Comparison Esperanza Pineapple vs Esperanza Lemon
Add to comparison |  |  |
|---|---|---|
| Esperanza Pineapple | Esperanza Lemon | |
from $29.33 | from $9.84 up to $13.68 | |
| User reviews | ||
| TOP sellers | ||
| Type of scales | kitchen | kitchen |
| Mechanism | electronic | electronic |
| Maximum weight measurement | 5 kg | 5 kg |
| Division price | 1 g | 1 g |
| Units of measurement | g / kg / pounds / ounces / ml | g / kg / pounds / ounces |
Features | ||
| Functions | tarocompensation automatic shutdown | tarocompensation automatic shutdown |
General | ||
| Platform material | metal | glass |
| Power source | 1xCR2032 | |
| Color | ||
| Added to E-Catalog | august 2016 | may 2016 |
Compare Esperanza Pineapple and Lemon
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Glossary
Units of measurement
Scales are capable of tracking in various units of measurement, allowing measurements by both mass and volume. Among the most common units of measurement, we highlight the following:
— Grams (g) — a unit of weight measurement belonging to the metric system. Grams are used in tabletop kitchen scales.
— Kilograms (kg) — a unit of weight measurement belonging to the metric system. Kilograms are used in floor weighing equipment.
— Pounds (lb:oz) — a common unit of weight measurement used in some European countries and in the USA. 1 pound is equivalent to 0.45 kilograms.
— Milliliters (ml) — a unit of volume measurement belonging to the metric system. Some scales models are capable of determining the volume of milk and water based on mass.
— Fluid ounces (fl’oz) — a unit of volume measurement used in English-speaking countries. 1 US fluid ounce is equivalent to 30 ml.
— Stones (st) — a British unit of weight measurement. Stones are used to track body weight, and this measurement system is found in floor household and specialized diagnostic scales. 1 stone is equivalent to 6.35 kilograms.
— Grams (g) — a unit of weight measurement belonging to the metric system. Grams are used in tabletop kitchen scales.
— Kilograms (kg) — a unit of weight measurement belonging to the metric system. Kilograms are used in floor weighing equipment.
— Pounds (lb:oz) — a common unit of weight measurement used in some European countries and in the USA. 1 pound is equivalent to 0.45 kilograms.
— Milliliters (ml) — a unit of volume measurement belonging to the metric system. Some scales models are capable of determining the volume of milk and water based on mass.
— Fluid ounces (fl’oz) — a unit of volume measurement used in English-speaking countries. 1 US fluid ounce is equivalent to 30 ml.
— Stones (st) — a British unit of weight measurement. Stones are used to track body weight, and this measurement system is found in floor household and specialized diagnostic scales. 1 stone is equivalent to 6.35 kilograms.
Platform material
The material of the platform shows what the working surface of the kitchen scales is made of, where products, dishes, or the included bowl are placed. It affects the appearance, durability, moisture resistance, ease of cleaning, and how neatly the scales maintain their look with frequent use.
— Plastic. A plastic platform makes kitchen scales lightweight, inexpensive, and practical for everyday use. This material isn't afraid of common kitchen tasks, but over time it can get scratched, dull, or absorb stains from dyes and grease.
— Glass. Tempered glass gives the scales a neat appearance and is easy to clean after flour, sugar, water, or juice. Compared to plastic, this surface looks more modern and hygienic, but requires caution against bumps and falls.
— Metal. A stainless steel surface is more often found in practical kitchen scales designed for frequent use. It is resistant to odors, stains, and moisture, making it well-suited for working with meat, fish, dough, or liquid ingredients.
— Wood. A wooden working surface is less common and more design-oriented than maximally practical. It looks good in kitchens with natural materials but requires more careful maintenance and does not like prolonged contact with water.
— Plastic. A plastic platform makes kitchen scales lightweight, inexpensive, and practical for everyday use. This material isn't afraid of common kitchen tasks, but over time it can get scratched, dull, or absorb stains from dyes and grease.
— Glass. Tempered glass gives the scales a neat appearance and is easy to clean after flour, sugar, water, or juice. Compared to plastic, this surface looks more modern and hygienic, but requires caution against bumps and falls.
— Metal. A stainless steel surface is more often found in practical kitchen scales designed for frequent use. It is resistant to odors, stains, and moisture, making it well-suited for working with meat, fish, dough, or liquid ingredients.
— Wood. A wooden working surface is less common and more design-oriented than maximally practical. It looks good in kitchens with natural materials but requires more careful maintenance and does not like prolonged contact with water.
Power source
The vast majority of electronic scales are powered by battery packs. However, some models may have a built-in rechargeable battery, which eliminates the need for constant replacement. Just remember to recharge the scales.
Scales powered by batteries can use different types of power cells:
— AA – the format of classic "finger" batteries;
— AAA – "micro finger" batteries;
— CR2032 – so-called "coin" batteries. Many PC users are familiar with this format. "Coins" are used to power the BIOS memory in motherboards.
In addition to the battery type, it is also important to consider their quantity in the battery compartment.
Scales powered by batteries can use different types of power cells:
— AA – the format of classic "finger" batteries;
— AAA – "micro finger" batteries;
— CR2032 – so-called "coin" batteries. Many PC users are familiar with this format. "Coins" are used to power the BIOS memory in motherboards.
In addition to the battery type, it is also important to consider their quantity in the battery compartment.