Digital Hotplate Stirrer LDHS-T2011

Introduction

Digital Hotplate Stirrer is ideal for heating and mixing applications. Schott glass ceramic surface provides outstanding resistance to chemicals against temperature shocks up to 700 °C. displays are a great option for laboratories since they make it simple to monitor important metrics and offer improved safety protection. This magnetic stirrers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Digital Hotplate Stirrer is an ideal device for diverse applications across sectors like biotechnology, chemical, research and development, pharmaceutical laboratories, etc.

Specifications

Maximum temperature	450 ℃
Maximum temperature with E-sensor	300 ℃
Safety temperature	50 to 500 ℃ (adjustable)
High temperature protection	10 to 50 ℃ (adjustable)
Temperature stability with E-sensor	± 2 ℃
Heat output	800 W
External temperature sensor	Pt100
parameter	3 sets
Speed range	100 to 1500 rpm
Display
Temperature and Speed setting	Turning knob
Timer range	1 to 1999 min / continuous
Top plate material	Ceramic glass
Top plate dimensions	180 × 180 mm
interface	Yes
Power supply	220 V/50 Hz
Dimensions (W × D × H)	320 × 190 × 85 mm
Weight	3.1 Kg

Features

display for easy monitoring of important parameters

control with Pt-100 sensor function for ± 2 °C temperature stability

Infrared permeability guarantees rapid and energy-efficient liquid heating

Memory function for storing the set parameters

Automated heating shutdown feature and a flashing high-temperature indicator

Easy to use design with revolving knobs on the control panel

Sealed exterior shell and isolated vital sections for longevity

Liquid drainage system for effective operation

FAQs

1. Does the Digital Hotplate Stirrer come with connectivity options for data recording or remote monitoring?

It Digital Hotplate Stirrer features a interface, allowing users to connect it to external systems for data transfer or monitoring. This is helpful in regulated lab environments where traceability and documentation of parameters are required. The interface also supports firmware updates or integration with software for enhanced control. This makes it a forward-compatible tool for modern lab workflows.

2. Is the Digital Hotplate Stirrer easy to clean and maintain for daily lab use?

Digital Hotplate Stirrer is designed for ease of maintenance with its flat, ceramic top surface that resists spills and chemical corrosion. Routine cleaning can be done quickly without dismantling any components, saving time between experiments. The sealed outer housing also prevents internal damage from accidental liquid spills. Its sturdy build and low maintenance design make it suitable for frequent use in busy labs.

3. What is the maximum temperature of Digital Hotplate Stirrer ?

It Digital Hotplate Stirrer can reach a maximum plate temperature of 450°C, making it suitable for high-temperature laboratory procedures. This temperature is ideal for chemical synthesis, sample digestion, and other intensive heating tasks. The device also supports external temperature control using a Pt100 sensor for greater accuracy. Its durable ceramic top ensures even heat distribution and resistance to chemical spills.

4. What types of liquids can be stirred using the Digital Hotplate Stirrer ?

The Digital Hotplate Stirrer is suitable for stirring a wide range of laboratory liquids, including aqueous solutions, chemical reagents, and biopharmaceutical samples. Its chemically resistant glass ceramic plate allows safe use with many types of substances without damage. The adjustable stirring speed makes it versatile for different viscosities. This flexibility makes it ideal for applications in research, chemical synthesis, and pharmaceutical development.

5. Does the Digital Hotplate Stirrer support programmable settings for repeated experiments?

Digital Hotplate Stirrer features a memory function that allows users to store fixed conditions such as temperature and stirring speed. This is particularly useful in laboratories where the same protocol is repeated regularly, ensuring consistency and saving time. With the touch of a button, previously stored settings can be recalled, reducing setup errors. This function enhances reproducibility across multiple experimental runs.

6. What types of laboratory applications is the Digital Hotplate Stirrer suitable for?

The Digital Hotplate Stirrer is designed for a wide range of lab applications, including chemical reactions, biotech experiments, and pharmaceutical development. It is especially useful in environments requiring consistent heating and stirring, such as in R&D and quality control labs. With its adjustable speed and precise temperature control, the device supports complex protocols and repeatable results. It’s also a practical tool for educational institutions and research centers.