What is the primary benefit of using an automatic cold water meter in dough production?

The primary benefit is consistent dough quality due to precise and repeatable water dosing, which eliminates manual measurement errors and improves efficiency.

Can this type of meter be used with warm water?

This unit is specified as a 'cold water meter'. While some meters can handle a range of temperatures, buyers should confirm with the seller if warm water application is intended, as seals and components may differ.

Is installation complex for a unit like this?

Installation typically involves plumbing into the existing water supply line and connecting to a single-phase electrical outlet. Professional installation is recommended to ensure correct calibration and integration.

What maintenance is typically required for a cold water meter?

Routine maintenance commonly involves periodic calibration checks to maintain accuracy and ensuring the unit remains clean, especially in food-grade applications. Seals and filters may require occasional inspection or replacement.

How does this meter integrate with a dough mixer?

It typically integrates by being plumbed to supply water directly into the mixer bowl. Some units may have electrical signals to communicate with a mixer's control system for automated operation.

Used Cold Water Meter - Dough Mixers, photo 1

Used Cold Water Meter - Dough Mixers, photo 2

used Equipment

Available

Verified seller

Brook - Cold Water Meter

Name: Cold Water Meter
Brand: Brook
SKU: 1162
Availability: InStock

Price: Contact seller for price

A heavy-duty cold water meter for the automatic and consistent dosing of cold water into the mixing bowl.

Features:

-All stainless steel

-Single phase

Pennsylvania, United States

8,795 km away

Stock Number

1162

Machinery Masters View

Typical context for this category of equipment. Always confirm specifics with the seller.

Used in bakeries for precise water addition to dough mixers.
Applicable in food processing for controlled liquid ingredient dosing.
Suitable for industrial applications requiring accurate cold water measurement.
Utilised in chemical mixing processes where consistent water volumes are critical.

Typical flow rate: Cold water meters for this application typically handle flow rates suitable for industrial mixing, often ranging from 10 to 100 litres per minute.
Material construction: Units of this type are commonly constructed from stainless steel for hygiene and durability, particularly in food processing environments.
Power supply: This unit is specified as single phase; cold water meters commonly operate on standard single-phase electrical supplies (e.g., 230V, 50Hz in the UK).
Accuracy: Industrial cold water meters typically offer high accuracy for consistent dosing, often within a +/- 1-2% tolerance.
Connectivity: Commonly features standard industrial pipe connections, with sizes varying based on required flow and system integration.
Control interface: Often includes a digital display and simple controls for setting desired water volumes, sometimes with integration capabilities for automated systems.

The primary benefit is consistent dough quality due to precise and repeatable water dosing, which eliminates manual measurement errors and improves efficiency.

Dough mixers hold strong reputation within bakery operations for reliable performance and durability. Buyers typically value machines offering consistent mixing quality and straightforward maintenance. When purchasing used equipment, industry attention focuses on bowl condition, motor functionality, and mixing arm integrity. Common strengths include longevity when properly serviced and adaptability across various dough types and volumes. Established brands tend to command preference due to parts availability and established service networks across UK suppliers.

General overview for this equipment type

Machinery Masters Intelligence. General guidance for this category of equipment only, not a substitute for the seller's exact specifications. Always confirm details with the seller.