Product Description
| Cat. No. | Inner size L.W.D. | Sensor | Controller | Temp. Accuracy | Watts |
| SSE-3 A | 10x6x7 To accomm. 2 rack | Capillary | Hydraulic Thermostat | 2 C | 0.5 K.W. |
| SSE- 3 B | 14x10x7 To accomm. 4 rack | Capillary | Hydraulic Thermostat | 2 C | 1.5 K.W. |
| SSE 3 C | 18x12x7 To accomm. 6 rack | Capillary | Hydraulic Thermostat | 2 C | 2.0.K.W. |
| SSE 3 D | 10x6x7 | PT 100 | Microprocessor Based PID temp. | 0.1 C | 0.5K.W. |
| SSE- 3 E | 14x10x7 | PT 100 | Microprocessor Based PID Temp. | 0.1 C | 1.5 |
| Cat. No. | Inner size L.W.D. | Sensor | Controller | Temp. Accuracy | Watts |
| SSE-3 A | 10x6x7 To accomm. 2 rack | Capillary | Hydraulic Thermostat | 2 C | 0.5 K.W. |
| SSE- 3 B | 14x10x7 To accomm. 4 rack | Capillary | Hydraulic Thermostat | 2 C | 1.5 K.W. |
| SSE 3 C | 18x12x7 To accomm. 6 rack | Capillary | Hydraulic Thermostat | 2 C | 2.0.K.W. |
| SSE 3 D | 10x6x7 | PT 100 | Microprocessor Based PID temp. | 0.1 C | 0.5K.W. |
| SSE- 3 E | 14x10x7 | PT 100 | Microprocessor Based PID Temp. | 0.1 C | 1.5 |
| Cat. No. | Inner size L.W.D. | Sensor | Controller | Temp. Accuracy | Watts |
| SSE-3 A | 10x6x7 To accomm. 2 rack | Capillary | Hydraulic Thermostat | 2 C | 0.5 K.W. |
| SSE- 3 B | 14x10x7 To accomm. 4 rack | Capillary | Hydraulic Thermostat | 2 C | 1.5 K.W. |
| SSE 3 C | 18x12x7 To accomm. 6 rack | Capillary | Hydraulic Thermostat | 2 C | 2.0.K.W. |
| SSE 3 D | 10x6x7 | PT 100 | Microprocessor Based PID temp. | 0.1 C | 0.5K.W. |
| SSE- 3 E | 14x10x7 | PT 100 | Microprocessor Based PID Temp. | 0.1 C | 1.5 K.W |
Laboratory Water Bath Serological.
| Cat. No. | Inner size L.W.D. | Sensor | Controller | Temp. Accuracy | Watts |
| SSE-3 A | 10x6x7 To accomm. 2 rack | Capillary | Hydraulic Thermostat | 2 C | 0.5 K.W. |
| SSE- 3 B | 14x10x7 To accomm. 4 rack | Capillary | Hydraulic Thermostat | 2 C | 1.5 K.W. |
| SSE 3 C | 18x12x7 To accomm. 6 rack | Capillary | Hydraulic Thermostat | 2 C | 2.0.K.W. |
| SSE 3 D | 10x6x7 | PT 100 | Microprocessor Based PID temp. | 0.1 C | 0.5K.W. |
| SSE- 3 E | 14x10x7 | PT 100 | Microprocessor Based PID Temp. | 0.1 C | 1.5 K.W |
Precision Heating for Laboratory WorkThis serological water bath is engineered for consistent temperature distribution, essential for scientific and medical laboratory work. The thermostatic temperature control offers a wide adjustable range from room temperature up to 100C, supporting numerous applications including incubation and warming of samples. The analog display allows for easy monitoring, while the gabled lid design reduces heat loss and prevents condensate from dripping onto samples.
Durable Construction and Easy MaintenanceThe interior polished stainless steel chamber resists corrosion, ensuring longevity and easy cleaning. Its double-walled body, insulated with glass wool, maintains optimal thermal efficiency. The removable pyramidal lid allows effortless access to samples, and an integrated drain facility ensures simple water removal. The powder-coated outer surface adds further resistance against wear, making the device suitable for daily laboratory routines.
FAQ's of Laboratory Water Bath Serological:
Q: How do I use the Laboratory Water Bath Serological for precise temperature control?
A: To operate, fill the inner chamber with water without exceeding the recommended level. Use the thermostatic control knob to set your desired temperature between ambient +5C and 100C. The analog display provides real-time temperature readings. An over-temperature safety cut-off will activate if the water exceeds safe levels, ensuring your samples remain protected.
Q: What are the benefits of the gabled removable lid on this water bath?
A: The gabled (pyramidal) removable lid minimizes water evaporation, prevents condensation from dripping into your samples, and retains heat efficiently. Its removable design simplifies access for loading or unloading samples and helps with thorough cleaning of the chamber.
Q: When should I use the drain facility provided in the water bath?
A: The built-in drain facility should be used when changing water after long-term use, cleaning the chamber, or preparing the bath for storage. It allows for safe, convenient draining without the risk of spillage or injury.
Q: Where is the Laboratory Water Bath Serological typically utilized?
A: This water bath is widely used in research laboratories, medical laboratories, and academic institutions for serological tests, sample incubation, and heating solutions. Its robust features and accurate temperature control make it suitable for routine use in both clinical and scientific environments.
Q: What maintenance steps should be followed for optimal longevity?
A: Regularly clean the inner stainless steel chamber and the removable lid to prevent buildup or corrosion. Drain and replace water periodically, check the power cord and thermostat function, and avoid overfilling. The powder-coated outer surface can be wiped with a soft, damp cloth to keep it in top condition.
Q: How does the double-walled construction with glass wool insulation benefit laboratory work?
A: The double-walled design with glass wool insulation maintains uniform temperatures and reduces heat loss, making temperature control more accurate and energy-efficient. This also keeps the outer body cooler to the touch, enhancing safety during prolonged operation.