CALCULATION OF THE PERFORMANCE CHARACTERISTICS OF ELECTRIC MOTORS OF ELECTRIC MACHINES OF OPEN DESIGN FOR DRIVES OF AUTOMATION AND ROBOTICS SYSTEMS
Authors:
1.
Saint-Petersburg university of State fire service of EMERCOM of Russia
(department of security service, senior lecturer)
Saint-Petersburg university of State fire service of EMERCOM of Russia (department of security service, senior lecturer)
Russian Federation
Saint-Petersburg university of State fire service of EMERCOM of Russia (department of security service, senior lecturer)
Russian Federation
2.
Saint-Petersburg university of the State fire service of EMERCOM of Russia
(Department of security service, associate professor)
Russian Federation
Russian Federation
Type:
Article
Pages:
from 23
to 27
Status:
Published
Received:
14.09.2024
Accepted:
28.10.2024
Published:
26.11.2024
Subject area:
UDK 62-133.241 с одним замыкателем
Language:
Russian
Keywords:
winding wires; electrode potential; submersible electric motors, thrust bearings, hydrolytic resistance of materials, bearing shields, automation and robotics systems, titanium alloy
Abstract (English):
The issues related to the design and application of submersible electric machines in the marine environment on drilling rigs and platforms are considered. The features of open-ended electric machines for drives of automation and robotics systems of submersible electric machines are described. Constructive solutions for open-ended electric machines that can be used in devices operating in liquid aggressive media with chemical activity are considered. The performance characteristics and efficiency of using new materials in the design of an electric motor are shown in the presence of a housing, shield bearings and a titanium alloy shaft that have electrical contact with the active parts of the electric motor.
The issues related to the design and application of submersible electric machines in the marine environment on drilling rigs and platforms are considered. The features of open-ended electric machines for drives of automation and robotics systems of submersible electric machines are described. Constructive solutions for open-ended electric machines that can be used in devices operating in liquid aggressive media with chemical activity are considered. The performance characteristics and efficiency of using new materials in the design of an electric motor are shown in the presence of a housing, shield bearings and a titanium alloy shaft that have electrical contact with the active parts of the electric motor.
Keywords:
winding wires; electrode potential; submersible electric motors, thrust bearings, hydrolytic resistance of materials, bearing shields, automation and robotics systems, titanium alloy
winding wires; electrode potential; submersible electric motors, thrust bearings, hydrolytic resistance of materials, bearing shields, automation and robotics systems, titanium alloy
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