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AELAB SPX-70BIV Precision Cooling Incubator for Controlled Environmental Testing

The AELAB SPX-70BIV Precision Cooling Incubator provides stable 0–65 °C temperature control for BOD analysis, microbial incubation, environmental simulation, and sample preservation. Featuring fan-assisted convection, intelligent defrosting, and stainless steel chamber construction, the SPX-70BIV ensures uniform conditions and reliable long-term operation in laboratory and industrial workflows.
Modles : SPX-BIV / BL Cooling Incubator Series
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The AELAB SPX-70BIV Precision Cooling Incubator is engineered for various constant-temperature experiments and environmental tests at 0–65 °C, including water analysis, BOD and bacterial culture, plant breeding, and sample preservation. Its double-door structure with high-quality glass allows clear sample observation while maintaining strong sealing performance.

The SPX-70BIV features a unique internal wind circulation system, color LCD program control, double evaporators, and intelligent defrosting to ensure long-term stable operation without frost buildup. Standard safety elements include an independent temperature limiter and double protection for test reliability.

 

⚙️ Design & Construction

The SPX-70BIV utilizes a Mirror Stainless Steel inner chamber with Cold Rolling Steel electrostatic-sprayed exterior and a Polyurethane insulation layer for thermal stability. Fan-assisted convection delivers uniform airflow, while a Stainless Steel heater and air-cooled hermetic compressor regulate both heating and cooling precisely. The 43 mm test hole and universal socket enable external equipment integration without compromising chamber integrity.

 

🔬 Working Principle / Testing Method

The incubator stabilizes temperature through combined refrigeration and heating control managed by a Color Screen LCD program system. The upper LCD displays real-time chamber temperature while the lower row shows set values. A PT100 sensor ensures accurate measurement, while the intelligent automatic defrosting function prevents ice accumulation during long-term low-temperature operation, preserving airflow and uniformity. Program operation allows multi-segment temperature cycles for complex incubation protocols.

 

💡 Key Advantages

  • Precision 0–65 °C control with ±1 °C uniformity for reproducible environmental simulations
  • Intelligent automatic defrosting ensures uninterrupted long-term incubation
  • Fan-forced convection enhances chamber temperature stability and circulation
  • Independent over-temperature limiter provides safety for sensitive samples
  • Menu lock and power-failure parameter memory prevent accidental data loss
  • Mirror Stainless Steel interior supports hygienic cleaning and corrosion resistance
  • Programmable multi-segment timer (0–99.9h × 30 segments) for advanced workflows

 

🔗 Connectivity & Integration

The SPX-70BIV includes a universal external socket for powering internal instruments, a 43 mm test port for sensor routing, and LCD-based program control compatible with GLP documentation practices. Data stability features such as menu key lock and fault alarms support regulated laboratory environments.

 

🧠 Model Insight

Model Specifications
SPX-70BIV 70L chamber, 0.8kW, 420×350×500 mm interior
SPX-150BIV 150L chamber, 1.0kW, 500×500×600 mm interior
SPX-250BIV 250L chamber, 1.2kW, 600×500×840 mm interior

 

🧪 Testing Applications

This precision cooling incubator is suitable for BOD testing, microbial and bacterial culture, water analysis, environmental simulation, plant physiology studies, and general sample preservation. Its stable temperature platform supports research, industrial quality control, environmental monitoring, and biochemical experimentation.

 

Compliance & Quality Assurance

The SPX-70BIV complies with laboratory equipment quality standards and incorporates GLP-aligned controls, digital safety limiters, and stable PT100 temperature sensing. Each unit undergoes AELAB quality validation for reliability, accuracy, and long-term performance.

Specifications :

Model SPX-70BIV

SPX-70BL

SPX-150BIV

SPX-150BL

SPX-250BIV

SPX-250BL

Cycle Mode Forced convection
Temp. Range 0 ~ 65℃
Temp. Resolution Ratio 0.1℃
Temp. Motion High Temp.: ±0.5℃
Temp. Uniformity ±1℃
Inner Chamber Mirror Stainless Steel
Outer Shell Cold rolling steel electrostatic spraying exterior
Insulation Layer Polyurethane
Heater Stainless steel heater
Power Rating 0.8kW 1.0kW 1.2kW
Compressor Air cooled hermetic compressor
Cryogen R134a
Defrost Structure Automatic control intelligent defrosting
Test Hole 43mm
Controlled External Power Supply Universal socket (one)
Temp. Control Mode BIV: Color screen LCD program
Temp. Setting Mode Touch button setting
Temp. Display Mode Measuring temperature: LCD upper screen
Setting temperature: lower row
Timer 0~99.9h*30Segment
Operation Function Program operation
Sensor PT100
Additional Function BIV model: LED light, Deviation correction, Menu key lock, Power failure parameter memory

BL model additional character: loop self diagnosis

Safety Device Over temperature alarm, digital temperature limiter
Inner Chamber Size (W*L*H)(mm) 420*350*500 500*500*600 600*500*840
Exterior Size (W*L*H)(mm) 580*610*1190 660*760*1290 760*760*1530
Packing Size (W*L*H)(mm) 708*716*1368 788*866*1468 888*866*1708
Volume 70L 150L 250L
Load Per Rack 15kg
Shelf Number 9 12 18
Shelf Space 35mm
Power Supply Current Rating AC220V/2.3A AC220V/3.6A AC220V/5.5A
NW/GW (kg) 69/92 86/114 100/139
Accessory-Shelf 2
Model SPX-70BIV

SPX-70BL

SPX-150BIV

SPX-150BL

SPX-250BIV

SPX-250BL

Cycle Mode Forced convection
Temp. Range 0 ~ 65℃
Temp. Resolution Ratio 0.1℃
Temp. Motion High Temp.: ±0.5℃
Temp. Uniformity ±1℃
Inner Chamber Mirror Stainless Steel
Outer Shell Cold rolling steel electrostatic spraying exterior
Insulation Layer Polyurethane
Heater Stainless steel heater
Power Rating 0.8kW 1.0kW 1.2kW
Compressor Air cooled hermetic compressor
Cryogen R134a
Defrost Structure Automatic control intelligent defrosting
Test Hole 43mm
Controlled External Power Supply Universal socket (one)
Temp. Control Mode BIV: Color screen LCD program
Temp. Setting Mode Touch button setting
Temp. Display Mode Measuring temperature: LCD upper screen
Setting temperature: lower row
Timer 0~99.9h*30Segment
Operation Function Program operation
Sensor PT100
Additional Function BIV model: LED light, Deviation correction, Menu key lock, Power failure parameter memory

BL model additional character: loop self diagnosis

Safety Device Over temperature alarm, digital temperature limiter
Inner Chamber Size (W*L*H)(mm) 420*350*500 500*500*600 600*500*840
Exterior Size (W*L*H)(mm) 580*610*1190 660*760*1290 760*760*1530
Packing Size (W*L*H)(mm) 708*716*1368 788*866*1468 888*866*1708
Volume 70L 150L 250L
Load Per Rack 15kg
Shelf Number 9 12 18
Shelf Space 35mm
Power Supply Current Rating AC220V/2.3A AC220V/3.6A AC220V/5.5A
NW/GW (kg) 69/92 86/114 100/139
Accessory-Shelf 2

Frequently Asked Questions

1What applications is the SPX-70BIV suitable for?
It is used for BOD analysis, microbial culture, water testing, environmental simulation, plant breeding, and sample preservation.
2What is the temperature range of the incubator?
The SPX-70BIV operates between 0–65 °C with 0.1 °C resolution.
3Does the SPX-70BIV support programmable temperature cycles?
Yes, it features a multi-segment program operation with up to 30 segments.
4How is temperature measured?
It uses a high-accuracy PT100 temperature sensor for precise measurement.
5What safety protections are included?
The incubator includes an over-temperature alarm and a digital temperature limiter for sample protection.

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