Honeywell 04973-X01-333-20-00-000-000 Conductivity Cell
June 01, 2026

Honeywell 04973-X01-333-20-00-000-000 Conductivity Cell

Product Overview The 04973-X01-333-20-00-000-000 is a rugged, high-temperature conductivity cell designed for accurate and reliable measurement in demanding industrial environments. It is commonly used with Honeywell APT2000/4000CC and UDA2182 analyzers.

Description

Model Number Explanation (04973-X01-333-20-00-000-000)

04973: Series identifier (conductivity cell)

X01: Cell constant = 0.1 cm⁻¹ (for low conductivity / high purity water)

333: Integrated ATC (Automatic Temperature Compensation); compatible with APT2000/4000CC & UDA2182

20: Cable length = 20 ft (6.10 m)

00: No CIP sanitary fittings

000: No special tagging

000: No certificates / extras

Technical Specifications

Cell Constant: 0.1 cm⁻¹

Measuring Range: Typically 0.05–200 µS/cm (ultra-pure / deionized water)

Max Temperature: 140°C

Max Pressure: 250 psig (≈17 bar)

Temperature Compensation: Integrated ATC (Pt1000)

Process Connection: 3/4" NPT external thread

Mounting: In-line / insertion (flow or submersion)

Cable: 20 ft (6.1 m) integral lead

Material: Epoxy body, stainless steel electrodes

Weight: ~0.5 kg

Key Features

High temperature & pressure rated: For sterilization and CIP processes

Integrated ATC: Maintains accuracy across varying fluid temperatures

Low cell constant: Optimized for high-purity water and low-conductivity fluids

Robust construction: Epoxy housing resists chemicals and mechanical stress

Easy installation: 3/4" NPT fits standard process piping

Applications

Power: Boiler feedwater, condensate, pure water loops

Pharmaceuticals: WFI (Water for Injection), purified water

Semiconductors: Ultra-pure water (UPW) monitoring

Food & Beverage: CIP/SIP rinse water, product conductivity

Chemical: Ion exchange, distillation, and wastewater monitoring

Compatibility

Analyzers: Honeywell UDA2182, APT2000CC, APT4000CC, 9782C, 7082

Replacement: Direct replacement for other 04973 series cells with same constant


Get a Quote