ÖLFLEX® CLASSIC 110 25-Core 0.5mm² Flexible Control Cable (1119025) – Oil & Moisture Resistant PVC Power Wire

Stop Worrying About Cable Failure in Your Machines

You know the feeling. You have a big project due. The machines are running. Then, suddenly, everything stops. The control panel goes dark. The conveyor belt stops moving. You check the wires, and you see it—the insulation is cracked, or moisture got inside. Now you have downtime. You have angry customers. You have repair costs.This happens because many cheap cables cannot handle real-world conditions. They get brittle in the cold. They melt in the heat. Oil and chemicals eat through the jacket. Water seeps into the conductors.You need a cable that does not quit. You need a wire that works as hard as you do. The ÖLFLEX® CLASSIC 110 (Article No. 1119025) is that cable. It is not just a piece of wire. It is a reliable partner for your electrical systems. It handles oil, moisture, and rough handling without breaking a sweat. Let us look at why this specific 25-core cable is the right choice for your next installation.

What Makes This Cable Special? (The Specs)

This is a high-quality power and control cable made by LAPP. It is designed for tough jobs. Here are the real numbers you need to know:

Core Configuration

You get 25 separate conductors inside one cable. Each conductor has a cross-section of 0.5 mm². In American Wire Gauge (AWG), this is 20 AWG. Having 25 cores means you can send many different signals or power lines through one single cable. This saves space in your control cabinets. It makes installation much easier because you do not need to pull ten different cables.

Conductor Material

The core is made of bare copper. It is not a solid rod. It is Class 5 fine-stranded. This means it is made of many tiny wires twisted together. This makes the cable very flexible. You can bend it around corners without breaking the copper. It resists vibration better than solid wire.

Insulation and Sheath

The insulation around each core is PVC (Polyvinyl Chloride). The outer jacket is also PVC. The color is grey. PVC is tough. It resists fire. It does not spread flames. If a short circuit happens, the cable is safer than cheaper alternatives.

Voltage and Testing

This cable is rated for U0/U 300/500 Volts AC. This is the standard for industrial control equipment. It can handle the power needed for sensors, relays, and small motors. The test voltage is 4 kV. This means the factory tests it with high voltage to ensure there are no weak spots.

Physical Size

The overall diameter is 12.4 mm. It is not too thick, but the jacket is thick enough to protect the wires inside. The minimum bending radius is fixed, but because it is flexible, it fits into tight spaces easily.

Built for Harsh Environments

You do not install cables in a laboratory. You install them in the real world. The real world is dirty. It is wet. It is oily. The ÖLFLEX® CLASSIC 110 is built for these conditions.

Moisture and Water Resistance

This cable is rated for dry, damp, and wet conditions. If you are installing it outside, or in a wash-down area, it works fine. The PVC sheath stops water from touching the copper. This prevents short circuits and corrosion.

Oil and Chemical Resistance

In factories, oil leaks happen. Hydraulic fluid drips. Cleaning chemicals splash. This cable resists oil. The PVC material does not get soft or dissolve when it touches common industrial oils. This extends the life of the cable. You do not have to replace it every time a machine leaks a little oil.

Temperature Range

Temperature kills bad cables. If it is too cold, plastic cracks. If it is too hot, plastic melts. This cable handles a range from -5°C to where it gets flexible. It is designed to handle the heat generated inside a control panel. It also handles cold warehouse environments.

Easy Installation and Maintenance

Time is money. You want to install the cable and forget about it. This cable helps you save time.

Core Marking

Inside the grey jacket, you will find 25 cores. Each core has a number printed on it. The ground wire is also there. You do not have to guess which wire is which. This makes connecting to terminals fast. You do not need a multimeter to find the right wire every time.

Flexibility

Because the conductors are fine-stranded (Class 5), the cable is very supple. You can pull it through conduit pipes easily. It does not kink. If you need to move the cable during maintenance, it bends without damage.

Mechanical Strength

The cable has high tensile strength. When you pull it, the copper wires do not stretch and break. The outer jacket resists abrasion. If the cable rubs against a metal edge, it does not wear through quickly.

Where Should You Use This Cable?

This specific model (1119025) is a workhorse. You will see it in many places. Here are the most common uses:

Industrial Machinery

Use this for CNC machines, packaging equipment, and robotic arms. These machines need many signals to move. The 25 cores allow you to control multiple axes and sensors with one cable.

Control Panels

Inside the electrical cabinet, use this for wiring buttons, switches, and PLCs (Programmable Logic Controllers). The grey color looks professional inside a panel. The numbered cores keep the wiring clean.

Building Services

Use it for lighting control, HVAC systems, and fire alarms. It is safe for public buildings because it does not propagate fire. It meets safety standards for low tension (LT) cables.

Outdoor and Damp Areas

Use it for outdoor sensors, irrigation systems, or marine applications (where not submerged deep). The moisture resistance keeps the system running even when it rains.

Why Buy This Specific LAPP Cable?

LAPP is a German brand. They are famous for quality. When you buy LAPP, you are not buying a generic wire. You are buying engineering.

Safety First

Electrical fires are a risk. This cable meets strict IEC standards. It is tested to 300/500V. The insulation is thick enough to prevent accidental contact. It is “no flame propagation.” This means if there is a fire, the cable does not help the fire spread to other parts of the building.

Long Service Life

Cheap cables last 2 years. Good cables last 10 years. This cable lasts a long time because of the PVC quality. It resists ozone and UV light (to a degree). It handles mechanical stress. You buy it once, and it works for a decade.

Consistent Quality

When you order part number 1119025, you get the exact same product every time. The copper is pure. The insulation thickness is consistent. You do not get “bad batches” that fail inspection.

Technical Summary Table

Here is a quick cheat sheet for your engineers:

Don’t Let a Bad Cable Ruin Your Project

You have a reputation to protect. Your clients expect their machines to run 24/7. If you use a cheap, generic wire, you are taking a gamble. The cost of replacing a failed cable in a finished machine is ten times the cost of buying a good cable now.The ÖLFLEX® CLASSIC 110 25-core cable is the smart choice. It has the right number of wires. It has the right voltage rating. It resists oil and water. It is flexible and easy to install.We are a factory and trading company specializing in these cables. We understand the export market. We know how to pack them so they arrive without damage. We can ship to your country, whether it is the USA, UK, Australia, or Europe.

Get Your Quote Today

Do not wait until your current supplier lets you down. Check our stock now. Send us an email with your requirements. Tell us the length you need and the destination port. We will send you a competitive price within 24 hours.Click the “Inquire Now” button or email us directly. Let us discuss your project. We are ready to ship the 1119025 cable to your site. Secure your supply chain with a cable that works.