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A. The ESL has an overall diameter (A) of 230 mm, a spring housing diameter (B) of 80 mm, a working height (C) of 200 mm, an internal dimension D of 175 mm, an internal dimension E of 150 mm, a stud diameter (F) of 12 mm, and an M12 thread (G).
A. The ESL is rated to a maximum working deflection of approximately 20 mm under normal operating conditions. This is the standard figure for the enclosed spring mounting range; the heavy-duty ESL-HD is rated to 40 mm where greater deflection is required.
A. The ESL is suited to marine, power generation, railway and mass transit, construction and off-highway, agriculture, automotive, and military and defence applications — wherever high deflection and low natural frequency isolation are required to protect surrounding structures and improve operator comfort.
A. Yes. The ESL may be loaded in shear, compression, or a combination of both, allowing installation engineers to address vibration from multiple directions within a single mount.
A. Yes. Stainless steel metalwork and oil-resistant or high-temperature rubber compounds can be specified on request, as can additional and custom sizes beyond those held in the standard range.
A. The ESL occupies the mid-range position in the enclosed spring mounting family. Smaller variants include the ESL25/100, ESL25/200, ESL25/1000, ESL25/1200, and ESL25/1400. The ESL-HD is the heavy-duty enclosed variant rated to 40 mm deflection. Open spring mounting alternatives are the ESM and ESS.
A. Softer Shore A rubber grades produce greater deflection and provide better vibration isolation under lower loads, while harder grades carry higher loads with reduced movement. The appropriate grade depends on the static load and isolation frequency required for the specific installation.
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