Home›Products›Specialized & Miscellaneous Test Equipment›Educational / Training Equipment›Lab-Volt / LabVolt 8911-10 Electro-Dynamometer / EMS Electromechanical Training System TESTED
Lab-Volt / LabVolt 8911-10 Electro-Dynamometer / EMS Electromechanical Training System TESTED
sku81561 — low stock
10% Store Wide!Save $55.50
$499.50CAD$555.00
By Lab-Volt
<p> </p><p>Features/Specifications: </p><p>The Model 8911 Electrodynamometer is equipped with a clear plastic faceplate fitted with a chrome piano hinge. It can be coupled to a 0.2-kW drive motor through the use of the Timing Belt (Model 8942- available). The faceplate can be lowered to provide acce…
Description
<p>
</p><p>Features/Specifications: </p><p>The Model 8911 Electrodynamometer is equipped with a clear plastic faceplate fitted with a chrome piano hinge. It can be coupled to a 0.2-kW drive motor through the use of the Timing Belt (Model 8942- available). The faceplate can be lowered to provide access to the inside for coupling the Electrodynamometer to the drive motor. When closed, the faceplate is secured by two quick-lock fasteners. The Electrodynamometer is made of a squirrel-cage rotor fitted in a DC-excited stator. Mechanical loading is achieved by increasing the stator field current, which generates eddy currents in the driven rotor. The stator is trunnion-mounted on ball bearings and rotates against a helicoidal spring to oppose braking torque. The front end bell is provided with a circular scale that indicates the torque developed. Electrodynamometer is electrically powered from standard fixed AC line supply.</p><p>Lab-Volt Mechanical Loads</p><p>The Lab-Volt 0.2-kW EMS Mechanical Loads can be used to load the 0.2-kW EMS motors. They are housed in full-size EMS modules which are constructed of heavy gauge steel finished in baked enamel, and, in the case of Model 8911, equipped with a clear plastic faceplate. All electrical components are terminated on the faceplate
by 4 mm color-coded safety banana jacks (Model 8911). The 0.2-kW Mechanical Loads can also operate as dynamometers to measure the load torque which they produce. They have been carefully designed to directly
indicate the torque developed by 0.2-kW EMS motors under normal load, overload, and starting conditions.</p><p> </p><p>8911-10 = Torque Range: -0.3 to +3 N-m, English
</p><p>*Spec sheet available upon request</p>
</p><p>Features/Specifications: </p><p>The Model 8911 Electrodynamometer is equipped with a clear plastic faceplate fitted with a chrome piano hinge. It can be coupled to a 0.2-kW drive motor through the use of the Timing Belt (Model 8942- available). The faceplate can be lowered to provide access to the inside for coupling the Electrodynamometer to the drive motor. When closed, the faceplate is secured by two quick-lock fasteners. The Electrodynamometer is made of a squirrel-cage rotor fitted in a DC-excited stator. Mechanical loading is achieved by increasing the stator field current, which generates eddy currents in the driven rotor. The stator is trunnion-mounted on ball bearings and rotates against a helicoidal spring to oppose braking torque. The front end bell is provided with a circular scale that indicates the torque developed. Electrodynamometer is electrically powered from standard fixed AC line supply.</p><p>Lab-Volt Mechanical Loads</p><p>The Lab-Volt 0.2-kW EMS Mechanical Loads can be used to load the 0.2-kW EMS motors. They are housed in full-size EMS modules which are constructed of heavy gauge steel finished in baked enamel, and, in the case of Model 8911, equipped with a clear plastic faceplate. All electrical components are terminated on the faceplate
by 4 mm color-coded safety banana jacks (Model 8911). The 0.2-kW Mechanical Loads can also operate as dynamometers to measure the load torque which they produce. They have been carefully designed to directly
indicate the torque developed by 0.2-kW EMS motors under normal load, overload, and starting conditions.</p><p> </p><p>8911-10 = Torque Range: -0.3 to +3 N-m, English
</p><p>*Spec sheet available upon request</p>