Digital Hotplate LDHP-T2010

Introduction

Digital Hotplate reaches a maximum heating temperature of 380 °C for rapid heating. It supports an external PT1000 sensor for precise control with ±0.2 °C accuracy. Temperature is displayed clearly on a high-resolution monitoring. Its ceramic-coated aluminium plate enables fast heat transfer and chemical resistance. It is ideal for heating solutions and preparing liquid samples in various 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 fast and uniform heat distribution with an adjustable temperature control. 

Specifications

Display Mode
Temperature Range	Room temp. to 380 °C (increment 1 °C)
Plate Dimensions (W × L)	140 × 140 mm (6 inch)
Temperature Accuracy	±1 °C
Heating Position	1
Safety Temperature	420 °C
External Temperature Sensor	PT1000 (±0.2 °C)
Hotplate Material	Aluminum cover with ceramic coating
Protection Class	IP21
Permissible Ambient Temperature & Humidity	5 to 40 °C, ≤80% RH
Heating Power	500 W
Power Consumption	510 W
Power Supply	100 to 120 / 200 to 240 V, 50 / 60 Hz
Dimensions (W × L × H)	180 × 320 × 108 mm
Net Weight	2.2 kg
Gross Weight	4kg

Features

Overheat safety shut-off

Lightweight for portability

Chemically Resistant Surface 

Rapid Heat-Up Capability 

User-friendly interface 

IP21 protection rating

FAQs

1. How does the Digital Hotplate improve workflow in routine lab procedures?

Digital Hotplate enhances workflow by offering stable heating without the need for constant monitoring. It helps reduce manual errors and improves efficiency during sample preparation and mixing processes. The user-friendly interface ensures fast setup and smooth operation for lab staff. This allows more time to be focused on analysis and other critical tasks.

2. Is the Digital Hotplate safe to use during extended heating sessions?

Digital Hotplate is designed with built-in safety mechanisms suitable for prolonged operation. It includes over-temperature protection to prevent overheating and reduce risk during unattended use. The durable plate surface resists chemical damage and ensures safe contact with lab glassware. These features help ensure user safety during continuous heating applications.

3. Can the Digital Hotplate be used with external temperature sensors?

The Digital Hotplate is compatible with external temperature sensors, which improves temperature regulation. This function is particularly helpful when you need to maintain exact temperatures in sensitive solutions. It minimizes fluctuation and allows closer control over your sample conditions. This makes it suitable for critical protocols that require reproducible thermal conditions.

4. How does the design of the Digital Hotplate support space-saving in crowded lab setups?

Digital Hotplate features a compact, benchtop-friendly structure ideal for space-limited labs. It fits easily into crowded work areas without interfering with other instruments. Despite its small size, the hotplate delivers consistent performance suitable for a variety of heating tasks. This balance of power and footprint makes it an efficient addition to any lab.

5. What maintenance is required to keep the Digital Hotplate in optimal condition?

Digital Hotplate requires minimal maintenance but benefits from regular surface cleaning after use. Avoid using harsh chemicals directly on the plate and ensure it is turned off and cool before wiping. Periodic inspection of power cords and temperature probes is also recommended. Keeping the unit clean helps extend its life and maintain reliable performance.