HeliEngine

Датчик двухканальный потенциометрический угловых перемещений, теплостойкий МУ-616 серия 1

Датчик двухканальный потенциометрический угловых перемещений, теплостойкий МУ-616 серия 1

$158.00

МУ-616 серия 1 ” The dual-channel potentiometric angular displacement sensor, heat-resistant MU-616 Series 1, is a critical spare part for helicopters. Designed to accurately measure angular movements, this sensor ensures precise monitoring and control of rotor blade positioning, contributing to the overall safety and performance of the aircraft. Its robust construction and high-temperature resistance make it suitable for demanding operational environments, providing reliability and longevity in critical flight systems.

SKU: МУ-616 серия 1
Category:
Tags:

Description

Helicopter Spare Parts Procurement Made Simple

In our spare parts catalog you will find:

Датчик двухканальный потенциометрический угловых перемещений, теплостойкий МУ-616 серия 1

”

“`html

Product Name: Датчик двухканальный потенциометрический угловых перемещений, теплостойкий МУ-616 серия 1

Description: This two-channel potentiometric sensor for angular displacement measurement is part of the heat-resistant MU-616 Series 1. Designed for use in helicopters, this sensor provides precise and reliable data on angular movements, making it a crucial component for ensuring safe and efficient helicopter operations.

Technical Specifications:

  • Type: Potentiometric Angular Displacement Sensor
  • Channels: Two
  • Series: MU-616 Series 1
  • Resistance: High heat resistance
  • Application: Helicopter spare part
  • Accuracy: Provides precise angular displacement measurement
  • Reliability: Ensures reliable data for safe operations

Usage: The Датчик двухканальный потенциометрический угловых перемещений, теплостойкий МУ-616 серия 1 is typically installed in the helicopter’s control system to monitor and report angular movements of various components. It plays a critical role in ensuring the proper functioning and safety of the helicopter during flight.

“`