OPTIBAR 5060 eDP

The OPTIBAR 5060 eDP is a dual pressure transmitter version for electronic differential pressure measurement. It is particularly suitable for level, density and DP applications with closed vessels as well as density compensated level measurement in open tanks and tanks vented to atmospheric pressure. In some applications electronic differential pressure measurement can be an alternative to the use of classical differential pressure transmitters.The main advantage of an eDP transmitter is its cost-efficient connection to the vessel. Smaller process connections without capillaries with a maximum distance of up to 25 m / 75 ft between the top and the bottom tap save cost and installation time. The electronic DP measurement loses its edge over a classical DP measurement in applications at higher gas pressures for which the classical differential pressure transmitters OPTIBAR DP 7060 or OPTIBAR DP 3050 are most suitable.

The electronic differential pressure measurement is based on two discrete gauge pressure transmitters, which are mounted in the same way as a classical differential pressure transmitter on the vessel. One transmitter, usually on the top of the vessel, acts as the secondary sensor to measure the gas pressure in the tank. The secondary transmitter is electronically connected to the primary transmitter. The primary sensor measures the gauge pressure on the very bottom of the vessel and calculates the pressure difference. In this electronic DP configuration, the secondary sensor provides fast and synchronous measurement values to the primary sensor, which acts and behaves like a classical DP transmitter in terms of setup and commissioning. The eDP transmitter can be configured with metallic or ceramic process diaphragms, granting the benefits of both technologies to the application.

Overview

The OPTIBAR 5060 eDP is a dual pressure transmitter version for electronic differential pressure measurement. It is particularly suitable for level, density and DP applications with closed vessels as well as density compensated level measurement in open tanks and tanks vented to atmospheric pressure. In some applications electronic differential pressure measurement can be an alternative to the use of classical differential pressure transmitters.The main advantage of an eDP transmitter is its cost-efficient connection to the vessel. Smaller process connections without capillaries with a maximum distance of up to 25 m / 75 ft between the top and the bottom tap save cost and installation time. The electronic DP measurement loses its edge over a classical DP measurement in applications at higher gas pressures for which the classical differential pressure transmitters OPTIBAR DP 7060 or OPTIBAR DP 3050 are most suitable.

The electronic differential pressure measurement is based on two discrete gauge pressure transmitters, which are mounted in the same way as a classical differential pressure transmitter on the vessel. One transmitter, usually on the top of the vessel, acts as the secondary sensor to measure the gas pressure in the tank. The secondary transmitter is electronically connected to the primary transmitter. The primary sensor measures the gauge pressure on the very bottom of the vessel and calculates the pressure difference. In this electronic DP configuration, the secondary sensor provides fast and synchronous measurement values to the primary sensor, which acts and behaves like a classical DP transmitter in terms of setup and commissioning. The eDP transmitter can be configured with metallic or ceramic process diaphragms, granting the benefits of both technologies to the application.

OPTIBAR 5060 eDP sensor variants with ceramic diaphragm and metallic diaphragm

Product features and options depend on device configuration: Contact us to make sure that your preferred functionality can be combined in one device.

  • Free combination of OPTIBAR PM 5060 and OPTIBAR PC 5060 transmitters in a primary/secondary sensor system: configuration with metallic and/or ceramic diaphragms
  • No need for capillaries:
    • much smaller process connections (from G½) possible as compared to installation with capillary tube attachment
    • connection via signal cables instead of oil filled capillaries
    • thermal insulation not required
    • extremely fast step response times of less than 85 ms
    • less maintenance
  • Various housing materials available: plastic, aluminium, stainless steel (precision casting or electro-polished)
  • Quick setup for all applications
  • Ex ia, Ex d, Ex t approvals
  • SIL 2/3 certified by TÜV Rheinland: remote activation of SIL mode via display, DTM or Bluetooth
  • Many other approvals, e.g. 3A, EHEDG for the food industry, DNV GL for the marine industry
  • Available with a wide range of hygienic process connections
  • Extensive diagnostic and parameterisation functions
  • Wireless Bluetooth communication via smartphone or tablet (in conjunction with the Bluetooth display and adjustment module and the OPTICHECK Pressure Mobile app)
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