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Comparison Intertool Storm WT-9366 vs Intertool Storm WT-0366

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Intertool Storm WT-9366
Intertool Storm WT-0366
Intertool Storm WT-9366Intertool Storm WT-0366
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Typeangle grinderangle grinder
Power sourcebatterybattery
Specs
Rotation speed10000 rpm10000 rpm
Max. disc diameter125 mm125 mm
Cutting depth30 mm
Protective functions
Soft start
Electronic motor protection
Additional features
Features
brushless motor
brushless motor
In box
3-position handle
without charger
3-position handle
charger WT-0345
case (bag)
Battery
Battery in setis absent1
Battery platformIntertool STORM 20 V
Battery voltage20 В20 В
Battery capacity4 Ah
Battery typeWT-0341
Compatible batteriesWT-0340, WT-0341WT-0340, WT-0341
Charging time60 min
General
Weight2 kg
Added to E-Catalogoctober 2024june 2021
Compare Intertool Storm WT-9366 and Storm WT-0366
Intertool Storm WT-9366 often compared
Intertool Storm WT-0366 often compared
Glossary

Cutting depth

The greatest depth of cut provided by the grinder.

The depth of cut directly depends on both the engine power and the size of the disc. A greater depth of cut makes the tool more versatile, but it affects its weight, price and electricity consumption. So when choosing, it is worth considering the real features of the planned work.

Electronic motor protection

A safety system that turns off the tool when there is a critical increase in load. The specific operation method of the electronic motor protection can vary. For example, in some models, it shuts off the motor when there is a sharp increase in load on the working attachment, such as when the disk jams in the material; this helps avoid sharp jerks of the tool, breakage, disk destruction, and other unpleasant consequences. In other models, the protection responds to overheating or a critical excess of current strength. There are also tools that combine both options.

In box

Additional Handle. A separate handle for the second hand. In theory, such equipment may make the tool more comfortable to hold with both hands. However, in practice, the absence of an additional handle is often not critical: many tools without it are either designed for one-handed use (like some straight grinders, see "Type") or have other attachments for the second hand (such as a protrusion on the body). So, to answer whether you need an additional handle, you should consider the type and size of the grinder, as well as the specifics of the intended projects. Note also that by default, such a handle is designed for right-handed use, and the possibility of using it in left-handed operation needs to be clarified separately.

3-Position Additional Handle. An additional handle installed on a detachable mount and having three installation options: on the left (traditional option for right-handed use), on the right (for left-handed use), and on top (for specific cases — situations when you need to periodically change grip, work in hard-to-reach places, etc.). This function provides extended possibilities for tool customization according to personal preferences. It is mainly found in angular models (see "Type").

Charger (C). A device for charging the battery in a grinder with the appropriate power type (see "Power Source"). This section usually specifies...the specific model of the charger. Having a "charger" included relieves you from the need to search and purchase it separately; moreover, such a charger is optimally suited at least to the "native" battery, and often to other compatible batteries. The details on the model will be useful primarily in case the included charger is lost or fails, and you have to buy the same or a similar one instead. Moreover, knowing the model of the charger allows you to find detailed data about it and assess the characteristics and features (compatibility with various batteries, additional functions, etc.). At the same time, the configuration "without charger" is also quite popular — see below.

— Without Charger. This feature is indicated exclusively for battery models (machines with other power types — see "Power Source" — by definition do not have a charger, so this point does not need to be clarified for them). The meaning of such a configuration is that modern grinders most often use standard batteries, which also fit other power tools of the same brand and are thus designed for standard "chargers." Thus, if there is already a battery tool "in the household" — the charger for it may turn out to be suitable for the grinder, and you will not need to pay extra for a second copy of the charger. And even if there is no charger available — it can usually be purchased separately without much difficulty (and some tools even allow you to choose the most suitable model of such a device from several options).

Case / Bag included. The presence of a case or bag for storing and transporting the tool in the supply kit. The case is a suitcase made of durable material and usually has space not only for the grinder itself but also for working tips and other additional accessories. The bag is soft, allowing it to be compactly folded when not needed. Check the availability of a case or bag directly before purchase.

Dust Collector. A container for collecting dust and other contaminants generated during work. See "Additional — Dust Collector Connection" for more details.

Extension Pole. A long pole significantly expands the "radius of operation" of the tool: with such equipment, you can reach greater heights, process a large area without moving the platform or other stand, etc. Such capabilities are mainly relevant when processing walls, so the vast majority of grinders with extension poles included pertain to wall sanders (see "Type").

Battery in set

Most modern power tools use replaceable batteries, and then this paragraph indicates the number of such batteries. It is worth saying that the most popular version of this configuration nowadays is 2 batteries. It is relatively inexpensive and at the same time allows you to minimize, if not eliminate interruptions in work: while one battery is in use, the second can be charged, and when the charge is exhausted, the roles change. In this regard , single battery kits are not particularly common: they are mainly entry-level tools that are not designed for long-term use and allow interruptions to recharge the battery.

In addition, quite a few modern cordless tools come in a configuration colloquially known as a “carcass” — namely, no batteries at all. This option is relevant mainly for two cases: if the user wants to choose a power source separately, at his own discretion, or if such a source is already on the farm. Regarding the second option, it is worth noting that many large manufacturers use universal batteries suitable for different types of branded power tools. So a battery, for example, from a previously purchased jigsaw or drill may well be compatible with a grinder of the same company.

As for non-removable batteries, this is a rather rare and specific option. Such tools are as compact as possible, but the batteries t...hemselves cannot be quickly changed — so you will inevitably have to take breaks for charging during work. Therefore, this method of supply is typical for low-power instruments. In them, small size is more important than a long period of continuous operation, in addition, a low capacity allows you to achieve good battery life even with small sizes (and, accordingly, capacity) of batteries.

Battery platform

The name of the battery platform supported by the instrument.

The battery platform is a battery standard used to keep different power tools and other equipment of the same brand (pressure cleaners, flashlights, etc.) could use the same power supplies and chargers for them. This eliminates the need to use a different battery and “charger” for each individual device, and also makes it easier to find compatible power sources: instead of checking a list of compatible batteries, you just need to make sure that the battery you select is from a supported platform. (However, models of compatible batteries can also be specified in the specifications — see below for more details).

Batteries of the same platform mainly differ from each other in terms of capacity — and, accordingly, cost.

Battery capacity

The capacity of the battery that is equipped with the tool with the appropriate type of power (see “Power source”).

Theoretically, the capacity directly determines how long the tool can work on one charge. However, in practice, this parameter is rather weakly related to real autonomy. Firstly, the charging time depends not only on the battery capacity, but also on the energy consumption (power) of the tool itself; secondly, the actual amount of stored energy is determined not only by the capacity in ampere hours, but also by the voltage in volts. So you can only compare tools with similar power and the same battery voltage in terms of battery capacity.

Note that some models of grinders allow replacing the “native” battery with another, including a higher capacity one; some manufacturers even produce universal batteries suitable for different types of power tools under a given brand.

Battery type

The model of a regular battery allows you to find out in more detail its characteristics, and also helps you understand what devices it is like and which one should be purchased in case of a replacement due to a malfunction or, if necessary, buy another similar one.

Charging time

The time required to fully (from zero to 100%) charge the battery in the battery device (see "Power supply"); this refers to the complete battery and standard charger. The shorter this time, the shorter the breaks will have to be done for recharging; however, higher capacity batteries inevitably take longer to charge than smaller ones. This can be compensated by the use of fast charging technologies, but they, in turn, affect the cost of the tool.

Weight

The total weight of the grinder; for battery models (see "Power Source"), usually, it is indicated without taking into account the battery.

This indicator has two meanings. On the one hand, light weight has a positive effect on manoeuvrability and reduces fatigue during work — especially when processing vertical surfaces and ceilings, as well as in other situations where the tool has to be held on weight. On the other hand, for grinders with a vibrational principle of operation (see "Type"), used for processing horizontal surfaces, a significant weight is considered optimal: it allows the tool to fit closer to the material being processed, and also contributes to stability and retention. So when choosing such a model by weight, it is worth considering the features of its intended application.