Catalogue

E3840FXP

The E3840FXP single pan, twin basket programmable electric fryer combines efficiency, convenience, safety and performance to great effect. High efficiency, tri-stack elements reduce energy consumption and allow for instant temperature recovery. The result is an exceptionally high hourly chip output of 58kg per hour (15mm blanched and chilled) from only 20 litres of oil.

A key feature of the Dominator Plus E3840FXP twin basket fryer is the in-built filtration that offers savings in terms of time and money through extended oil life. With high output and fast recovery time, the E3840F ensures that you can cope with the busiest service periods. Chip capacity is 58kg per hour and the pan holds 20 litres of oil.

The Falcon Angel Fryer oil level sensor is a unique safety sensor that prevents fryer fires and flare-ups caused by low or no oil. The sensor monitors oil level in the pan and alerts the operator when oil levels are low. If oil continues to drop to a potentially dangerous level the sensor cuts power to the fryer, with the fryer disabled until oil is replenished. The unit will also be disabled if there is no oil in the pan and the operator tries to switch it on.

This model can have 4 different cooking times programmed, to make life easier for kitchen staff, who just need to press a button and the program starts. This ensures consistency of results, regardless of who's cooking.

The unit is supplied with everything required to fry and filter, including fish grid, 2 baskets, lid, drain bucket, mesh filter and metal strainer. The E3840FXP is supplied on feet as standard. Accessories include castors and sidescreens.

Features

• High performance elements ensure quick heat up and recovery times, while also reducing energy consumption and running costs
• Oil level safety sensor prevents fires and flare-ups, keeping staff, customers and premises safe.
• Automatic two-stage filtration built in increases oil longevity and maintains quality
• Programmable controls add convenience and ensures cooking times and temperatures are adhered to