Digital Hotplate LDHP-T2011

Introduction

Digital Hotplate reaches a maximum heating temperature of 500°C for efficient sample heating. It ensures temperature accuracy using a PT10000 sensor with ±0.2°C precision. A ceramic plate distributes heat evenly and resists harsh chemicals during lab processes. The unit includes a timer and SD card port for monitoring and data recording. Perfect for controlled heating tasks in research, industrial, and educational laboratory environments. 

This laboratory hotplates is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Digital Hotplate is ideal for precise heating tasks in chemical, biological, and pharmaceutical labs. It ensures safety alerts with real time recording. 

Specifications

Display Mode
Temperature Range	Room temp. to 500 °C (increment 1 °C)
Plate Dimensions (W × L)	254 × 254 mm (10 inch)
Temperature Accuracy	±1 °C (<100 °C), ±1% (>100 °C)
Heating Position	1
Safety Temperature	540 °C
External Temperature Sensor	PT1000 (±0.2 °C)
Heating Warning	50 °C
Hotplate Material	Glass ceramic
Protection Class	IP20
Permissible Ambient Temperature & Humidity	5 to 40 °C, ≤80% RH
Heating Power	1500 W
Power	1700 W
Power Supply	100 to 120 / 200 to 240 V, 50 / 60 Hz
Dimensions (W × L × H)	328 × 424 × 138 mm
Net Weight	7.2 kg

Features

Uniform heat distribution

Superior chemical resistance

Flashing indicator

Real-time data logging

External sensor input

Adjustable timing function

FAQs

1. How does Digital Hotplate ensure safety during operation?

Digital Hotplate includes a visual “” warning that activates when the surface exceeds 50°C, even after power-off. This helps prevent accidental burns or unsafe handling. The device also features a safety cut-off at high temperatures. These safeguards allow lab personnel to operate the hotplate confidently under demanding conditions.

2. Can the Digital Hotplate maintain a stable temperature during extended runs?

Yes, the Digital Hotplate is designed for continuous, stable operation over extended timeframes. The unit allows precise temperature control and maintains heat effectively across the ceramic work surface. hotplate is ideal for experiments that require consistent thermal conditions for hours. Real-time temperature display helps monitor and adjust as needed without interruption.

3. How is the external temperature sensor used with the Digital Hotplate ?

The Digital Hotplate can be connected to an external PT1000 sensor for more accurate temperature monitoring. This is especially useful when heating sensitive samples that require precise temperature feedback from within the container. hotplate automatically adjusts based on sensor feedback, improving experimental reliability. It's a valuable option for high-accuracy heating tasks.

4. What features make the Digital Hotplate suitable for chemical laboratories?

The Digital Hotplate is equipped with a durable glass ceramic surface that resists chemical spills and supports high heat transfer efficiency. Its wide heating range supports various chemical processes, from gentle warming to high-temperature reactions. hotplate also integrates time settings and external sensor compatibility. These features make it a dependable choice for complex laboratory tasks.

5. How is data from the Digital Hotplate recorded and tracked?

Digital Hotplate includes an SD card interface to log real-time operating data. This feature is valuable for documentation, quality assurance, and repeatability of lab experiments. Users can review historical performance to troubleshoot or improve process control. It is especially useful in -compliant labs where traceability is required.