Extech SDL200 4-Channel Datalogging Thermometer

The term “4-Channel Datalogging Thermometer” refers to a thermometer having four distinct inputs that may monitor temperature at four different locations. The culinary, pharmaceutical, electrical, and scientific research sectors may all utilize this instrument because of its excellent accuracy and simple readability.

product overview

The SDL200 records data on an SD card in Excel format. 4-Channel data logging with 6 Thermocouple types (J, K, E, T, R, S) and 2-Channel data logging with RTD (Pt100Ohm) probes. Displays [T1, T2, T3, T4] or differential [T1-T2] readings. Offset adjustment is used for zero function to make relative measurements. Stores 99 readings manually and 20M readings via 2G SD card. Records readings with real date and time stamps.

User programmable sampling rate from 1 to 3600 seconds. Min/Max, Data Hold, Auto Power Off. Complete with 6 AA batteries, four general purpose Type K bead wire temperature probes, SD card, and hard carrying case.

The Extech SDL200 four distinct inputs enable the user to concurrently measure the temperature at four different locations. A lighted LCD panel on this device also enables the user to view the temperatures of the four inputs.

functions Extech SDL200 4-Channel Datalogging Thermometer

Temperature measurement: Using this device’s four distinct inputs, the user can concurrently measure the temperature at four different locations. The temperature is accurately represented digitally.

Data storage: The measured data can be kept in the device’s internal memory. He also uploaded these data to the computer via a USB cable, where he used the appropriate software to see and analyze them.

Extech SDL200 4-Channel Datalogging Thermometer features

• Certifications: CE
• Dimensions: 7.2 × 2.9 × 1.9″ (182 × 73 × 47.5mm)
• Power: 6 × AA (1.5V) batteries
• Warranty: 3 years
• Weight: 17.6oz (500g)

Extech SDL200 4-Channel Datalogging Thermometer specifications

• Memory: 20M data records using a 2G SD card
• Temperature (RTD) Basic Accuracy: -327 to 1562 °F (-200 to 850 °C)
• Temperature (RTD) Max Resolution: ±0.4% of reading (+1.8°F/+1°C)
• Temperature (Type C): 0.1°/1°
• Temperature (Type E) Basic Accuracy: -58 to 1652°F (-50 to 900°C)
• Temperature (Type E) Max Resolution: ±0.4% of reading (+1.8 °F/+1 °C)
• Temperature (Type J): 0.1°/1°
• Temperature (Type J) Basic Accuracy: -148 to 2102°F (-100 to 1150°C)
• Temperature (Type J) Max Resolution: ±0.4% of reading (+1.8 °F/+1 °C)
• Temperature (Type K) Basic Accuracy: 0.1°/1°
• Temperature (Type K) Max Resolution: -148 to 2372°F (-100 to 1300°C)
• Temperature (Type N): ±0.4% of reading (+1.8 °F/+1 °C)
• Temperature (Type N) Basic Accuracy: 0.1°/1°
• Temperature (Type R) Max Resolution: 32 to 3092°F (0 to 1700°C)
• Temperature (Type S) :±0.5% of reading(+2 °F/+1 °C)
• Temperature (Type S) Basic Accuracy: 0.1°/1°
• Temperature (Type S) Max Resolution: 32 to 2732°F (0 to 1500°C)
• Temperature (Type T): ±0.5% of reading (+2 °F/+1 °C)
• Temperature (Type T) Basic Accuracy: 0.1°/1°
• Temperature (Type T) Max Resolution: -58 to 752°F (-50 to 400°C)
• Temperature [IR] ±0.4% of reading :(+1.8 °F/+1 °C)
• Temperature [Type K]: 0.1°/1°