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Reasons of Rotation Speed Probe G-065-02-01 Using Direct Wire

Reasons of Rotation Speed Probe G-065-02-01 Using Direct Wire

The cable outlet mode of the sensor usually refers to how the cable is led out from the sensor body. The rotation speed probe G-065-02-01 adopts the outlet mode of direct lead. Its cable is directly led out from the connecting terminal of the sensor body. Generally, it has a certain length of cable, which is convenient for connecting to the control system or power supply. In addition, some sensors used in occasions requiring frequent replacement or easy maintenance are often connected with aviation plugs.

Rotation Speed Probe G-065-02-01

Because the operating environment of a power plant steam turbine is usually harsh, the speed sensor G-065-02-01 usually uses a direct lead instead of an aviation plug.

Rotation Speed Probe G-065-02-01

  • Stability: Direct lead connections are more stable because they do not require mechanical contact between the plug and receptacle, thereby reducing the possibility of poor contact due to vibration or temperature changes.
  • Reliability: Under severe environment such as high temperature, high humidity and high dust, direct lead can provide better reliability, because they have no active contact and reduce the risk of failure caused by environmental factors.
  • Safety: Direct lead method can reduce the risk of electrical fire, because they have no plug and socket which may generate arc.
  • Mounting Flexibility: Direct leads provide additional mounting flexibility because they easily accommodate different mounting locations and orientations.
  • Protection class: Direct lead can provide higher protection class, such as IP68, which means they can better resist dust, water and other foreign substances.

Rotation Speed Probe G-065-02-01
In critical industrial applications such as steam turbines in power plants, stability and reliability are often the primary considerations, so direct lead is more appropriate.

 

There are different types of sensors used for different steam turbine units. Check if it has the sensor you need, or contact us for more details.
Deh Overspeed Sensor Cs-1 D-065-05-01
Magnetic Speed Sensor Smcb-01-16l
Transmitter Zs-01
Displacement Sensor Td-1-50
Temposonic Linear Transducer 7000td
Lvdt Adjustment Valve Hp Bfpt Hl-3-100-15
Magnetoelectric Speed Sensor Passive Szcb-01-B01
Magnetic Pickup Sensor For Speed Measurement Cs-2
Analog Cylinder Position Sensor Htd-100-3
Travle Sensor Hl-6-150-15
Actuator Position Sensor Htd-50-6
Sensor Speed Transmitter Df6101, L=100mm
Sensor To Measure Linear Position Hl-6-250-150
Probe Pr6423/10r-030-Cn
Lvdt (Linear Variable Differential Transformer) 4000td


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  • Post time: Jan-03-2024