SY Series Laboratory Thermostatic Water Bath
Precision thermostatic water baths available in multiple capacities (1L-20L) for temperature-controlled laboratory applications and sample preparation.
| Automation Level | manual |
| SY-1L1H | SY-1L2H |
| SY-1L4H | SY-1L6H |
| SY-2L4H | SY-2L6H |
| 3L | 6L |
| 13L | 20L |
The SY Series Laboratory Thermostatic Water Bath provides precise temperature control for routine laboratory applications requiring stable thermal environments. This series offers multiple capacity configurations from 1L to 20L with heating powers ranging from 300W to 1500W, accommodating diverse experimental requirements from small-scale sample preparation to larger volume processing.
The thermostatic design maintains uniform temperature distribution throughout the water volume, supporting applications such as enzyme incubations, sample warming, reagent preparation, and general laboratory heating protocols. The series includes both single and multi-position configurations to support different throughput requirements in research and analytical workflows.
How It Works
Thermostatic water baths operate through convective heat transfer, where electrical heating elements warm the water medium to create a stable thermal environment. The thermostatic control system continuously monitors water temperature via integrated sensors and adjusts heating power to maintain the setpoint within specified tolerances.
Uniform temperature distribution is achieved through thermal convection currents within the water bath chamber. The heated water rises while cooler water descends, creating circulation patterns that minimize temperature gradients across the working volume. This convective mixing ensures consistent thermal conditions for all samples positioned within the bath.
The heating elements are designed to provide rapid temperature ramp-up while maintaining stability during extended operation periods. Temperature control accuracy depends on the sensor placement, thermal mass of the water volume, and the responsiveness of the heating control circuit to temperature deviations.
Features & Benefits
Automation Level
- manual
SY-1L1H
- SY-1L2H
SY-1L4H
- SY-1L6H
SY-2L4H
- SY-2L6H
3L
- 6L
13L
- 20L
11L
- 18L
300W
- 500W
1000W
- 1500W
2
- 4
10
- 13
6.5
- 9
3
- 5
11
- 14.5
7.5
- 10
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Cell Biology
- Food Science
- Histopathology
- Immunology
- Materials Science
- Microbiology
- Pharmaceutical QC
Weight
- 29.98 kg
Dimensions
- L: 42.0 mm
- W: 43.6 mm
- H: 38.0 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Capacity Range | 1L to 20L configurations available | Many models limited to smaller volumes under 10L | Accommodates both small-scale research and larger production-scale sample preparation requirements |
| Heating Power Options | 300W to 1500W heating capacity | Fixed heating power often undersized for larger volumes | Matched heating capacity ensures appropriate temperature ramp rates and stability for each bath size |
| Multi-Position Configurations | Single and multi-position models available | Many units offer only single-position operation | Increases sample throughput and laboratory efficiency for parallel processing workflows |
| Model Variety | Multiple model configurations within series | Limited model selection requiring compromise on specifications | Allows selection of optimal capacity and configuration for specific laboratory requirements |
The SY Series provides comprehensive capacity options from research-scale to production volumes with appropriately matched heating systems. The availability of multi-position configurations and diverse model selection supports varied laboratory throughput requirements.
Practical Tips
Verify temperature accuracy using a calibrated thermometer placed at the sample location rather than relying solely on the built-in display.
Why: Temperature variations can exist between the sensor location and sample position within the bath.
Change water regularly and use distilled water to prevent mineral buildup on heating elements and internal surfaces.
Why: Mineral deposits reduce heating efficiency and can cause temperature control instability.
Allow adequate equilibration time after temperature changes and avoid overcrowding the bath with sample containers.
Why: Thermal mass and restricted circulation can compromise temperature uniformity across all sample positions.
Ensure heating elements remain submerged at all times and monitor water levels during extended operation periods.
Why: Exposed heating elements can overheat and create safety hazards while reducing component lifespan.
Document actual bath temperature alongside sample treatment protocols for reproducibility and method validation.
Why: Temperature variations between experiments can significantly affect results in temperature-sensitive applications.
If temperature stability is poor, check for adequate water circulation and ensure the bath is not positioned near heat sources or drafts.
Why: External temperature influences and restricted circulation patterns can interfere with thermostatic control performance.
Setup Guide
What’s in the Box
- SY Series water bath unit
- Power cord (typical)
- User manual and operating instructions (typical)
- Temperature probe or sensor (typical)
Warranty
ConductScience provides a standard one-year manufacturer warranty covering defects in materials and workmanship, with technical support available for installation and operational guidance.
Compliance
What temperature range and accuracy can be achieved with the SY Series water baths?
Temperature range and accuracy specifications vary by model. Consult the product datasheet for specific performance parameters for your selected configuration.
How long does it take to reach target temperature from ambient conditions?
Heat-up time depends on bath volume, heating power, and target temperature. Larger volumes require proportionally longer equilibration times, typically 15-45 minutes for full thermal stability.
Can these water baths be used for applications requiring temperatures above 100°C?
Water baths are limited to temperatures below the boiling point of water at atmospheric pressure. For higher temperature applications, consider oil baths or other heating systems.
What type of temperature monitoring and calibration is recommended?
Independent temperature verification using calibrated thermometers is recommended. Regular calibration against traceable temperature standards ensures measurement accuracy for critical applications.
Are there specific container materials or sizes that work best with these baths?
Glass and plastic containers compatible with the operating temperature range work well. Ensure containers fit within the bath dimensions while allowing adequate water circulation around all surfaces.
How do I prevent contamination between different sample types?
Use sealed containers for samples and maintain clean water in the bath. Consider using separate water baths for incompatible sample types or applications with strict contamination controls.
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