Machine technical sheet

Brand: RUPES
Model: SG 91
Type: Circular saw, jig saw, angle jig saw
Built in: n.d.
Weight: 2.3 kg
Power: 0.4 kW
Power supply: Electrical (220V-380V)
Anti-vibration devices: Absent
NOTES: 300-3000 rpm
Source of the data: Acquisito sul campo da misuratore


Declared values as set forth in the standard EN 50144-2-10: ( x 1,5 Cutting different materials )
CONDITIONS	MATERIAL	ACCESSORY	VALUE	K⁽¹⁾	Note
NOT ASSESSED	NOT ASSESSED	NOT ASSESSED	2.5 m/s²

_{(1) Expanded uncertainty}

Measurements in the field (Click to view the measurements in the field)

2 m/s²

WORK ACTIVITY: WOOD MACHINING
WORKED MATERIAL: Wood
ACCESSORY: Blade, rotating annular blade, saw blade
SECTOR: Shipyards

Reference person: Iole Pinto - Nicola Stacchini - Andrea Bogi AUSL Toscana Sud Est-LSP-Lab. Agenti Fisici (i.pinto@usl7.toscana.it)
Location: Viareggio (LU) - Cantieri Navali on 20/06/2001
Features of the accessory: Blade, rotating annular blade, saw blade

Values related to the vibration worst case handle ( Posterior )

A _hx (Mean) 0.3 m/s²	A _hy (Mean) 1.8 m/s²	A _hz (Mean) 0.3 m/s²	A _{hv sum} 1.8 m/s²
Standard deviation 0.1 m/s²	Standard deviation 0.1 m/s²	Standard deviation 0.1 m/s²	Standard deviation x 1,645: 0.16 m/s²
Mean + Standard deviation: 0.4 m/s²	Mean + Standard deviation: 1.9 m/s²	Mean + Standard deviation: 0.4 m/s²	A _{hv sum} + (Dev. std. x 1,645): 2 m/s²

9 m/s²

WORK ACTIVITY: CUTTING
WORKED MATERIAL: Metal: Hard or soft metal alloys
ACCESSORY: Blade, rotating annular blade, saw blade
SECTOR: Shipyards

Reference person: Iole Pinto - Nicola Stacchini - Andrea Bogi AUSL Toscana Sud Est-LSP-Lab. Agenti Fisici (i.pinto@usl7.toscana.it)
Location: Viareggio (LU) - Cantieri Navali on 21/01/1999
Features of the accessory: Blade, rotating annular blade, saw blade

Values related to the vibration worst case handle ( Anterior )

A _hx (Mean) 4.3 m/s²	A _hy (Mean) 5.4 m/s²	A _hz (Mean) 5.4 m/s²	A _{hv sum} 8.8 m/s²
Standard deviation 0.1 m/s²	Standard deviation 0.1 m/s²	Standard deviation 0.1 m/s²	Standard deviation x 1,645: 0.16 m/s²
Mean + Standard deviation: 4.4 m/s²	Mean + Standard deviation: 5.5 m/s²	Mean + Standard deviation: 5.5 m/s²	A _{hv sum} + (Dev. std. x 1,645): 9 m/s²