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Seta Cloud and Pour Point Cryostat

Company: Stanhope-Seta

Methods:ASTM D2500, ASTM D5853, ASTM D97, BS 2000-15, ISO 3016, BS EN 23015, BS 2000-219, ISO 3015, DIN EN 23015, DIN ISO 3016, IP 15, IP 219, IP 441

The Seta Cloud and Pour Point Cryostat has four 2 litre compartments which are independently temperature controlled and can accommodate four Air Wells. Three compartments have a temperature range of ambient to -34 °C and one has a low temperature compartment -34 to -51 °C. The lid is electrically heated to prevent the formation of ice and condensation. Refrigeration is accomplished by a two stage CFC free system. An internal spare canister of R507 refrigerant allows easy recharging of the second stage.

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  • Four Individually temperature controlled compartments
  • Three compartments ambient to -35°C
  • One compartment -35°C to -51°C
  • 2 litre bath capacity in each compartment
  • Four air wells in each compartment
  • Independent temperature control
  • Two stage ‘CFC free’ refrigeration system
  • Heated ‘anti-condensation’ lid

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ompartment quantity 3 + 1 low temperature
Compartment volume 2 litre
Total test positions 16
Temperature range Ambient to -34 °C (x3) -34 °C to -51 °C (x1)
Ambient temperature range 15 °C to 32 °C
Cool down Time (single compartment) approx 2 hours 30 minutes at an ambient of 23 °C (to -51 °C)
Refrigerant CFC free, first stage R134a, second stage R507

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IP 219 Determination of cloud point
ASTM D97 Standard test method for pour point of petroleum products.
ASTM D2500 Standard test method for cloud point of petroleum products and liquid fuels
IP 15 Petroleum products, determination of pour point.
IP 441 Determination of the pour point of crude petroleum.
BS 2000-15, ISO 3016 Methods of test for petroleum and its products. Determination of pour point
BS EN 23015, BS 2000-219, ISO 3015 Petroleum products. Determination of cloud point.
DIN EN 23015 Petroleum products, determination of cloud point.
DIN ISO 3016 Petroleum oils, determination of pour point.
ASTM D5853 Standard test method for pour point of crude oils

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