Москва и МО — точки продаж в вашем регионе
8 800 333-30-72(Будни с 8:00 до 17:00)
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С искренними пожеланиями тепла и уюта
Москва и МО — sales outlets in your region
8 800 333-30-72(Weekdays 8 AM – 5 PM)
With sincere wishes of warmth and comfort
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PNSVT wire is specifically designed for winter concrete pouring, providing gradual and uniform heating of the entire concrete mass until it sets. It is used in the construction of buildings, foundations, roads, and overpasses.
Advantages of PNSVT
Concrete Curing Technology
The heating wire is embedded into the concrete mix. When power is applied, it heats the concrete from within.
Concrete curing is achieved by transferring heat from the surface of the embedded heating wire directly to the concrete. Thanks to the material's good thermal conductivity, heat is evenly distributed throughout the entire concrete volume, maintaining a positive temperature until the concrete sets.
Heating can be continued until the concrete reaches the required strength.
For Proper Concrete Curing at the Recommended Temperature
Construction
Advantages of PNSVT
- PVC-insulated wire with a thin steel-alloy conductor for safe and cost-effective operation throughout the construction process
- Operates directly from a 220 V power supply without the need for a transformer
- Reliable performance at ambient temperatures down to –15°C
- Suitable for residential and industrial construction with all standard concrete grades
Concrete Curing Technology
The heating wire is embedded into the concrete mix. When power is applied, it heats the concrete from within.
Concrete curing is achieved by transferring heat from the surface of the embedded heating wire directly to the concrete. Thanks to the material's good thermal conductivity, heat is evenly distributed throughout the entire concrete volume, maintaining a positive temperature until the concrete sets.
Heating can be continued until the concrete reaches the required strength.
For Proper Concrete Curing at the Recommended Temperature
- Calculate the required length of PNSVT wire.
- Install the wire inside the structure before concrete is poured.
- After pouring the concrete, connect the wire to the power supply and ensure a stable electrical supply throughout the curing process.
Construction
Technical Specifications
Wire Type – PNSVT 0.6 / PNSVT 0.8
Cable Type – Heating Wire
Packaging – Coil
Package Length (Respectively) – 57 m / 73 m
Calculated Weight (Respectively) – 6.99 kg/km / 9.39 kg/km
Conductor Diameter (Respectively) – 0.6 mm / 0.8 mm
Insulation Material – Heat-Resistant PVC Compound
Insulation Color – White
Overall Diameter (Respectively) – 2.2 mm / 2.4 mm
Cross-Section Shape – Round
Minimum Operating Temperature – –30°C
Maximum Operating Temperature – +105°C
Minimum Bending Radius – 15 mm
Minimum Cable Spacing During Installation – 30 mm
Average Conductor Resistance (Respectively) – 0.5 Ω/m / 0.3 Ω/m
Insulation Resistance at 20°C (Minimum) – 100 MΩ
Rated Frequency – 50 Hz
Maximum Rated Current (Respectively) – 8 A / 10 A
Recommended Section Length at 220 V / 60 V (Respectively) –
PNSVT 0.6: 57 m (220 V) / 15.5 m (60 V)
PNSVT 0.8: 73 m (220 V) / 20 m (60 V)
Recommended Supply Voltage – 60–220 V
Specific Volumetric Power Output (Respectively) – 1.5 kW/m³ / 2.5 kW/m³
Wire Consumption (Respectively) – 50 m/m³ of Concrete / 70 m/m³ of Concrete
Thermal Curing Cycle – 1–3 Days
Minimum Installation Temperature – –15°C
Wire Type – PNSVT 0.6 / PNSVT 0.8
Cable Type – Heating Wire
Packaging – Coil
Package Length (Respectively) – 57 m / 73 m
Calculated Weight (Respectively) – 6.99 kg/km / 9.39 kg/km
Conductor Diameter (Respectively) – 0.6 mm / 0.8 mm
Insulation Material – Heat-Resistant PVC Compound
Insulation Color – White
Overall Diameter (Respectively) – 2.2 mm / 2.4 mm
Cross-Section Shape – Round
Minimum Operating Temperature – –30°C
Maximum Operating Temperature – +105°C
Minimum Bending Radius – 15 mm
Minimum Cable Spacing During Installation – 30 mm
Average Conductor Resistance (Respectively) – 0.5 Ω/m / 0.3 Ω/m
Insulation Resistance at 20°C (Minimum) – 100 MΩ
Rated Frequency – 50 Hz
Maximum Rated Current (Respectively) – 8 A / 10 A
Recommended Section Length at 220 V / 60 V (Respectively) –
PNSVT 0.6: 57 m (220 V) / 15.5 m (60 V)
PNSVT 0.8: 73 m (220 V) / 20 m (60 V)
Recommended Supply Voltage – 60–220 V
Specific Volumetric Power Output (Respectively) – 1.5 kW/m³ / 2.5 kW/m³
Wire Consumption (Respectively) – 50 m/m³ of Concrete / 70 m/m³ of Concrete
Thermal Curing Cycle – 1–3 Days
Minimum Installation Temperature – –15°C
Properties
Warranty – 1 Year
Dimensions – 1 × 0.6 mm / 1 × 0.8 mm
Service Life – 1 Year
Number of Conductors – Single-core
Conductor Material – Steel
Specific Power Output – 30 W/m
Application – Heating of Monolithic Concrete and Reinforced Concrete
Warranty – 1 Year
Dimensions – 1 × 0.6 mm / 1 × 0.8 mm
Service Life – 1 Year
Number of Conductors – Single-core
Conductor Material – Steel
Specific Power Output – 30 W/m
Application – Heating of Monolithic Concrete and Reinforced Concrete