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Laboratory Pasteuriser Instruments

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MOQ : 1 Piece

Laboratory Pasteuriser Instruments Specification

Display Type
Digital

Thermal Conductivity
High (Stainless Steel)

IP Rating
IP20

Interface
Digital Control Panel

Components
Stainless Steel Pasteurisation Chamber, Digital Temperature Controller, Sample Holder Tray, Safety Lid

Resolution
0.1C (Temperature Accuracy)

Power Source
Electric

Usage
These Laboratory pasteuriser are used as a medium for different enzymes to react and produce the desired results. These are widely used in chemical engineering laboratories.

Input
Electric

Output
Heated Pasteurised Samples

Sensors Specification
Integrated PT100 Temperature Sensor

Operating Temperature
Up to 95C

Response Time
Instant

Power Supply
AC

Product Type
Laboratory Pasteuriser Instrument

Application
Chemical Engineering Laboratory, Microbiology Testing, Quality Control

Rated Voltage
220V

Supply Voltage
220V / 50Hz

Size
Compact

Dimension (L*W*H)
450 x 320 x 300 mm

Function
Laboratory Pasteuriser

Color
Stainless Steel Finish

Weight
Approx. 20 kg

Warranty
1 Year

Features
These Laboratory pasteuriser are used as a medium for different enzymes to react and produce the desired results. These are widely used in chemical engineering laboratories.

Thickness
2 mm (body thickness)

Capacity
5 Litres

Current Rating
2.5A

Frequency
50Hz

Sample Capacity
Up to 12 Test Samples per Cycle

Heating Element Type
High Efficiency Immersion Heater

Temperature Control
Microprocessor-Based PID Controller

Safety Features
Over-temperature Protection, Automatic Shut-off

Material Construction
Stainless Steel

Temperature Set Range
Room Temperature to 95°C

Lid Type
Insulated Safety Lid with Lock

Power Consumption
600W

Laboratory Pasteuriser Instruments Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Middle East, Africa, Asia, Eastern Europe, Western Europe

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Laboratory Pasteuriser Instruments

Laboratory Pasteuriser

Specifications of Laboratory Pasteuriser

We are offering a Laboratory Pasteuriser Equipment. We are reputed manufacturers and exporters of premium quality Laboratory Pasteuriser. These are manufactured using premium quality raw materials as per the existing industrial standards. These Laboratory pasteuriser are used as a medium for different enzymes to react and produce the desired results. These are widely used in chemical engineering laboratories. These are light-weight equipments which can be easily installed. Since these require minimal maintenance, low maintenance costs are incurred. These are economically priced equipments.

Features

Easy to install
Sturdy design
High efficiency

Superior Construction and Safety

Each pasteuriser is crafted from durable stainless steel with a 2 mm thick body, providing high thermal conductivity and long-lasting performance. Key safety features include over-temperature protection, an automatic shut-off function, and an insulated safety lid with a secure lock to ensure user safety during operations.

Advanced Temperature Control for Precise Pasteurisation

The system utilizes a microprocessor-based PID controller and an integrated PT100 sensor for highly accurate temperature regulation, achieving a resolution of 0.1C. With an operating range from ambient to 95C, this instrument ensures repeatable and precise pasteurisation for critical laboratory applications.

Versatile Laboratory Application

Designed for chemical engineering, microbiology testing, and quality control, this pasteuriser efficiently processes up to 12 samples simultaneously. Its digital control panel and quick response heating enable streamlined operation and consistent output, making it ideal for both routine and experimental laboratory work.

FAQs of Laboratory Pasteuriser Instruments:

Q: How does the microprocessor-based PID controller enhance temperature accuracy in this laboratory pasteuriser?

A: The advanced microprocessor-based PID controller constantly monitors the internal temperature, adjusting the heating element in real-time to maintain the set point with high precision. This technology ensures highly accurate results, crucial for sensitive laboratory procedures.

Q: What safety mechanisms are integrated into this pasteuriser to protect users and samples?

A: Safety is prioritized with over-temperature protection, automatic shut-off, and an insulated safety lid equipped with a secure lock. These features minimize risks of overheating and accidental exposure during pasteurisation.

Q: When is it appropriate to use this laboratory pasteuriser in a chemical engineering setting?

A: This instrument is ideal for processes requiring controlled heating, such as enzyme-based reactions or sample preparation in quality control and microbiology. Its versatility supports a wide array of experimental and routine laboratory protocols.

Q: Where should the laboratory pasteuriser be installed for optimal operation?

A: For best performance, install the pasteuriser on a stable, flat laboratory bench with adequate ventilation. Ensure proximity to a standard 220V AC power outlet and keep it away from water sources to maintain electrical safety.

Q: What is the process for operating this pasteuriser to achieve consistent results?

A: To operate, load up to 12 samples into the sample holder tray, set the desired temperature using the intuitive digital interface, and secure the insulated safety lid. The high-efficiency immersion heater and rapid-response sensor ensure uniform heating, with automatic shut-off once the cycle is complete.

Q: How can laboratory staff benefit from using this pasteuriser over conventional methods?

A: The pasteurisers precise temperature control, rapid heating, and automatic safety functions collectively deliver faster, more reproducible results while significantly reducing manual supervision and potential for error.

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