Vane air motor V2

for atmospheres containing explosive dustfor heavy-duty applicationsATEX

Product overview
The V2 STAINLESS STEEL is a pneumatic vane air motor designed for industrial applications requiring a stainless steel construction and operation in wet, corrosive or potentially explosive atmospheres. Part of the V2 Vane Motor family, it provides compressed-air drive power where electrical motors are unsuitable or unsafe. ATEX compliance is provided as standard.

Technical characteristics

• Type: Pneumatic vane air motor (V2 STAINLESS STEEL)
• Max power: 0.80 kW (general) — variants: 0.88 kW
• Max power: 1.10 HP (general) / 1.18 HP (variants)
• Torque at max power: ~2.00–2.09 Nm (variants: 2.09 Nm)
• Minimum start torque: ~2.26–2.30 Nm
• Torque (imperial): up to 17.70 lb⋅inch (general) / 18.50 lb⋅inch (variants)
• Max speed: 4,000 RPM
• ATEX: Standard
• Construction: Stainless steel variant for wet, explosive or heavy-duty environments
• Product group: V2 Vane Motor
• Typical weights by SKU: VA2J-RVS 5.50 kg; VA2X-RVS 8.50 kg; VS2C-RVS 4.20 kg; VA2C-RVS 4.20 kg

Available variants

• VA2J-RVS — Max Power: 0.88 kW / 1.18 HP; Torque at max power: 2.09 Nm (18.50 lb⋅inch); Min. start torque: 2.26 Nm (20 lb⋅inch); Max speed: 4,000 RPM; ATEX: Standard; Weight: 5.50 kg
• VA2X-RVS — Max Power: 0.88 kW / 1.18 HP; Torque at max power: 2.09 Nm (18.50 lb⋅inch); Min. start torque: 2.26 Nm (20 lb⋅inch); Max speed: 4,000 RPM; ATEX: Standard; Weight: 8.50 kg
• VS2C-RVS — Max Power: 0.88 kW / 1.18 HP; Torque at max power: 2.09 Nm (18.50 lb⋅inch); Min. start torque: 2.26 Nm (20 lb⋅inch); Max speed: 4,000 RPM; ATEX: Standard; Weight: 4.20 kg
• VA2C-RVS — Max Power: 0.88 kW / 1.18 HP; Torque at max power: 2.09 Nm (18.50 lb⋅inch); Min. start torque: 2.26 Nm (20 lb⋅inch); Max speed: 4,000 RPM; ATEX: Standard; Weight: 4.20 kg

Applications and buyer information

• Designed for use in wet, corrosive or explosive atmospheres where stainless steel construction and ATEX compliance are required
• Suitable for processes where electrical drives are impractical or restricted
• Compact, air-driven design enables integration with compressed-air systems and simple mechanical coupling
• Maintenance-friendly vane design with defined torque and speed characteristics for consistent process performance