Low Voltage Control Cables, designed for low voltage industrial applications, are a particular type of electrical conductors designed to transmit control signals and power. Rated for voltage levels of 1.1 kV or lower, these cables typically provide communication between control panels and instruments in the field. Electrolytic grade copper conductors and PVC, XLPE, LSZH, and flame-retardant materials enable the manufacturing of our low-voltage control Cables, all of which are built for industrial use and will provide reliable signals and power.
Our low-voltage control cables can be manufactured as single-core or multi-core cables as small as 0.50 sq. mm to 300 sq. mm, for a variety of control and automation applications. All of our cables are built in accordance with international standards, including IS1554, IS 7098, IEC60227, and IEC60502-1, specifically to withstand the extremes of temperature, mechanical stress, and electromagnetic interference conditions that are found in modern industrial facilities.

Where reliability in hostile heat conditions is a must, Nickel-Based Alloys are the unseen drivers of thermal measurement and heating solutions. Tempsens’ superior line of nickel alloys and thermocouple conductors is specifically designed to deliver in the most challenging industrial applications—ranging from blast furnaces and reactors to cleanrooms and resistance heating configurations.

As opposed to generic alloy suppliers, Tempsens brings decades of metallurgical experience, state-of-the-art in-house wire processing, and specialty manufacturing to fulfill worldwide thermocouple and heater requirements. Each conductor—bar, rod, or wire—is processed and tested in NABL-certified laboratories to national and international standards of thermal and electrical performance.

Instrumentation signal cables are designed to transmit low-voltage signals with minimal interference, ensuring signal integrity in industrial environments. Available in shielded and unshielded, armoured and non-armoured constructions, these cables protect against external noise and harsh operating conditions. Their robust electrical and mechanical properties make them essential for process control, monitoring, and automation equipment—where reliable signal transmission directly contributes to efficiency and safe operation across a wide range of industries.

Thermocouple cables transmit sensor-generated signals to measurement instruments while preserving the thermoelectric characteristics required for accurate temperature readings. Tempsens offers thermocouple extension and compensation cables matched to the Seebeck coefficients of major thermocouple types—including K, J, T, E, R, and S. Available in simplex, duplex, and multipair constructions, these cables are manufactured in 20–24 AWG with insulation options such as PVC, fiberglass, silicone rubber, and PTFE to suit various temperature and environmental conditions. They maintain accuracy within ±0.5°C to ±2.2°C in accordance with IEC 60584.

Industrial processes depend on stable temperatures to maintain product quality and protect equipment. Tempsens designs heat tracing systems that ensure consistent temperature maintenance across a wide range of applications, from preventing freeze damage to maintaining viscosity in petroleum lines and supporting precise conditions in pharmaceutical production. These systems deliver the thermal reliability facilities need to avoid issues such as burst pipes, crystallized product, and costly downtime. Engineered for durability and long-term performance, Tempsens heat tracing solutions provide dependable protection and lasting value.

Our modern cable plant is equipped with advanced manufacturing technology and rigorous quality-control systems, enabling us to produce high-performance cables with exceptional consistency. By combining precision engineering, skilled craftsmanship, and efficient production processes, we deliver high-quality products at competitive prices. Through continuous improvement and a strong commitment to innovation, we consistently exceed customer expectations and provide reliable solutions for a wide range of industrial applications.

Mineral Insulated Metal Sheathed (MIMS) cables provide exceptional performance in harsh industrial environments where conventional cables cannot operate. With conductors insulated by densely compacted magnesium oxide and protected by a hermetically sealed metal sheath, these cables withstand temperatures up to 1300°C while offering outstanding mechanical strength, fire resistance, and insulation integrity (>100 MΩ). MIMS cables ensure accurate signal transmission and long-term reliability in demanding applications such as nuclear reactors, petrochemical processes, blast furnaces, aerospace, and high-temperature manufacturing. Their compact construction and tight bend radius make them ideal for precision temperature measurement, process heating, and critical power distribution in extreme conditions.