automation assemblies, fixtures, and equipment where frequent indexing or securing is essential. With press-fit installation, robust construction, and a choice between zinc plating or natural finish, these plungers offer both versatility and lasting performance.

Versatile Material and Size Options

Available in both steel and stainless steel, these plungers suit diverse application environments, including situations demanding higher corrosion resistance. The size range, from M3 to M12 or custom requirements, ensures compatibility with a wide array of mechanical designs. Whether you are an OEM, distributor, or trader in India, these spring plungers can be specified to meet varied operational needs.

FAQs of Spring Plungers Smooth With Collar And Ball:

Q: How are spring plungers with smooth collars and balls typically installed?

A: These spring plungers feature a cylindrical smooth body with a collar for press-fit installation. Simply insert the plunger into a properly sized hole in the assembly, and the collar will secure its position without the need for threads or additional fastening hardware.

Q: What are the main applications of these spring plungers in industrial settings?

A: Spring plungers are ideal for positioning, locking, indexing, and securing parts in mechanical assemblies. Common uses include jigs, fixtures, and machinery requiring precise and repeatable alignment or quick-change features.

Q: When should I choose zinc plated versus natural finish for these plungers?

A: A zinc-plated finish is recommended when additional corrosion resistance is needed, while a natural finish is suitable for general indoor or protected environments. The choice depends on exposure conditions and specific application requirements.

Q: Where can these spring plungers be sourced in India?

A: These components are available nationwide through multiple channels, including OEMs, dealers, distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers specializing in mechanical components.

Q: What is the benefit of having a hardened steel ball at the plunger tip?

A: A hardened steel ball tip offers enhanced wear resistance and maintains consistent contact force, contributing to longer service life and reliable operation in repeated indexing or locking scenarios.

Q: How does the internal compression spring affect plunger performance?

A: The built-in compression spring ensures that the plunger tip remains engaged with contacting surfaces, delivering reliable force for secure positioning and easy, repeatable operation.