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    Lab-Volt / LabVolt EMS 8321 Inductive Load / Variable Inductance / Three Phase Load / Circuit Element / Electromechanical Training System

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    • Lab-Volt / LabVolt EMS 8321 Inductive Load / Variable Inductance / Three Phase Load / Circuit Element / Electromechanical Training System
    • Lab-Volt / LabVolt EMS 8321 Inductive Load / Variable Inductance / Three Phase Load / Circuit Element / Electromechanical Training System
    • Lab-Volt / LabVolt EMS 8321 Inductive Load / Variable Inductance / Three Phase Load / Circuit Element / Electromechanical Training System

    Lab-Volt / LabVolt 8321 Inductive Load / Variable Inductance / Three Phase Load / Circuit Element / EMS Electromechanical Training System


    Part Number: sku8136
    US$425.00
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    Product Category: EDUCATIONAL / TRAINING 

    Product Description

    Lab-Volt / LabVolt EMS 8321 Inductive Load / Variable Inductance / Three Phase Load / Circuit Element

    The Inductive Load Module, Model 8321, is equipped with 9 iron-core power inductors, which have a nominal Q of 10. Each inductor is identified by a schematic symbol, the inductance value, the inductive reactance, as well as the current that will flow through it when connected to a nominal voltage power source. Each inductor is within 5% tolerance of the stated inductance value.

    Lab-Volt EMS..

    The Lab-Volt 0.2 kW Electromechanical Training System (EMS) features four electrical load modules: the Resistive Load, Model 8311, Inductive Load, Model 8321, Capacitive Load, Model 8331, and the Inductive and Capacitive Loads, Model 833 (all available at TSS) 3. Each model comes as half-size EMS module. The loads are identified on the module front panel by schematic symbols and enabled using toggle switches. Connections are made through 4 mm safety banana jacks.


    These models provide impedance levels that are adjustable for load equality, allowing students to measure the effects of indentical resistive and reactive loads on voltage and current in a circuit, as well as observe, using a wattmeter or a varmeter, the differences that each type of load has on an ac signal source. Furthermore, because complex loads are possible through the interconnection of these models, power factor correction and resonance phenomena are easily demonstrated in laboratory exercises.

     
     

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