Key Features:
High-Output Swing-Up Heating Elements — features robust electric elements that deliver direct, efficient heat transfer to the oil, ensuring ultra-fast temperature recovery during frozen product drops. The elements swing upward for easy pot cleaning.
Open-Pot Design with Deep Cold Zone — engineered with a forward-sloping bottom that creates a large "cold zone" underneath the heating elements, trapping sediment and food crumbs to prevent carbonization and extend oil life.
Advanced Digital Controller (SD / Electronic) — equipped with a precise solid-state control panel featuring programmable timers, melt-cycle modes, and boil-out functions for effortless, repeatable cooking results.
Precision Center-Line Temperature Sensor — utilizes a highly sensitive thermostat located in the center of the frypot to monitor oil temperature within $1^\circ\text{F}$ ($0.5^\circ\text{C}$), ensuring perfect doneness and preventing oil scorching.
Automatic Melt Cycle & Boil-Out Modes — safely melts solid shortening or liquid oil gradually during startup, protecting the elements and preventing oil degradation.
Heavy-Duty Filtration Compatibility — designed to integrate seamlessly into modular kitchen batteries with under-fryer oil filtration systems, encouraging frequent oil filtering with minimal downtime.
Rugged Stainless Steel Frypot & Cabinet — constructed with premium-grade stainless steel for the frypot, door, and outer cabinet to resist corrosion and withstand high-stress commercial kitchen environments.
Specifications:
Energy Source: 100% Electric
Oil Capacity: 45 - 50 lb (22 - 25 Liters) per single frypot
Electrical Requirements: 208V / 3Ø / 40A or 240V / 3Ø / 35A or 380V-415V / 3Ø / 22A (Approx. 14kW - 14.4kW high-power heating matrix)
Dimensions: 15.6"W × 31.6"D × 41.4"H (397 × 803 × 1052 mm) (Standard single-pot floor footprint)
Weight: Approx. 150 lb (68 kg) shipping weight
Ideal for: High-volume quick-service restaurants (QSRs), busy casual dining spots, institutional cafeterias, and fried chicken concepts requiring precise temperature control, maximum uptime, and efficient footprint optimization.

