Thermocouple Thermometer
.jpg)
Product Code : SCL-PLE-11619
This digital thermocouple thermometer is a versatile thermal sensing instrument designed for high-accuracy temperature measurements across extreme ranges. Primarily utilized in secondary and higher education physics, chemistry, and engineering laboratories, it serves STEM and TVET curricula. It enables students to investigate thermodynamics, heat transfer, and phase changes through responsive, real-time data acquisition and a clear digital interface.
Technical Specifications
|
Component/Attribute |
Specification Details |
|
Sensing Technology |
Thermoelectric Effect (Seebeck Effect) |
|
Compatible Probe Types |
Standard Type K (Nickel-Chromium / Nickel-Alumel) |
|
Temperature Range |
-50° Celsius to +1300° Celsius (Probe dependent) |
|
Measurement Resolution |
0.1° Celsius or 1.0° Celsius (Switchable) |
|
Display Type |
Large-format Liquid Crystal Display (LCD) |
|
Accuracy Tolerance |
±0.5% of reading plus 1° Celsius |
|
Input Channels |
Single or Dual channel configurations available |
|
Power Source |
Standard 9-Volt Direct Current battery |
|
Housing Material |
Impact-resistant Acrylonitrile Butadiene Styrene (ABS) |
|
Sampling Rate |
Approximately 2.5 readings per second |
Educational Benefits & Features
Feature: Wide thermal measurement spectrum.
Benefit: Enables students to conduct experiments ranging from cryogenics to high-heat combustion, solving the limitations of traditional liquid-in-glass thermometers.
Feature: Rapid response sensors.
Benefit: Captures instantaneous temperature fluctuations, allowing students to observe real-time exothermic and endothermic reactions with high temporal resolution.
Feature: Digital "Hold" and "Max/Min" functions.
Benefit: Reduces student transcription errors by freezing data points on the display during critical experimental transitions.
Feature: Interchangeable probe interface.
Benefit: Provides versatility for different mediums, allowing a single instrument to measure air, liquid, or surface temperatures through specialized sensor attachments.
Feature: Battery-powered handheld architecture.
Benefit: Facilitates field studies and "out-of-lab" environmental monitoring, ensuring the instrument is not tethered to a fixed power source.
Curriculum Alignment
This instrument is precision-engineered to meet the rigorous infrastructure requirements of STEM, TVET, and Next Generation Science Standards (NGSS). It specifically supports benchmarks in "Matter and Its Interactions" and "Energy," providing the empirical data necessary for students to master the laws of thermodynamics and thermal equilibrium.
Why Choose Educational Instrument?
Procuring specialized thermometry from a direct manufacturer ensures the technical consistency and material traceability required for institutional procurement and bulk supply.
Direct Manufacturer (OEM) Expertise: We operate proprietary Research and Development (R&D) facilities where sensors are calibrated against secondary standards to ensure professional-grade accuracy and long-term stability.
Factory-Direct Pricing: By eliminating intermediary supply chain layers, we provide high-authority diagnostic tools at a cost-efficient price point, maximizing the impact of departmental and institutional budgets.
International Quality Compliance: Our manufacturing infrastructure is strictly audited to ISO 9001 and CE standards, ensuring that all electronic components are industry-compliant, non-toxic, and durable for high-frequency student use.
Supply Chain Reliability for Bulk Tenders: We are optimized for high-volume fulfillment, providing consistent hardware specifications and dependable lead times for regional education boards and large-scale government contracts.
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)