Forced-Air Constant Temperature Incubator 80 L ATOMFAIR®

$950.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Research-grade 80 L forced-air constant temperature incubator with RT+5 to 70 C control, 0.1 C resolution and 304 stainless-steel chamber. Order now.

SKU: AF-LE-E-DHPC-0080-9085
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Forced-Air Constant Temperature Incubator, 80 L
Research-grade laboratory product
Product Overview

Forced-Air Constant Temperature Incubator, 80 L is a practical chamber for microbial culture, seed germination and drug stability testing. It brings together 80 l of usable space, RT+5 to 70 C, so the chamber can keep samples in a steady, repeatable working condition.

The chamber uses a removable shelf structure, a side observation light switch and corrosion-resistant 304 stainless-steel inner surfaces to make routine use and cleaning easier. The cabinet uses a heating and air-circulation system with a 304 stainless-steel chamber and a cold-rolled steel outer shell, with an internal working room of 350 x 420 x 550 mm and an external footprint of 630 x 560 x 820 mm. That combination of chamber size, shell build and liner material makes the unit easier to place, clean and use in routine laboratory work.

Automatic three-speed air circulation and programmable PID heating help the chamber maintain a uniform incubation environment. The stated input power is 400 W, and the timer range is 1 min to 9999 h 59 min. It is well suited to the day-to-day work listed above, including culture, incubation, climate simulation or illuminated growth tasks, depending on the family.

Technical Specifications
Parameter Specification / Available Values
Atomfair Model AF-DHP80C
Capacity 80 L
Temperature Control Range RT+5 to 70 C
Temperature Resolution 0.1 C
Temperature Uniformity +/- 1.5 C
Temperature Fluctuation +/- 0.5 C
Controller LCD liquid crystal controller with automatic 3-speed fan adjustment
Chamber Material 304 stainless-steel working chamber
Exterior Shell Powder-coated cold-rolled steel shell
Power / Input 400 W
Power Supply AC220V/50Hz
Timer Range 1 min to 9999 h 59 min
Internal Dimensions 350 x 420 x 550 mm
External Dimensions 630 x 560 x 820 mm
Net Weight 51 Kg
Shelves / Trays 2 shelves
Configuration Note Independent lighting switch for chamber observation; 316 stainless steel and perforated or non-perforated shelves can be customized
Performance Features
  • Automatic 3-speed fan control reduces energy use when the chamber approaches the target temperature. This helps improve chamber circulation and temperature uniformity.
  • PID heating control helps deliver uniform and stable temperature rise for culture work. This supports more stable setpoint tracking and quicker recovery after door openings.
  • An independent lighting switch makes it easier to check samples without disturbing the chamber unnecessarily. This supports repeatable plant-growth and photoperiod experiments.
  • 304 stainless-steel construction supports corrosion resistance and routine cleaning. This helps with cleaning, corrosion resistance and long-term laboratory use.
  • Removable shelves and adjustable shelf spacing help match different sample layouts. This supports more reliable day-to-day chamber use.
  • 316 stainless-steel and shelf style customization supports more demanding laboratory requirements. This helps with cleaning, corrosion resistance and long-term laboratory use.
APPLICATION SCOPE: Suitable for microbial culture, seed germination and drug stability testing in universities, laboratories, research institutes and quality-control environments that need controlled chamber performance.
HANDLING: Verify shelf load, chamber space and the selected stainless-steel configuration before installation. Keep the air-circulation path unobstructed for best temperature uniformity. Every unit is shipped with reinforced packaging for transport safety; keep the unit upright during unloading and positioning.
IMPORTANT NOTICE: The model supports 316 stainless-steel customization and perforated or non-perforated shelf options. The page does not list separate accessory pricing or delivery terms. Any quoted amount refers to the chamber body only and does not include freight. Freight should be confirmed separately according to the delivery destination.
LABORATORY PROCUREMENT SUPPORT
For model selection, accessory matching, installation-space review, power-supply confirmation or configuration support, contact our technical sales team.
E-MAIL: inquiry@atomfair.com
Supplier: Atomfair
Brand: ATOMFAIR®

The incubator requires an ambient temperature of RT+5 to 70 °C and a power supply of AC220V/50Hz for stable operation. The unit must remain upright during unloading and positioning to prevent damage to the internal heating and circulation system.

  • Temperature Uniformity Constraint: Maintain unobstructed air-circulation paths inside the chamber to achieve the specified temperature uniformity of ±1.5 °C.
  • Shelf Load and Configuration Constraint: Verify shelf load capacity and chamber space before installation, and confirm that the selected stainless-steel configuration (304 or 316) meets the intended application's corrosion-resistance requirements.

Position the incubator on a level surface with adequate clearance for air circulation and connect it to a grounded AC220V/50Hz power outlet. Configure the PID controller and automatic three-speed fan to maintain the target temperature for microbial culture or stability testing.

Required Equipment: Level surface with clearance, Grounded AC220V/50Hz power outlet

  1. Unpack and position the incubator
    Unpack the incubator and place it on a level surface, keeping the unit upright during unloading and positioning.
  2. Connect to power supply
    Connect the incubator to a grounded AC220V/50Hz power outlet and verify that the power cord is securely inserted.
  3. Set the target temperature on the PID controller
    Set the desired incubation temperature on the LCD liquid crystal controller, ensuring it is within the RT+5 to 70 °C range.
  4. Configure the automatic fan speed
    Select the automatic three-speed fan mode to optimize air circulation and energy efficiency as the chamber approaches the set temperature.
  5. Load samples onto shelves
    Place samples on the removable shelves, ensuring that air-circulation paths remain unobstructed for uniform temperature distribution.
  6. Monitor chamber conditions using the observation light
    Use the independent lighting switch to observe samples without opening the door, minimizing thermal disturbance during incubation.

How does the forced-air circulation system with automatic three-speed fan control affect temperature uniformity across the 80 L chamber at different setpoints?

The forced-air system with automatic three-speed fan adjustment, combined with PID heating control, maintains a temperature uniformity of ±1.5°C and fluctuation of ±0.5°C across the 80 L chamber (RT+5 to 70°C range). The fan automatically reduces speed near the target temperature to improve circulation uniformity and energy efficiency, but the ±1.5°C specification represents the worst-case spatial variation, so load placement and airflow path management are critical for applications requiring tighter gradients.

Is the Atomfair AF-DHP80C forced-air incubator compatible with 110V/60Hz power supplies, or does it require a step-down transformer for international use?

The incubator is specified for AC220V/50Hz power input at 400 W and does not list dual-voltage or 110V/60Hz compatibility. For use in regions with 110V/60Hz mains, a step-down transformer rated for at least 400 W continuous load and 50/60 Hz tolerance is required. The power supply must be confirmed before installation to avoid damage to the PID controller and fan system.

What material and shelf customization options are available for handling corrosive or high-humidity incubation environments?

The standard chamber is 304 stainless steel with two removable shelves, but the model supports customization to 316 stainless steel for enhanced corrosion resistance, as well as perforated or non-perforated shelf options. These options are intended for demanding laboratory applications such as drug stability testing or high-humidity microbial culture where standard 304 stainless might be insufficient. Customization must be specified at order; the page does not list separate pricing or lead times for these options.

The Forced-Air Constant Temperature Incubator (80 L) provides stable temperature control from RT+5 to 70°C with ±0.5°C fluctuation and ±1.5°C uniformity, featuring a 304 stainless-steel chamber and automatic 3-speed fan for energy-efficient operation.

Positive

  • Automatic 3-speed fan control: Reduces energy consumption near setpoint and improves temperature uniformity throughout the chamber.
  • 304 stainless-steel chamber: Corrosion-resistant and easy to clean, supporting long-term laboratory use and routine decontamination.

Trade-offs

  • Temperature range limited to RT+5 to 70°C: Cannot operate below ambient plus 5°C, making it unsuitable for low-temperature incubation or cold storage applications.
  • Temperature uniformity ±1.5°C: May not meet stringent uniformity requirements for certain sensitive biological assays or stability tests requiring tighter thermal gradients.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).