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ICK Solutions

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Company Overview

CNT (Carbonnano Tube) applied Power Saving Device Manufacturer from South Korea.

* Performance

  - Up to 18% reduction of Active Power Loss

  - No Consumption of Voltage (Voltage Drop) or Currnet

* Function

  - Compensation for Power Loss

  - Power Factor / Harmonic Noise Improvement

  - Power Noise Filtering

  - ESD (Electrostatic Discharge) Protection

* Product Lifespan

  - 15 ~ 20 years

* Warranty

  - A full 5 Years Warranty

 

Certificates

UL Certificate

UL Certificate

Description

Certified by UL

CE Certificate

CE Certificate

Description

CE Certificate

Company Information

Business Type Manufacturer
Company ICK Solutions
Main Products Power Saving Device
Website www.icksolutions.com
Established Year 2015
City / State Seoul , Seoul
Country South Korea
Address SK V1 B-dong 1226ho, 111, Sinnaeyeok-ro, Jungnang-gu
Brochure Download

Factory Information

Location South Korea
Factory Size
Total QC Staff
Total RND Staff
Number of Production Lines
Annual output
Average Lead Time 4 weeks

Trading Information

Total Revenue
Export Percentage 100%
Nearest Port Incheon Airport
Overseas Office

FAQ's

IRIS is a revolutionary new energy management equipment that uses Magnetic Wave Energy to realign electron spin. This results in a more efficient flow that minimizes energy loss.
This specific saving rate depends on the actual operating environment and the operating mechanism of the load. Below is the average saving rate based on the statistics of various field reports: * on inductive load : Minimum saving rate is 11% and Maximum rate is 18% * on complex load (where inductive load takes more than 60% out of whole load system) : minimum 8% * on resistive load : less than 3%
IRIS is the world's first patented energy management equipment based on CNT technology that does not use voltage regulation to save energy. IRIS offers a new chemically based system that makes your current electrical system more efficient. IRIS does not drop the voltage or your current system, nor does it take up a large amount of space or consume energy to function. In short, there is no other energy saving product that compares to IRIS on the market.
IRIS uses parallel installation and is usually installed after the Circuit Breaker. However, dispersed installation for each circuit is also possible. Installation usually take about 30 minutes per unit.
You can find the most suitable unit by examining the model number of each IRIS unit. The model number indicates the maximum capacity that unit can suitably perform. For example, model number NF 30 can provide the proper energy saving performance at a location that consumes a maximum of 30 kVA. This means that the IRIS unit must have a capacity that is larger than the location or load of installation. If your location consumes a maximum of 70 kWh, the proper IRIS model would be NF-100. In order to select the proper IRIS model, you must first determine the Main Transformer Capacity, Contract Capacity, Circuit Breaker Capacity and Actual MAximum consumption. The amount of electricity consumed by your location determines the most suitable IRIS model.
The best way of checking your energy savings is through regular consumption monitoring. This will give you the most clear and substantial indicator for energy savings. The easiest way to see how much energy you are saving is to look at your electricity bill after IRIS installed. It is also possible to install a data logger or recording devices to tell you specific readings periodically. If you are comparing your kWh usage with corresponding months from the previous year, it is important to factor in any new equipment or changes in operating conditions.
IRIS does not cause any harmful effect on the installed system. Unlike other energy saving devices that drop voltage, IRIS does not consume any voltage or current so it will not affect your equipment.
IRIS can be used with any size low voltage load (single phase and three phase). With 9 model size of IRIS, they can be designed singularly or in group to suit the subject load. There is no maximum or minimum load.
No. IRIS does not affect the voltage within the circuit. IRIS optimizes the environment of electric current supply within the circuit.
No, IRIS will not cause any harmful effect on system componenents.
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