1. The Broken Laws of Geometry (Gas Fryer Capacities)
The dimensions and capacities for the gas models are completely inverted:
The Problem: Model JBT-40 and Model JBT-60 share the exact same physical dimensions ($430 \times 785 \times 1120\text{ mm}$). However, JBT-40 holds 80L of oil, while JBT-60 somehow holds 120L. You cannot fit an extra 40 liters of liquid into the exact same physical shell.
The Inversion: It gets weirder. Model JBT-15/2 is a massive unit—almost double the width and depth ($810 \times 845 \times 1155\text{ mm}$)—yet its total capacity is listed as only 50L ($25\text{L} + 25\text{L}$). Meanwhile, the tiny $430\text{ mm}$ wide model (JBT-17/2) is claiming to hold 120L ($60\text{L} + 60\text{L}$).
The Fix: Re-verify the oil capacities from the factory manual. A $430\text{ mm}$ wide single floor fryer typically holds about $25\text{L}$ to $30\text{L}$ of oil. The $810\text{ mm}$ wide double fryer is the one that should have the $120\text{L}$ (or $60\text{L} + 60\text{L}$) capacity.
2. Impossibly High Wattage on 220V
The Problem: For the electric models ZR-A1, ZR-A2, ZR-B1, and ZR-B2, the sheet lists a voltage of 220V with power options of 9/12/18KW.
The Electrical Reality: Running an $18\text{ kW}$ heating element on standard single-phase $220\text{V}$ power would draw over 81 Amps. No standard commercial kitchen outlet supports that. Commercial equipment drawing 9kW to 18kW almost universally requires 380V Three-Phase power to operate safely without melting wires.
The Fix: Change the voltage for the 9kW to 18kW models to 380V (just like you correctly did for the ZR-A3 model).
3. Missing Data on the Electric Table
The Problem: While the gas table lists oil capacity, the Electric Fryer Parameters table completely leaves out the capacity column.
The Fix: Add a "Capacity (L)" column to the electric table so buyers know how much oil the single-tank vs. double-tank variations actually hold.
4. Tight Packaging & Missing Sizes
The Problem: The "Single Package Size" at the top is listed as 43 × 79 × 112 cm. This matches the physical machine size ( \times 785 \times 1120\text{ mm}) exactly to the millimeter. This means your box has zero thickness and leaves no room for foam padding, protective wrapping, or a shipping pallet. Furthermore, your larger models (like the ZR-A3, which is \text{ cm} wide) will not physically fit into this package size.
The Fix: Move the packaging dimensions out of the generic top sidebar and place a "Packing Size" column directly into the individual model tables, making sure to add roughly \text{ to }10\text{ cm} to the machine's dimensions to account for actual shipping crates.
