Digital Hotplate LDHP-T2014

Introduction

Digital Hotplate reaches a maximum heating temperature of 550 °C. Temperature accuracy remains consistent with ±10 °C and display precision up to ±1 °C. An external PT1000 sensor provides advanced temperature control with ±0.2 °C accuracy. Glass ceramic work plate ensures superior chemical resistance and efficient heat conduction. Ideal for heating, boiling, or evaporation tasks in general 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 suitable for general heating tasks in chemical and biological labs. It is ideal for solution warming, evaporation, and low-volume sample preparation in limited bench spaces.

Specifications

Display Mode
Temperature Range	Room temperature to 550 °C
Plate Dimensions (W × L)	184 × 184 mm (7 inch)
Temperature Accuracy	±10 °C (±1 °C display, ±0.2 °C with PT1000)
Heating Position	1
Safety Temperature	580 °C
External Temperature Sensor	PT1000 (accuracy ±0.2 °C)
Heating Warning	50 °C
Hotplate Material	Glass ceramic
Protection Class	IP21
Permissible Ambient Temperature & Humidity	5 to 40 °C, 80% RH
Heating Power	1000 W
Power	1010 W
Power Supply	100 to 120 / 200 to 240 V, 50 / 60 Hz
Dimensions (W × L × H)	215 × 360 × 112 mm
Net Weight	4.5 kg

Features

digital interface

Safety temperature cutoff

Independent circuit protection

"" surface indicator

Compact worktop footprint

Stable heat retention

FAQs

1. How does the Digital Hotplate promote safe operation during use?

The Digital Hotplate includes a hot surface warning and built-in over-temperature protection to enhance user safety. Its system ensures operators are alerted when the plate remains hot after use. These features help prevent accidental contact and overheating. It adds an extra layer of protection in shared lab environments.

2. Can the Digital Hotplate support temperature-sensitive experiments?

Digital Hotplate works with an external temperature sensor for better control over heat-sensitive procedures. design allows for stable, responsive temperature management during critical processes. It’s suitable for controlled reactions, gentle warming, or biological sample preparation. The additional accuracy ensures reproducibility in sensitive tasks.

3. Is the Digital Hotplate compatible with various types of laboratory glassware?

The Digital Hotplate has a flat ceramic surface that supports a wide range of vessel types. This platform ensures even heating and a secure base for beakers, flasks, or small containers. This flexibility suits multitask labs with diverse heating needs. It also allows easy cleanup after procedures.

4. How easy is it to operate the Digital Hotplate in routine lab use?

It Digital Hotplate features a simple display and user-friendly interface for quick operation. model is intuitive enough for students or technicians with minimal training. Clear temperature readings allow efficient monitoring from a distance. It helps streamline daily laboratory tasks with minimal setup time.

5. What maintenance does the Digital Hotplate require?

The Digital Hotplate needs only basic care such as wiping the surface after cooling and checking cable connections. Its ceramic plate resists stains and buildup from routine use. Periodic inspection of the external sensor ensures accuracy over time. Following these steps helps extend its working life.