Test Method: D2893 (Liquid Bath)
Oxidation Stability Of Distillate Oil
• Meets the requirements of ASTM D943, D2274, D2893,
....D4310 test methods
• Digital indicating temperature control maintains ±0.1°C ....stability
• Agitated liquid bath with 8 to 60 test positions
• Overall dimension 22”x 18”x 23” (55x 45x 58 cm), ....shipping weight 150 lbs
• Temperature range of 40° to 120°C
• Supplied with eight flow meters
• Low level safety cut off switch
• Available for either 115V, 208V or 220V, 50 or 60 Hz ....power
Click for Heated Tube Baths
Click for Aluminum Block Baths

Model L-2893 Oxidation Bath meets the requirements of ASTM D943, D2440, D2893*, D4310, D6158, AOCS12-57* test methods (* modified version for these methods is available). It consists of 30 or 60 aluminum sleeves, each with its dedicated digital display controller.

Each test position has one float-in-tube flowmeter positioned in front. The oxygen flow rate is maintained at 3 ± 0.1 L/hr with a micro precision valve. An oxygen pressure regulator is provided.

Temperature control is provided by a digital display PID controller providing stability of ± 0.2º C or better. In the event of primary controller failure the bath is protected by a secondary high limit controller. Useful temperature range is from 40º C up to 300º C.

The 30 or 60 positions are arranged in two back to back rows (15 or 30 positions each) suitable for those laboratories with an isle bench.

Water flow to each condenser is controlled by a valve mounted on the back panel. This is available only if the condenser water flows directly to a waste drain. If a recirculating chiller is to be used, only one flow valve is provided for each group of 12 condensers which must be arranged in series.

Glassware and Other Components
Required Components
Oxidation Delivery Tube
Oxidation Test Tube
Condenser

Accessories
Catalyst Coil
Wire Cooling Mandrel
Steel Wire
Copper Wire
Silicone Carbide Paper
Flexible Tubing

Specifications are subject to change without notice.
Lawler Manufacturing Corporation © 2005