Condições de filtragem

Caster Type
- Screw-In Type
[H] Mounting Height(mm)
- 160
- 178
Stopper
- Not Provided
- With Rotation Stopper
Thread Dia. M
- M16
[D] Wheel Diameter(mm)
- 100
- 125
Wheel Width B(mm)
- 28
- 32
Type
- CMPG
- CMPGS
CAD
- 2D
- 3D
Dias de envio estimados
- Tudo
- Dentro de 5 dias úteis

Castors / Vibrations Insulating

CatálogoP. 2-1095

Número da peça:

Indefinido. 4 candidatos encontrados.

Desenho de contorno e tabela de especificações
Lista de números de peça
Informações detalhadas
Catálogo

Desenho de contorno e tabela de especificações

CMPR
(Plate Type)

CMPRS
(Plate Type)

CMPG
(Screw-In Type)

CMPGS
(Screw-In Type)

Vibration Damping Casters: Related Image

Main Body		Wheel		Bearing
[M] Material	[S] Surface Treatment	[M] Material	Specific Volume Resistivity	Swiveling Part	Wheel
EN 1.4301 Equiv.	Barrel Grinding	Antistatic Urethane	10⁸Up to 10⁹Ω·cm	Provided	Provided

Specification Table

Part Number	—	Wheel Material
CMPR100	—	S

Main Body Type	Part Number		Wheel Material	H Stroke		d	E₁	E₂	r₁	r₂	Y₁	Y₂	K₁	K₂	B	Applicable Load (N)	Mass (g)
Main Body Type	Type	D	Wheel Material	H₁ (max)	H₂ (min)	d	E₁	E₂	r₁	r₂	Y₁	Y₂	K₁	K₂	B	Applicable Load (N)	Mass (g)
Swivel	CMPR	100	S (Antistatic Urethane)	162	148	8.8	20	34	71	85	71	78	61	46	28	150 or more 300	1100
Swivel	CMPR	125		180	166		25	39	89	103	77	83	77	62	32		1258
Swivel + With Stopper	CMPRS	100		162	148		20	34	95	94	71	78	61	46	28		1212
Swivel + With Stopper	CMPRS	125		180	166		25	39	110	110	77	83	77	62	32		1381

Main Body Type	Part Number		Wheel Material	H Stroke		E₁	E₂	r₁	r₂	Y₁	Y₂	K₁	K₂	B	Applicable Load (N)	Mass (g)
Main Body Type	Type	D	Wheel Material	H₁ (max)	H₂ (min)	E₁	E₂	r₁	r₂	Y₁	Y₂	K₁	K₂	B	Applicable Load (N)	Mass (g)
Swivel Screw-In	CMPG	100	S (Antistatic Urethane)	160	146	20	34	71	85	71	78	61	46	28	150 or more 300	1062
Swivel Screw-In	CMPG	125		178	164	25	39	89	103	77	83	77	62	32		1218
Swivel Screw-In + Stopper	CMPGS	100		160	146	20	34	95	94	71	78	61	46	28		1174
Swivel Screw-In + Stopper	CMPGS	125		178	164	25	39	110	110	77	83	77	62	32		1341

Lista de números de peça

Número de itens

Número da peça

Caster Type

[H] Mounting Height

(mm)

Stopper

Mounting Hole Pitch, Longitudinal Direction

(mm)

Mounting Hole Pitch, Transverse Direction

(mm)

Plate Length

(mm)

Plate Width

(mm)

Thread Dia. M

[D] Wheel Diameter

(mm)

Wheel Width B

(mm)

RoHS?

Quantidade mínima de encomenda

Screw-In Type	160	Not Provided	-	-	-	-	M16	100	28	10	1 unidades
Screw-In Type	178	Not Provided	-	-	-	-	M16	125	32	10	1 unidades
Screw-In Type	160	With Rotation Stopper	-	-	-	-	M16	100	28	10	1 unidades
Screw-In Type	178	With Rotation Stopper	-	-	-	-	M16	125	32	10	1 unidades

Preço unitário (excluindo IVA)(Preço unitário incluindo IVA)	Data de envio standard

106.42 € ( 126.64 € )	5 dias úteis
112.08 € ( 133.38 € )	5 dias úteis
115.24 € ( 137.14 € )	5 dias úteis
118.38 € ( 140.87 € )	5 dias úteis

Informações básicas

[Features] This roller for clean rooms can absorb vibrations even on uneven surfaces.

Contorno e especificações

Specifications/Overview

■Yield problems expected with the conventional wheels

(1) Particle Generation of a Conveyor Machine due to Vibration Transmission
When a workpiece is being conveyed into a clean room, casters are traveling over steps or
grating surfaces and vibrations from the floor are transmitted to a cart. Vibrations not only causes dust from casters and a cart but also may possibly transmitting impacts on important workpiece.
　
(2) Generation of Particles due to Vibrations
Vibrations by casters traveling lift dusts around the floor surface and down flow air system may not be able to control the particle amounts.
　
(3) Anti-static Countermeasures
Dusts adhering to the rubber/urethane wheels of conventional casters, which accumulate static electricity generated by friction
between wheels and the floor and may cause a spark discharge.

■Basic Structure of Vibration Damper

The damper is of a double layer structure of a spring within a viscoelastic member.
Shocks received by a caster when going over a stepped terrain are absorbed by a spring,
then dampened by a viscoelastic member.
A New mechanism provides solutions for conventional spring-loaded casters on insufficient vibration damping, and solutions
for the urethane type on degradation-inducing durability losses.
It also provides excellence in safety with no damping gas leaks.

■Effect of Vibration Absorption
Compared with normal casters, the decrease in vibrations has dramatically improved.

[Test Overview]

Casters used: CMPG100-S (Vibration Damping Casters)
Urethane Wheel Diameter ø100
(Normal Caster)

Testing Instrument: JIS B 8923 Compliant with Casters for Industrial Use
Protrusion: Semicircular, R = 2.5 mm
Protrusion Intervals: Per 1 m
Load: 201 N
Running Speed: 4 km/h

■Features of Caster with Vibration Damper
·Protects transported equipment by absorbing and damping vibrations from the floor.
·Controls particulate generation caused by vibrations, and improves production yields.
·Prevents static electricity from being generated on the floor with antistatic wheels.

■Particle Generation Comparison
Compared with normal casters, particle volume is reduced to 1/4.

■Specific Volume Resistivity of Wheels

10⁰	10²	10⁴	10⁶	10⁸	10¹⁰	10¹²	10¹⁴
			Antistatic Urethane 10⁸Up to 10⁹Ω·cm
Electric Conductivity			Antistatic Performance			Insulation

Rubber Wheels

10¹⁵～Ω·cm

■Functional Comparison by Damper Type (Research by MISUMI)

Damper Type	Shock Absorption	Vibration Transmission Time	Allowable Load	Safety	Service Life
No Damper (Normal Caster)	×	×	◎	○	○
Spring	○	×	△	○	△
Urethane Cushioned	○	△	△	△	×
Shock Absorber	○	○	△	×	△
* Casters with Vibration Damper	○	◎	○	○	○

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