Transformer Tank Flange Plate
A 316 stainless-steel flange plate for fixing 1–16 optical penetrators to an oil-immersed transformer tank wall together with a matching flange ring.

TRANSFORMER TANK FLANGE PLATE
Fix multiple optical penetrators at the transformer tank wall within a reviewed mounting and sealing arrangement.
This option is intended for projects where fix multiple optical penetrators at the transformer tank wall within a reviewed mounting and sealing arrangement.
The outer mounting plate of the transformer boundary assembly; it is distinct from the welded flange ring, penetrators and protective cover.
- Oil-immersed transformer tank walls
- Install the flange plate with its matching flange ring and fluororubber O-ring arrangement on the reviewed tank-wall interface.
Product Overview
Transformer Tank Flange Plate is designed for a defined role in a fiber optic temperature measurement project. A 316 stainless-steel flange plate for fixing 1–16 optical penetrators to an oil-immersed transformer tank wall together with a matching flange ring.
The final configuration should be selected from the measurement target, installation conditions and the components required around it. It should not be treated as a substitute for the other compatible parts of the optical measurement path.
APPLICATION CONTEXT
Transformer Tank Flange Plate Selection Context
The equipment and temperature points determine whether this product is appropriate. A project review should establish the practical function it will perform before the configuration is finalized.
- Required penetrator quantity from 1 to 16
- Tank-wall mounting arrangement
CONFIGURATION REVIEW
Configuring Transformer Tank Flange Plate
The selection process should connect the product to its installation route, compatible hardware and the way temperature information will be used.
- Matching flange-ring interface
- Final hole pattern and dimensions
PRODUCT DATA
Technical Specifications
Select the final configuration around the equipment design and required measurement points.
APPLICATION FIT
Typical Project Uses
Selection should start with the actual application and the role this product plays in the complete optical measurement path.
Oil-immersed transformer tank walls
Review this product’s role, installation method and related components against the actual application.
Multi-point winding monitoring
Review this product’s role, installation method and related components against the actual application.
Penetrator mounting assemblies
Review this product’s role, installation method and related components against the actual application.
Transformer manufacturing and retrofit projects
Review this product’s role, installation method and related components against the actual application.
BUYER QUESTIONS
Frequently Asked Questions
What does the transformer tank flange plate hold?
The plate can be configured with 1–16 penetrator through-holes and works with a matching flange ring at the transformer tank wall.
Are the flange dimensions fixed?
The source lists a 305 mm diameter and 12.7 mm thickness and identifies both as customizable. Final dimensions and hole pattern must be confirmed for the project.
Is the flange plate the complete tank-boundary assembly?
No. The matching flange ring, penetrators, seals and any protective cover are separate parts of the reviewed assembly.
RELATED PRODUCTS
Related Components and Systems
These products serve different roles in the same optical temperature-measurement path.
PRODUCT CONFIGURATION REVIEW
Plan the Right Product Configuration
Tell us how this transformer tank flange plate will be used. INNO can review the measurement point, installation route, channel requirements and system interface against the selected product.
- Measurement target: Oil-immersed transformer tank walls
- Installation method: Install the flange plate with its matching flange ring and fluororubber O-ring arrangement on the reviewed tank-wall interface.
- Product selection: Required penetrator quantity from 1 to 16
- System requirement: Final hole pattern and dimensions
Include the operating temperature range, number of measurement points and required communication or alarm outputs where applicable.
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