CT-105 L-shaped Temperature Probe

High-precision temperature measurement, suitable for a variety of industrial applications.

The CT-105 L-type temperature sensor is designed for precision temperature measurement and is suitable for a variety of industrial environments. Its robust construction and high-precision sensing element make it ideal for applications such as process monitoring, quality control, and equipment maintenance.

Description

The CT-105 features an L-shaped design, facilitating installation in pipe or equipment corners and enhancing installation flexibility. Its sensing element boasts high accuracy and a wide operating temperature range. Pipe diameter, length, and material can be customized to meet specific application requirements.

Specifications

Sensing Element

Thermocouples: Types K, T, J, R, S, and B
Platinum resistors: PT100, PT1000, PT500

Accuracy Class

Class A, Class B, 1/10 DIN, 1/5 DIN, 1/3 DIN (select according to application)

Wiring Method

2-wire, 3-wire, 4-wire

Wire Length

Standard length 1 meter, can be extended as needed.

Temperature Range (depending on the sensing element)

Type K thermocouple: Approximately –50°C to +1200°C
Type T thermocouple: Approximately –250°C to +350°C
J-type thermocouple: approx. –40°C ~ +750°C
R/S/B type thermocouple: approx. +600°C ~ +1600°C
PT100: –200°C ~ +500°C (depending on package and wire material)

Probe Appearance and Dimensions

Standard rod-shaped probe diameters: Φ3.2, Φ4.8, Φ5, Φ6.3 mm, Φ9.5 mm (custom sizes available)
Probe length: can be specified as needed (e.g., 30mm, 50mm, 100mm and above)

Wire Material Selection

PVC wire: Temperature resistant from -20°C to 105°C, suitable for normal temperature environments, and affordable.
Teflon wire: Temperature resistance from -60°C to 200°C, oil and acid/alkali resistant.
Fiberglass braided yarn: Temperature resistant up to 400°C, suitable for high-temperature industrial environments.
Metal braided wire: Temperature resistant up to 500°C, wear-resistant and interference-resistant, suitable for high-frequency interference areas.

Application Examples

Process temperature monitoring: Used to monitor critical temperatures during the production process to ensure product quality.
Equipment maintenance: Regularly check equipment temperature to prevent malfunctions.
Quality control: During the quality inspection process, ensure that the product meets the specifications.
Laboratory applications: Used for precise temperature measurement in laboratory environments.