Low-Temperature Incubator 150L -20-65°C AF-LI150 ATOMFAIR®

$5,400.00

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 150 L low-temperature incubator with -20-65°C range, 0.1°C resolution, and 1300 W power for cultivation, preservation, and stability tests.

150L Low-Temperature Incubator, -20-65℃ Temperature Control Range
Research-grade laboratory product
Product Overview

150L 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 150 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 550×405×670mm, overall dimensions are 690×800×1410mm, the standard shelf setup is 3 shelves, input power is 1300 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-LI150-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 150 L
Atomfair Models AF-LI150-CA20
Temperature Range -20-65℃
Temperature Resolution 0.1°C
Temperature Fluctuation high temp ±0.5°C; low temp ±1.0°C
Input Power 1300 W
Power Supply AC220V 50Hz
Ambient Temperature +5 to 35°C
Chamber Size 550×405×670mm
Overall Dimensions 690×800×1410mm
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-LI150-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 unit requires an ambient temperature range of +5 to 35°C and a stable AC220V 50Hz power supply for reliable operation. The compressor-based cooling system uses an environmentally oriented refrigerant and requires adequate ventilation around the 690×800×1410mm footprint to prevent overheating.

  • Temperature Stability Constraint: Temperature fluctuation is specified as ±0.5°C at high temperatures and ±1.0°C at low temperatures, which may affect precision-sensitive assays.
  • Timer Limitation: The built-in timer supports a maximum duration of 5999 minutes, requiring manual restart for longer experiments.
  • Optional Over-Temperature Alarm: Independent over-temperature alarm protection is available only as an optional accessory and must be specified at order confirmation.

This procedure covers initial setup, loading, and routine operation of the incubator for low-temperature cultivation or sample preservation. Follow these steps to ensure stable chamber conditions and safe handling of the powered refrigeration system.

Required Equipment: Microcomputer liquid-crystal temperature controller (AF-LI150-CA20), 3 adjustable shelves

  1. Position the incubator
    Place the unit on a level, ventilated surface within the specified ambient temperature range of +5 to 35°C and connect to a grounded AC220V 50Hz power outlet.
  2. Set the target temperature
    Use the microcomputer liquid-crystal controller to adjust the setpoint within the -20 to 65°C range with a resolution of 0.1°C.
  3. Load samples into the chamber
    Arrange flasks, bottles, or trays on the stainless-steel shelves, ensuring adequate airflow between items for uniform temperature distribution.
  4. Set the timer if required
    Program the timer from 0 to 5999 minutes for timed incubation or preservation cycles, and confirm the controller displays the active run status.
  5. Monitor chamber conditions
    Verify the temperature fluctuation remains within ±0.5°C at high temperatures or ±1.0°C at low temperatures during the first hour of operation.

Why does the temperature fluctuation differ between high and low temperature ranges on the 150L Low-Temperature Incubator?

The fluctuation is ±0.5°C at high temperatures and ±1.0°C at low temperatures due to the inherent challenges of compressor-based cooling at sub-ambient setpoints. The product specification states temperature fluctuation as high temp ±0.5°C; low temp ±1.0°C, reflecting the increased difficulty in maintaining tight control when operating below ambient.

Can the 150L Low-Temperature Incubator be integrated with external data logging or monitoring systems?

Yes, the incubator supports optional RS485 communication and USB data transfer for selected configurations, enabling integration with external monitoring or data logging systems. The product description lists optional accessories including an embedded printer, RS485 communication interface, and USB data transfer for recording temperature changes.

What safety features are available for protecting samples during a temperature deviation in the -20°C to 65°C incubator?

An independent over-temperature alarm system is available as an optional accessory to provide protection against temperature excursions. The source notes that an independent over-temperature alarm protection system is optional, and the microcomputer controller provides precise temperature regulation with 0.1°C resolution to help maintain stable conditions.

This 150L low-temperature incubator delivers a -20 to 65°C range with 0.1°C resolution and published fluctuation of ±0.5°C at high temp and ±1.0°C at low temp, making it suitable for controlled cultivation, preservation, and stability testing where sub-ambient cooling is required. The compressor-based cooling and mirror stainless-steel chamber support routine laboratory use, though the low-temp fluctuation tolerance and 1300W input power represent operational constraints that must be considered for precise applications.

Positive

  • Sub-ambient temperature range extends utility: The -20 to 65°C range enables low-temperature cultivation, sample preservation, and stability testing beyond standard constant-temperature incubators, supporting applications such as fungal culture or cold storage.
  • High temperature fluctuation control: With ±0.5°C fluctuation at high temperatures, this incubator provides stable conditions for routine incubation and method repeatability, aided by a microcomputer liquid-crystal controller and 0.1°C resolution.

Trade-offs

  • Low temp fluctuation limits precision: At low temperatures, published fluctuation is ±1.0°C, which may be less suitable for applications requiring tight thermal uniformity near -20°C, such as enzyme or protein storage with narrow tolerance.
  • Higher power consumption for cooling: The 1300W input power and compressor-based cooling system require dedicated AC220V 50Hz supply and generate heat, which must be accounted for in lab ventilation and electrical infrastructure planning.

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).