Is Your Industrial Signal Cable Causing Downtime?
You know the feeling. You are running a factory or a plant. The machines are humming. Then, suddenly, a sensor stops working. The control panel shows an error. You check the wiring, and the cable is stiff, cracked, or the signal is messy because of interference from the motor next to it. This is a huge problem.Many cheap cables break easily when you move them. They get stiff in the cold and melt in the heat. Worst of all, they don’t have good shielding. Electromagnetic interference (EMI) creates “noise” in your signal. This makes your data wrong. It causes machines to stop. It costs you money in lost time and repairs.You need a cable that is tough. It must be flexible so it fits in tight spaces. It must block noise. And it must last a long time, even around oil and chemicals.
The Solution: German-Engineered 12-Core 0.5mm² Shielded Cable
We have the answer to your wiring problems. This is a high-quality, German-standard control cable. It is built like the famous ÖLFLEX® CLASSIC 110 CY. It is designed for the toughest industrial jobs.This cable has 12 cores. Each core is 0.5 square millimeters. This size is perfect for control signals, instrumentation, and low-voltage power. It is not just a wire. It is a complete system to keep your signals clean and your machines running.
Why Choose This 12-Core Shielded Cable?
You might ask, “Why this specific cable?” The answer is in the details. Let’s look at what makes it better than standard wires.
Superior Shielding Against Noise
The “CY” in the name stands for the shielding type. This cable has a tinned copper braid. This is a metal mesh wrapped around the inner wires. It acts like a shield. It stops outside noise from getting in. It also stops your signal from leaking out.This is very important for EMC (Electromagnetic Compatibility). If you are in a place with lots of motors, VFDs (Variable Frequency Drives), or welders, you need this shield. Without it, your sensors will give false readings. With it, your system is stable. The transfer impedance is very low (max 250 Ω/km at 30 MHz). This is a fancy way of saying it blocks high-frequency noise very well.
Oil and Chemical Resistance
Factories are dirty places. There is oil, grease, and coolant everywhere. Standard PVC cables get soft and swell when they touch oil. They crack and fail.This cable is different. The outer sheath is made of special PVC. It is oil-resistant. It passes tests like DIN EN 50290-2-22. You can use it in cable carriers (drag chains) without worrying about it getting sticky or brittle. It resists many chemicals too. This means you do not have to replace it often.
Incredible Flexibility for Tight Spaces
Old cables are stiff. They are hard to pull through conduits. They break if you bend them too much.Our cable uses Class 5 fine-wire stranding. This means the copper inside is made of many tiny wires twisted together. It is not a solid rod. This makes the cable very flexible. You can bend it around corners easily. The minimum bend radius is small. For fixed installation, it is 6 times the diameter. For moving parts, it is 20 times the diameter. This makes it perfect for moving parts like robotic arms or automated doors.
Technical Specifications (The Nitty-Gritty Details)
We believe in transparency. Here are the hard numbers for the 12-core 0.5mm² version:
- Conductor: Copper, fine-wire stranded (Class 5 VDE 0295). Bare copper wires.
- Number of Cores: 12.
- Cross-Section: 0.5 mm² per core.
- Insulation: PVC (Polyvinyl Chloride), color-coded with numbers.
- Inner Sheath: Grey PVC.
- Shielding: Tinned copper braid (high coverage, min 85%).
- Outer Sheath: Transparent or Grey PVC, oil-resistant.
- Rated Voltage: 300/500 Volts (U0/U).
- Test Voltage: 4,000 Volts (4 kV). This shows it is very strong.
- Max Conductor Resistance: 39 Ohms per km at 20°C.
- Outer Diameter: Approx 11.3 mm (for the shielded version).
- Weight: Approx 202 kg/km.
- Temperature Range: Fixed: -40°C to +80°C. Flexing: -5°C to +70°C.
- Flame Retardant: Yes, according to IEC 60332-1-2.
- Certifications: VDE, CE, RoHS, EAC.
Where Can You Use This Cable?
This wire is a workhorse. You will find it in many places. Here are the most common uses:
Industrial Automation and Robotics
This is the #1 use. Connecting PLCs (Programmable Logic Controllers) to I/O modules. Wiring servo motors. Linking sensors and actuators. Because it is shielded, it works great next to servo drives where noise is high.
Building Services (HVAC)
Heating, Ventilation, and Air Conditioning systems use a lot of control wires. This cable is perfect for controlling dampers, fans, and thermostats. It is flame retardant, so it is safe to run inside walls or ceilings.
Conveyor Systems and Material Handling
Conveyor belts move. The cables on them flex constantly. A normal cable would break in weeks. This cable is built for “cable carriers” or “drag chains.” It can bend millions of times without failing.
Process Industry and Chemical Plants
In places where there are pumps and chemical exposure, the oil-resistant jacket is a lifesaver. It keeps the copper safe from corrosive fluids.
How Does It Compare to the Competition?
Let’s be honest. There are many cheap copies out there. But they cut corners.Some use aluminum or copper-clad aluminum (CCA). This is bad. It breaks easily and has high resistance. Our cable uses pure copper.Some skip the shield to save money. You might save a few cents per meter, but you will pay for it later when your system has glitches. Our cable has a full tinned copper braid.Some use cheap plastic that cracks in the cold. Our PVC is tested for flexibility down to -5°C (and -40°C for fixed installs).We follow the German VDE standards. This is a strict quality benchmark. When you buy this cable, you are buying peace of mind. You are buying a product that works the first time, every time.
Installation and Handling Tips
You don’t need to be an expert to install this, but here are some tips to make it last longer:
- Don’t pull too hard: The tensile strength is good, but don’t yank it. Use a pulling eye or sock.
- Watch the bend radius: Don’t kink it. If you bend it too sharp, you damage the shield and the insulation. Keep the curve smooth.
- Strip carefully: When you strip the outer jacket, be careful not to nick the copper braid. If you cut the shield, it won’t work as well.
- Ground the shield: This is very important. You must connect the tinned copper braid to the ground. This is how it gets rid of the noise. If you don’t ground it, it’s just a useless piece of metal.
Why Buy From Us?
We are a factory, not just a trader. We make these cables to the highest standards. We can supply them in 100-meter coils, 500-meter drums, or custom lengths.We know the export market. We know you need good packaging so the cable doesn’t get crushed in the container. We ship worldwide. We handle the paperwork. We make it easy for you.Our prices are competitive because we make them ourselves. But we never compromise on quality. We test every batch. We check the copper purity. We check the insulation thickness. We check the shield coverage.
Get Your Quote Now
Don’t let bad wiring slow you down. Upgrade to a cable that is built for the real world. Whether you need 100 meters for a small project or 50 kilometers for a big plant, we can handle it.We have the 12-core 0.5mm² in stock. We also have other sizes like 0.75mm², 1.0mm², and 1.5mm². We can do 2 cores, 4 cores, up to 50 cores.Send us an inquiry today. Tell us what you need. We will reply with a price and a datasheet within 24 hours. Let’s get your machines running smoothly. Click the “Contact Us” button or email us directly. We are ready to ship.