SAHARA PPO S14P Heated Bath Circulators
Product Overview
The SAHARA PPO S14P Heated Bath Circulators are engineered for exceptional temperature stability and precision, making them the ideal choice for applications that require a clear view of the bath content. Designed to maintain temperatures from ambient +13°C to 100°C, these circulators support a maximum bath volume of 14 liters.
Key Features
- Temperature Range: Ambient +13°C to 100°C.
- Capacity: Maximum 14L bath volume.
- Corrosion Resistance: Built with rugged materials for high-temperature applications up to 200°C.
- Environmentally Friendly: Achieve energy savings of up to 80%, with units that are RoHS-compliant.
- Safety Compliance: UL/CSA compliance ensures safe operation under fault conditions.
Controllers and Usability
The SAHARA series Features a selection of eight unique controllers tailored to meet diverse operational needs:
SC 100 Controller:
- Multilingual support with acoustic and optical alarms.
- Five customizable user programs.
- Adjustable pump speeds for controlled water flow and minimal turbulence.
SC 150 Controller:
- Includes a USB port and low-liquid level alarm.
- Automatic shut-down in case of overheating, low liquid levels, or motor overload.
AC 150 Controller:
- Features a powerful suction pump.
AC 200 Controller:
- Integrated ramp programming with 10 adjustable steps and a real-time clock.
- USB connectivity for enhanced functionality.
Setup and Operation
The intuitive user interface with a bright display allows for easy monitoring of critical parameters. Each system includes a quick-start guide, facilitating straightforward setup and operation. The thermostat can be rotated and positioned on all sides of the bath for optimal visibility.
Specifications
Temperature Range |
Ambient +13 to 100°C |
Max Bath Volume |
14L |
Voltage Options |
100V, 115V, 230V |
Certifications |
CE, RoHS, WEEE |
Frequency |
50/60Hz |
Net Weight |
6.3 kg (13.9 lb) |
Exterior Dimensions |
17.8 x 14.1 x 14.2 in. (45.2 x 35.8 x 36.1 cm) |
Applications
- Sample/Material Preparation