Product Description
- Double walled fully wedded inner 136L& exterior 316S.S matt finish
- Specially designed long lasting refractory type elements
- Microprocessor based PID temp. controller with pt100 as a sensor
- Selection for pump or stirring assembly.
- Selection of lid for beaker,flask,dye pot rack or calibration well
- Usable as circulator & immersion test.
- Temperature range: above ambient to 250c.
| Cat. No. | Inner size capacity L X W X D | Working size shape LXWXD |
| AEI 21/ A | 12X14X8 20 LTRS | 8X14X8 Rectangular |
| AEI -22/B | 18X14X8 33 LTRS | 14X14X 8 Rectangular |
| AEI -23/C | 20X 12 X9 36 LTRS | 16X12X9 Rectangular |
Robust Construction for LongevityBuilt entirely from Stainless Steel 304, both inside and out, this equipment ensures rust-proof performance and durability even in demanding laboratory conditions. The double-wall construction, filled with specialized thick glass wool insulation, not only retains heat more efficiently but also enhances user safety and energy efficiency.
Precise Temperature ControlEquipped with a digital PID controller, the bath provides remarkable temperature accuracy (1C) and displays readings with a 0.1C resolution. The user-friendly digital display and automatic energy regulation allow for precise adjustments, crucial for sensitive laboratory applications involving chemical heating.
Tailored to Your Laboratory NeedsWith a choice between 6 or 12 holes and capacities from 10 to 20 litres, the Water Oil/Bath (Multiple) C GMP Series adapts to diverse laboratory workflows. Its fixed, table-top design and easy-to-clean rectangular structure support hassle-free integration and maintenance in any GMP-compliant laboratory setting.
FAQ's of Water Oil/Bath (Multiple) C GMP Series:
Q: How does the Water Oil/Bath (Multiple) C GMP Series ensure uniform heating for samples?
A: The unit employs a double-walled construction filled with special thick glass wool insulation and utilizes a digital PID controller for precise temperature regulation, resulting in even heat distribution throughout the bath. This uniform heating is ideal for consistent chemical reactions and laboratory assays.
Q: What applications is this laboratory bath suitable for?
A: This model is designed for general laboratory heating tasks, particularly those requiring controlled water or oil baths for chemical, pharmaceutical, and analytical procedures. Its flexibility in temperature range and hole number caters to research, quality control, and industrial laboratory sectors.
Q: When should I use the oil bath function instead of water?
A: You should use the oil bath option when your experiments require higher temperatures, as it supports heating up to 250C, compared to 100C for water. Oil baths are ideal for processes like organic synthesis or chemical analysis that exceed the boiling point of water.
Q: Where can the Water Oil/Bath (Multiple) C GMP Series be installed?
A: This equipment features a table-top mounting design and compact dimensions (455 x 270 x 150 mm), making it suitable for installation on most laboratory benches. It is widely used in laboratories across India in compliance with GMP requirements.
Q: What benefits does the GMP-compliant design offer?
A: The GMP model ensures that the water/oil bath meets strict hygiene and safety standards, with features such as rust-proof stainless steel surfaces, a smooth mirror or matt finish for easy cleaning, and double-walled insulation for enhanced operator safety and energy efficiency.
Q: How is user safety addressed in this laboratory bath?
A: Safety is prioritized with over-temperature protection, a robust fuse system, and high-grade insulation. These measures prevent overheating, electrical faults, and accidental burns, ensuring secure operation during extended laboratory use.
Q: What process should I follow to set the desired temperature?
A: To set the required temperature, use the digital PID controller located on the front panel. Adjust the set point to your target value, and the automatic control will maintain accuracy within 1C, while the display shows live readings at a 0.1C resolution for close monitoring.