In contrast to the integrated type, a split temperature transmitter refers to the physical separation of the temperature sensor (temperature-measuring element) and the signal transmitter module, which are connected by wires and usually installed in different locations.

• The transmitter module is environmentally friendly: The transmitter is installed in a control room with suitable temperature, no vibration, and no corrosive gases, avoiding the influence of harsh on-site environments (high temperature, high humidity, strong vibration), thus having a longer lifespan and better stability.
• Maintenance and debugging are convenient: As the transmitter is located in the control cabinet, technicians can easily perform operations such as calibration, replacement, and parameter configuration (such as modifying the measurement range) without going to the site, which is safe and efficient.
• Save high-end material costs: For systems requiring a large number of temperature measurement points, all transmitters can be centrally installed in the same cabinet, which is more space-saving and cost-effective than purchasing multiple integrated transmitters.
• Flexible sensor selection: Different length and material protective sleeves can be flexibly matched with the sensors, while the transmitter part is universal.

Product Parameters

Product Name:

Split Digital Display Temperature Sensor

Temperature Range:

-40 - 120°C

Output:

4 - 20mA

Rod Length:

175mm

Installation Thread:

Adjustable M20*1.5

Power Supply:

12 - 24VDC

Integrated vs. Split: How to Choose?

Split-type temperature transmitters are a classic and reliable solution. They separate sensitive electronic components from harsh on-site environments. With the advantages of easy maintenance and centralized management, they still hold an important position in specific industrial fields, especially in large-scale process industries. The choice between integral and split types lies in a comprehensive balance of on-site environment, installation cost, maintenance convenience and signal reliability.