BENTLY NEVADA 330104-00-05-10-02-00 PROBE

BENTLY NEVADA 330104-00-05-10-02-00 PROBE Description:

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Warranty: up to 12 months
Shipping: fast delivery is available
NEW+ORIGINAL+IN STOCK+ONE YEAR WARRANTY 
 

If you require more than one item, please let us know, as we could arrange a
discount for you.
If you manage to find the same parts cheaper through any other supplier, we
will match that price,or provide you with a further discount.
If you have any further questions, please don 't hesitate to contact us.
We look forward to your inquiries.
 

Our company is a leading global supplier of control system components. We specialize in control systems and drives. 
With many years of experience in the industrial sector, we consistently deliver the highest quality of spare parts.
We supply DCS, PLC, MOTOROLA MVME, Anybus, RTU, IPC, IPC, SCSI (50, 68, 80Pin), AnyBus (Gateway), etc.
We have different InStock products in high quality that we can supply promptly with a fair price.
We also provide safely expresses with responsibility and credit in a fast delivery period.
We look forward to cooperating with you for our beautiful future.
We currently stock over 12000+ branded products.

3301040005100200 Manufactured by BENTLY NEVADA

PROBE

Weight: 1.361 kgs

Turbine Differential Expansion — A Vital Measurement Large steam turbines, and certain gas turbines, exhibit non-uniform thermal growth rates of rotor and casing during machine startups and shutdowns. If not carefully monitored and controlled, excessive differential expansion can cause rotor and casing to rub, with catastrophic results. For this reason, the DE measurement is a critical component of a Turbine Supervisory Instrumentation (TSI) system, and operators depend on reliable DE information to safely start and stop their turbines. The DE measurement poses particular challenges for a transducer system, since the measurement is made in environments where elevated temperatures and steam concentrations are present. The DE measurement also typically involves relative displacements that can exceed 1 inch (25.4 mm). This necessitates a transducer with an extended linear range. Further, turbines requiring a DE measurement are typically found in power generation applications where lost production revenues and contract penalties can be very expensive. As such, a transducer failure has serious economic consequences 

because it precludes the operator from being able to start the machine — and installation of spare or redundant transducers are often not practical. Combined, these factors require a transducer system that is highly reliable and robust, is impervious to moisture and elevated temperatures, and delivers the necessary accuracy over an extended linear range. All of these considerations were addressed in the development of the new 3300 XL 50 mm transducer system, and we are pleased to offer this outstanding product to our customers. You can learn more by contacting your local sales professional or by visiting www.ge.com/energy and entering “174014” in our search engine, taking you directly to the product’s datasheet.