FAP600/FAP610 – ATEX/DNV Transmitters

Description

The FAP600 level transmitters are based on a ceramic sensing element. The feature of production is high precision, high quality, small size, easy to install, simple to use, and cost effective. FAP600 is a level transmitter, submersible with PUR cable. It is developed and designed to measure level in sea water and oil tanks.

The FAP610 pressure transmitters are based on a silicone oil filled sensor element. The feature of production is high precision, high quality, small size, easy to install, simple to use, and cost effective. FAP610 is a pressure transmitter, for Marine and other heavy duty applications with electrical plug connection.

Both FAP600 & FAP610 are intrinsically safe explosion proof pressure transmitters must be used with safety barrier. Compliance with the Essential Health and Safety Requirements has been assured by compliance with:

EN 60079-0: 2009 ,EN 60079-11:2007 and EN 60079-26:2007

pic-Atex-logo                 II 1 G Ex ia IIC T4 Ga  -20 °C ≤ Ta ≤ +80 °C Ga

Applications:

  • Pneumatics / Hydraulics
  • Mechanical Engineering
  • Water treatment
  • General industrial applications
  • Marine applications
Product seriesModelType
FAP600FAP600-00-ADirect type – AISI316L
FAP600FAP600-00-BDirect type – Titanium grade II
FAP600FAP600-01-AThreaded type G1/2 – AISI316L
FAP600FAP600-01-B
Threaded type G1/2 – Titanium grade II
FAP600FAP600-02-A
Threaded type M20x1,5 – AISI316L
FAP600FAP600-02-BThreaded type M20x1,5 – Titanium grade II

FAP600 level transmtitter is available in 6 different models. As per abvoe table.

Connections Diagram FAP600 Level transmitter

FAP600 – Level transmitter – Dimensions

Product seriesModelType
FAP610FAP610-00-AThread type G1/4 – AISI316L
FAP610FAP610-00-BThread type G1/4 – Titanium grade II
FAP610FAP610-01-AThreaded type G1/2 – AISI316L
FAP610FAP610-01-B
Threaded type G1/2 – Titanium grade II
FAP610FAP6100-02-AThreaded type M20x1,5 – AISI316L
FAP610FAP610-02-BThreaded type M20x1,5 – Titanium grade II

FAP610 pressure transmtitter is available in 6 different models. As per abvoe table.

Connections Diagram FAP610 pressure transmitter

FAP610 – Pressure transmitter – Dimensions

FAP600 – Warning

  1. Effect of explosion-proof performance components or structure change is not allowed.
  2. The safety barrier should be according to the requirements of the specification with flame-proof certification.
  3. Pressure transmitter titanium shell material,should avoid the impact or friction caused by the risk of ignition.
  4. In addition to anti-corrosion, the transmitter must be used in corrosion of stainless steel and fluoride rubber medium.
  5. When the transmitter guide hole is blocked, it is forbidden to use sharp instrument dredge guide hole.Remove the transmitter and put the guide pressure hole part into some liquid which can dissolve the blockage.Thrown out the blockage after be dissolved.
  6. If you need to calibrate zero calibration or full shall be carried out under the guidance of my company’s technical staff, prohibited to open the transducer calibration.
  7. The location of transmitter measurement should choose where not be collision and trample
  8. Transmission cable can not be placed in the same thread tube or wiring groove. with other high voltage cable

FAP610 – Warning

  1. Effect of explosion-proof performance components or structure change is not allowed.
  2. The safety barrier should be according to the requirements of the specification with flame-proof certification.
  3. FAP610 pressure tranmistter of HSM,shell material is plastic,potentially dangerous electrostatic charge ,avoid friction should be used,please use a damp cloth to wipe clean.
  4. Pressure transmitter titanium shell material,should avoid the impact or friction caused by the risk of ignition.
  5. In addition to anti-corrosion, the transmitter must be used in corrosion of stainless steel and fluoride rubber medium.
  6. When the transmitter guide hole is blocked, it is forbidden to use sharp instrument dredge guide hole.Remove the transmitter and put the guide pressure hole part into some liquid which can dissolve the blockage.Thrown out the blockage after be dissolved.
  7. If you need to calibrate zero calibration or full shall be carried out under the guidance of my company’s technical staff, prohibited to open the transducer calibration.
  8. The location of transmitter measurement should choose where not be collision and trample
  9. Transmission cable can not be placed in the same thread tube or wiring groove. with other high voltage cable