SEIRIES 1

Big Giant Step

For The Quality of Sound

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03

Specification

Sysbal

Series 1

S1-4F / 4A (4 mm ball bearings, Type-F / A)
 

Diameter of S1-4F / 4A

36 / 36 mm

Height of S1-4F / 4A (adjustable height)

34 / 33-37 mm

Weight of S1-4F / 4A

249 / 237 gram

Usable load range* for S1-4F / 4A 3 pcs

6-12 kg

Usable load range* for S1-4F / 4A 4 pcs

8-16 kg

Sysbal

Series 1

S1-6F / 6A (6 mm ball bearings, Type-F / A)
 

Diameter of S1-6F / 6A

40 / 40 mm

Height of S1-6F / 6A (adjustable height)

38 / 37-41 mm

Weight of S1-6F / 6A

340 / 329 gram

Usable load range* for S1-6F / 6A 3 pcs

12-24 kg

Usable load range* for S1-6F / 6A 4 pcs

16-32 kg

Sysbal

Series 1

S1-8F / 8A (8 mm ball bearings, Type-F / A)
 

Diameter of S1-8F / 8A

44 / 44 mm

Height of S1-8F / 8A (adjustable height)

42 / 41-45 mm

Weight of S1-8F / 8A

443 / 432 gram

Usable load range* for S1-8F / 8A 3 pcs

24-48 kg

Usable load range* for S1-8F / 8A 4 pcs

32-64 kg

S1-10F / 10A (10 mm ball bearings, Type-F / A)

 

Diameter of S1-10F / 10A

48 / 48 mm

Height of S1-10F / 10A (adjustable height)

46 / 45-49 mm

Weight of S1-10F / 10A

560 / 550 gram

Usable load range* for S1-10F / 10A 3 pcs

48-96 kg

Usable load range* for S1-10F / 10A 4 pcs

64-128 kg

Thread Adapters

The thread adapter is an optional accessory consisting of two male thread portions: the first portion is a 5mm thread for mounting on top of the SYSBAL S1, and the second portion is a male thread that must be selected from one of three thread sizes: M6, M8 and 1⁄4”-20 (other sizes available upon request) for mounting the SYSBAL S1 in place of the existing feet or spikes of various audio equipment.

Material

stainless steel

Thread length of base thread (M5x0.8)

5 mm

Thread length of adapter thread (M6x1.0, M8x1.25, and 1⁄4”-20)

12.5 mm

Total length

20 mm

* The usable load range creates a damping ratio to the S1 device, causing audio equipment to stop vibration quickly, resulting in its full potential sound quality. However, a load that is slightly above or below the usable load range is still good.