MAC 100

Liquid analytical transmitter for measurements with sensors of the OPTISENS portfolio

  • Output: 3 x 4…20 mA, 3 relays (mechanical)
  • Input: max. 2 x sensor, 2 x temperature
  • -15…+55°C / +5…+131°F (ambient)
  • Robust housing for wall-mount installation

Related products

Potentiometric pH sensor for chemicals, industrial wastewater and low conductivity media (>2 μS/cm)

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +130°C / +266°F; 10 bar / 145 psi
  • Glass sensor with 2 open diaphragms and Pt100 for temperature compensation

Potentiometric pH sensor for wastewater, surface and process water applications

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +70°C / +158°F; 10 bar / 145 psi
  • Glass sensor with PTFE diaphragm and optional Pt100 for temperature compensation

Potentiometric pH sensor for municipal and industrial wastewater applications

  • For use with analytical transmitter
  • Process connection: ¾ NPT (male)
  • 0…14 pH; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • With CPVC sensor body, PTFE diaphragm and Pt100 for temperature compensation

Potentiometric pH sensor for potable water applications

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +70°C / +158°F; 2 bar / 30 psi
  • Glass sensor with ceramic diaphragm and optional Pt100 for temperature compensation

Potentiometric pH sensor for water and wastewater applications

  • For use with analytical transmitter
  • Process connection: ¾ NPT (male)
  • 0…14 pH; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • With CPVC sensor body, ceramic diaphragm and Pt100 for temperature compensation

Potentiometric pH sensor for lower conductivity water applications (>20 μS/cm)

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +100°C / +212°F; 1 bar / 14 psi
  • Liquid electrolyte glass sensor with open glass sleeve diaphragm

Potentiometric pH sensor for lower conductivity water applications (>50 μS/cm)

  • For use with analytical transmitter
  • Process connection: PG13.5
  • 0…14 pH; Max. +100°C / +212°F ; 1 bar / 14 psi
  • Liquid electrolyte glass sensor with 3 ceramic diaphragms

Potentiometric ORP sensor for water and wastewater applications

  • For use with analytical transmitter
  • Process connection: PG13.5
  • -1500…+1500 mV; Max. +70°C / +158°F; 2 bar / 30 psi
  • Glass sensor with platinum electrode and ceramic diaphragm

Potentiometric ORP sensor for water and wastewater applications

  • For use with analytical transmitter
  • Process connection: ¾ NPT (male)
  • -2000…+2000 mV; Max. +80°C / +176°F; 6.9 bar / 100 psi
  • Sensor with CPVC body, platinum electrode, ceramic diaphragm and Pt100 temperature sensor

Conductive conductivity sensor for water, wastewater, process water or pure water

  • For use with analytical transmitter
  • Process connection: G½, G¾, G1, ¾ NPT (male)
  • 0.05 μS/cm…20 mS/cm; Max. +135°C / +275°F
  • With two stainless steel, titanium or graphite electrodes and Pt100 for temperature compensation

Conductive conductivity sensor for hygienic applications

  • For use with analytical transmitter
  • Process connection: Clamp DN25-40, 1½"
  • 0.05…1000 μS/cm; Max. +135°C / +275°F
  • Short or long version with stainless steel electrodes and Pt100 for temperature compensation

Inductive conductivity sensor for water, wastewater and chemical applications

  • For use with analytical transmitter
  • Process connection: G1½ union nut and immersion versions
  • 1…2000 mS/cm; Max. +100°C / +212°F
  • Electrodeless conductivity sensor with Pt1000 for temperature compensation

Inductive conductivity sensor for food and beverage applications

  • For use with analytical transmitter
  • Process connection: G1½ (male, non-hygienic)
  • 0.5…2000 mS/cm; Max. +125°C / +257°F (for SIP/CIP); 10 bar / 145 psi
  • Sterilisable PEEK sensor (FDA and EC1935/2004 conform) with temperature compensation

Optical total suspended solids sensor for wastewater applications

  • For use with MAC 100 analytical transmitter
  • For immersion
  • 0…4 AU, 0…18.5 g/l (sludge); max. +70°C / +158°F; 1 bar / 14 psi
  • Robust stainless steel sensor using single beam (180° NIR LED) principle, with optical sapphire glass windows

Amperometric oxygen sensor for water and wastewater applications

  • For use with analytical transmitter
  • For immersion or insertion
  • 0…20 mg/l; Max. +50°C / +122°F; 6 bar / 87 psi
  • With stainless steel sensor body, rugged PTFE membrane, exchangeable electrode cartridge and temperature compensation

Optical oxygen sensor for water and wastewater applications

  • 2-wire loop powered, 4…20 mA or Modbus for direct connection to a PCS; calibration and configuration via Modbus or with MAC 100 transmitter
  • For immersion or insertion
  • 0…20 mg/l; Max +50°C / +122°F; 6 bar / 87 psi
  • With rugged PVC sensor body, available with spray cleaning nozzle (immersion version)

Potentiostatic amperometric disinfectant sensor for water and wastewater applications

  • For use with MAC 100 analytical transmitter
  • Process connection: PG13.5
  • Cl2: 0.03…20 mg/l; ClO2: 0.05…5  mg/l; O3: 0.05…5 mg/l; Max. +70°C / +158°F; 6 bar / 87 psi
  • Membrane-free sensor with 2 gold electrodes and sensor cleaning feature

Potentiostatic amperometric disinfectant measuring system for water and wastewater applications

  • Completely mounted with MAC 100 analytical transmitter (Output: 3 x 4…20 mA)
  • Pre-installed and tested; for bypass lines
  • Cl2: 0.03…20 mg/l; ClO2: 0.05…5 mg/l; O3: 0.05…5 mg/l; Max. +50°C / +122°F; 6 bar / 87 psi
  • With chlorine sensor, valves, flow cells, optional pH sensor

KROHNE is a leading system provider in the field of industrial process measurement instrumentation. Employing over 4,000 people worldwide, KROHNE provides complete solutions for flow, level, pressure and temperature measurement, as well as for process analysis. In addition to these measurement devices, KROHNE offers commissioning, calibration and maintenance services.
The name KROHNE stands for innovation, reliability and high-quality products.

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