Product Description
- Most useful for calibration of sensors.
- Selection of model for high temperature and low temperature test
- Fully stainless steel construction
- Quick temperature achievement with high uniformity & accuracy.
- Various lid for different size of probes
- With microprocessor based PID temperature controller.
| Cat. No. | Inner Size
| Heating/ Cooling Midel | Probe / Sensor Wells | TEMP. Range | Air/ Liquid Bath |
| AEI -135/A | 4 Dia x 14 Depth | Heating | 3 Nos | 50 c to 600 c | Air |
| AEI -135/B | 4 Dia x 14 Depth | Heating | 3 Nos | 100 c to 1200 c | Air |
| AEI -135/C | 7 Dia x 14 Depth | Cooling | 6 Nos | -20c to +20c | Air |
| AEI -135/D | 7Dia x 14 Depth | Cooling | 6 Nos | -50c to+10c | Air
|
| AEI -135/E | 10x10x12 Depth | Heating/ Cooling | 6 Nos | -20c to +100c | Liquid |
| AEI -135/F | 10x10x12 Depth | Heating/ Cooling | 6 Nos | -60c to +100c | Liquid |
Unequaled Accuracy and UniformityThanks to its advanced heating and stirring mechanisms, the Calibration Bath delivers remarkable temperature uniformity (0.05C) and accuracy (0.1C) across the full operating range. The integrated digital PID controller and LED display ensure fine-grained control and monitoring, making it ideal for laboratories that demand precise calibration standards.
Versatile Sensor CompatibilityThis equipment accommodates a wide variety of sensors - RTD, thermocouples, and even liquid-in-glass thermometers - supporting the calibration needs of diverse industries. The stainless steel construction, borosilicate lid, and robust insulation further expand its suitability for rigorous laboratory environments.
Prioritizing Laboratory Safety and ComplianceWith multiple built-in safety features like low fluid level shutoff, automatic shutdown, and over-temperature cut-off, this Calibration Bath exceeds the standard requirements for laboratory safety. Its RoHS and CE certifications confirm both environmental responsibility and international compliance.
FAQ's of Calibration Bath:
Q: How does the Calibration Bath maintain such precise temperature uniformity?
A: The Calibration Bath utilizes a digital PID controller in combination with variable speed magnetic or mechanical stirring (50-200 RPM) to evenly distribute heat. This ensures temperature uniformity within 0.05C throughout the bath, crucial for accurate sensor calibration.
Q: What types of temperature sensors can be calibrated with this bath?
A: This bath is compatible with Resistance Temperature Detectors (RTDs), thermocouples, and liquid-in-glass thermometers. It supports a broad range of sensor calibration needs in laboratories and industrial settings.
Q: When should laboratories use this calibration bath?
A: Laboratories should use this calibration bath whenever precise, traceable temperature calibration of sensors and thermometers is required-typically during commissioning, routine maintenance, or equipment verification processes.
Q: Where can this equipment be safely installed?
A: Designed for laboratory environments, the Calibration Bath should be placed on sturdy benches with adequate ventilation, away from sources of vibration and moisture, and within the specified ambient temperature range of 5C to 40C.
Q: What is the process for emptying the bath after use?
A: A dedicated drain valve allows safe and easy emptying of the calibration bath post-operation, minimizing manual handling and ensuring laboratory safety.
Q: Which safety and compliance features are included?
A: Safety is ensured through low fluid level cut off, automatic shutdown, and over-temperature protection. The bath is RoHS and CE certified, confirming adherence to international environmental and safety standards.
Q: What are the main benefits of using this calibration bath for laboratories?
A: Key benefits include precise temperature control, rapid heating, compatibility with multiple sensor types, robust corrosion-resistant construction, and enhanced safety, ensuring reliable and accurate instrument calibration in compliance with global standards.