Stop Worrying About Cable Failures in Your Machines
You know the frustration. You build a great machine, but the control cable keeps failing. It gets stiff in the cold. It cracks when it moves. The insulation wears out because of oil or chemicals. Suddenly, your production line stops. You lose money every minute. You need a cable that works hard, just like your equipment. You need something that bends without breaking and lasts for years. This is not just a wire. It is the lifeline of your machine. Let’s look at why the ÖLFLEX® CLASSIC 110 7G1.0 mm² is the smart choice for your factory.
What Exactly Is This 7G1.0 mm² Cable?
This is a power and control cable made by LAPP. It is part of the famous ÖLFLEX® family. The “7G1” code tells us exactly what it is. It has 7 cores. Each core has a cross-section of 1.0 mm². The “G” means it is a flexible cable. You can move it. You can bend it. It is not a stiff wire that snaps easily.This cable is designed for energy. It supplies power to small motors. It sends control signals to sensors. It works in control circuits. You will see it in machine tools. You will see it in conveyor belts. It is the standard for industrial wiring. It is simple, but it is very strong. It uses bare copper for the best conductivity. It uses PVC for protection. It is a universal cable. It fits many needs.
Technical Specs You Need to Know
Let’s look at the numbers. These numbers matter for safety and performance.
- Brand: ÖLFLEX® by LAPP
- Type: Control Cable (Flexible)
- Cores: 7 (One of them is the protective earth/ground wire, usually yellow-green)
- Conductor Size: 1 x 1.0 mm² (approx 18 AWG)
- Conductor Material: Bare Copper (Class 5 fine-wire stranding)
- Insulation Material: PVC (Polyvinyl Chloride)
- Sheath Material: PVC (Grey color)
- Voltage: 300/500 Volts AC
- Test Voltage: 4,000 Volts (This shows it is very safe)
- Max Resistance: 19.5 Ohms per km at 20°C
- Operating Temp: -40°C to +80°C (It handles cold and heat well)
- Bending Radius: Fixed: 4x diameter | Moving: 8x diameter
- Weight: About 126 kg per km
These specs mean it can handle the power your machine needs. The 500V rating is standard for industrial control. The fine-wire copper means it flexes easily. It does not break when you vibrate it.
Why PVC and Copper Make a Great Team
Why do we use these materials? Copper is the king of conductivity. It lets electricity flow easily. Less heat. Less energy loss. But copper is soft. It needs protection. That is where PVC comes in.PVC is tough. It resists oil. It resists acid. It resists alkalis. If your machine leaks oil, this cable won’t melt. If you clean it with chemicals, it stays strong. The PVC sheath is the armor. It protects the copper inside from the outside world.The insulation around each wire is also PVC. It keeps the signals separate. It prevents short circuits. If one wire touches another, the PVC stops the spark. This is critical for control circuits. One short circuit can burn out a whole motherboard or PLC controller. This cable prevents that disaster.
Where Can You Use This Cable? (Real World Scenarios)
This cable is everywhere. It is a workhorse. Here are the top places you will use it:1. Inside Machines and CabinetsYou need to wire the control panel. You need to connect the start button to the PLC. You need to power the indicator lights. This 7-core cable does it all. It is easy to strip. It is easy to terminate.2. Moving Parts and Cable ChainsYour machine moves. The robotic arm swings. The conveyor belt runs. The cable needs to move with them. This cable is designed for “occasional movement.” It is not for constant dragging like a robot arm cable, but it works great for machine doors, sliding tables, and semi-moving parts. It resists torsion (twisting).3. Dry and Damp PlacesIt works in a normal factory floor. It also works in a damp basement. It even works in wet areas (like food processing wash-down zones, though specific versions exist for that). The PVC sheath keeps moisture out.4. Wind Turbines and Outdoor GearYes, it is tough enough for wind turbines. It handles the UV rays. It handles the temperature changes. If you have outdoor equipment, this cable is a good choice.5. HVAC and Building SystemsYou can use it for heating and cooling controls. It connects the thermostat to the furnace. It connects the sensors to the building management system.
How Easy Is It to Install?
Very easy. That is the point of the ÖLFLEX® design. The cores are numbered. You see numbers printed on the insulation. You don’t need a multimeter to find wire 1 or wire 7. You just look. This saves you hours of work.The wire is flexible. You can route it through tight corners. You don’t need big force to push it through the conduit. It bends around obstacles.The outer diameter is about 8mm to 11mm (depending on the exact version). It is not too thick. It fits in standard cable glands and connectors. You can use standard ferrules on the ends. It crimps easily.
Safety and Quality Standards
You cannot cut corners on safety. This cable is tested. It has a 4kV test voltage. That is 8 times the working voltage. It is built to handle surges.It meets many international standards.
- IEC 60228 (Conductor classes)
- IEC 60332-1-2 (Flame retardant)
- VDE certified (German quality standard)
- CPR Eca class (Construction Products Regulation)
When you buy LAPP, you buy peace of mind. You know the cable will not catch fire easily. You know it meets EU regulations. If you export your machines to Europe or the USA, this cable helps you pass inspection.
Comparing the 110 Series to Others
LAPP has many cables. Why pick CLASSIC 110?
- vs. CLASSIC 100: The 110 is more robust. It has better oil resistance.
- vs. ROBOT: The ROBOT series is for high-speed dragging. The 110 is for general movement. The 110 is cheaper.
- vs. CY (Shielded): The CY version has a shield for electromagnetic interference (EMI). If you have heavy motors nearby, use the CY. If you have a clean environment, the standard 110 is fine and saves money.
The 110 series is the “Goldilocks” cable. Not too expensive. Not too weak. Just right for 90% of industrial jobs.
Don’t Settle for Cheap Imitations
You can find cheaper cables online. But ask yourself: Is the copper real? Is the PVC recycled junk? Will it crack in winter?A bad cable costs more in the end. It causes downtime. It causes fire risks. It causes warranty claims from your customers.LAPP has been making cables since 1957. They invented the sheathed flexible cable. They know what they are doing. When you buy ÖLFLEX®, you are buying 60+ years of engineering. You are buying a cable that works the first time, every time.
Ready to Get a Quote?
We have this cable in stock. We can cut it to length. We can ship it to your factory or your client’s site. We know you need it fast. Production waits for no one.Send us your inquiry today. Tell us how many meters you need. Tell us where you are shipping. We will give you a price that beats the competition. We will give you the technical support you need.Click the “Get Quote” button now. Let’s get your machines running with the best cable in the world. Don’t let a bad wire stop your business. Order the ÖLFLEX® CLASSIC 110 7G1 today!