Square anti-vibration mount ISOTOP® DSD,BL
steelfor pumpsfor heavy machinery

square anti-vibration mount
square anti-vibration mount
square anti-vibration mount
square anti-vibration mount
square anti-vibration mount
square anti-vibration mount
Add to favorites
Compare this product
 

Characteristics

Configuration
square
Material
steel
Applications
for pumps, for heavy machinery
Other characteristics
spring damper
Static load

Min.: 0 N

Max.: 67,000 N

Description

Isotop DSD-BL Isotop DSD-BL are block elements made from steel-spring vibration isolators with integrated Sylodamp® dampers. These are used for source isolation of heavy-duty ventilators, blowers, fans, air-handling units, compressors, emergency power generators, piston pumps, turbine bearings, textile machines, jacks, CHP plants, rotary machines, centrifuges, vibrating grates or vibrating feeders. MAIN CHARACTERISTIC Block element with Sylodamp® damping core for large loads Source and recipient isolation Vibration isolation for machines of all types Natural frequency of approx. 4-6 Hz THE ADVANTAGES FOR YOU Interchangeable: the overall height, diameter and connection thread are the same for all types Open design – the excitation source is only connected to the foundation by the spring Spring element oscillates freely in the horizontal plane Spring is clearly visible – status can be checked without dismantling the equipment Visible separation distance between the spring coils under load Accessories, footplate and height adjustment are universal and can be used for all types Damping core is permanently elastic and break resistant High corrosion resistance thanks to a cathodic dip-painted coating Designed in accordance with DIN EN 10270-1: 2012 + DIN EN 13906-1: 2013

Catalogs

No catalogs are available for this product.

See all of Getzner‘s catalogs
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.