Why control temperature for viscosity measurement? Detecting changes in your sample’s properties is valuable information for predicting your product’s performance. Temperature control during viscosity measurement helps ensure accurate test results. The elite Model TC-650 bath is perfect in small spaces while providing standalone operation.
FEATURES & BENEFITS Compact – small “footprint” on your lab bench at only 8-1/4 inches wide For use with water-jacketed devices: -Wells-Brookfield Cone Plate-Small Sample Adapter-UL Adapter Accessory-RST-CC Plus Rheometer-RST-CPS Plus Rheometer Provides standalone operation – no tap water required Easy control of set-point Programmable Controller version is designed to automate sample temperature control Specifications […]
FEATURES & BENEFITS Provides standalone operation – no tap water required Easy control of set-point Configured to measure viscosity directly in the bath – accommodates 600 mL beaker Programmable Controller version is designed to automate sample temperature control Built-in circulator pumps to external devices Specifications – TC-550 Bath MODEL Temperature Range Low Temperature Range High […]
FEATURES & BENEFITSConfigured for measuring multiple samples directly in the bathWork area accommodates 600 mL and 1000 mL beakers (cover is removable for large sample container requirements)Built-in tap water cooling coilBuilt-in circulator pump. TC-250 Bath MODEL Temperature Range Low Temperature Range High Controller Cooling Temperature Stability†† TC-250AP* Ambient +10° † +150 ° C AP Tap […]
Compact – small “footprint”Built-in circulator pumpBuilt-in tap water cooling coilFor use with water-jacketed devices TC-150 Bath MODEL Temperature Range Low Temperature Range High Controller Cooling Temperature Stability†† TC-150AP* Ambient +10° † +200 ° C AP Tap Water** 0.01 ° C TC-150SD* Ambient +10° † +150 ° C SD Tap Water** 0.05 ° C TC-150MX* Ambient […]