InSinkErator F-201R Soft Water Filter Single Unit for Hot Taps

The InSinkErator F-201R Soft Water Filter Single Unit for Hot Taps is a replacement carbon filter cartridge designed specifically for InSinkErator instant hot and hot/cool water taps, improving taste and protecting the hot tank from scale and impurities.

Product Description

This single F-201R filter cartridge fits the InSinkErator under-sink water filtration system used with their steaming hot water taps and stainless steel tanks. It reduces chlorine taste and odour, inhibits limescale formation, and helps remove fine particulates to provide cleaner, fresher-tasting drinking water from the dedicated hot tap.

Key Features

• Hot tap specific: Designed for InSinkErator instant hot and hot/cool dispensers.
• Improved taste: Reduces chlorine taste and odour for fresher, better-tasting water.
• Soft water protection: Helps limit limescale build-up in the hot water tank and tap, maintaining performance.
• Hygienic quick-change: Sanitary twist-off, twist-on cartridge replacement with no contact with the filter media.
• Versatile use: Can also be adapted for fridges, icemakers and other drinking water systems.

Performance & Ratings

• Filter type: Carbon block cartridge providing chemical and mechanical filtration.
• Reduces: Chlorine taste and odour, dirt/rust and fine particulates.
• Filter capacity: Approximately 500 gallons (around 1,900 litres), depending on local water conditions.
• Recommended change interval: Every 6 months or at rated capacity, whichever comes first.
• Flow rate: Up to 0.75 gpm (around 2.8 l/min).

Operating Conditions

• Supply temperature: 1°C to 38°C (cold feed only).
• Operating pressure: 30–125 psi.
• Use with: InSinkErator stainless steel/NeoTank systems delivering near-boiling water.

Dimensions & Compatibility

• Approx. size: 83 mm diameter × 222 mm height (3.25" × 8.75").
• Compatibility: Fits the InSinkErator F-201 filtration system and hot water taps; also suitable for many refrigerators, icemakers and drinking water systems using the same housing.