Stirred Clifton water baths are designed for immersion of flasks/bottles/racks in a highly stable temperature environment throughout the water bath suiting a variety of applications.

This entry level thermostatically controlled analogue

Thermostirrer is housed in a durable corrosion resistant stainless steel body. Immersed components are corrosion resistant. Supplied with a stainless steel mounting bridge to fit the selected Clear Tank and stainless steel shelf, designed for good temperature stability.

Thermostirrer

• Thermostatic control, dial with scale 5° temperature increments.
• Temperature range ambient +5°C - 99°.
• Sensitivity ±0.2°C.
• Uniformity ±0.05°C.
• Durable stainless steel construction, those painted surfaces are powder painted with an Anti-bacterial finish with good chemical resistance.
• Controls are easy to wipe clean.
• Immersed components are corrosion resistant.
• Quiet running in use and providing excellent water movement in bath.

Clearly visible bright status indicators

• Indication of heating, mains and low liquid.

Water bath

• Immersed components are corrosion resistant.
• Supplied with removable stainless steel false base designed for good water circulation and water temperature stability.
• Clear polycarbonate tank, crystal clear, graduated in litres.
• Tank can be recycled, end of life.

Safety

• A safety cut-out float switch - low liquid level protection.
• Tank maximum rated temperature 110°C.

Carries the CE mark meeting the requirements of Low Voltage and EMC Directives.

• Stirred Clifton water bath designed for immersion of flasks/bottles/racks in a highly stable temperature environment throughout the water bath.
• The shelf/platform in the bath used for supporting flasks/bottles/racks is stable and can be easily removed and cleaned.
• Easy to clean tank being crevice free.
• Quick reliable selection and attainment of desired operating temperature.
• Designed for good water movement and water temperature stability in the tank.
• Quiet running stirrer.
• Broad range of accessories available to suit wide range of applications.
• Very reliable product.
• Built to latest safety standards and supplied with comprehensive operating instructions and Three-year warranty.
• Before leaving the factory each water bath undergoes following: Uniquely identified with its own serial number recorded on our product database, which includes all of its manufacturing inspection data. Electrically tested for safety at final inspection and a test certificate enclosed in rear of the instruction book. Analogue temperature setting products undergo a factory calibration procedure.

SL4-22: Stainless Steel Gable Lid to fit 22 and 28 Litre Stirred Baths

Features:

1. The Gable lid has been designed allowing full use of whole width of a Clifton water bath with the lowest height of the gable being 45mm above the bath. This unique feature means test tube racks or flasks can be placed across the whole width of the bath without fouling the lid maximising the bath working area.

2. Designed with customer in mind ensuring where condensation accumulates in use there are no drip points which could spoil work in open flasks in your Clifton water bath.

3. Where an accessory TC-1 Thermometer is used the temperature can be read from the thermometer with the lid in place.

4. Lid fits into the tank ensuring all condensation runs back into the bath and not down the side onto your bench top.

LD4-22: Flat Lid, Stainless steel, 22/28 litre baths

Features:

Stainless steel construction with wipe clean surfaces. These LD4 Lids provide insulation and consistent water bath performance, reduce energy consumption and running costs. In use they reduce airborne particles contaminating the water. Fitted with insulated lifting handle for convenience.

LDR6-22: Ringed Lid, stainless steel, 6 x 105mm holes, to suit 22/28 litre baths

Features:

1. The lid and rings are manufactured from stainless steel.

2. The concentric rings provide varying hole diameters in the lid.

3. In use the lid minimises evaporation and maintains temperature stability of the water bath when tall vessels are being heated at elevated temperatures.