Liquid Turbine Flow Meter with configuration-specific range, connection, material and output options
SKU
Selecting a SKU updates the product image and specifications.
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T210-204-01Product Overview
TYCK FLOW T210 Liquid Turbine Flow Meter is a configurable liquid Turbine Flow Meter for industrial flow measurement where the selected measuring principle is suitable. Measuring range, process connection, wetted materials, output, environmental limits and approvals depend on the selected configuration and must be confirmed in the TYCK quotation and order documents.
Engineering focus: For the T210 turbine meter, provide liquid viscosity and cleanliness, flow envelope, meter bore, bearing arrangement, straight-run conditions and required pulse or analogue output.
This page separates the product identity from order-specific performance claims. Use the published SKU matrix as a starting point, then provide the operating data listed below. Values that are absent from the current technical record are treated as pending confirmation rather than inferred from another manufacturer.
TYCK and the model designation identify this product only. References used for information architecture or terminology do not imply manufacture by, affiliation with, or performance equivalence to any third-party brand.
Technical Data
EVIDENCE-SAFE SUMMARY
Only catalogue identity and published configuration status are asserted here; order-specific values require matching technical documents.
APPLICATION REVIEW
RFQ INPUTS
Send these operating details with the product ID and selected SKU so the quotation can be checked against the application.
CONFIGURATION IDENTITY
The base model identifies the published product family. An order code identifies a listed SKU only; it does not prove unlisted options, approvals or performance. Confirm the selected code against the quotation and controlled technical documents.
T210T210-204-01T210-204-02Only the values printed beside a published SKU are represented here. Blank or unlisted combinations must be confirmed rather than inferred.
FIELD VERIFICATION
This is a pre-commissioning verification checklist, not a substitute for the configuration-specific manual, drawing, certificate or site procedure. Stop and obtain the matching controlled document if any item is unclear or inconsistent.
PUBLISHED SKU DIFFERENCES
This comparison uses only the normalized SKU fields already published on this page. It is a shortlist aid, not an authorization to combine options or a replacement for the final order review.
| SKU Code | Model | Published difference points | Unit |
|---|---|---|---|
T210-204-01 | Non-indicating Version |
| Piece |
T210-204-02 | Display Version |
| Piece |
DOCUMENT CONTROL
Model codes, datasheets, manuals, certificates and dimensional or wiring files must match the final configuration and revision. This page does not infer missing documents from similar products.
Request configuration-specific documents View company certifications
Check certification documents against the exact listed model and configuration: Ex · SIL · CE / EMC ·
SKU Matrix
2 configurations
| SKU Code | Model | Specifications | Unit |
|---|---|---|---|
T210-204-01 | Non-indicating Version |
| Piece |
T210-204-02 | Display Version |
| Piece |
FAQ
These answers support initial selection. Confirm final performance against the selected SKU and technical documents.
Provide the medium, operating and design conditions, measuring range, process connection, wetted materials, output, power supply, installation constraints, required approvals and quantity. TYCK can then match these inputs to a published SKU or flag a custom requirement. A model-family name alone is not sufficient to confirm performance or compatibility.
No. The page describes the product family and lists currently published SKU data. Range, accuracy, temperature limits, materials, enclosure and certificates can vary by option. The quotation, order code and referenced datasheet for the selected configuration are the controlling documents. Any missing value should be confirmed before design approval or purchase.
Describe normal, minimum and maximum operating conditions as well as startup, cleaning and upset states. Include the medium properties, mechanical installation, electrical interface and any hazardous-area or hygiene requirement. This lets the technical review identify unsuitable conditions and prevents assumptions based on a visually similar third-party product.
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