RF Capacitance Level Transmitter

Name: TYCK LC220 RF Capacitance Level Transmitter
Brand: TYCK
SKU: LC220-CONFIG

TYCK LC220 RF Capacitance Level Transmitter

TYCK OCEAN series · Configurable industrial instrument

SKU

Model Selection

44 configurations

Select a SKU to review its name and image. Technical values are released only after engineering verifies the controlled source.

Selected Model

LC220 Configurable VersionLC220-CONFIG

Specifications

Held for engineering verification. Submit the application conditions to receive the controlled values.

Consult Selected SKU

Product Overview

Product Description

The TYCK LC220 is an RF-capacitance platform for continuous level applications with defined dielectric behavior and probe installation.

Typical application contexts include Industrial liquid level, Bulk-solid level with application review, Angled-probe installations as a configured SKU. Final suitability depends on the actual medium, operating envelope, installation and selected SKU.

Selection focus

Dielectric behavior and conductivity
Probe and insulation construction
Grounding and vessel geometry
Buildup, cleaning and calibration

Limitations

Recipe or dielectric changes can affect calibration.
APT920 is treated as a configuration unless platform evidence proves otherwise.

Final dimensions, ratings, materials, output, certification and supply scope are configured for the application and confirmed in the quotation.

PRODUCT DATA

Technical Facts

Use these comparable fields to shortlist the product. The selected SKU, controlled datasheet and TYCK quotation confirm the ordered range, accuracy, materials, connection and output.

Engineering verification in progress

Numeric performance and configuration values are held in the internal product record until TYCK engineering verifies the source and approves this product. Send the application conditions to receive a controlled selection and quotation.

SKU Matrix

Available Models

44 configurations. Each SKU has an independent parameter set in the CMS; values are published only after technical verification.

SKU Code	Model	Specifications	Unit
`LC220-CONFIG`	LC220 Configurable Version	Held for engineering verification	—
`APT910-103-01`	Standard thread M20*1.5	Held for engineering verification	piece
`APT910-103-02`	Standard Thread G1	Held for engineering verification	Piece
`APT910-103-03`	Standard Thread G1/2	Held for engineering verification	Piece
`APT910-103-04`	Standard Thread G3/4	Held for engineering verification	Piece
`APT910-103-05`	Standard High Temperature G20*1.5	Held for engineering verification	Piece
`APT910-103-06`	Standard High Temperature G1	Held for engineering verification	Piece
`APT910-103-07`	Standard High Temperature G1/2	Held for engineering verification	Piece
`APT910-103-08`	Standard High Temperature G3/4	Held for engineering verification	pc
`APT910-103-09`	High Temperature and High Pressure M20*1.5	Held for engineering verification	Piece
`APT910-103-10`	High Temperature and High Pressure G1	Held for engineering verification	Piece
`APT910-103-11`	High Temperature & High Pressure G1/2	Held for engineering verification	Piece
`APT910-103-12`	High Temperature and High Pressure G3/4	Held for engineering verification	Piece
`APT910-104-01`	DN20-DN40	Held for engineering verification	pc
`APT910-104-02`	DN50	Held for engineering verification	Piece
`APT910-104-03`	DN80	Held for engineering verification	Piece
`APT910-104-04`	DN100	Held for engineering verification	piece
`APT910-105-01`	Φ40	Held for engineering verification	pc
`APT910-105-02`	Φ50.5	Held for engineering verification	pcs
`APT910-105-03`	Φ64	Held for engineering verification	pc
`APT910-106-01`	Standard thread M20*1.5	Held for engineering verification	pc
`APT910-106-02`	Standard Thread G1	Held for engineering verification	Piece
`APT910-106-03`	Standard Thread G1/2	Held for engineering verification	Piece
`APT910-106-04`	Standard Thread G3/4	Held for engineering verification	Piece
`APT910-106-05`	Cable Type m20*1.5	Held for engineering verification	pc
`APT910-106-06`	Cable Type g1	Held for engineering verification	Piece
`APT910-106-07`	Cable Type g1/2	Held for engineering verification	Piece
`APT910-106-08`	Cable Type G3/4	Held for engineering verification	Piece
`APT910-106-09`	Steel Cable + Flange DN20-40	Held for engineering verification	Piece
`APT910-106-10`	Steel Cable + Flange DN50	Held for engineering verification	Piece
`APT910-106-11`	Steel Cable + Flange DN80	Held for engineering verification	Piece
`APT910-106-12`	Steel Cable + Flange DN100	Held for engineering verification	pc
`APT910-106-13`	Cable High Temperature + Flange DN20-40	Held for engineering verification	Piece
`APT910-106-14`	Steel Cable High Temperature + Flange DN50	Held for engineering verification	pc
`APT910-106-15`	Steel Cable High Temperature + Flange DN80	Held for engineering verification	pc
`APT910-106-16`	Steel Cable High Temperature + Flange DN100	Held for engineering verification	Piece
`APT910-107-01`	Standard Thread M20*1.5	Held for engineering verification	Piece
`APT910-107-02`	Standard Thread G1	Held for engineering verification	Piece
`APT910-107-03`	Standard Thread G1/2	Held for engineering verification	pc
`APT910-107-04`	Standard Thread G3/4	Held for engineering verification	Piece
`APT910-107-05`	High Temperature Type m20*1.5	Held for engineering verification	pc(s)
`APT910-107-06`	High Temperature Type G1	Held for engineering verification	Piece
`APT910-107-07`	High Temperature Type G1/2	Held for engineering verification	Piece
`APT910-107-08`	High Temperature Type G3/4	Held for engineering verification	Piece

APPLICATION REVIEW

Selection inputs and installation checks

These checklists identify the information still required; they do not add unverified performance claims to this product.

Provide dielectric behavior and conductivity, probe and insulation construction, grounding and vessel geometry, buildup, cleaning and calibration for technical review.

Selection inputs to send

Measurement taskState continuous level, interface or high/low point detection and the required measuring range.
Medium behaviorIdentify liquid or bulk solid, density and dielectric or conductivity data where known, plus foam, dust, coating or agitation.
Vessel and mountingProvide vessel dimensions, nozzle size and position, internals, fill and discharge points, and available mounting.
Operating envelopeGive normal, minimum, maximum and upset pressure and temperature, including vapor or condensation.
Electrical and project scopeConfirm power, output, communication, area classification, required documents, quantity and destination.

Installation review before order

Confirm the nozzle, sensing path and measurement reference against the vessel drawing.
Check that internals, filling streams, agitators and expected buildup do not conflict with the proposed mounting.
Verify wetted materials, seals and process connection against the actual medium and cleaning method.
Review enclosure location, cable route, power, grounding and output wiring.
Use the selected model installation manual and approved project drawing before installation or commissioning.

Confirmation boundary: final model, materials, ratings, connection and supply scope must come from the selected SKU, controlled documentation and formal quotation.

Send This Selection Brief

RELATED PATHS

Solutions and technical resources

Use these internal guides to describe the application before requesting a specific configuration.

Solutions

Resources

FAQ

Frequently Asked Questions

These answers support initial selection. Confirm final performance against the selected SKU and technical documents.

What is the primary selection focus for TYCK LC220?

Confirm dielectric behavior and conductivity, probe and insulation construction, grounding and vessel geometry before choosing a configuration.

Where is TYCK LC220 typically considered?

Initial application contexts include Industrial liquid level, Bulk-solid level with application review, Angled-probe installations as a configured SKU; final suitability still requires project data.

Can the final LC220 specification be confirmed from this page?

No. Ratings, materials, connections, output and approvals must be confirmed against the selected SKU and controlled technical documents.