Introduction: The direct-reading six-speed rotational viscometer HTD-06 is a viscosity measuring instrument produced by Qingdao Hengtaida Electromechanical Equipment Co., Ltd. It is powered by a standard power adapter and can be driven by a wide voltage band of 100~240V, 50Hz or 60Hz. Portable power drives are also available, providing four hours of continuous power supply. Direct-reading six-speed rotational viscometer HTD-06, when the outer sleeve rotates at a set speed, the fluid will produce a viscous resistance, thus measuring the viscosity of the fluid. The outer sleeve generates a torque to the float through the liquid, this torque acts on a measuring spring, the deflection of which can be measured, and the measurement results are compared with the test conditions and instrument constants. This system simulates real-world processes encountered during industrial processing. Technical parameter: Power supply: AC110v220V±5%; 50Hz Motor power: 40W Motor speed: 800r/min Variable speed range: 3, 6, 100, 200, 300, 600r/min Measurement accuracy: 1-25mPa.s±1mPa.s (Newtonian fluid) ±4% above 25mPa.S (Newtonian fluid) Viscosity measurement range: Newtonian fluid 1-300mPa.s (F1 measuring component) Non-Newtonian fluid 1-150mPa.s (F1 measuring component) Shear stress: F1.0 Measuring components: 0-153.3Pa.s Size: 400×180×280/620×300×490mm Weight: 13.4KG/6.9KG
Introduction: The direct-reading six-speed rotational viscometer HTD-06 is a viscosity measuring instrument produced by Qingdao Hengtaida Electromechanical Equipment Co., Ltd. It is powered by a standard power adapter and can be driven by a wide voltage band of 100~240V, 50Hz or 60Hz. Portable power drives are also available, providing four hours of continuous power supply. Direct-reading six-speed rotational viscometer HTD-06, when the outer sleeve rotates at a set speed, the fluid will produce a viscous resistance, thus measuring the viscosity of the fluid. The outer sleeve generates a torque to the float through the liquid, this torque acts on a measuring spring, the deflection of which can be measured, and the measurement results are compared with the test conditions and instrument constants. This system simulates real-world processes encountered during industrial processing.
