EXCEL HYBRID Efficient XL Hot Water Pipe System
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Felix Korea’s EHC hot water pipe system is a power-saving heating system created to complement any interior design, seamlessly.
EHC is a high-tech heating system that generates heat with maximum heating efficiency by incorporating a special heatingn medium.
A specially formulated heating medium creates thermal conductivity three times faster than water.
The medium is an oil based system set in a pressurized housing with a heating element througout its center.
EHC oil based heating system distributes heat evenly from one end to the other. Once a desired temperature has been reached,
the warmth is retained throughout the XL pipe. This efficient system was designed to reduce overall utility expenses.
The end result is an economically beneficial heating system for any location.

EXCEL HYBRID System Heating Technology
1. Greater thermal efficiency utilizing a special oil based medium
The heating element achieves maximum efficiency while maintaing a temperature below 80℃
The entire heating element is encased to ensure a safe heating system.
Excel Hybrid’s special medium won’t allow the system to freeze.
2. A convenient installation system
The heating element in this XL pipe system can be replaced easily on site.
Securing a long product life with double insulated heating wire
3. Securing a long product life with double insulated heating wire
– 1. Primary Coating: Silicone Rubber insulation to withstand maximum temperature of 280°C.
– 2. Secondary Coating: Heat resistant Teflon insulation with moisture and chemical resistance.
4. Double insulation seal / Double core heating wire
Technology in the heating medium and sealing caps allows for a long life span of the EHC Heating System.
FEATURES
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SAFETY
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Free from electro-magnetic waves and won’t freeze.
A safe heating system for any application.
Easy warranty service.

ENVIRONMENT
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The use of electricity emits no carbon footprint.
A warm, pleasant, and quite heating system.

CONVENIENT
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The entire heating system is simple and easy to install.
Easy operation and maintenance.
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ECONOMICAL
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Durability in design and production increases operational life.
Warranty and maintenance costs are a thing of the past!
Without the need for a separate boiler room, living space is made optimal.

HIGH-TECH
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High-Tech heating medium assures there won’t be any sludge build up
to always attain a constant and efficient heating system.
PRODUCT DESIGN STANDARD

What is Heating Oil Medium?
Heating Oil Medium is an excellent conductor of heat.
It allows for a constant dispersion of heat throughout the entire system evenly.
The oil medium prevents freezing of pipes which can cause serious damage.
TEMP RANGE | 80℃±8℃ |
LENGTH | 14~98m |
OUTER DIAMETER | Ø 20 |
INNER DIAMETER | Ø 15 |
HEATING ELEMENT | NICKEL CHROMIUM WIRE (sILICONE + TEFLON COATING) |
FILLING MATERIAL | HEATING MEDIUM + WATER + SPECIAL ADDITIVE |
VOLTAGE | 220v~230v |
WATT | 152.7w/m2 |
Hz | 50~60Hz |
INITIAL CURRENT | 0.694A/m2 |
RESISTANCE | DC500V / 100MΩ/kw |
PRODUCT MODELS
MODEL | LENGTH(m) | VOLTAGE(v) | INITIAL POWER(w) | OPERATING POWER(w) | HEATING AREA(m2) | WEIGHT(kg) | POWER PER METER(w/m) |
EHC-10 | 14 | 220 | 504 | 252 | 3.3 | 5kg | INSTALLATION DISTANCE BETWEEN CABLES: 20-25CM |
EHC-15 | 21 | 220 | 756 | 378 | 3.3 | 7.5kg | |
EHC-20 | 28 | 220 | 1,008 | 504 | 6.6 | 9.5kg | |
EHC-25 | 35 | 220 | 1,260 | 630 | 8.25 | 11.5kg | |
EHC-30 | 42 | 220 | 1,512 | 756 | 9.9 | 14.5kg | |
EHC-35 | 49 | 220 | 1,764 | 882 | 11.55 | 16kg | |
EHC-40 | 56 | 220 | 2,016 | 1,008 | 13.2 | 19kg | |
EHC-45 | 63 | 220 | 2,268 | 1,134 | 14.85 | 21kg | |
EHC-50 | 70 | 220 | 2,520 | 1,260 | 16.5 | 23kg | |
EHC-55 | 77 | 220 | 2,772 | 1,386 | 18.15 | 25.5kg | |
EHC-60 | 84 | 220 | 3,024 | 1,512 | 19.8 | 27.5kg | |
EHC-65 | 91 | 220 | 3,276 | 1,638 | 21.5 | 30kg | |
EHC-70 | 98 | 220 | 3,528 | 1,764 | 23.1 | 32kg |
*The operating power was calculated utilizing a sensor, measuring the on and off times. The on time was calculated to be at 50% once the set temperature was reached.
The measurement also takes into account the cooling time of the surrounding concrete or cement.
Individual measurements may differ taking into account the difference in overall insulation of measuring location.