Aluminum Air Motors
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 1.84
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 1.84
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 1.84
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 1.84
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 1.84
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 2.8
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 2.8
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 2.8
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 2.8
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 2.8
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 7.37
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 7.37
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 7.37
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
The PZB Piston Air Motor is your precision upgrade where standard vane motors bleed your energy budget and struggle at low speeds. Slash Energy Costs: Uses up to 40% less air than vane motors. It pays for itself. Total Control: High starting torque and stable low-speed performance. No stalling, no... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 7.37
- Type / Applications: Piston Motors
- Air Consumption: 6.36
from Atlas Copco Industrial Technique AB
Standard air motors slow down when the load increases, ruining your process consistency. The TZB Turbine Air Motor is different. It ’s built to hold the line. -Unshakeable Stability: A built-in speed governor ensures constant RPM, even when the load spikes. Your process stays perfect. -Stop... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 273
- Type / Applications: Turbine Motors
- Air Consumption: 21.19
from Atlas Copco Industrial Technique AB
Standard air motors slow down when the load increases, ruining your process consistency. The TZB Turbine Air Motor is different. It ’s built to hold the line. -Unshakeable Stability: A built-in speed governor ensures constant RPM, even when the load spikes. Your process stays perfect. -Stop... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 273
- Type / Applications: Turbine Motors
- Air Consumption: 21.19
from Atlas Copco Industrial Technique AB
Standard air motors slow down when the load increases, ruining your process consistency. The TZB Turbine Air Motor is different. It ’s built to hold the line. -Unshakeable Stability: A built-in speed governor ensures constant RPM, even when the load spikes. Your process stays perfect. -Stop... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 70.06
- Type / Applications: Turbine Motors
- Air Consumption: 21.19
from Atlas Copco Industrial Technique AB
Standard air motors slow down when the load increases, ruining your process consistency. The TZB Turbine Air Motor is different. It ’s built to hold the line. -Unshakeable Stability: A built-in speed governor ensures constant RPM, even when the load spikes. Your process stays perfect. -Stop... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 70.06
- Type / Applications: Turbine Motors
- Air Consumption: 21.19
from Atlas Copco Industrial Technique AB
You need a motor that's not only reliable but also easy to fit into your design. The LZB vane air motor range is engineered for exactly that —simple and fast integration, no matter what you're building. Its slim design beats space constraints (no more expensive redesigns),. while the 5-vane... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 3.54
- Type / Applications: Vane Motors
- Air Consumption: 8.48
from Atlas Copco Industrial Technique AB
You need a motor that's not only reliable but also easy to fit into your design. The LZB vane air motor range is engineered for exactly that —simple and fast integration, no matter what you're building. Its slim design beats space constraints (no more expensive redesigns),. while the 5-vane... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 3.54
- Type / Applications: Vane Motors
- Air Consumption: 8.48
from Atlas Copco Industrial Technique AB
You need a motor that's not only reliable but also easy to fit into your design. The LZB vane air motor range is engineered for exactly that —simple and fast integration, no matter what you're building. Its slim design beats space constraints (no more expensive redesigns),. while the 5-vane... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 0.8481
- Type / Applications: Vane Motors
- Air Consumption: 8.48
from Atlas Copco Industrial Technique AB
You need a motor that's not only reliable but also easy to fit into your design. The LZB vane air motor range is engineered for exactly that —simple and fast integration, no matter what you're building. Its slim design beats space constraints (no more expensive redesigns),. while the 5-vane... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 0.8481
- Type / Applications: Vane Motors
- Air Consumption: 8.48
from Atlas Copco Industrial Technique AB
You need a motor that's not only reliable but also easy to fit into your design. The LZB vane air motor range is engineered for exactly that —simple and fast integration, no matter what you're building. Its slim design beats space constraints (no more expensive redesigns),. while the 5-vane... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 8.7
- Type / Applications: Vane Motors
- Air Consumption: 11.23
from Atlas Copco Industrial Technique AB
You need a motor that's not only reliable but also easy to fit into your design. The LZB vane air motor range is engineered for exactly that —simple and fast integration, no matter what you're building. Its slim design beats space constraints (no more expensive redesigns),. while the 5-vane... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 8.7
- Type / Applications: Vane Motors
- Air Consumption: 11.23
from Atlas Copco Industrial Technique AB
You need a motor that's not only reliable but also easy to fit into your design. The LZB vane air motor range is engineered for exactly that —simple and fast integration, no matter what you're building. Its slim design beats space constraints (no more expensive redesigns),. while the 5-vane... [See More]
- Material: Aluminum; Hardened steel/Aluminium
- Torque: 1.99
- Type / Applications: Vane Motors
- Air Consumption: 11.23
from Ingersoll Rand Industrial Technologies / Air Motors
M002 Series, In-Line planetary gear, Multi-vane Air Motors. Fractional horsepower, 0.11 hp to 0.25 hp (0.08 to 0.19 Kw). 66 rpm to 26,000 rpm with adjustability through air controls. Features. Will not burn out: Air motors can be stalled or overloaded for long periods without damage. Great for harsh... [See More]
- Material: Aluminum; Steel
- Mounting: Face Mount (optional feature); Flange Mount
- Type / Applications: Vane Motors
- Torque: 0.0 to 0.2000
from DEPRAG, Inc.
The product line of our Power Line program exhibits a high grade of flexibility. The high start-torque combined with a low weight and the robust and reliable design are the main advantages when comparing our motors with electric motors. The following Power Line motors are available: Power output... [See More]
- Material: Aluminum; Stainless-Steel; Plastic; Ceramics
- Torque: 2.43 to 15.86
- Mounting: Flange Mount
- Air Consumption: 67.1
from Ingersoll Rand Industrial Technologies / Air Motors
M004 Series, In-Line planetary gear, Multi-vane Air Motors. Fractional horsepower, 0.31 hp to 0.50 hp (0.23 to 0.37 Kw). 42 rpm to 18,000 rpm with adjustability through air controls. Features. Will not burn out: Air motors can be stalled or overloaded for long periods without damage. Great for harsh... [See More]
- Material: Aluminum; Steel
- Mounting: Face Mount (optional feature); Flange Mount
- Type / Applications: Vane Motors
- Torque: 0.0 to 0.5300
from Ingersoll Rand Industrial Technologies / Air Motors
M007Series, In-Line planetary gear, Multi-vane Air Motors. Fractional horsepower, 0.61 hp to 0.85 hp (0.46 to 0.63 Kw). 23 rpm to 22,000 rpm with adjustability through air controls. Features. Will not burn out: Air motors can be stalled or overloaded for long periods without damage. Great for harsh... [See More]
- Material: Aluminum; Steel
- Mounting: Flange Mount
- Type / Applications: Vane Motors
- Torque: 0.0 to 0.7700
from Ingersoll Rand Industrial Technologies / Air Motors
17RA and 17RB series, spur gear, Multi-vane Air Motors. 2.20 hp to 2.30 hp (1.64 to 1.72 Kw). 36 rpm to 950 rpm with adjustability through air controls. Ideal for low rpm / high torque applications. Features. Will not burn out: Air motors can be stalled or overloaded for long periods without damage. [See More]
- Material: Aluminum; Steel
- Mounting: Flange Mount; Foot Mount
- Type / Applications: Vane Motors
- Torque: 0.0 to 37
from Ingersoll Rand Industrial Technologies / Air Motors
48RA and 48RB series, spur gear, Multi-vane Air Motors. 3.00 hp to 3.10 hp (2.24 to 2.31 Kw). 60 rpm to 1300 rpm with adjustability through air controls. Ideal for low rpm / high torque applications. Features. Will not burn out: Air motors can be stalled or overloaded for long periods without... [See More]
- Material: Aluminum; Steel
- Mounting: Flange Mount; Foot Mount
- Type / Applications: Vane Motors
- Torque: 0.0 to 35
from Ingersoll Rand Industrial Technologies / Air Motors
92RA and 92RB series, spur gear, Multi-vane Air Motors. 7.90 hp to 8.15 hp (5.89 to 6.08 Kw). 59 rpm to 975 rpm with adjustability through air controls. Ideal for low rpm / high torque applications. Features. Will not burn out: Air motors can be stalled or overloaded for long periods without damage. [See More]
- Material: Aluminum; Steel
- Mounting: Flange Mount; Foot Mount
- Type / Applications: Vane Motors
- Torque: 0.0 to 75
from Ingersoll Rand Industrial Technologies / Air Motors
92RM and 992RM series, spur gear, Multi-vane Air Motors. 8.15 hp to 9.9 hp (6.08 kw to 7.38 kw). 1730 rpm to 2095 rpm with adjustability through air controls. [See More]
- Material: Aluminum; Steel
- Mounting: Face Mount
- Type / Applications: Vane Motors
- Torque: 0.0 to 45