Table Model

Get a Price/Quote

Table Model Specification

Measurement Range
0.1C to 100C

Core Components
Heating Element, Temperature Controller, Stirrer

Automation Grade
Semi-Automatic

Capacity
10 Liters

Temperature Range
Ambient to 100C

Voltage
220 V AC

Feature
Energy Efficient, Corrosion Resistant

Accuracy
0.2C

Model No
TM-100

Frequency
50 Hz

Power Source
Electric

Equipment Materials
Powder Coated MS, Stainless Steel

Type
Laboratory Table Model

Usage
Laboratory, Industrial Testing

Display Type
Digital LCD

Dimension (L*W*H)
500 mm x 350 mm x 320 mm

Weight
12 Kg

About Table Model

Table Model

Specification:

Lens :130mm Precision Lens
Magnification :4 x area magnification and 2 x liner magnification.
Lighting :22 Watts (230V) Circular fluorescent tube avoids shadows
Stand :The universally adjustable stand with vice base for clamping to the edge of table length can be Positioned at any XYZ angle A counter balancing spring keep equipment in any changes position
Focusing :By bush & pillar systems.
Lumens: 500 lumens (5,400 lux) of day light/sq.ft.
Dimension: Length X Width X Height (mm) 430 235 900Weight :11 Kg after packing (approx)

Advanced Safety Features

The TM-100 table model incorporates both overheat protection and a fuse system, providing reliable safety during operation. These mechanisms not only protect the equipment but also offer peace of mind to laboratory professionals and industrial users, ensuring that experiments and test procedures proceed without risk of overheating or electrical faults.

Precision Control and Display

With its digital microprocessor-based control, the TM-100 guarantees accurate temperature adjustments, offering a measurement range from 0.1C to 100C and stability to within 0.2C. Temperature settings and stirring speeds are conveniently monitored on a clear digital LCD, allowing for easy operation and process optimization in various laboratory tasks.

Robust & Efficient Construction

Constructed from powder-coated mild steel and stainless steel, the TM-100s corrosion-resistant materials ensure longevity and durability. Its bench-top design, together with a compact footprint (500 mm x 350 mm x 320 mm), makes it ideal for indoor, dust-free environments. Designed for energy efficiency, it meets rigorous demands in both laboratory and industrial testing scenarios.

FAQs of Table Model:

Q: How does the overheat protection system work in the TM-100 table model?

A: The TM-100 is equipped with an overheat protection system that continuously monitors the temperature. If the temperature exceeds safe limits, the system automatically shuts off the heating element to prevent damage and ensure user safety.

Q: What are the main benefits of using a digital microprocessor-based controller in this equipment?

A: The digital microprocessor-based controller provides precise temperature regulation, accurate stirring speed control, and real-time feedback through the digital LCD display. This leads to consistent experimental results and simplifies the monitoring process for users.

Q: Where is the TM-100 laboratory table model best utilized?

A: This model is specifically designed for indoor, dust-free laboratories and industrial testing environments. Its compact bench-top design allows it to be placed conveniently on work counters and benches.

Q: When is it suitable to use the variable stirring function up to 1500 RPM?

A: The variable stirring function, with speeds up to 1500 RPM, is ideal when mixing or homogenizing samples that require thorough agitation, such as in chemical reactions, sample preparation, or solution analysis in laboratory or industrial settings.

Q: What is the process for setting and monitoring temperature on the TM-100?

A: Temperature is set using the digital microprocessor controller. The current and target temperatures are displayed on the digital LCD screen, enabling users to monitor and adjust as needed during operation. Accuracy is maintained within 0.2C.

Q: How does the energy-efficient feature of this model benefit users?

A: The energy-efficient design minimizes power consumption during operation, which helps reduce operational costs over time while maintaining high performance and reliability for laboratory and industrial testing tasks.

Tell us about your requirement