EMCEE Model 1152
Digital Conductivity Meter

ASTM Standard Test Method D 2624

• Continuous standard electrical conductivity range from 0 to 1999 in increments of 1 picosiemen per meter (pS/m)
• Available in other standard and non-standard conductivity ranges
• Large digital, liquid crystal display
• Reliable advanced integrated circuit design technology
• Self check calibration with field adjustment capability
  Automatic over range and low battery indication
• Capable of storage tank and tanker truck measurement with the use of a short cable or cable reel kit
• Powered by 3 readily available alkaline batteries
• Electronics housed in a rugged cast aluminum case coated with solvent resistant paint equipped
  with a detachable stainless steel probe
• Approved intrinsically safe design for use in hazardous environments by Underwriters Laboratories (UL), Canadian Standards Association (CSA), and LCIE

Emcee Model 1154 Precision Conductivity Meter

ASTM Standard Test Method D 4308

• Four standard ranges provide high resolution and accurate direct measurement of electrical conductivity of fluids from.01 to 20,000
  picosiemens per meter (pS/m)
• Capable of being modified to provide higher conductivity ranges
• Optional capability to measure sample temperature
• Mechanical design of the Conductivity (KSLA) Cell allows accurate self measuring of the test sample volume (100 mL)
• Electronic circuitry automatically samples and holds the reading
• Large five digit liquid crystal display
• Internal self check calibration of all electronic circuits
• Ease of disassembly and cleaning of the Conductivity Cell
• Completely self contained powered by 6 standard 9 volt batteries monitored by a low battery indicator

EMCEE Model 1140 Micro-Separometer™

WATER SEPARATION CHARACTERISTIC, FREE WATER AND PARTICULATE TESTING

ASTM Standard Test Methods D3948, D7224, D7261 & D4860

The Model 1140 Micro-Separometer is a
electro-mechanical instrument used to perform four discrete tests. ASTM Standard Test Methods D3948 (Jet), D7224 (Jet) and D7261 (Diesel) are used to rate water separation characteristics and D4860 (Jet or Diesel) detects and numerically rates free water and particulate contamination. Note – This instrument
performs each of the four tests above simply by using one of the four “Six Packs” containing the proper coalescer cells.

Emcee Model 1143 Micro-Filter Analyzer

ASTM Standard Test Methods D6426 and D6824

• Approved for Middle Distillate Fuels (ASTM D6426 and aviation turbine fuels (ASTM D6824)
• Use of a peristaltic pump and fuel compatible Tygon tubing facilitates ease of maintenance
• Completely self-contained with a universal power supply
• Portable, rugged, lightweight construction
• Cost effective- Fifteen minutes or less per test
• Utilizes expendable standard porosity filters
• Pressure sensitive push button array for simplified test selection and operation
• Digital displays- Pressure, Volume and Filterability Quality Factor (F-QF)
• Ease of calibration

EMCEE Model 1152
Digital Conductivity Meter

ASTM Standard Test Method D 2624

• Continuous standard electrical conductivity range from 0 to 1999 in increments of 1 picosiemen per meter (pS/m)
• Available in other standard and non-standard conductivity ranges
• Large digital, liquid crystal display
• Reliable advanced integrated circuit design technology
• Self check calibration with field adjustment capability
  Automatic over range and low battery indication
• Capable of storage tank and tanker truck measurement with the use of a short cable or cable reel kit
• Powered by 3 readily available alkaline batteries
• Electronics housed in a rugged cast aluminum case coated with solvent resistant paint equipped
  with a detachable stainless steel probe
• Approved intrinsically safe design for use in hazardous environments by Underwriters Laboratories (UL), Canadian Standards Association (CSA), and LCIE

Emcee Model 1154 Precision Conductivity Meter

ASTM Standard Test Method D 4308

• Four standard ranges provide high resolution and accurate direct measurement of electrical conductivity of fluids from.01 to 20,000
  picosiemens per meter (pS/m)
• Capable of being modified to provide higher conductivity ranges
• Optional capability to measure sample temperature
• Mechanical design of the Conductivity (KSLA) Cell allows accurate self measuring of the test sample volume (100 mL)
• Electronic circuitry automatically samples and holds the reading
• Large five digit liquid crystal display
• Internal self check calibration of all electronic circuits
• Ease of disassembly and cleaning of the Conductivity Cell
• Completely self contained powered by 6 standard 9 volt batteries monitored by a low battery indicator