Wire Energoalliance PTVV-HK 2х2,5

CABLE PTVV-HK 2х2,5
TU U 27.3-33527835-022:2021

Thermoelectrode wire with polyvinyl chloride insulation.
The abbreviation PTV-HK stands for:

• P – wire (Provod in original);
• T – thermoelectrode;
• V – PVC insulator;
• HK – core made of Chromel and Copel alloys.

CONSTRUCTION

1. Single-core conductor made of Chromel and Copel alloy.
2. Polyvinyl chloride plastic insulation with separation between the cores. The insulated cores are color-coded and marked with a stripe:
   • Copel alloy is marked with purple or black color;
   • A stripe indicates the Chromel alloy.

TECHNICAL SPECIFICATIONS

Operating temperature range: from -40 to +70 °C.
Relative air humidity at +35 °C – 98%.
Installation of wires can be carried out at ambient temperatures not lower than -15 °C.
Electrical insulation resistance of the wires, calculated per 1 meter at 20 °C, is no less than 1000 MΩ.
Electrical insulation resistance of the wire, measured at relative humidity up to 98% and temperature of (35 ± 3) °C after 48 hours of exposure, recalculated per 1 meter, is no less than 100 MΩ.
Test voltage: 1500 V, 50 Hz for 5 minutes.
Cable construction length: at least 100 meters.
Warranty period: 2 years from the date of commissioning.

APPLICATION

The wires are designed for connection to temperature measuring devices. Suitable for indoor installations, pipes, and inside devices at operating temperatures from -40 to +70 °C.

WHY BUY PTVV-HK 2х2,5 CABLE FROM "ENERGOALLIANCE"

It is more profitable to purchase cable products wholesale or retail directly from the manufacturer. "EnergoAlliance" is one of the industry leaders. The company has been active in the market since 2005, offering certified products at affordable prices. The product range includes power, installation, and control cables. We collaborate with electrical installation companies, municipal enterprises, factories, and individuals. The company works with clients from Ukraine, the CIS, and Europe, offering comfortable and tailored cooperation terms. The delivery cost depends on the current rates of the postal service.