L56723G02
LMS100 Available on Order

L56723G02 – Frame, Compressor-rear (basic)

Last updated: April 6, 2026

The L56723G02 is a frame, compressor-rear (basic) designed for LMS100 applications. This lms100 ind component is available from BDB Turbine Parts with worldwide shipping and competitive pricing.

Technical Specifications

Part NumberL56723G02
Manufacturer / BrandGE
CategoryLMS100 IND
Turbine CompatibilityLMS100
AvailabilityAvailable on Order

Description

FRAME, COMPRESSOR-REAR (BASIC)

This L-series component, designed for the GE LMS100 industrial gas turbine, serves as a critical rear compressor frame. It provides structural integrity and precise alignment for the compressor section, ensuring optimal aerodynamic performance and containment of high-pressure air within the turbine's core.

Alternative Parts: L56724G02

Request a Quote for L56723G02

Contact us for pricing and availability.

Request Quote Contact Us

Related LMS100 Parts

Browse other LMS100 parts available from BDB Turbine Parts:

Frequently Asked Questions

What is L56723G02 and what is it used for?

L56723G02 is a frame, compressor-rear (basic) used in LMS100 systems. It is classified under the LMS100 IND category and is essential for maintaining optimal turbine performance and reliability.

Is L56723G02 available for purchase?

L56723G02 is available on order at BDB Turbine Parts. Contact us for current pricing and availability. We ship worldwide and offer competitive pricing.

What turbine models is L56723G02 compatible with?

L56723G02 is compatible with LMS100 turbine systems. BDB Turbine Parts carries a comprehensive inventory of parts for these turbine models.

Are there alternative parts for L56723G02?

Yes, alternative parts include: L56724G02. These alternatives may offer similar functionality. Our technical team can help you select the best option.

Why Choose BDB Turbine Parts?

BDB Turbine Parts is a specialized supplier of industrial gas turbine components, serving power generation facilities, oil & gas operations, and marine applications worldwide.