KES 06INL E Microprocessor-based Macro Rapid Infrared Digestion System with Economic Version

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KES 06INL E Microprocessor-based Macro Rapid Infrared Digestion System with Economic Version

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MOQ : 1 Unit

KES 06INL E Microprocessor-based Macro Rapid Infrared Digestion System with Economic Version Specification

Glass Type
High Temperature Resistant Borosilicate Glass

Shape
Rectangular

Accuracy
1C

Display Type
LED Display

Heating Capacity
Rapid Heating (Max 450C)

Control Type
Digital Microprocessor

Power Supply
AC Mains

Features
Economic Version, Uniform Heating, Energy-efficient, Overheat Protection

Temperature Resistance
up to 450C

Type
Microprocessor-based Macro Rapid Infrared Digestion System

Dimension (L*W*H)
500mm x 320mm x 190mm

Equipment Type
Infrared Digestion System

Equipment Materials
Stainless Steel, Glass

Power
1200 W

Voltage
220240 V AC

Material
Corrosion-resistant Stainless Steel

Application
Kjeldahl Digestion, Analytical Chemistry, Food & Feed Analysis

Capacity (Ltr)
6 x 100 mL

Number of Samples
6 Positions

Temperature Setting
Digital with preset and adjustable options

Timer
Programmable with audible alarm

Safety Features
Overheat protection, corrosion-resistant housing

Compliance
Conforms to international laboratory safety standards

Insulation
High-grade thermal insulation for efficient heating

Humidity Tolerance
80% RH non-condensing

Stand Integration
Compatible with standard lab stands

Heating Method
Macro IR Infrared

Weight
Approx. 10 kg

Ambient Temperature
5°C to 40°C

Accessory Included
Set of digestion tubes

KES 06INL E Microprocessor-based Macro Rapid Infrared Digestion System with Economic Version Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
4 Week

About KES 06INL E Microprocessor-based Macro Rapid Infrared Digestion System with Economic Version

Microprocessor Based Six Place Economic Version Auto sequencing PC Compatible Macro Rapid Infrared Digestion System
Application : Suitable for Soils, Plants, Water, Pesticides, Fertilizers, Food & Feed Samples etc
Heating Source: Infra Red radiation thermal air medium-Non ceramic energy generator
Infrared rapid digestion system (6 x 250 ml) with electronic temperature controller with energy / time control programs with variable heating levels and time setting in each program
Display: Digital Display
Temperature Controller is isolated separately in a control tower to protect electronics from heat zone for safe operation, with separate access door for control tower unit.
Inbuilt add-on safety standby PID Controller for Heater & block protection apart from main microprocessor controller.
Integrated autosequencing time/temperature domain of 2 programs and 8 sequencing steps
Suction Assembly wall mounted on rear side of unit for safe & easy access to drain area

Payment Terms : 50% while placing Order and 50% before despatch of Equipment.

Efficient and Uniform Rapid Infrared Heating

The KES 06INL E system employs advanced macro infrared heating technology to ensure quick, uniform heating across all six sample positions. With a heating capacity reaching a maximum of 450C, the system provides stable temperature control for precise digestion processes, greatly reducing processing time and enhancing laboratory productivity.

User-Friendly Digital Controls and Safety Features

This economic version features a user-friendly interface, including a digital microprocessor, adjustable temperature settings, and a programmable timer with an audible alarm. Overheat protection and high-grade thermal insulation offer peace of mind, while the corrosion-resistant stainless steel housing ensures reliable safety and durability in daily laboratory operations.

Versatile Applications and Compliance Standards

Ideal for Kjeldahl digestion, analytical chemistry, and food & feed analysis, the KES 06INL E is suitable for a broad range of laboratory settings. Its design adheres to international safety standards, and the lightweight build integrates seamlessly with standard lab stands. The inclusion of high temperature-resistant borosilicate glass tubes further broadens its usability.

FAQ's of KES 06INL E Microprocessor-based Macro Rapid Infrared Digestion System with Economic Version:

Q: How does the KES 06INL E ensure uniform and efficient heating during digestion processes?

A: The KES 06INL E uses macro infrared (IR) heating to deliver rapid and uniform temperature distribution across all six sample positions. The high-grade thermal insulation further ensures energy efficiency and consistent heat retention, providing precise and repeatable digestion results.

Q: What benefits does the digital microprocessor control offer for laboratory workflows?

A: Digital microprocessor controls provide adjustable temperature settings, a programmable timer with audible alarms, and a clear LED display, enabling users to fine-tune the digestion process, improve accuracy, and minimize manual oversight, resulting in more efficient laboratory operation.

Q: When is this digestion system typically used in the laboratory?

A: It is commonly employed during Kjeldahl digestion, analytical chemistry applications, and food and feed analyses, whenever rapid and reliable sample digestion is required to prepare samples for further analysis.

Q: Where can the KES 06INL E be integrated within laboratory setups?

A: The system is compatible with standard laboratory stands and is compact (500mm x 320mm x 190mm), making it suitable for a wide range of lab environments without requiring special installation accommodations.

Q: What safety features are incorporated in the KES 06INL E to protect users and instruments?

A: Safety is prioritized with overheat protection, a corrosion-resistant housing, and high-grade thermal insulation. The equipment also conforms to international laboratory safety standards, supporting safe daily operation.

Q: How is the device maintained and what materials make it durable?

A: Constructed from corrosion-resistant stainless steel and high temperature-resistant borosilicate glass, the KES 06INL E is built for durability and ease of cleaning. The robust materials resist chemical degradation and withstand repeated high-temperature cycles, reducing maintenance needs.

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