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Text-free cover illustrating the commercial-kitchen workflow behind “Electron potware comparison: blind is finished, not the pot in the hands of the operator.”
Equipment Comparisons

Electron potware comparison: blind is finished, not the pot in the hands of the operator.

A comparison of the three pots on the electric pottery leads to the conclusion that “the three specific samples are available under this equipment, the place of the furnace and the group of tasks”, and that the three main categories of iron, stainless steel or composite bottom cannot be extracted from the three samples. Because stainless steel and “complex bottom” are not mutually exclusive categories: a stainless steel pot may have multiple or composite bottoms at the same time; the weight, bottom flatty, diameter, thickness, handle and service state also change operational performance.

FengzhidaOctober 17, 202613 min read

A comparison of the three pots on the electric pottery leads to the conclusion that “the three specific samples are available under this equipment, the place of the furnace and the group of tasks”, and that the three main categories of iron, stainless steel or composite bottom cannot be extracted from the three samples. Because stainless steel and “complex bottom” are not mutually exclusive categories: a stainless steel pot may have multiple or composite bottoms at the same time; the weight, bottom flatty, diameter, thickness, handle and service state also change operational performance.

Webstaurant Store's Steam Steak article describes the preheating, grease, flipping and completion steps of the cast iron pan. [1] It is a specific culinary material and is not a comparative test of three boilers on commercial electric pottery, nor is it a substitute for the specifications of boilers and stoves. This paper only uses the term “fixing missions and observing complete processes” as a source of inspiration and does not transpose temperature, time or food safety conclusions.

First, we'll build an ID for each of the three samples.

Each pot uses a separate number, such as P01, P02, P03. Record the manufacturer, complete model, purchase or commissioning time, nominal mass, substrate structure of the pot, bottom diameter, contact face shape, size of the pot and handle, empty pot mass, visible deformation, coating or surface state, clean history and file version. When the material or bottom structure is unknown, it is not based on colour, magnetism or sales popular guess; when key identities cannot be verified, no comparison is entered that requires an explanation of the attribute.

Before any heating, check separately whether the pan file allows for the use of glass ceramics for the heating of the surface, empty boiler preheating and planned temperature ranges, and check the limits of the boiler documentation on the bottom shape, size, mass and equipment. Allowing use is a safe and compatible prefix and the test itself should not be used as a substitute for the manufacturer's restriction of information.

The public product page shows that FZ-TL46 is a two-headed, vertical electric pottery, with a web-page label of 2300 W per head, total power of 4600 W, exterior 400 x 720 x 210 mm; and FZ-TL68 is a six-headed, two-tier layout with a web page of six 288 mm crystal plates, exterior 1010 x 740 x 185 mm. Both are referred to as 380 V, 8-file reconciliation and 60-180°C range. [2] These fields can only define candidate equipment and do not prove that the control display is equal to the internal temperature of the pot or that any of the panware is compatible.

The two devices have to be grouped and the furnace level can't be mixed.

If FZ-TL46 and FZ-TL68 are tested at the same time, two units of equipment shall be established; each of the units shall be individually numbered. The P01 of TL46 number one cannot be mixed with P02 of TL68 number one. Even with different furnaces of the same type, a state check in addition to the space-borne restriction is performed and equipment numbering, furnace level, environment, power supply state, control setting and initial surface conditions are recorded.

A minimum matrix can be: equipment A-Strength A1 test P01, P02, P03; equipment B-Strength B1 additional P01, P02, P03. If other furnaces are to be evaluated, they should be duplicated into separate groups rather than factoring the difference in the temperature into the pot. How many repetitions, how many fluctuations are allowed and when to stop per combination are determined by the project prior to testing; this paper does not make up the sample volume.

Randomly cross-order and restore the start condition

The order of the boilers cannot always be P01, P02, P03, otherwise the remaining heat of the stove, the operator's skill or the batch of the raw materials will overlap with the pot number. A balanced cross-order can be used, such as the first P01-P02-P03, the second P02-P03-P01, the third P03-P01-P02; this is only an example of scheduling, not a guarantee of statistical sufficiency.

Restoring the initial conditions under the pre-programming programme before each start: the level surface of the furnace has reached the required state of safety and cleanliness; the pot has completed the required cleaning, drying and cooling; the quality, geometry, start-up status and batch information of the raw material is comparable; control setting, timing starting point, flipping tools and operating steps are fixed. The recovery cannot be based solely on “touching unheated” and the project approval methods and instruments should be used. If the initial condition is not restored, the wheel mark is biased and not quietly incorporated into the eligible result.

Preheat is only recorded, not a single one.

The preheating stage records the control slot or setting, start time, point, instrument number, time to reach the preset starting point, local differences and anomalies. Measurement methods must be suitable for measured surfaces and carried out according to instrumentation and safety protocols. The electric pottery shows that temperatures, glass surface measurements and food temperature in the pot are different and cannot be substituted for one another.

If the boiler document prohibits long-term heating of the empty pan, the task is designed according to its limitations; the combination is immediately terminated when the bottom of the pan is unstable, it is clearly deformed, it smells abnormally, it is surface damage, control alarm or other cessation conditions are present. The test objective was to screen the available combinations, not to push the pot to failure.

It's a public record of operational experience.

Operators can see the weight, handle, edge and surface of the pot, and it is impossible to really know which pot is used. Therefore, the operational evaluation does not make false blinding. The operator ' s real name records stability, handle grabs, movement movements, flipping space, boiler slides, dumping control, cleaning difficulties and anomalies, with an indication of the equipment, the place of the furnace, the sequence and the rotation.

The finished product can be judged blindly by persons not involved in the operation. The sample is changed by an independent person to a random 3-code to hide the pot number and order; the evaluation form only appears in code and is rated according to pre-defined appearance, homogeneity, taste or task-specific attributes. In the case of trial food, it must first be released by the person responsible for the food, in accordance with the project procedures, and the blind code cannot circumvent the requirements of allergies, cortex, temperature and sample.

A hypothetical record is that the second sequence of A1-places is P02, P03, P01, with the operator reporting a greater burden of handles when P03 is transferred, and that the balance of the finished blind rating code 417 is more dispersed. The decodering of the first two records is independent of each other and, once decoded, it can only be said that the two observations were made at the same time for the wheel P03, which does not make it possible to declare that “a certain material is necessarily heavier and less finished”.

Continuous turnover counts cleaning and cooling as tasks

The use of the restaurant ends not at once. The natural time and personnel input are recorded separately for each round from the pick-up, preheating, making, boiler-out, cleaning, inspection, cooling and re-use of the full count. Residues may have a greater impact on turnover than single warming if they are not cleared, boiler bottom water is attached, the next set of starting conditions are difficult to recover, the risk of glass cuts or the lack of safe storage of the equipment.

Cleaning agents, scraping gear and cooling methods follow the boilers, stoves and project hygiene system, respectively; the description is stopped and verified with the responsible party. The combination of failed and stopped combinations could not be kept in the report to show only the fastest round of completion.

The score sheet will be locked, then the results.

Freezing process and finished form, respectively, before testing begins. Process sheet records can observe facts, such as the number of slips, the need for secondary grabs, the interruption of dumping, unusual alarms, actual cleaning steps and re-use points; subjective burdens can be defined in advance, but with a description of specific actions. The properties, sequences, scales and missing processes of the finished list are also fixed before being decoded, and it is not possible to see the ad hoc addition of a positive indicator after the performance of a particular pot.

A number of reviewers first use a scale of understanding of a practice that is not a formal sample to record differences rather than to insist on consistency. The evaluation does not discuss the identity of the pot and the sample code is kept by an independent person. It cannot be claimed that complete blindness can still be claimed if there is a clear appearance of a production discrepancy and if there is a risk of damage to the documented blind law.

The aggregations show single-wheel data, overlaps and deviations, not only for the overall average. If a combination is successful twice and triggers a cessation condition once, the cessation event should be singled out; security-related anomalies cannot be diluted on average. Reasons for missing results, such as unfree food, non-rehabilitation of start-up conditions or alarm of equipment, are given instead of filling the missing in to zero points.

Replacement of boilers or re-defined tasks

The same brand and series, but different in diameter, bottom, handle or wear, remain new samples. The results of the frying mission also do not automatically apply to stewing, continuous refilling or prolonged temperature maintenance. When equipment software, controls, power supply, furnace level or operating tools change, the original conclusion is only a clue and cannot be directly followed.

Candidates can be screened at the procurement stage on a test basis, but the bulk arrival also requires a check of the model and critical dimensions and a test check for consistency with the test sample. The combination shall be suspended and reassessed in the event of a pot bottom deformation, glass surface damage, heating anomaly or operational action change in use. Thus, the blind code comparison service is a retroactive combination management rather than a permanent “best material” label.

The conclusion is a combination, not a material champion.

The results tables are listed by equipment—place—pot—task: identification status, preheating process, operating records, results of blind-coded products, clean cooling, anomalies, deviations and duplications. Ultimately, it is written that “P02 enters the next round of validation at the A1 stage of Device A, current mission and starting conditions” and that “best composite bottom” or “stainless steel” are suitable for electric pottery.

If the order of the different rotations changes repeatedly, the remaining heat, raw materials, operators, measurements and furnaces are first checked, rather than the compulsory championships. If the document is compatible, food release or safety is not closed, the conclusion is “no test” or “no release for the time being”. This boundary is more of a procurement value than a seemingly accurate but irrecoverable sum.

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