Oil/Gas Industrial Cable
PAS BS 5308 Part 1 Type 1 MICA/XLPE/OS/LSZH (Fire Resistant)
APPLICATION
Publicly Available Standard (PAS) BS 5308 cables are designed
to carry communication and control signals in a variety of
installation types including those found in the petrochemical
industry. The signals can be of analogue, data or voice types and
from a variety of transducers such as pressure, proximity or
microphone. Part 1 Type 1 cables are generally designed for
indoor use and in environments where mechanical protection is
not required. Suitable for fire resistant installations.
CHARACTERISTICS
Rated Voltage :Uo/U: 300/500V
Operating Temperature:
Fixed: -40ºC to +80ºC
Flexed: 0ºC to +50ºC
Minimum Bending Radius: Fixed: 6D
CONSTRUCTION
Conductor
0.5mm² - 0.75mm²: Class 5 flexible stranded copper
1mm² and above: Class 2 stranded copper
Insulation: MICA Tape + XLPE (Cross-Linked Polyethylene)
MICA/XLPE/OS/LSZH (Fire Resistant) Cable：What is it use for?
MICA/XLPE/OS/LSZH (Fire Resistant) Cable is a specialized type of cable that is designed to withstand high temperatures and provide fire resistance in various industrial and commercial applications. This type of cable is constructed with a combination of materials including Mica, XLPE (Cross-Linked Polyethylene), OS (Overall Screen), and LSZH (Low Smoke Zero Halogen) sheath, making it suitable for use in environments where fire safety is a top priority. The unique combination of these materials ensures that the cable can maintain its integrity and functionality even in the event of a fire, making it an essential component in critical infrastructure and high-risk environments.
One of the primary uses of MICA/XLPE/OS/LSZH (Fire Resistant) Cable is in power distribution and transmission systems where fire safety is a critical concern. These cables are commonly used in power plants, substations, and industrial facilities where the risk of fire is high due to the presence of high voltage equipment and machinery. The fire-resistant properties of the cable make it an ideal choice for ensuring the continuous and safe operation of power systems, even in the event of a fire outbreak. Additionally, the low smoke and zero halogen characteristics of the LSZH sheath minimize the release of toxic fumes and corrosive gases in the event of a fire, further enhancing the safety of the surrounding environment.
In addition to power distribution, MICA/XLPE/OS/LSZH (Fire Resistant) Cable is also widely used in the transportation sector, particularly in railway and metro systems. The fire-resistant properties of the cable make it well-suited for use in underground and enclosed environments where the spread of fire can have catastrophic consequences. The low smoke and zero halogen characteristics of the LSZH sheath are particularly important in these applications, as they help to protect passengers and personnel from the harmful effects of smoke and toxic gases in the event of a fire emergency.
Furthermore, MICA/XLPE/OS/LSZH (Fire Resistant) Cable finds extensive use in the oil and gas industry, where the risk of fire and explosion is inherent to the nature of the operations. These cables are used in offshore platforms, refineries, and petrochemical plants to ensure the safe and reliable transmission of power and control signals in hazardous environments. The fire-resistant properties of the cable provide an added layer of protection against the ignition and spread of fire, helping to safeguard personnel and critical infrastructure from the devastating effects of fire-related incidents.
Moreover, MICA/XLPE/OS/LSZH (Fire Resistant) Cable is also utilized in data centers and telecommunications facilities where the protection of sensitive equipment and data is paramount. The fire-resistant and low smoke properties of the cable make it an essential component in ensuring the continuous operation of critical communication and data systems, even in the event of a fire emergency. The use of these cables helps to minimize the risk of fire-related downtime and equipment damage, thereby contributing to the overall resilience and reliability of the infrastructure.