Mismo 48h1 High Temperature Kinematic Viscosity Bath (Ambient To 120 Deg C) with Accuracy +/- 0.01 Deg C Apparatus as Per Astm D 445

Mismo48h1-High-Temperature-Kinematic

Test Method :-

Kinematic viscosity is of primary importance in the design and selection of a wide range of petroleum products. Calibrated capillary viscometers are used to measure flow under gravity or vacuum at precisely controlled temperatures.

Standard :-

Conforms to the specifications of: ASTM D445, D2532, D6074, D6158; IP 71; ISO 3104; DIN 51550; FTM 791-305.

Features & Benefits :-
  • Type of bath :- electrically heated bath.
  • No of viscometer can be accomodated : 6 no.
  • Inner chamber dimension : 18” x 15” x 7”
  • Outer body size : 26” x 23” x 13”
  • Max working temperature :- 120.0 degree c
  • Bath capacity :- 6 sample at a time.
  • Bath volume : 22 ltr capacity
  • Heater :- ss tubular heater.
  • Accuracy :- +/- 0.01 to +/- 0.03 degree c
  • Readability :- +/- 0.01 deg c upto 99.99 deg and 0.1 deg upto 150.0 deg c
  • Temperature controller :-
    • Temp. Is controlled by microprocessor based pid temp. Controller of eurotherm or reputed make,
    • It is having dual display with solid state relay for switching on & switching off the heater.
  • Input power supply : 230 v ac, 50 hz, 1 phase with 12 amp current rating.
  • Heating load : 2 kw .
  • Thermocouple :-
    • Calibrated rtd type thermocouple will be provided capable of measuring upto 150 deg c at accuracy of +/- 0.01 deg c
  • Control panel/display :-
    • Digital display for present , set temperatures.
    • Heater indicator.
    • Stirrer indicator.
    • Main switch on/off indicator.
    • Fuse for overload protection.
    • Switching on or off for illumination switch.
  • Safety interlocks/ relay :-
    • Overload safety cut-off
    • Safety for input power fluctuation
    • 1-phase indication lamp.
    • Emergency switch off
  • Construction :-
    • Double walled construction , thermally insulated with high density puff.
    • Powder coated external surface for esthatic appearance.