Product Overview

FDX Magnetic Float Level Switch - FD7DHQ7S64 - FDX1001C-ADAAB5012DMAS44 is a FINETEK FDX Magnetic Float Level Switch configuration identified in the catalog by FD7DHQ7S64 and order code FDX1001C - ADAAB5012DMAS44. The source documentation describes the operating method, product configuration options and technical limits for the family. This page content is therefore centered on the actual FD7DHQ7S64 identity rather than a generic description of the FINETEK range.

Buoyancy- and magnetism-based point level detection in which a magnet inside the float actuates reed switches positioned along the stem. The listed design is intended to provide a usable process signal for integration into plant instrumentation, control, monitoring or protection systems, depending on the selected configuration.

Technical Capabilities

The supplied FineTek source material reports the following technical values for this family. Where the manufacturer shows more than one value because the range depends on model, construction, output or installation option, the complete range is retained rather than assigning one value to every variant.

• Stem materials: Stainless steel or engineering plastic
• Float materials: Model-dependent; includes SUS, PVDF and PP options
• Switching capacity: Up to 50 W on listed SPST configurations
• Voltage examples: Up to 300 VAC / 350 VDC; some configurations rated to 1000 VDC
• Maximum current examples: 0.5 A to 2.5 A depending on switch configuration
• Operating temperature: Up to approximately -20 to 120 °C depending on configuration
• Switch forms: SPST / SPDT
• Switch points: Single or multiple reed-switch positions

Design and Features

The FDX Magnetic Float Level Switch family is built around the operating principle above and the configuration options documented by FINETEK. The main characteristics relevant to selection are summarized below.

• Top-mounted construction
• Multiple switch points from one tank entry
• Permanent magnet and reed-switch operation
• Stainless and engineering-plastic stem options
• On/off output for level control

Applications

FINETEK identifies this family for applications such as those listed below. These are application areas supported by the manufacturer's published product information and are not intended as a substitute for application-specific engineering review.

• Water and wastewater
• Storage tanks
• Chemical liquids
• Pump control
• Industrial process vessels

Configuration and Selection

The product name, model identifier and order-code string should be checked together when selecting a specific item. Family-level values can be shared across configurations only where the source indicates that they are common; model-dependent values should be read from the corresponding configuration before purchase or installation. For this Excel row, the catalog identity is FDX Magnetic Float Level Switch - FD7DHQ7S64 - FDX1001C-ADAAB5012DMAS44 with order code FDX1001C - ADAAB5012DMAS44.

This content is written from the manufacturer information associated with the cited FINETEK family source and does not add unsupported operating values or unrelated product specifications.

Technical Highlights

The FDX Magnetic Float Level Switch - FD7DHQ7S64 - FDX1001C-ADAAB5012DMAS44 configuration is identified by its complete product name, model and order code. The source-aligned values below are included to make selection, specification review and system integration easier.

• Stem materials: Stainless steel or engineering plastic
• Float materials: Model-dependent; includes SUS, PVDF and PP options
• Switching capacity: Up to 50 W on listed SPST configurations
• Voltage examples: Up to 300 VAC / 350 VDC; some configurations rated to 1000 VDC
• Maximum current examples: 0.5 A to 2.5 A depending on switch configuration
• Operating temperature: Up to approximately -20 to 120 °C depending on configuration
• Switch points: Single or multiple reed-switch positions
• Switch forms: SPST / SPDT

Product Identification

Model: FD7DHQ7S64. Order code: FDX1001C-ADAAB5012DMAS44. The complete configuration should be matched to the required process conditions, installation arrangement and connected instrumentation.