LS-RVB Rotational Viscometer Temperature Bath

Configured by setpoint, heat load, fluid, and circulation requirements

LS-RVB Rotational Viscometer Temperature Bath is a rotational viscometer bath and capillary kinematic viscosity bath for laboratory and production workflows.

Working Range

-5 to +100°C

Published configuration

Stability

±0.05°C

Stated bath stability

Bath Opening

Ø90 mm

150 mm bath depth

Circulation

6 L/min

Published series flow

Direct Inquiry Technical Chat

LS-RVB Rotational Viscometer Temperature Bath

Purpose-Built Viscometer Access

The open bath format provides controlled temperature conditioning around a compatible rotational viscosity vessel and spindle arrangement.

Sub-Ambient to Elevated Temperature Control

The published -5°C to +100°C range supports routine rotational viscosity workflows across controlled sample temperatures.

Compact Circulating Bath

Published 6 L/min circulation and ±0.05°C stability support repeatable sample conditioning in a compact laboratory footprint.

Application & Search Guide

Testing Method

Viscometer bath selection for controlled viscosity testing

LS-RVB Rotational Viscometer Temperature Bath is selected around the viscometer type, sample vessel or capillary geometry, temperature range, stability, working depth, holder count, visibility, fluid, and test method. Confirm the measuring instrument drawing before fixing the bath opening or holder arrangement.

Technical FAQ

How is the correct LS-RVB configuration selected?

Provide the required temperature points, fluid, vessel or probe geometry, active heat load, ambient conditions, throughput, power supply, and documentation needs. Lithostek then checks the suitable configuration against the complete application.

Does the published temperature limit guarantee loaded performance for LS-RVB?

No. Achievable temperature and pull-down time depend on heat load, fluid, insulation, circulation, ambient temperature, connected volume, and the selected configuration. Cooling or heating capacity should be verified at the actual operating point.

Can LS-RVB be supplied for different destination-market power requirements?

Electrical supply, plug, protection, installation clearance, communication, calibration documentation, and destination-market compliance are confirmed before quotation and production.