Traditional sensors offer a standard mV output signal and a wire variety of electrical connectors to work with most transmitters and controllers.
Arc intelligent sensor technology securely stores your sensor data and outputs your measurement information directly to the control system.
Memosens technology allows upgrading an existing installation with proven Hamilton pH sensor technology.
Phermlyte electrolyte paired with the pre-pressurized reference and HP Coatramic diaphragm delivers constant electrolyte flow resulting in drift free measurement over the life the sensor.
Glass Membrane Options
Only Hamilton has specialized membrane glass for biopharma applications. PHI glass offers high chemical robustness and very little shift after repeated autoclave and SIP sterilizations. HB glass is a good choice for fast recovery after CIP and SIP cycles.
Traditional sensors offer a standard mV signal that works with existing bioreactors and transmitters. Arc sensors can be connected directly to the control system through 4-20mA or digital signals. Memosens sensors are fully compatible with all existing Memosens transmitters on the market.
App Note - Xylitol fermentation
Learn how Hamilton pH, DO, and cell density sensor technology helps the Budapest University of Technology and Economics work with different yeast strains to optimize xylitol yield.
App Note - Online monitoring of CHO cell cultureA suite of Hamilton sensors is used to continuously monitor batch fermentation of CHO cells for tighter process control.
App Note - Arc DO, pH, Cond in production scale fermentation processGEA, a global equipment and process technology provider, integrates Arc sensor technology in fermentation plants at their GEA Diessel subsidiary in Hildesheim, Germany.
Catalog - Process AnalyticsDownload the Process Analytics sensor catalog to learn about the complete offering of Hamilton process sensors and accessories.
SDS - Phermlyte ElectrolyteSDS Datasheets for Phermlyte Electrolyte used in the EasyFerm Plus Sensors
Manual - Process pH and ORP - TraditionalGeneral Process pH and ORP sensor manual for EasyFerm, Polilyte Plus, ChemoTrode, FermoTrode, IonoTrode, MecoTrode, Polilyte Pro, Polyplast Pro, Liq-Glass, and EasyControl products.
Choosing between EasyFerm Plus and EasyFerm Bio products?EasyFerm Plus sensors are designed to withstand repeated SIP and autoclavation sterilization cycles found in the biopharmaceutical industry. EasyFerm Bio sensors have a unique biocompatible electrolyte for applications in the food and beverage industry where CIP cleaning is commonplace.
Traditional vs. Arc vs. Memosens Sensors?Traditional sensors provide standard mV output and rely on a separate transmitter or controller to amplify the signal and convert to an actual reading. Arc sensors provide a built-in microtransmitter that can output either 4 - 20mA or Modbus RTU digital communication. Finally Memosens sensors offer a digital signal that works with all Memosens transmitters and analyzers currently on the market.
What is the Everef F Reference System?The Everef-F reference system uses a silver ion barrier to separate the reference element from the electrolyte. This design prevent Ag+ precipitation from occurring and clogging the diaphragm. It is a perfect design for applications with proteins or sulfides in the process liquid.
How to Measure Sensor A-lengthSensor A-length determines the insertion depth of the sensor. This article shows how this measurement is made for various styles of sensors.
What type of electrical connector does my sensor have?There are multiple styles of electrical connectors used with sensors. See each style of connector and learn where they are used to decide which one fits your needs.
Powered vs. non-powered cablesSome sensors require standard cables while other sensors require power. Which cable should you use? This quick guide helps better answer these questions.
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