FYBC160-G13/21-Precision Pressure Gauge Movement
What is movement in pressure gauge?
The pressure element is connected to the geared "movement" mechanism, which in turn rotates a pointer throughout a graduated dial. It is the pointer's position relative to the graduations that the viewer uses to determine the pressure indication.
FYBC160-G13/21 precision pressure gauge movement is high quality and stable running with precision steel bearing.
It is used to produce precision pressure gauge.
What is precision pressure gauges?
Precision pressure gauge is used for testing and calibrating pressure instruments. They have the advantages of being easy to use, very accurate, and covering a wide variety of pressure ranges in an economical package.
We have advanced equipment and professional technology and production team and excellent operator to ensure high quality product. Its main features include:
1.Precision transmission:
We use CNC lathe and precision compound dies to produce movement spare part, then keep exact dimension and good transmission quality,which can accurately and quickly monitor the pressure. It meets the requirements of various pressure gauges.
2.Strong stability:
All spare part of movement are strictly chosen from our inspector,and Our worker also strictly installs these spare parts by our operation manual.in order to assure good quality.
3.Material:
Brass and Stainless steel can be chosen from customer.
We recommend precision steel bearing,it is better quality than jewel bearing.
4.Wide application:
several thousands of these movements have been produced and sold successfully to pressure gauges manufacturer worldwide.
We have advanced production technology, and pursuit innovative in products. At the same time, the good service has enhanced the good reputation. We believe that as long as you understand our product, you must be willing to become partners with us. Looking forward to your inquiry.
Welcome to inquire us.
FYBC160-G13/21
Below information is the technical parameters of this movement.
Driving Ratio i=250/13=19.23
i=242/21=11.52
Length of Pinion L=45.1
Module of Gear m=0.2
Taper Ratio of Pinion △=1:30
Length of Extend Up Plate Pinion B1=12
Diameter of Installed Hole φ=5
Distance from pinion to Installed Hole ⊥=45*15
Material: Brass or Stainless steel
