Temperature Transmitter & FLP Housing

The Temperature Transmitter & FLP Housing is a reliable and durable solution for precise temperature measurement in harsh and hazardous environments. Designed to withstand extreme industrial conditions, this unit offers excellent performance, accuracy, and safety, especially in areas requiring explosion-proof equipment.

Built with flameproof (FLP) housing, the Temperature Transmitter & FLP Housing is engineered to prevent any ignition in flammable atmospheres. The flameproof enclosure is tested to meet global safety standards, making it ideal for petrochemical plants, refineries, power stations, and chemical processing industries. Its rugged body construction ensures long-term durability even under challenging conditions.

This product combines a high-quality temperature transmitter with a protective FLP enclosure. The transmitter converts the temperature signal from sensors such as RTDs or thermocouples into a standardized output, usually 4–20 mA, making it compatible with most industrial control systems. With excellent signal stability and minimal drift, the Temperature Transmitter & FLP Housing ensures dependable operation and minimal maintenance.

The housing not only protects internal electronics from environmental hazards like dust, moisture, and corrosive gases but also guarantees safety in ATEX, IECEx, and other explosion-risk zones. Installation is straightforward due to its compact design and flexible mounting options. The unit also supports field calibration and diagnostics, helping operators ensure continuous and accurate measurements.

In applications where both reliability and safety are non-negotiable, the Temperature Transmitter & FLP Housing is the go-to choice. It allows for seamless integration into existing systems, offers high resistance to EMI/RFI noise, and ensures stable output even in fluctuating temperature ranges.

Whether for oil & gas, chemical, marine, or power generation applications, this transmitter system delivers excellent thermal monitoring without compromising safety or compliance. Its advanced sensing technology and certified housing make it an essential tool in critical process control.