Model 6650

Oil-in-Water Analyzer​​​​
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 Description

The Model 6650 is comprised of a versatile transmitter and probe for monitoring oil-in-water in various refineries, power plants and offshore platforms. The system incorporates state-of-the-art electronics and a fiber optic based in-situ probe that detects oil-in-water.

Technology

Detection of oil-in-water in process boilers, cooling towers, refineries and offshore platforms in an important measurement from an economic and environmental standpoint. This new technology makes this measurement simple and reduces the cost of ownership. The in-situ measurement capabilities also means that the analyzer offers real time analysis within a second.​

Transmitter

The 6650 uses a highly versatile transmitter that measures the signal from the probe and sends the signal back to the transmitter. This reading is based on the amount of optical attenuation from the fiber optic in-situ probe. The transmitter is compact and designed to connect to the probe via two fiber optic cables. A local digital display is provided and the transmitter offers a 4-20 mA output signal to other devices. In addition, the transmitter is equipped with automatic calibration checking. A reference filter is inserted into the measuring beam either locally or remotely to verify operation of the transmitter.


Fiber Optic Probe

The 6650 uses a fiber optic based, in-situ probe that monitors actual concentrations of oil-in-water using UV fluorescence technology. An automatic reactor is also offered as an option for cleaning the probe, depending upon the application.​


 Features

Teledyne's Model 6650 is comprised of a versatile transmitter and probe for monitoring oil-in-water in various refineries, power plants and offshore platforms. The system incorporates state-of-the-art electronics and a fiber optic based, in-situ probe that detects oil-in-water.


Detection of oil-in-water in process boilers, cooling towers, refineries and offshore platforms is an important measurement from an economic and environmental standpoint. This new technology from Teledyne makes this measurement simple and reduces the cost of ownership. Because of its in-situ measurement capabilities, the Model 6650 analyzer offers real time analysis within a second. 

  • Direct measurement; no interference from turbidity

  • No spare part replacements required for 3 years

  • Long life UV lamp (Xenon)

  • Virtually no drift

  • No inner filter error effects


 Specifications

Transmitter

​Measured Parameter:
Range of Measurement:
Temperature Range:
Response Time:
Long Term Output Drift:
Repeatability:
Output Linearity:
Lamp:

​Oil-in-Water
Application Dependent
-40° to +122°F (-40° to +50°C)
< 1 second
< 2% signal loss/year
1% of range
Linear for given Scale Indexes
LED (10 year min. life guarantee)

​User Display & Control

​Type of Display:
Display Format:

​LED display
3-1/2 digits in user defined engineering units

​Electrical

​Power Requirement:

Power Consumption:
Analog Outputs:
Analog Loop Resistance:
Alarms:
Area Classification:

​24 VDC (9-32 VDC) if 110/220 VAC is available
(Optional AC / DC power supply)
0.48 Watts
4-20 mA isolated
500 Ohms, nominally at 24V
Optional
Z-purge for Class 1, Division 2
X-purge for Class 1, Division 1

​Mechanical

​Transmitter Weight:
Enclosure Construction:

​1.5 lbs (0.68 kg)
Extruded aluminum (NEMA enclosures optional)
8"H x 3.88"W x 7.5"D
(20.32 x 9.84 x 19.05 cm)

​​Probe

​Materials:
Temperature Rating:
Pressure Rating:
Probe Options:

​316 SS or Hastelloy C
600°F (315.5°C)
10,000 PSIG
1) 6", 12" or 24" in length
2) Temperature controlled
3) Temperature thermistor
4) Pressure strain gauge


 Applications

  • Pollution abatement programs involving effluent from refineries, chemical / petrochemical plants, oil fields, steel mills, automotive production, food processing and other industries

  • Offshore drilling platforms, produced water, oil field water flooding, steam injection operations

  • On-board shipping (fast analysis required < 10 seconds)

  • On-shore deballasting discharges and ballast treatment facilities

  • Boiler return, feed-water, steam condensate, cooling water, leak detection

  • Monitoring of airport runoff, municipal water treatment plants

  • Wastewater and sewage treatment plants

  • Process stream monitoring


 Downloads

 Maintenance

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