Atlas Copco LZB77-L-AR0015-15 Vane motor

Technical Specification

Features:
  • Make: Atlas Copco
  • Model code: LZB77-L-AR0015-15
  • Series: LZB77-L
  • Weight: 8.7 Kg
Additional info:

Maximum surrounding temperature of +40°C (104°F) Data at air pressure 6.3 bar (91 psi)

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Make Atlas Copco
Manufacturer Atlas Copco
Category Motors and Electrical Equipment>Motors
Model code LZB77-L-AR0015-15
Series LZB77-L
Weight 8.7 Kg

Product description

Atlas Copco Air Motors: Compact Power for Diverse Industrial Needs

Atlas Copco presents its range of air motors, recognized for their compact design, lightweight structure, and impressive power-to-weight ratio. These air motors weigh about a quarter and occupy a sixth of the space compared to equivalent electric motors, making them an efficient choice for industrial applications requiring robust performance in limited spaces.

Core Features

  • Compact and Lightweight: Ideal for installations where space and weight are critical constraints.
  • Durability and Reliability: Designed to withstand continuous stalling without overheating, ensuring prolonged service life with high operational reliability.
  • Versatile Control: Easily modify torque, speed, and direction, thanks to straightforward control mechanisms.
  • Environmentally Resilient: Performs effectively even in harsh environments, preserving smooth operation and output.
  • Smooth Operation: Minimizes shock loading on transmission components with a controlled, smooth start-up.

ATEX Certified for Explosive Environments

Each Atlas Copco air motor is ATEX certified under the EU’s ATEX directive 2014/34/EU, ensuring safe operations in potentially explosive environments, making them suitable for petrochemical and mining industries.

Ideal Use Cases

Atlas Copco air motors are especially favored in industries requiring dependable performance under extreme conditions, such as in environments with high humidity, dust, or intense electrical fields. Their durability and operational range make them a natural choice for design engineers looking to maximize efficiency and performance.

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