Haematocrite Centrifuge 13000 r.p.m. (Microprocessor Based)

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Haematocrite Centrifuge 13000 r.p.m. (Microprocessor Based) Specification

Capacity
24 x 1.5 / 2 ml

Core Components
Microprocessor, Motor, Rotor

Automation Grade
Semi-Automatic

Frequency
50 Hz

Temperature Range
Ambient to 40C

Voltage
220 V AC

Accuracy
100 %

Feature
Highly Efficient

Power Source
Electric (AC Mains)

Equipment Materials
Chemical Resistant ABS body, Stainless Steel Rotor

Type
Microprocessor Based Haematocrite Centrifuge

Usage
Laboratory

Display Type
Digital LCD Display

Dimension (L*W*H)
410 x 355 x 315 mm

Weight
Approx. 15 kg

About Haematocrite Centrifuge 13000 r.p.m. (Microprocessor Based)

Haematocrite Centrifuge 13000 r.p.m. (Microprocessor Based)

Haematocrite Centrifuge Machine, Max. speed 13000 r.p.m
Compact body which is made of plastic injection moulded.
Inner safety bowl made of stainless steel
Fitted with well balance universal motor having long life with
Imported carbons
Digital display shows Set time/ Run time /R.P.M.
Microprocessor based Digital timer of range 0-15 min with LCD display.
Preset speed controls thru microprocessor from 2000 to 13000 r.p.m.

Supply completed with following accessories:

Micro Hematocrite rotor to accommodate 24 capillaries of 75mm x 1mm or 12 capillaries.
Heparinised capillary tubes 75mm long x 1mm bore (Pack of 100 Nos.)
Non-Heparinised capillary tubes 75mm long x 1mm bore (Pack of 100 Nos.)
Reading device
Sealing wax- 1tray
Haematocrite Centrifuge (Brushless) Model: T-15BL
All specification are same as above but in this model the motor is Brushless (without carbon)
Note: Speed can also increased upto16000 r.p.m. on the demand of customer

Dimension of Machine: L=290mm, W-270mm, H-240mm

Weight of Machine: 9.5kg. approx.

Dimension of box: L-355mm x W355 x H-340mm

Weight of Box: 11kg. approx.

Advanced Microprocessor Control

Featuring precise microprocessor control, this centrifuge allows programmable speed, time, and safety management. The digital LCD display delivers accurate operational data, while micro-adjustments can be made in 10 r.p.m. increments. Its user-friendly interface supports efficient, consistent, and safe operation.

Robust and Durable Construction

Designed with a chemical-resistant ABS body and a robust stainless steel rotor, this centrifuge ensures durability and resistance to aggressive chemicals commonly found in laboratory settings. Its smooth powder coating provides an additional layer of protection and a premium finish.

Optimal Safety and Efficiency

The unit is equipped with safety features including lid interlock and over-speed protection to safeguard both users and samples. With low noise levels ( 60 dB), the centrifuge supports a calm lab environment, while its high accuracy and programmable settings maximize sample throughput and reproducibility.

FAQs of Haematocrite Centrifuge 13000 r.p.m. (Microprocessor Based):

Q: How does the Haematocrite Centrifuge ensure user and sample safety?

A: This centrifuge incorporates lid interlock and over-speed protection features. The lid interlock prevents the centrifuge from being opened while in operation, while over-speed protection automatically halts operation if the speed exceeds programmed limits, keeping both users and samples safe.

Q: What types of samples and tube volumes can be processed?

A: The angle rotor is designed to handle up to 24 tubes, each with a capacity of 1.5 or 2 ml. This configuration makes the centrifuge ideal for haematocrit tests and various laboratory sample separations involving small blood or biological specimens.

Q: When should I use this centrifuge in laboratory applications?

A: The Haematocrite Centrifuge is suitable whenever rapid and efficient separation of blood or biological fluids is required, such as during routine haematology assessments, clinical diagnostics, or research protocols requiring precise centrifugation control.

Q: Where can this product be used and who manufactures or supplies it?

A: This centrifuge is manufactured, supplied, and traded by professionals in India and is ideal for use in clinical laboratories, research institutions, hospitals, and diagnostic centers across the country.

Q: What are the main operational benefits of the microprocessor-based control system?

A: The microprocessor-based control enables precise speed and time programming, ensuring consistent results for repeated procedures. Its 10 r.p.m. display resolution allows for fine-tuning, while programmable timers (099 minutes) increase convenience and efficiency.

Q: How do I operate and maintain the centrifuge for optimal performance?

A: Regularly inspect the rotor and tubes for signs of wear or contamination and clean with compatible, non-abrasive solutions. Always balance tubes before operation and ensure the unit is on a stable, level surface. Follow all programmable settings and built-in safety prompts as displayed.

Q: What is the noise level and power consumption of this centrifuge during operation?

A: During operation, the centrifuge generates sound levels of 60 dB, supporting a quiet laboratory environment. Its power consumption is approximately 400 W, making it energy-efficient for frequent lab use.

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