Halogen Free TPS Fire Alarm Cable

Halogen Free TPS Fire Alarm Cable
Details:
Standards
AS/NZS 1125
AS/NZS 3808
AS/CA S008
AS/NZS 4507 (RHE-3)
AS/NZS 1660
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Description
Technical Parameters
Certification
fire alarm wire

 

 
Halogen Free TPS Fire Alarm Cable
  • Conductors: Stranded annealed copper
  • Insulation: HFI-90-TP
  • Insulation Colour: Red, White
  • Sheath: HFS-90-TP
  • Sheath Colour: Red
  • Operating Temperature: 90°C

  • Voltage Rating: 250/250V
  • Certification: SAA

 

Application

 

 

TPS fire alarm cable ensures that the alarm can be sounded in time when a fire occurs and provides accurate guidance for emergency personnel, especially in underground environments, confined spaces, or places with high environmental safety requirements. Halogen-free TPS fire alarm cable not only meets the electrical performance requirements of the fire alarm system but also has excellent safety and environmental protection.

Fire alarm cable application

 

Feature

 

TPS Fire Alarm Cable

 

TPS fire alarm cable is a high-quality cable designed for fire alarm systems. It uses a combination of copper stranded conductor and thermoplastic polymer (TPS) to ensure stability and long-term reliability in harsh environments such as high temperature and humidity. This cable is particularly suitable for buildings, facilities and industrial environments where stable transmission and high safety of alarm signals are required. It meets SAA certification standards to ensure that it can play an effective role in emergency situations such as fire.

 

Certification

 

Fire alarm cable certified by SAA has passed the strict standards of Australia and New Zealand, meets the relevant safety and performance requirements, and is suitable for fire alarms, emergency lighting, and other electrical systems that require high safety performance.

 

 

SAA approval fire alarm cable

 

Package

 

fire alarm cable package

 

Company Introduction

 

SAA Cable Factory

 

Greater Wire manufacturer's advanced cable factory has an intelligent and digital manufacturing environment. Through the seamless integration of cutting-edge technology, the factory successfully eliminates errors and defects that may occur in the traditional manual assembly process. The shift to digital manufacturing not only increases efficiency but also demonstrates our commitment to providing our customers with products of the highest reliability. The smart factory framework ensures a streamlined and error-free production process, minimizing the possibility of human-related variances and increasing previously unattainable precision. Accurate and automated inspection mechanism, the factory strictly adheres to quality control. Products are thoroughly inspected from the beginning to the final stage of the manufacturing process. Digital intelligent image detection and laser technologies are used to ensure that each product meets the strict standards set by our company. This commitment to quality extends to our inspection accuracy, with automated production equipment achieving an impressive accuracy of 0.002 mm, exceeding industry benchmarks.

 

customer
 

wire and cable company

 

 

Partner

 

Greater Wire Partner

 

FAQ

 

 

 

 

Q: What is the difference between halogen free and PVC? 

A: Halogen-free and PVC (polyvinyl chloride) are both terms used for materials that produce fewer toxic fumes (such as hydrogen chloride gas) when burned, which can be harmful to people and the environment. This is important for fire safety, such as in buildings. PVC is a widely used plastic, but it is not halogen-free because it contains chlorine. PVC releases harmful toxic gases such as hydrogen chloride when burned, which is a major health and safety concern in certain applications.

Q: What is the difference between halogen free and flame retardant?

A: In the context of wire or cable, halogen-free means that the insulation or outer layer does not release toxic fumes when burned, which is very important in environments such as buildings, especially in the event of a fire.
Flame retardants are designed to slow the spread of fire and prevent materials from catching fire easily. They help materials pass fire protection standards and are critical for products such as cables, furniture, and building materials.
Example: A flame retardant material may still contain halogens (such as bromine or chlorine) in the added flame retardant chemicals, which means it cannot be halogen-free and still resist ignition.
Some materials are both halogen-free and flame retardant. These materials are usually made with non-halogen flame retardant chemicals such as phosphorus, nitrogen, or magnesium hydroxide. Such materials are increasingly used in safety-critical applications where both fire resistance and non-toxic gas emissions are critical. 

 

 

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TPS Cables Halogen Free

 

No. of Cores Cross Section (mm2) Copper Wire Diameter (mm) Approx Overall Diameter (mm) Drum Length Resistance (Ω/km) Capacitance(pF/m) Inductance (uH/m)
2 0.75 0.37 9.8 250m, 500m 23.4 44 0.87
2 1.00 0.42 10 250m, 500m 18.0 46 0.8
2 1.50 0.52 10.3 250m,500m 11.9 48 0.75
2 2.50 0.67 11.8 250m, 500m 7.4 53 0.71
2 4.00 0.85 13.7 Cut to length 4.6 57 0.68
2 6.00 1.04 16.2 Cut to length 3.1 60 0.67

 

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