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When it comes to safeguarding your electronic appliances, an AC stabilizer relay plays a crucial role. Understanding its significance and knowing the right price range is essential for informed decision-making. In this guide, we’ll delve into the factors influencing the AC stabilizer relay price and provide valuable insights to help you make an informed purchase.
| Requirments / Model | 500VA | 1000VA | 1500VA | 2000VA | 3000VA | 5000VA | 8000VA | 10000VA | 12000VA | |
| Input | Phase | Single phase | ||||||||
| Voltage | 140V-265V | |||||||||
| Frequency | 50/6OHz | |||||||||
| Adjusting time | <0.5s(when input voltage has a change of 10%) | |||||||||
| Output | Voltage | 220V士8%AC | ||||||||
| Frequency | 50/60Hz | |||||||||
| Loading power factor | 0.8 | |||||||||
| Environmental | Operating temperature | -5~+40℃ | ||||||||
| Storage temperature | -10~+50℃ | |||||||||
| Humidity | 20% to 90% | |||||||||
| Protection | Over Volt. | YES | ||||||||
| Overheating | YES | |||||||||
| Over load | YES | |||||||||
| Short Circuit | YES | |||||||||
| Low voltage | YES | |||||||||
| Delay | YES | |||||||||
| Packaging | Net Wt.(KG) | 2.05 | 3.95 | 4.59 | 5.35 | 8.81 | 11.67 | 15.64 | 17.3 | 19.35 |
| PCS PER CTN | 4 | 1 | ||||||||
| Gross Wt.(KG) | 9.51 | 17.8 | 20.36 | 23.4 | 9.8 | 12.98 | 17.03 | 18.69 | 20.74 | |
| Product size(mm) | 217*109*145 | 240*139*183 | 342*220*244 | 390*220*244 | ||||||
| Package size(mm) | 495*270*190 | 710*330*230 | 415*270*300 | 460*270*300 | ||||||
AC stabilizer relays come in various capacities and voltage ranges to accommodate different appliances. Higher capacity relays designed for heavy-duty applications tend to be priced higher due to the advanced technology and components required.
Reputable brands often invest in research and development to produce high-quality stabilizer relays. While they may come at a premium, their reliability and longevity can outweigh the initial cost.
Advanced features such as voltage regulation, surge protection, and smart technology integration can impact the price. These additional functionalities enhance the performance and lifespan of the stabilizer relay.
Products with extended warranties and robust after-sales support may have a slightly higher price point. However, this investment provides peace of mind and ensures assistance in case of any issues.
AC stabilizer relay price can vary widely based on the factors mentioned above. On average, a standard stabilizer relay for household use may range from $50 to $200. However, for commercial or industrial applications, prices can exceed $500 depending on capacity and features.
In today’s energy-conscious world, it’s crucial to consider the energy efficiency of your stabilizer relay. Opting for a relay with higher efficiency ratings may come with a slightly higher price tag initially, but it can lead to substantial energy savings over time, offsetting the initial investment.
Another crucial aspect to consider is the relay’s ability to actively manage power fluctuations. Relays equipped with intelligent power management systems can optimize energy usage, prolonging the lifespan of your appliances and minimizing energy costs in the long run.
Stabilizer relays with precise voltage regulation capabilities ensure that your appliances receive a stable and consistent power supply. This not only safeguards them from voltage fluctuations but also extends their operational life, ultimately providing better value for your investment.
While it’s tempting to opt for the lowest-priced option, it’s essential to strike a balance between affordability and quality. Choosing a reliable brand, understanding the required capacity, and considering additional features can help you make an informed decision.
Navigating the realm of AC stabilizer relays can be a daunting task, but armed with the knowledge of key factors influencing the price, you can make a well-informed choice. Remember, investing in a high-quality stabilizer relay is an investment in the longevity and performance of your valuable electronic appliances. Take the time to evaluate your needs and choose wisely.
The relay type voltage regulator is an automatic voltage regulator that realizes the function of stabilizing the voltage through the principle of the relay.
Electromagnetic relays are generally composed of iron cores, coils, armatures, contact reeds, etc. As long as a certain voltage is applied to both ends of the coil, a certain current will flow in the coil, resulting in an electromagnetic effect, and the armature will overcome the pulling force of the return spring and attract to the iron core under the action of electromagnetic attraction, thereby driving the armature. The moving contact and the static contact (normally open contact) are pulled together. When the coil is powered off, the electromagnetic suction also disappears, and the armature will return to the original position under the reaction force of the spring, so that the movable contact and the original static contact (normally closed contact) are released. In this way, the suction and release are achieved, so as to achieve the purpose of conducting and cutting off in the circuit.
For the “normally open and normally closed” contacts of the relay, it can be distinguished as follows: the static contacts that are in the off state when the relay coil is not energized are called “normally open contacts”; the static contacts that are in the connected state are called “normally open contacts”. It is a “normally closed contact”. A relay generally has two circuits, a low-voltage control circuit and a high-voltage working circuit.
An AC voltage stabilizer is an electrical device that regulates and controls the alternating current within an acceptable voltage range to stabilize the voltage within a specified range. For example, in the case of insufficient power supply and insufficient voltage, the AC voltage stabilizer can provide the most reliable power guarantee; in the case of a sudden power call after an emergency power outage, the output power supply can usually be started after a delay of 5 to 8 minutes. It can better avoid damage to electrical appliances due to high voltage; generally, it can stabilize the voltage of low voltage 120~160V or high voltage 250V~270V between 200V and 230V.
But how to extend the life of the regulator? In addition to optimizing the design and selection of the main components and raw materials used in the regulated power supply, higher requirements should also be put forward for the input, output and inter-turn relays. This is because the relay is mainly responsible for protecting and controlling the on-off function of the circuit, that is to say, the performance of the relay and the length of its service life directly determine whether the voltage stabilizer can work normally, which is an indisputable fact.
Because the relay used in the voltage stabilizer needs to work with electricity for a long time, a relay with a larger rated power should be selected, and the internal coil of the relay should have the basic requirements of a small temperature rise for a long time. What meets the above requirements is the high-power electromagnetic relay commonly used in the market, also called high-power relay.
When selecting the right high power relay for a voltage regulator, the following points should be considered:
The maximum switching current of the relay contacts, the common ones are 30A, 40A, 60A, 80A, etc.
The rated load voltage of the relay, also called the maximum switching voltage, is generally 250VAC or 28VDC, etc.
The coil voltage of the relay, also known as the relay drive voltage, generally takes the voltage value of the voltage regulator to control the power supply.
The number of contact groups of the relay. At present, the high-power relays in the market can be made with four groups of contacts at most.
In recent years, due to the rising price of copper and silver, in order to reduce the manufacturing cost of high-power relays, many manufacturers will falsely mark their current carrying size, or manipulate their contact materials, such as using thin silver layers instead of silver alloys Contacts, and such a long-term work, the contact arcs are frequent, and the contacts are severely or even directly broken down, so the relay is completely scrapped. Therefore, when you choose a relay, you may wish to consider the precautions mentioned above, and I believe it will help you.
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