Weiler 1109 Grinder

• Size reduction of various food products, including meat, poultry, and pet food.
• Processing of by-products and waste materials in the food industry.
• Preparation of ingredients for further processing, such as sausage production or rendering.
• Grinding of other soft to medium-hard materials in industrial settings.

Grinding Head Diameter

This unit features an 11-inch grinding head, which is typical for medium to high-capacity industrial grinders.

Construction Material

The stainless steel worm indicates food-grade construction, commonly found in units designed for hygiene-critical applications.

Motor Power

A 75 kW motor is a substantial power rating for this class of grinder, suggesting high throughput capabilities.

Typical Throughput

For a grinder of this size and power, throughput can typically range from 2,000 kg/hour to over 5,000 kg/hour, depending on the product and plate size.

Power Supply

Units with 75 kW motors commonly require a 400V, 3-phase industrial power supply.

Footprint

Industrial grinders of this capacity typically have a footprint requiring dedicated floor space, often around 1.5m x 1m, plus access for loading and unloading.

Suitable Feed Sizes

This type of grinder is generally suitable for pre-cut blocks or bulk material, often up to 200mm in dimension, depending on the hopper design.

• What kind of products can this Weiler 1109 Grinder process?

  This grinder is primarily designed for processing food products such as fresh and frozen meat, poultry, fish, and pet food ingredients. Its robust design also allows for grinding of other soft to medium-hard industrial materials.

• What are the typical maintenance requirements for a grinder of this type?

• Is this unit suitable for continuous operation?

• What safety features are commonly found on these industrial grinders?

• Can the fineness of the grind be adjusted?

Environmental sensors are valued for their precision and reliability across laboratory and pharmaceutical applications. Buyers typically prioritize calibration history and documentation when purchasing used units. These instruments generally offer consistent performance across temperature, humidity and air quality monitoring. Key considerations include sensor accuracy specifications, maintenance records, and compatibility with existing laboratory management systems. Well-maintained units provide dependable long-term operation, making them cost-effective alternatives to new equipment for facilities requiring consistent environmental monitoring.

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