Best Seller

ออกแบบ ผลิต และจัดจำหน่าย สายไฟ, สายไฟสั่งผลิตพิเศษ, สายไฟสำหรับงานด้านสื่อ (Media), สายไฟสำหรับงานด้านการจัดการข้อมูล เครือข่าย และบัสข้อมูล, สายไฟสำหรับงานด้านหุ่นยนต์ และอุปกรณ์เสริมต่างๆ สำหรับการใช้งานในอุตสาหกรรมทั้งหมด

ดูทั้งหมด
FLEXIBLE CONTROL CABLES

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DATA CABLE

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Best Seller

Available
JZ-500

Flexible Control , PVC, 300/500V

เริ่มต้น

11.74

บาท/เมตร
Available
TRONIC-CY-ND

Data and Computer , PVC, 350/500V

เริ่มต้น

17.83

บาท/เมตร
Available
H05 V-K

Single core, None, 300/500V

เริ่มต้น

3.24

บาท/เมตร
Available
H07 V-K

Single core, None, 450/750V

เริ่มต้น

7.16

บาท/เมตร
Available
H07 RN-F

All Weather & Rubber , Rubber, 450/750V

เริ่มต้น

43.59

บาท/เมตร

Recommend products

Available
JZ-500

Flexible Control , PVC, 300/500V

เริ่มต้น

11.74

บาท/เมตร
Available
TRONIC-CY-ND

Data and Computer , PVC, 350/500V

เริ่มต้น

17.83

บาท/เมตร
Available
PAAR-TRONIC-CY

Data and Computer , PVC, 350V

เริ่มต้น

40.98

บาท/เมตร
Available
H05 V-K

Single core, None, 300/500V

เริ่มต้น

3.24

บาท/เมตร
Available
H07 V-K

Single core, None, 450/750V

เริ่มต้น

7.16

บาท/เมตร
Available
H07 RN-F

All Weather & Rubber , Rubber, 450/750V

เริ่มต้น

43.59

บาท/เมตร
Available
F-CY-JZ

Flexible Control , PVC, 300/500V

เริ่มต้น

42.08

บาท/เมตร
Available
Y-CY-JZ

Flexible Control , PVC, 300/500V

เริ่มต้น

57.98

บาท/เมตร
Out Of Stock
HELUKABEL TH-600

Flexible Control , PVC, 600/1000V

ติดต่อเจ้าหน้าที่

Available
SiHF

Heat-resistant , Si, 300/500V

เริ่มต้น

41.10

บาท/เมตร
Available
LIFT-2S

All Weather & Rubber , PVC, 300/500V

เริ่มต้น

197.99

บาท/เมตร
Available
PVC-FLAT

Flat & Ribbon, PVC, 300/500 | 450/750V

เริ่มต้น

88.85

บาท/เมตร
Available
RE-2Y(ST)Y

Data and Computer , PVC, 300/500V

เริ่มต้น

25.00

บาท/เมตร
Available
PROFIBUS L2

Bus, PVC, 300V

เริ่มต้น

30.24

บาท/เมตร
Out Of Stock
H01N2-E

Single core, None, 100/100V

ติดต่อเจ้าหน้าที่

จุดแข็งของเรา - เพื่อธุรกิจของคุณ
เรามีการผลิตสินค้าเพื่อเก็บสต็อกอยู่ภายในคลังสินค้ามากกว่า 33,000 รายการ เพื่อรองรับความต้องการใช้งานของลูกค้าทุกด้าน ทำให้เราสามารถ ส่งมอบสินค้า ให้แก่ลูกค้าของเราภายในระยะเวลาอันสั้น เราวางแผนพัฒนาและปรับปรุงการให้ บริการอย่างสม่ำเสมอ เพื่อให้ลูกค้าได้รับความมั่นใจ และได้รับความพึงพอใจสูงสุด อันเป็นเป้าหมายหลักของเรา
ติดต่อเรา
33,000
สินค้าในคลัง
100%
ความพึ่งพอใจลูกค้า
20+
ประสบการณ์

NEWS UPDATE

See more
Flame Retardancy in Halogen-Free Cables
16/01/2025
Flame Retardancy in Halogen-Free Cables
Halogen-free cables are a required staple in a vast number of industrial and infrastructural applications. Over time, different labels for these cables have been established, such as FRNC, HFFR, LS0H, or LSZH. But how meaningful are these abbreviations, and what are the benefits of halogen-free cables compared to products containing halogens? Let HELUKABEL explain.Halogens (which means "to form salt") include the chemical elements chlorine (Cl), bromine (Br), fluorine (F), and iodine (I). When manufacturing cables, these are used to make certain core insulation and sheathing materials flame retardant. This is where chlorine (which is a component of PVC plastic or chloroprene rubber) and fluorine (which is found in the high-temperature materials FEP, PTFE, and ETFE) come into play. Even bromine is used in flame retardants for cables and wires.The problem is that halogens burn extremely aggressively and emit noxious fumes when ignited. They produce halogen halides which turn into acids when they come into contact with moisture and can cause acid burns in the respiratory tract. Furthermore, the acids that are released can cause metal parts to corrode, damaging machines and even the rebar reinforcements of concrete in buildings. This can result in the need for time-consuming and costly decontamination efforts.The flame retardancy of cables and wires is, of course, an important criterion for fire prevention measures. There are also a number of applications that explicitly require halogen-free products, which means cables and wires consisting of materials that are free of chlorine, bromine, fluorine, and iodine. Should these cables be ignited, they produce much less acid and smoke, and are less toxic, which substantially reduces the consequential damages to people, buildings, and machines. Poisonous gases such as carbon monoxide are, however, still emitted when halogen-free cables are ignited.Halogen-free cables and wires are required, for example, in buildings where people gather and where valuable material assets must be protected. Examples for this are:Building technology: In public buildings such as offices, shopping centres, schools, hospitals, and airports, strong fire and health risk prevention ordinances are in place. Most of the cables and wires in these places are fixed in their installation and do not need to fulfil any special chemical or mechanical requirements. PE or PP-based plastic mixtures are often used here, which are halogen free and flame retardant, and produce little smoke or toxic gas. They must also often pass bundle burning tests.Industrial automation: Machines and plants often require cables and wires with high chemical and mechanical resistances. When used in flexible applications such as in drag chains or in robotics, these loads are especially high. Typically, sheath mixtures based on TPE-O or TPE-U (PUR or Santoprene) are used here. These are also available with halogen-free constructions but are not able to be manufactured to be as flame retardant or low smoke as cables for building technology.Typical Labels for Halogen-Free CablesOver the years, different manufacturers, markets, regions, and standards have developed different labels for halogen-free and flame-retardant cables:FRNC Flame Retardant Non CorrosiveHFFR Halogen Free Flame RetardantLS0H Low Smoke 0 Halogen (also: LSOH)LSZH Low Smoke Zero HalogenNone of these labels, however, deliver concrete information regarding flame retardancy, corrosiveness, toxicity, and light attenuation. Users must therefore pay close attention to the standards listed in the data sheets of each supplier. The information listed there is the only way to identify the flammability properties of a cable (horizontal, vertical, or bundle burning tests).Which Standards are Typical for Halogen-Free Cables?DIN EN 60754-1 VDE 0482-754-1:2021-02 defines the testing machines and the testing procedures required to identify the total acidity. The test result must show values lower than 5mg/g to be certified as halogen free.DIN EN 60754-2 VDE 0482-754-2:2021-02 defines the measurement of the pH value and conductivity. The test result for the pH value must be below 4.3 and for conductivity, it must be under 10µS/mm.DIN EN 61034-2 VDE 0482-1034-2:2021-02 defines the measurement of smoke gas density of burning cables. The test result must show a light attenuation of no more than 40% to be considered low smoke. Depending on the application, customer, and region, lower light attenuation can be required. The goal is for people to be able to still recognise the source of the fire, as well as possible escape routes. These standards are required in public buildings and trains due to the high density of people present.Take AwayIn many applications where safety is critical, halogen-free cables and wires offer substantial advantages, as less toxic gas and smoke is emitted in the case of a fire. At the same time, these products must exhibit high flame retardancy in order to comply with different standards and requirements. It is not enough to rely on the common labels of FRNC, HFFR, LS0H, or LSZH to determine the actual flame retardancy of a cable. The standards named in data sheets are the only information you should rely on. It is through these standards that users can determine whether the product is considered to have low, middle, or high flame retardancy, if they are constructed to be low smoke, or if they have been tested for light attenuation. As experts for electrical connection technology with more than 45 years of experience, HELUKABEL is happy to help you identify the most ideal cables and wires for your application. ..
Investing in the Future
16/01/2025
Investing in the Future

HELUKABEL once again recognised as one of "Germany's best educators" of 2024HELUKABEL is once again one of "Germany's best educators" in 2024. In the ranking done by Capital magazine and the talent platform Ausbildung.de, HELUKABEL aimed for the highest score, just as in previous years, which makes them one of the most attractive educational workplaces in the country.In this study, which is being done for the 8th time this year, roughly 500 companies were evaluated, ranging from workshops to DAX enterprises. Each of them was required to provide answers to a detailed questionnaire, such as how well their trainees are integrated into operations, which teaching methods are used, and what their options for career advancement or furthering education after training look like. HELUKABEL received the best possible score of five stars in both vocational training and dual studies."For us, our training concept is an investment in the future. After all, qualified professionals have always been hard to find and therefore in demand," explains Training Advisor Melanie Neef. "This is all the more reason for us to celebrate this distinction as one of Germany's best educators and the associated recognition for our hard work." The trainees and dual studies students are integrated into their future teams from day one and are familiarised with the diverse tasks performed throughout the company from the ground up, which are ideal foundations for a successful career.Equally as important, most of the "Youngsters" repay the trust placed in them through dedication and hard work. "In the past months, three of our trainees were recognised for their exceptional final exam marks this year by the Stuttgart regional Chamber of Industry and Commerce," Melanie Neef reports. "We are extremely proud of this, because it shows just how dedicated our youth are to their training." The above-average retention rate at HELUKABEL is proof that our youth development concept works. "Many former trainees and students are now active in critical roles at HELUKABEL and contribute to the company's success on a daily basis," says Neef. "We want to continue on this path, together."..

Put to the Ultimate Test – Part 5: Fire Tests
16/01/2025
Put to the Ultimate Test – Part 5: Fire Tests

During the development of our cables and wires, we vigorously test each product in our testing laboratories. In the fifth part of our series, we’ll introduce you to our fire tests.In both industrial applications as well as in building installations, fire prevention is of central importance. In many cases, fire can endanger lives or severely damage machines, plants, and infrastructure. Different standards and regulations such as UL, VDE, or ISO lay out specific requirements for how cables and wires should behave when subjected to fire. Depending on where they are being used, they must be flame resistant, non-propagating, and not emit toxic gases when burned.To ensure that our products meet all required safety standards, we perform comprehensive fire tests in our testing laboratories. Cables are fixed either horizontally or vertically then exposed to the flame of a Bunsen burner. The exact procedure, as well as the strength and exposure time of the burner, differ according to the standard being tested for. When testing, technicians pay close attention to how quickly the flame propagates along the length of the cable and whether liquid plastic droplets form, which could cause the fire to spread.Our engineers are only satisfied when the provisions laid out by the respective testing organisation are thoroughly fulfilled. Should a product require further tests, such as a bundle fire test or a smoke density test, we also perform these in cooperation with external institutions. This ensures that our cables and wires comply with all current fire prevention requirements and provide the maximum protection for people and materials...

ชาร์จรถ EV มีแบบไหนบ้าง
28/09/2022
ชาร์จรถ EV มีแบบไหนบ้าง

    รถยนต์ไฟฟ้ามีการชาร์จหลายแบบมาดูกันว่ามีแบบไหนกันบ้างชาร์จแบบเร็ว(QUICK CHARGER)- ชาร์จแบบเร็วด้วยไฟฟ้ากระแสตรง (DC)- เหมาะกับผู้ที่ต้องการความรวดเร็วในการชาร์จ- ชาร์จจาก 0%-80% ในเวลา 40-60 นาทีชาร์จแบบธรรมดา(NORMAL CHARGE)- ชาร์จแบบไฟฟ้ากระแสสลับ (AC)- ต่อจากเต้ารับภายในบ้านโดยตรง- ต้องติดตั้งเต้ารับใหม่เฉพาะการชาร์จรถยนต์ไฟฟ้าชาร์แบบธรรมดา(DOUBLE SPEED CHARGE)- ชาร์จแบบไฟฟ้ากระแสสลับ (AC)- ตู้ชาร์จติดพนังติดตั้งที่บ้าน- ชาร์จได้เร็วกว่าการต่อจากเต้ารับในบ้านโดยตรง ระยะเวลาชาร์จ 4-7 ชั่วโมงที่มา : การไฟฟ้าฝ่ายผลิตแห่งประเทศไทย..