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Foaming Characteristics Of Lubricating Oil

Foaming Characteristics Of Lubricating Oil

Variants

Foaming Characteristics Of Lubricating Oil - Astm D892 - (single Test Cylinder, Single Jar)
Foaming Characteristics Of Lubricating Oil - Astm D892 - (single Test Cylinder, Single Jar)
Foaming Characteristics Of Lubricating Oil - Astm D892 - Two Test Cylinders, Single Jar
Foaming Characteristics Of Lubricating Oil - Astm D892 - Two Test Cylinders, Single Jar
Foaming Characteristics Of Lubricating Oil - Astm D892-(four Test Cylinders)-(twin Jars)-
Foaming Characteristics Of Lubricating Oil - Astm D892-(four Test Cylinders)-(twin Jars)-
Details:

Complies with following International Standards

  • ASTM D892
  • IP 146, ISO 6247
Construction Details
  • The complete assembly consists of following parts and accessories.
1) Foaming Bath Apparatus - (Glass jar with one Test Cylinder and combined Heating & Cooling arrangement)
  • Consists of constant temperature transparent glass heating jar bath
  • Heating glass jar will be of Heat resistant material having height of 450 mm and Diameter of 300 mm
  • The transparent heating test bath will be provided with top cover
  • Tank cover will be having one hole of Ø 125 mm, which allows 1000 ml cylinders to get through it
  • The heating glass jar is transparent and clear enough to permit observation of the graduations on the cylinder.
  • Tactfully designed Stainless steel clamps, incorporated within tank cover, to hold the test cylinders in place.
  • Microprocessor PID control provides quick temperature stabilization without overshoot and the bath is protected by an over temperature control circuit.
  • Dual LED display provides actual and set point temperature values in °C/°F format.
  • Cooling coil is provided in the same bath for circulating cooling water from the external chiller to conduct the foaming operation on 24 °C temperature. (External chiller has to be purchased optionally at extra cost).
  • Heating supplied by an armored stainless steel heater in the test bath, to conduct the test on 93.5 °C
  • Automatic boost heating
  • Automatic high temperature & low liquid level safety cut‑off.
  • Supplied with stirrer to maintain uniform temperature distribution throughout the bath.
  • Bottom base, houses a MICROPROCESSOR BASED DIGITAL PID controller with over‑temperature alarm and probe PT ‑ 100 temperature sensor along with air compressor pump for supplying adequate air through flow meter to diffuser ball.
2) Test cylinders
  • No. of cylinders supplied : 01 Numbers
  • Material of construction : Borosilicate transparent
  • Capacity : 1000 ml
  • Graduation : 1‑1000 ml
  • Cylinders will be circular at the top
  • Cylinders will be fitted with a rubber stopper, having one hole at the center for the air‑inlet tube and a second hole off‑center for an air‑outlet tube.
3) Air (Gas) diffuser Stone
  • Imported Gas Diffuser stone
  • No. of Stones Provided : 01 Number
  • Diameter : 25.4‑mm (1 inch)
  • Maximum pore diameter : Not greater than 80 Microns
  • Material of construction : Made of fused crystalline alumina grain
  • Gas diffusers are attached to air‑inlet tubes by a suitable means.
4) Rubber tubing
  • Supplied with 3 meter long rubber tubing for connection to gas diffuser stone and Air supply pump
5) Flow meter (Rotameter)
  • No. of flow meter : 01 numbers
  • Make : Of standard reputed make with calibration certificate
  • Aair flow rate : 94 ± 5 mL/min through the gas diffuser.
6) Air compressor (Pump)
  • No. of pumps supplied : 01 independent (oil free) blowing pumps
  • Connected to : Flow meter to maintain air flow rate at 94 ± 5 mL/min
Note

Client must arrange external chiller to conduct the test on 24 °C temperature or can buy extra from us.


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