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Circulator Oil Bath EZL-OB181 is a circulatory bath with an intelligent microprocessor control system offering an accurate temperature control for straight forward applications in the range of 0°C to 100°C. With the circulating system, the water bath can let the heated liquid flow off from the tank and offer a secondary constant-temperature field. The 11-Liters stainless steel bath with 8 Liter/min pump capacity is seamless and, eliminating the possibility of rust and leaks, and the rounded corners are easy to clean. The control unit achieves the desired temperature quickly and maintains a constant temperature to prevent sample overheating.
Capacity | 11 Liters |
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Temperature range | Ambient +5°C to 200°C |
Temperature accuracy | ±0.5°C |
Pump capacity | 8 Liters/min |
Timer range | 99 Hr 59 min |
Thermocouple | PT-100Ω |
Temperature Regulator | SSR controller |
Temperature Controller | Digital PID controller |
Internal Material | Stainless steel plate |
External Material | Steel plate with powder coating |
Heater Capacity | 2 KW |
Supply Voltage And Frequency | AC 230V, 50/60 Hz |
Bath Dimension (W×D×H) | 300×250×150 mm |
External Dimension (W×D×H) | 350×300×400 mm |
The Digital Water Bath, is widely used in research institutes, universities, corporate quality control departments, and industrial sectors such as petroleum, chemical engineering, electronic instruments, physics, chemistry, bio-engineering, medicine and health, life science, light industry and food, materials testing, and chemical analysis.
Ezilab Circulator Oil Bath features a premium stainless steel plate internally and a steel plate with powder coating externally for enhanced durability. Their efficient pumping velocity enhances the reliability of consistent oil circulation. The flexible timer range improves time management, productivity, and security in temperature-dependent tasks. They come in different capacities allowing flexibility to fulfill different capacity requirements. Our Circulator Oil Bath are compatible with typical power sources for user convenience.
Ezilab Circulator Water Bath are crafted with stainless steel that offers hygienic condition and thermal stability. They autonomously adjust the temperature difference between the preset temperature and the ambient air. These utilize CFC-free refrigeration technology to minimize ozone layer depletion. They protect samples and equipment by instantly alerting operators to temperature variations over specified limits. Our Circulator Water Bath allows rapid temperature adjustments enhancing productivity workflow in various kinds of scientific areas.
Ezilab Shaking Water Bath ensures precise agitation and even temperature supply resulting in reliable results. They include a spring plate intended to enhance the usability of the water bath. The spring plate accommodates bottles and flasks, making it user-convenient. Their adjustable speed control adaptability fulfills the specific user demands. Our Shaking Water Bath are integrated with a convenient drain outlet for a swift discharge process ensuring a safer work environment.
Ezilab Digital Water Bath features flexible temperature and time controls for precise heating schedules. They are constructed with high-quality stainless steel which prevents the contamination of samples. They are designed with an LCD, ensuring clear visibility control over temperature and time parameters. The different volume and heater capacities, enhance user experience and scientific needs. Our Digital Water Bath have a lifting bracket and an adjustable inner groove to accommodate various experimental sample types.
Ezilab Refrigerated Circular Bath are incorporated with a circulation pump that enables precise temperature control. Their PID auto-tuning feature continuously modifies parameters to optimize functional stability. They incorporate a fault indication display that warns users of operational faults or malfunctions. These include models varying in volumes and pump capacities to deal with various user preferences. Our Refrigerated Circulator Bath have built-in polyurethane foam that acts as insulation to improve its thermal performance.