LEEG SMP131-TLD(H) Gauge Pressure Transmitter

LEEG SMP131-TLD(H) Gauge Pressure Transmitter is a high-performance pressure transmitter with international leading technology meticulously designed by LEEG. The sensor is located on the top of the metal body and stays away from the medium interface to realize mechanical isolation and thermal isolation. Glass sintering sensor wire realizes high-strength electrical insulation of the metal base and improves the capability of the flexibility of the electronic circuit and transient voltage resistance protection. All these original encapsulation technologies enable SMP858-TST to easily cope with extreme chemical occasions and mechanical load and own strong resistance to EMI, sufficient to respond to the most rigorous industrial environment applications.

LEEG SMP131-TLD(H) Gauge Pressure Transmitter Advantages:

The dual-diaphragm overload structure can easily cope with high-overload tests
355° rotation display module, friendly button parameters operation function
Accurate filling fluid technology eliminates the effects of temperature and static pressure
High-strength metal electrical protection housing meets the most rigorous environmental application
Strong transient voltage resistance to protect the terminal module
External three buttons menu function enables site operation and does not affect the degree of electrical protection, in a safer and more convenient manner
Beautiful appearance, fully shows the fashion sense of science and technology

Features

Excellent long-term stability, unique technological advantage to ensure the performance far exceeds the same price products.
Powerful compact appearance, provide the highest cost-effective pressure measuring solutions.
Pressure impact tests and time drift tests to ensure constant quality.
Adopts patent pressure sensor technology, flexibly face all kinds of challenges of working conditions.
Original calibration technology, realize parameters setting easily without any tools.
Strong transient voltage resistance inside, easily cope with surge voltage.