Warrick Conductivity Controls

Series 3M Warrick Electrode Fitting

Part Number: 3M2B2
Warick_3M3A1
Image is of similar product

PRODUCT DESCRIPTION:

Series 3M Warrick Electrode Fittings are designed for use in food, beverage and pharmaceutical applications where cleanliness is vital, Series 3M fitting assemblies are made of FDA-approved materials and accommodate up to four (4) 316SS probes. Engineered for fast removal of fitting to facilitate cleaning and sterilization.

LEAD TIME:

5 days
Lead-times and expedites

Lead-times apply to standard parts & configurations. Expedited shipments available by contacting factory. Lead-times may vary based on quantity and/or non-standard configurations.

CE ROHS Gems Compliant CSA

Features

  • Food Grade Connection
  • Type 66 Nylon and Stainless Steel
  • 1 to 4 Probes
Sku
3M2B2
Number Of Probes
2
Body Material
Type 66 Nylon
Probe Length
24 inches
Mounting
Tr-Clamp
Gauge Tappings
N/A
Tricock Tappings
N/A
Probe Type
Solid Rod
Probe Material
316 Stainless Steel
Sheathing Material
Teflon
Pressure Rating
150 psi at 150°F
Maximum Temperature
N/A
Weight
1

Gems Sensors Catalog, 3M/3MT

Format .pdf
Size 1 MB
  • General Industry
  • General Industry - Environmental
  • General Industry - Fountains
  • General Industry - Motors
  • General Industry - Other
  • General Industry - Service Cart
  • General Industry - Skid Manufacturer
  • General Industry - Steam Showers
  • HVAC/R - Air Conditioning Systems
  • HVAC/R - Boilers
  • HVAC/R - Chillers
  • HVAC/R - Cooling
  • HVAC/R - Cooling Towers
  • HVAC/R - Evaporators
  • HVAC/R - General HVAC
  • HVAC/R - Heating/Condensate Systems
  • HVAC/R - Humidifers
  • HVAC/R - Other
  • HVAC/R - Refrigeration
  • HVAC/R - Warmers
  • HVAC/R - Warrick
  • HVAC/R Equipment
  • Waster Water Applications
  • Water & Waste Water - Flood Level Monitoring
  • Water & Waste Water - Groundwater Monitoring
  • Water & Waste Water - Industrial Water Treatment
  • Water & Waste Water - Other
  • Water & Waste Water - Pumps
  • Water & Waste Water - Water Distribution
Should the sensitivity of my control be higher or lower in resistance than my liquid?

The sensitivity of the control should be greater than the resistance of the liquid.