EziLab supplies the Digital Thermometer EZL-DTR101 for laboratory settings that need Bluetooth data transmission alongside the same -40 to 300°C contact-based measurement range as the original digital thermometer in this catalog. This lab digital thermometer transmits readings wirelessly to a connected phone, tablet, or computer rather than requiring manual transcription from the display, giving technicians a way to log temperature readings directly into digital records during liquid bath verification, sample core temperature checks, or material temperature confirmation work. That Bluetooth capability matters for labs documenting temperature measurements as part of a quality record — wireless transmission reduces transcription errors and speeds up data capture compared to manually writing down each reading, particularly useful when taking multiple sequential temperature checks across different samples or locations. The same -40 to 300°C probe-based contact measurement as the original model means this unit still requires physical probe insertion into a sample rather than the non-contact infrared sensing every other thermometer in this catalog provides, preserving that fundamental measurement approach while adding connected data capture. Laboratory and industrial applications needing internal temperature verification with direct digital logging get that combination here. See the Lab Digital Thermometer and Digital Thermometer ranges for connected internal temperature verification needs across USA laboratory settings.
| Temperature Range | -40 to 300°C (-40 to 572°F) |
|---|---|
| Measurement Accuracy | ±2°C |
| Response Time | 2 seconds |
| Probe Type | Food-grade stainless steel |
| Channel Type | Dual channel |
| Display | LCD with backlight |
| Connectivity | Bluetooth |
| Mounting | Magnetic back |
| Dimensions (L × W × D) | 80 × 80 × 25.5 mm |
| Weight | 0.108 Kg |
Name | Quantity |
NTC Temperature Sensor | 2 Piece |
Digital Thermometer EZL-DTR101 monitors temperature in real time through Bluetooth and smartphone connectivity, ensuring fast and accurate readings. It is suitable for fermentation, sous-vide, candy making, baby food checks, food processing, cold storage, and commercial kitchens.
Ezilab’s Digital Thermometer EZL-DTR101 offers a wide temperature range from -40°C to 300°C (-40°F to 572°F), allowing reliable performance in both freezing and high-heat conditions. This feature ensures suitability for a variety of thermal environments without the need for multiple devices. The broad range supports accurate monitoring during cold storage, cooking, industrial processing, or laboratory testing. Temperature consistency is maintained across the entire spectrum for dependable results. The sensor technology is calibrated to respond precisely under extreme conditions. Temperature fluctuations can be captured effectively due to the device’s broad sensitivity. This range enhances versatility and function in daily or technical operations.
Our Digital Thermometer EZL-DTR101 provides highly accurate temperature measurements with a precision of ±2°C, which ensures dependable readings across applications. Its rapid 2-second response time makes it suitable for situations requiring quick decision-making or adjustments. The combination of speed and precision minimizes the risk of undercooking or overheating. It contributes significantly to maintaining quality, safety, and efficiency in thermal-based processes. Fast reading capability allows real-time response in dynamic cooking or industrial scenarios. The device is engineered for consistency and minimal delay in data output. This performance standard makes it reliable for professional and personal use alike.
Ezilab’s Digital Thermometer EZL-DTR101 is equipped with Bluetooth connectivity, enabling wireless real-time temperature monitoring through a compatible mobile app. This function enhances usability by removing the need to remain near the device for data tracking. Alerts and updates are transmitted directly to the smartphone for continuous monitoring. The Bluetooth connection supports ease of access to settings and presets remotely. Users can configure meat type, cooking stage, or target temperature directly within the app. The wireless system minimizes interference during multitasking. Bluetooth technology integrated into the device ensures control and mobility in both home and professional setups.
Our Digital Thermometer EZL-DTR101 features dual-channel functionality, allowing the measurement of two different items or locations simultaneously. Each probe operates independently, displaying separate temperature values on the screen or app. This is especially beneficial when managing multiple dishes or comparing surface and internal temperatures. Dual monitoring helps ensure uniformity in complex recipes or industrial procedures. With two probes, setup time is reduced, and workflow becomes more streamlined. It eliminates the need for multiple thermometers while maintaining accuracy. The feature increases flexibility for both culinary and process-related applications.
Ezilab’s Digital Thermometer EZL-DTR101 comes with a large, backlit LCD display that enhances readability in various lighting conditions. The screen layout is designed to show both channel readings clearly and simultaneously. Backlighting enables effortless viewing during night-time use or in dim workspaces. The display remains easy to interpret even when operated outdoors or under bright glare. It includes intuitive symbols and numerical values for smooth operation. The brightness is calibrated for battery efficiency without compromising visibility.
Our Digital Thermometer EZL-DTR101 is built for both home and professional environments, making it highly versatile. Its wide temperature range, Bluetooth control, dual-probe system, and data logging features cater to the demands of laboratory testing, food processing, HVAC diagnostics, and more. The thermometer can record up to 7000 data points, aiding in compliance and traceability. Consistent readings ensure accuracy in process-critical tasks. The durable build supports use in high-traffic or intensive conditions. From quality checks to safety inspections, its design supports industrial-scale functionality. Multiple features make it reliable for technical and scientific workflows.
