Seta Oxi-Cor Bath - 15550-3

Name: Seta Oxi-Cor Bath
SKU: 15550-3
Availability: InStock

Methods

ASTM D130

ASTM D525

ASTM D873

ASTM D4048

ASTM D4814

ASTM D5304

ASTM D7667

ASTM D7671

IP 40

IP 154

IP 227 (obs)

IP 611

BS 2000-112 & IP 112

BS 2000-138 & IP 138

BS EN ISO 2160 & BS 2000-154 & ISO 2160

BS EN ISO 7536 & BS 2000-40 & ISO 7536

DIN EN ISO 2160

DIN EN ISO 7536

The Seta Oxi-Cor bath is a stainless steel water or oil bath. Temperature controlled by a top mounted thermostir circulator with integral over-temperature and low fluid level protection devices.

The bath has four test stations. Each has a lid with a hook, from which you suspend either a Corrosion Pressure Vessel (11500-0) or a test tube Support Assembly (11420-0), holding up to three Test Tubes (11590-0). You can use any combination of these.

NOTE: For oxidation tests, methods specify a certain bath volume per pressure vessel. In order to comply with this, you can only use two oxidation pressure vessels in the bath at the same time.

View accessories required for each test method >

Learn more about corrosion testing >

Seta Oxi-Cor Bath - 15550-3

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Information

Feature information Details of methods Specifications

Details

You can replace one or more of the four lids with an Oxidation Vessel (15802-2). Pressure in the vessel can be monitored automatically with the Seta Auto-Oxi Control System (15452-2).

A Silver Corrosion Conversion Kit (11510-0) is available to convert test stations to hold Glassware - Silver Corrosion (11430-0).

Supplied with; 4 lids, mains lead and instruction manual.

Details

ASTM D4814	General Specification for Automotive Spark Ignition Engine Fuels
IP 227 (obs)	Corrosiveness to Silver of Aviation Turbine Fuels
BS EN ISO 2160 & BS 2000-154 & ISO 2160	Copper Corrosion from Petroleum Products by the Copper Strip Tarnish Test
ASTM D4048	Standard test method for detection of copper corrosion from lubricating grease
ASTM D873	Standard test method for oxidation stability of aviation fuels (potential residue method)
BS 2000-112 & IP 112	Determination of corrosiveness to copper of lubricating grease. Copper strip method
ASTM D5304	Oxidation Stability of Gasoline (Induction Period Method)
IP 154	Corrosiveness to Copper - Copper Strip Test
IP 40	Determination of oxidation stability of gasoline - Induction period method
ASTM D525	Standard test method for oxidation stability of gasoline (induction period method)
ASTM D130	Standard Test for Corrosiveness to Copper from Petroleum Products by Copper Strip Test
ASTM D7671	Corrosiveness to Silver by Automotive Spark–Ignition Engine Fuel–Silver Strip Method
IP 611	Corrosiveness to silver of automotive gasoline - Silver strip method
ASTM D7667	Corrosiveness to Silver by Automotive Spark-Ignition Engine Fuel—Thin Silver Strip Method
DIN EN ISO 2160	Petroleum products. Corrosiveness to copper. Copper strip test
BS EN ISO 7536 & BS 2000-40 & ISO 7536	Methods of test for petroleum and its products. Petroleum products. Determination of oxidation stability of gasoline. Induction period method
BS 2000-138 & IP 138	Methods of test for petroleum and its products. Determination of oxidation stability of aviation fuel. Potential residue method.
DIN EN ISO 7536	Determination of oxidation stability of gasoline by the induction period method

Details

Temperature range	Ambient +5 °C to 150 °C
Temperature stability	±0.1 °C
Bath capacity	34 litres
Heater Power	1500 W
Voltage	110/120 V, 50/60 Hz 220/240 V, 50/60 Hz
Size (HxWxD)	52 cm × 48.5 cm × 33 cm
Weight	10 kg
CCCN Code	Tariff 84198998