• Well-proven UV-Fluorescence measuring principle
  • True non-contact measurement in a free-fall stream
  • Dual-beam optics for highest accuracy and stability
  • Integrated operation panel with touch screen, colour display and data logger
  • Quick adjustment with secondary standard
  • Minimum maintenance requirements
  • Correlates to any International recognized standard reference method

The OilGuard works on the fluorescence principle. The design uses a free-fall measuring system that eliminates contact between the sample and the flow cell. Adoptions to various types of oil are carried out by means of calibration curves, a control glass makes it easy to check or recalibrate the instrument.

Measuring principle

UV-Fluorescence

Nominal range

0 .. 100 FLU
0 .. 1'000 ppm oil (depending on the oil characteristics)

Scale ranges

8, freely configurable

Resolution

±0.5% (referred to quinine sulphate in water)

Reproducibility

±2% (referred to quinine sulphate in water)

Reaction time

< 2 s (step response => limit switch)

Installation

Online side stream

Enclosure

Sheet steel (ST 1203) with synthetic resin coating

Protection

IP65

Flow cell material

Closed flow cell: stainless steel 316L / 1.4435
Free-fall cell: stainless steel 316L / 1.4435 or PVDF

Sample flow rate

Closed flow cell: 0.5 .. 2 l/min
Free-fall cell: 5 .. 7 l/min

Sample temperature

Closed flow cell: max. 100 °C
Free-fall cell: max. 40 °C (VA), max. 95 °C (PVDF)

Sample pressure

Closed flow cell: max. 1 MPa (=10 bar)
Free-fall cell: pressure-less

Ambient temperature

-20 .. +50 °C

Humidity

0 .. 100% RH

Supply voltage

230 V; 50/60 Hz oder 100/115/130 V

Power input

max. 65 W

Dimensions

70 x 50 x 35 cm (w x h x d)

Weight

37 kg

Display

¼ VGA, 5.7“

Operation

Touchscreen

Inputs/outputs

1 x 0/4 .. 20 mA, galvanic separated
7 x digital outputs, freely configurable
5 x digital inputs, freely configurable

Interfaces

Ethernet, Modbus TCP, microSD-card
Optional: HART, Profibus DP, Modbus RTU

Lowest measuring range 0-0.3 FLU
Highest measuring range 0-100 FLU
Applications in Crude Oil Production
Petrochemical Industry / Refinery
Power Plants
Oil (HC) Traces after Separator
Lowest measuring range 0-0.3 FLU
Highest measuring range 0-100 FLU
Applications in Crude Oil Production
Power Plants
Oil (HC) Traces in Condensate
Lowest measuring range 0-0.3 FLU
Highest measuring range 0-100 FLU
Applications in Chemical / Pharmaceutical Industry
Machine and Metal Industry
Petrochemical Industry / Refinery
Power Plants
Ship Industry
Oil (HC) Traces in Cooling Water
Lowest measuring range 0-0.3 FLU
Highest measuring range 0-100 FLU
Applications in Chemical / Pharmaceutical Industry
Machine and Metal Industry
Petrochemical Industry / Refinery
Power Plants
Oil (HC) Traces in Process Water / Waste Water
Lowest measuring range 0-0.3 FLU
Highest measuring range 0-100 FLU
Applications in Chemical / Pharmaceutical Industry
Crude Oil Production
Emission Monitoring
Machine and Metal Industry
Petrochemical Industry / Refinery
Power Plants
Pulp / Paper Industry
Ship Industry
Waste Water Treatment
Oil (HC) Traces in Produced Water
Lowest measuring range 0-0.3 FLU
Highest measuring range 0-100 FLU
Applications in Crude Oil Production
Ship Industry
Oil (HC) Traces in Raw Water
Lowest measuring range 0-0.3 FLU
Highest measuring range 0-100 FLU
Applications in Drinking Water Treatment

 

Industry Measuring Point

Chemical / Pharmaceutical Industry

Oil (HC) Traces in Condensate
Oil (HC) Traces in Cooling Water
Oil (HC) Traces in Process Water / Waste Water

Crude Oil Production

Oil (HC) Traces after Heat Exchanger
Oil (HC) Traces after Separator
Oil (HC) Traces in Process Water / Waste Water
Oil (HC) Traces in Produced Water

Drinking Water Treatment

Oil (HC) Traces in Raw Water

Emission Monitoring

Oil (HC) Traces in Process Water / Waste Water

Machine and Metal Industry

Oil (HC) Traces in Condensate
Oil (HC) Traces in Cooling Water
Oil (HC) Traces in Process Water / Waste Water

Petrochemical Industry / Refinery

Oil (HC) Traces after Heat Exchanger
Oil (HC) Traces in Condensate
Oil (HC) Traces in Cooling Water
Oil (HC) Traces in Process Water / Waste Water

Power Plants

Oil (HC) Traces after Heat Exchanger
Oil (HC) Traces after Separator
Oil (HC) Traces in Condensate
Oil (HC) Traces in Cooling Water
Oil (HC) Traces in Process Water / Waste Water

Pulp / Paper Industry

Oil (HC) Traces in Process Water / Waste Water

Ship Industry

Oil (HC) Traces in Condensate
Oil (HC) Traces in Process Water / Waste Water
Oil (HC) Traces in Produced Water

Waste Water Treatment

Oil (HC) Traces in Process Water / Waste Water