信頼性の高いソリューションのためのカスタマイズされた信号および制御ケーブル

2. What are the basic performance aspects of cables for electrical equipment?

The performance of cables for electrical equipment mainly includes the following aspects:

Electrical properties:

Conductivity, insulation performance, voltage resistance, anti-interference performance;

Mechanical properties:

Tensile strength, flexibility, bending resistance, abrasion resistance, impact resistance;

Heat and temperature resistance:

Long-term allowable operating temperature, overload capacity, flame retardancy, fire resistance;

Environmental resistance:

Aging resistance, oil resistance, acid and alkali resistance, corrosion resistance, moisture resistance, cold resistance;

Safety performance:

Low smoke zero halogen (LSZH), flame retardancy, fire resistance, rodent and termite resistance

3. Key properties of Signal and Control Cables

Electrical conductivity

low resistance for efficient power and signals transmission.

Insulation resistance

High dielectric strength to avoid short circuits), temperature resistance (-40℃ to 125℃ depending on materials.

Mechanical durability

Tensile, bending, and abrasion resistance.

Environmental adaptability

Moisture, corrosion, and flame resistance.

4. Application Scenarios of Signal and Control Cables

Wires and cables of electric equipment are widely used in industrial automation, power systems, construction, petrochemicals, transportation, and aerospace. They transmit power, control signals, and measurement data for electrical equipment, instruments, and control systems.

5. What types of electrical equipment cables does Taitong Cable supply?

5.1 Power Equipment Cables:

High-voltage and low-voltage power cables, aluminum alloy power cables, aerial insulated cables, mineral-insulated fire-resistant cables.

5.2 Industrial Equipment Cables:

Rubber-sheathed flexible cables, welding machine cables, shield machine cables, elevator cables, submersible pump cables, mining cables.

5.3 Control and Signal Cables:

Control cables, compensation cables, low-smoke zero-halogen (LSZH), flame-retardant and fire-resistant signal cables.

5.4 Special Equipment Cables:

Marine cables, photovoltaic cables, pre-fabricated branch cables, high-temperature resistant, corrosion-resistant, rodent-proof and termite-proof special cables.

6. Taitong Cable provides dedicated cables for a wide range of electrical equipment, mainly including:

6.1 Control Cables:

Transmit control and interlocking signals in industrial control systems;

Feature multiple cores (2-61 cores), small cross-section (0.5-2.5mm²), and reliable signal stability;

Applied in PLC systems, motor control cabinets, and production line control circuits.

6.2 Instrumentation Signal Cables:

Transmit weak measurement signals (e.g., temperature, pressure, flow);

Require low noise, anti-interference, and high precision;

Used in instrumentation, sensors, and data acquisition systems.

7. Taitong Control Cables and Computer Instrumentation Cables:

7.1 Shielded Control Cables:

Add copper braid or aluminum foil shielding to suppress electromagnetic interference (EMI);

Suitable for complex industrial environments with strong interference (e.g., near inverters or power cables).

7.2 Armored Control Cables:

Equipped with steel tape or steel wire armoring for anti-crushing and anti-rodent protection;

Ideal for underground burial, cable trenches, or harsh outdoor conditions.

7.3 Flexible Control Cables:

Adopt fine-stranded conductors and flexible insulation/sheath materials (e.g., TPE);

Designed for frequent bending scenarios (e.g., robotic arms, moving equipment).

7.4 Soft Conductor Cables:

Use extra-fine copper strands for ultra-flexibility, ensuring easy installation in narrow spaces or dynamic applications.

7.5 Thermocouple Compensation Cables:

Match thermocouple materials to reduce temperature measurement errors;

Applied in temperature monitoring systems for petrochemicals and metallurgy.

7.6 Computer Instrumentation Cables:

High-precision, low-capacitance cables with double shielding;

Transmit digital and analog signals for computers, DCS systems, and precision instruments, ensuring data integrity.