Skip to content
Use MARCHMADNESS Code and Enjoy 5% OFF on Orders $99+ Valid Till 03/29
Use MARCHMADNESS Code and Enjoy 5% OFF on Orders $99+ Valid Till 03/29

Fischer 287MQ Mechanical Barograph for Ships

Save 12% Save 12%
Original price $1,556.00
Original price $1,556.00 - Original price $1,556.00
Original price $1,556.00
Current price $1,361.58
$1,361.58 - $1,361.58
Current price $1,361.58

FREE Domestic Shipping Orders $99+

✔Live Expert Customer Service

Best Price Guarantee

Easy 30-Day Returns

 More payment options
Weather Scientific FREE Shipping Easy Return Trust Badge

Fischer 287MQ Mechanical Barograph for Ships

Aneroid barograph used for the registration of atmospheric pressure with damped measuring mechanism for use at see.

  • Measuring range 955 to 1055 hPa
  • Accuracy ± 0.7 hPa
  • Diagram graduation 1 hPa.

The measuring element in our barographs is a set of 7 aneroid capsules with a diameter of 62 mm. This set is manufactured of a copper-beryllium alloy which by its remarkable elastic composition has been tried and tested best for many years.Age-hardening, hysteresis and elastic after effects don`t occur practically. The influence of temperature on the set of aneroid capsules and the transmission system is compensated by a bimetal about the whole measuring range and for temperatures between -30 and +40°C (-22 ... 104 °F). All the axles of the precision instrument are supported in jewels because of this the instruments have only got a minimum of idle friction.

Parts of the measuring mechanism are made of polished brass.

Mahogany colored wooden case 345 x 170 x 180mm.
The barograph is equipped with quarz clockwork which can be shifted in an instant for daily, weekly or monthly revolution. The periods are 25.6 h / 176 h / 783h.

The barograph will be delivered complete with fibre pen as well as with a set of 60 diagram papers for weekly revolution needed for one year.


Field of use: indoors
Colour: 22 - mahogany coloured
Material: brass, Wood
Product type: barograph
Measuring accuracy barograph: ± 0.7 hPa