Premium Vibration Damping Mount for Enhanced Equipment Stability

• Customization: Available
• Color: Fixed
• Customized: Non-Customized
• Model NO.: VM 331E
• Standard: International
• Type: Bearing
• Material: Stainless Steel
• Load Range: Optional
• Natural Frequency: optional
• Size: Optional
• Product capacity: 500000pcs/Months
• Transport Package: Carton
• Specification: Optional
• Trademark: THERMOTEST
• Origin: China

Product Description

 

Product Description

Viscoelastic dampers eff ectively reduce vibrations by converting kinetic energy into heat, thereby damping the movement of the system. Their design allows them to be used over a wide range of frequencies, however, the required type of viscoelastic damper depends on the planned application. The application range extends from process technology to the damping of individual machines or complete piping systems. Ambient temperatures from -30 °C to +110 °C as well as the most demanding environmental conditions (e.g. chemicals, dust- or salt-polluted atmospheres) do not present an obstacle.
The viscoelastic dampers and damping parameters are tested and monitored by our in-house test lab and independent test laboratories based on Safety Standard KTA 3205.3 issued by the Nuclear Safety Standards Commission (KTA).

Design

Viscoelastic dampers consist of a metal housing fi lled with a highly viscous medium. A piston connected to the upper connection plate can move freely in all directions within the medium. Either the upper or lower connection plate of the damper can be connected to the vibrating system, while the other plate is mounted on a fi xed abutment. Dampers cannot bear static loads. The dampers are protected against corrosion as standard according to ISO 12944 C3 (M). Tailor-made solutions can be provided to meet special customer requirements.
 

 

Key parameters required to defi ne a damping solution are as follows:
· operating temperatures [°C], i.e. the lowest and highest expected temperature of the vibrating system and the environment
· resonance frequencies [Hz] of the vibrating system
· amplitude [mm] of the vibrating system
· mass [kg] of the vibrating system between two fi xed points
· cold / hot displacement
 Not all details are required. VICODA is pleased to provide support when selecting viscoelastic dampers.
Other services provided by VICODA include vibration measurements or simulations to get to the root cause of vibrations.

 

Product Parameters

 

Dimensions
 

 

 

VM 331E: nominal load, dimensions, weight
Type	Nominal load kN	E mm	B mm	C  mm	s mm	d mm	Weight ca. kg
VM010331E	5	270	220	150	10	18	17
VM020331E	10	270	260	190	10	18	26
VM030331E	15	290	310	230	20	24	50
VM055331E	25	290	390	300	20	28	87
VM100331E	40	300	500	390	25	42	157
VM175331E	50	380	540	430	30	42	243

 

VM 331E: vertical damping parameters [kNs/m]
Type	Nominal load kN	5 Hz	10 Hz	15 Hz	20 Hz	25 Hz	30 Hz	35 Hz
VM010331E	5	10,2	7,7	6,6	5,9	5,4	5,0	4,7
VM020331E	10	19,5	14,9	12,7	11,4	10,4	9,7	9,1
VM030331E	15	29,7	22,7	19,4	17,3	15,8	14,8	13,9
VM055331E	25	54,9	41,9	35,8	32,0	29,3	27,3	25,7
VM100331E	40	103,1	78,7	67,2	60,0	55,0	51,2	48,3
VM175331E	50	174,8	133,4	113,8	101,8	93,3	86,9	81,8

 

VM 331E: Horizontal damping parameters [kNs/m]
Type	Nominal load kN	5 Hz	10 Hz	15 Hz	20 Hz	25 Hz	30 Hz	35 Hz
VM010331E	5	11,6	8,7	7,3	6,5	5,9	5,5	5,2
VM020331E	10	24,0	18,1	15,3	13,6	12,4	11,5	10,8
VM030331E	15	41,0	30,8	26,1	23,2	21,1	19,6	18,4
VM055331E	25	100,0	75,3	63,7	56,6	51,7	47,9	45,0
VM100331E	40	217,3	163,5	138,5	123,1	112,3	104,2	97,8
VM175331E	50	436,3	329,9	279,4	248,3	226,6	210,2	197,4

Detailed Photos

 

STEP-BY-STEP INSTALLATION OF DAMPER TYPES VD, VM AND VI (QUICK START GUIDE)
	Procedures	Description
	1. Delivery condition	Viscoelastic dampers can be delivered preset to 'cold position' (off set position). This is guaranteed by transport locks securing the off set between the upper and lower part of the damper. Unless ordered diff erently, the dampers are delivered using the locking position (off set position x = 0; y = 0; z = 0}.
	2. Installation	The upper and lower connection plates are frictionally connected to the piping system and steel construction. All transportation locks must be removed subsequently.
	3. Startup	During startup, the relative position of each the upper and lower connection plate changes to the pre-calculated hot load position. The damper should then operate approximately in mid-position.

 

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