Single Chamber Seed Germinator

Single Chamber Seed Germinator Specification

Core Components
Chamber, Microprocessor Controller, Heater, Compressor, Humidifier

Temperature Range
5C to 60C (1C)

Capacity
250 liters

Accuracy
1C temperature control

Frequency
50 Hz

Measurement Range
Temperature and Humidity

Voltage
220V AC

Power Source
Electric

Feature
Uniform Temperature and Humidity, Automatic Control, Double Walled Construction

Equipment Materials
Stainless Steel (Inner), Powder Coated Mild Steel (Outer)

Type
Single Chamber

Display Type
Digital LED

Dimension (L*W*H)
85 cm x 60 cm x 125 cm

Weight
Approx 90 kg

Single Chamber Seed Germinator Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Day

Delivery Time
1 Week

About Single Chamber Seed Germinator

Most suitable for conducting various experiments on varietyof seeds under different conditions of temperature and humidity. Atmospheric conditions are created within the chamber to perforated different experiments without going on to the field. The double walled unit has inner chamber made of Stainless Steel and outer chamber of M.S. sheet duly painted. Temperature from5C to 50C 1C is controlled by Digital Temperature controller-cum-Indicator. Humidity (Not adjustable) is created in S.S. water reservoirs fitted at the bottom to provide 90% to 95% 3% RH Humidity .Supplied complete with 14 adjustable perforated trays with lighting arrangement. Complete with cord and plug to work on 220/230 volts A.C. Supply.

INSIDE CHAMBER SIZE (W x H x D) CAPACITYA 555mm x 910mm x 605mm 308 LTRS

OPTIONAL ACCESSORIES:

Automatic timer (0-24 hours)
Automatic Voltage Stabilizer 3 KVA.
2x16 col LCD display, Programmable and Memory Storage System

Reliable Germination Conditions

Ensure your seed tests yield accurate results thanks to uniform temperature and humidity achieved through advanced automatic control features. The double-walled construction minimizes fluctuation and maximizes energy efficiency, making the germinator ideal for long-duration studies.

Robust Construction and Efficient Operation

This seed germinator is crafted with a stainless steel inner chamber for enhanced durability and a powder-coated mild steel exterior, offering resistance to corrosion and easy cleaning. Thoughtfully designed core components like the microprocessor controller and built-in humidifier guarantee stable operation within the specified range.

FAQs of Single Chamber Seed Germinator:

Q: How does the Single Chamber Seed Germinator maintain uniform temperature and humidity?

A: The germinator utilizes a microprocessor controller, heater, compressor, and humidifier to automatically regulate and distribute temperature and humidity evenly within the chamber, achieving high accuracy of 1C throughout its operating range.

Q: What is the recommended process for using this seed germinator?

A: To use the seed germinator, place the prepared seeds inside the chamber, set your desired temperature and humidity using the digital LED display controls, and start the system. The automatic control ensures optimal germination conditions for the duration of the test.

Q: Where is this seed germinator typically installed?

A: It is commonly installed in laboratories, agricultural research institutes, and university research departments, often placed in dedicated seed testing rooms due to its size and electric power requirements.

Q: When should this equipment be used for seed testing?

A: This equipment should be used whenever precise environmental control is necessary for seed germination studies, such as during routine seed viability evaluations, experimental germination trials, or research on optimal sprouting conditions.

Q: What benefits does the single chamber design offer?

A: The single chamber design allows for consistent temperature and humidity across all samples, minimizing variation and ensuring reliable, reproducible germination results for controlled studies.

Q: What materials compose the seed germinator, and why are they important?

A: The germinator features a stainless steel inner chamber, offering durability and resistance to corrosion, while the powder-coated mild steel outer shell provides structural stability and easy maintenance, ensuring long-term performance in research environments.