500L Low-Temperature Incubator 0.1°C -20–65°C ATOMFAIR®

$8,300.00

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.

500 L low-temperature incubator with -20–65°C range, 0.1°C resolution, ±0.5/±1.0°C fluctuation, 3 shelves, and 2550 W AC220V input. Order now.

500L Low-Temperature Incubator, -20-65℃ Temperature Control Range
Research-grade laboratory product
Product Overview

500L Low-Temperature Incubator, -20-65℃ Temperature Control Range is designed for low-temperature cultivation, near-ambient incubation, sample preservation, stability testing, and temperature-controlled holding. With a nominal capacity of 500 L and a temperature range of -20-65℃, it supports controlled handling of cultures, fungal samples, microorganisms, preserved materials, and other laboratory test loads.

The cabinet layout is defined by the chamber size is 670×720×1020mm, overall dimensions are 850×1100×1930mm, the standard shelf setup is 3 shelves, input power is 2550 W, the power supply is AC220V 50Hz. These dimensions and electrical requirements help laboratories plan bench-side placement, floor-standing installation, teaching use, quality inspection, research sample staging, and repeated daily workflows.

Temperature performance includes 0.1°C temperature resolution, high temp ±0.5°C; low temp ±1.0°C fluctuation control, a timer range of 0 to 5999 min. The working chamber uses Mirror stainless-steel inner chamber with rounded-corner transitions and removable or adjustable shelf supports for easier cleaning and loading. Cooling configurations use a compressor and circulation fan with an environmentally oriented refrigerant and airflow circulation system. This construction supports regular loading, cleaning, observation, and repeated operation where stable environmental conditions are important.

Control options are shown as AF-LI500-CA20: Microcomputer liquid-crystal temperature controller. Optional functions may include an embedded printer, RS485 communication, USB data transfer, independent over-temperature alarm protection, multi-segment programmable control, and UV sterilization for applicable mold configurations. Accessory availability and custom chamber-size requirements can be checked by e-mail before ordering.

Product Specifications
Parameter Specification
Product Type Low-Temperature Incubator
Nominal Capacity 500 L
Atomfair Models AF-LI500-CA20
Temperature Range -20-65℃
Temperature Resolution 0.1°C
Temperature Fluctuation high temp ±0.5°C; low temp ±1.0°C
Input Power 2550 W
Power Supply AC220V 50Hz
Ambient Temperature +5 to 35°C
Chamber Size 670×720×1020mm
Overall Dimensions 850×1100×1930mm
Shelves 3 shelves
Timer 0 to 5999 min
Inner Chamber and Insulation Mirror stainless-steel inner chamber with rounded-corner transitions and removable or adjustable shelf supports for easier cleaning and loading. Cooling configurations use a compressor and circulation fan with an environmentally oriented refrigerant and airflow circulation system.
Controller Configuration AF-LI500-CA20: Microcomputer liquid-crystal temperature controller
Optional Accessories Optional embedded printer or RS485 communication interface for recording temperature changes; USB data transfer for selected configurations; Independent over-temperature alarm system where supported; Multi-segment programmable controller for selected control configurations. Some accessories may be non-stock and require lead time; email for availability and quotation.
Key Points and Advantages
  • 0.1°C temperature resolution supports finer setpoint adjustment, which is helpful for routine cultivation, preservation, and method repeatability.
  • The published fluctuation level of high temp ±0.5°C; low temp ±1.0°C helps users maintain steadier chamber conditions during day-to-day experimental cycles.
  • Sub-ambient temperature options extend the usable application range into preservation, low-temperature incubation, and stability tasks that ordinary incubators may not cover.
  • The published shelf configurations help laboratories organize flasks, bottles, trays, and routine test loads more flexibly within the available chamber volume.
  • Optional accessories can include embedded printers, RS485 communication, USB data transfer, independent over-temperature alarm support, multi-segment programmable control, and mold-series UV sterilization where applicable.
  • If a configuration needs a different chamber size or accessory package, the quotation can be adjusted by e-mail before order confirmation.
APPLICATION SCOPE: Suitable for low-temperature cultivation, near-ambient incubation, sample preservation, stability testing, and holding tasks that require cooling capability beyond a standard constant-temperature incubator.
PACKAGING: The equipment is prepared with protective inner cushioning, reinforced outer packaging, and transport-oriented structural support to help reduce vibration and handling impact during storage and delivery. Export reinforcement or other packing adjustments can be discussed when project quantity, route, or receiving conditions require it.
IMPORTANT NOTICE: Please confirm the exact configuration, installation footprint, power supply, accessory package, and delivery arrangement before ordering. If a custom chamber size is required, please contact us by e-mail for quotation and availability review.
LABORATORY PROCUREMENT SUPPORT
For model selection, specification comparison, accessory review, or quotation support, contact our technical sales team.
E-MAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

Manufacturer: Atomfair LLC

Brand: ATOMFAIR®

The incubator must be operated within an ambient temperature range of 5°C to 35°C to maintain proper cooling performance. The electrical supply must be a dedicated AC220V 50Hz circuit capable of delivering 2550W with proper grounding.

  • Ambient Temperature Constraint: The incubator must be operated within an ambient temperature range of 5°C to 35°C to avoid compressor stress and maintain temperature stability.
  • Electrical Supply Requirement: The unit requires a dedicated AC220V 50Hz power supply with a minimum capacity of 2550W and proper grounding to prevent electrical hazards.
  • Over-Temperature Protection: An independent over-temperature alarm system is available as an optional accessory to provide additional safety against temperature runaway.

Position the incubator on a level surface with sufficient clearance for ventilation and compressor airflow. Connect the power supply to a grounded AC220V 50Hz outlet and set the target temperature using the microcomputer controller.

Required Equipment: Microcomputer liquid-crystal temperature controller

  1. Position the incubator
    Place the incubator on a level, stable surface with adequate clearance for ventilation and access to the control panel.
  2. Connect power supply
    Connect the power cord to a dedicated AC220V 50Hz outlet that can supply 2550W and ensure proper grounding.
  3. Set target temperature
    Turn on the main power and use the microcomputer controller to set the desired temperature within the -20 to 65°C range.
  4. Allow chamber stabilization
    Allow the chamber to stabilize to the set temperature and verify the temperature fluctuation is within the specified limits (high temp ±0.5°C, low temp ±1.0°C).
  5. Load samples
    Arrange the shelves as needed and load samples, ensuring airflow is not obstructed and the load does not exceed shelf capacity.

How does the temperature fluctuation differ between high and low temperature operation in the 500L low-temperature incubator?

The incubator specifies a temperature fluctuation of ±0.5°C at high temperatures and ±1.0°C at low temperatures. This means stability is tighter above ambient, while at sub-ambient setpoints the compressor cycling introduces slightly wider variation. Users should account for this when planning preservation or incubation protocols near -20°C.

Can the 500L low-temperature incubator be connected to external monitoring systems for data logging?

Yes, the incubator offers optional RS485 communication and USB data transfer interfaces for recording temperature changes. An embedded printer is also available as an accessory. These options allow integration with laboratory data management systems, but availability and lead time should be confirmed by email before ordering.

What are the electrical and environmental installation requirements for the 500L low-temperature incubator?

The incubator requires a AC220V 50Hz power supply with an input power of 2550W, so a dedicated circuit is recommended. The ambient temperature must be between +5°C and 35°C for proper operation. The overall dimensions are 850×1100×1930mm, requiring adequate floor space and clearance for ventilation.

The 500L Low-Temperature Incubator provides a -20 to 65°C range with 0.1°C resolution and ±0.5 to ±1.0°C fluctuation, enabling sub-ambient incubation, preservation, and stability testing, but requires a 2550 W AC220V 50Hz supply and ambient temperature control of +5 to 35°C for stable operation.

Positive

  • Sub-ambient temperature capability: The -20 to 65°C range extends usability to low-temperature cultivation, sample preservation, and stability testing beyond standard incubator limits, providing controlled cooling for temperature-sensitive materials.
  • Fine temperature resolution and fluctuation: A 0.1°C resolution with high-temp fluctuation of ±0.5°C and low-temp ±1.0°C supports repeatable setpoint control for routine incubation and preservation protocols in laboratory workflows.

Trade-offs

  • High input power requirement: With a 2550 W input power and AC220V 50Hz supply, this unit demands a dedicated electrical circuit and compatible infrastructure, which may limit installation in facilities with standard outlet configurations.
  • Ambient temperature dependency: Operation is restricted to an ambient temperature range of +5 to 35°C, requiring climate-controlled lab environments; deviations may compromise cooling performance or temperature stability.

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).