

Power Factor Correction Training Panel Set
Model reference MZM-4010
- Category: Electrical Engineering
- Model reference: MZM-4010
- Built to order in our Penang workshop
- Delivery, installation and commissioning available
- Lecturer training and documentation included
Price on application. Specifications can be adapted to your syllabus, supply voltage and laboratory space.
DESCRIPTION:
This is a standard industrial LT switchboard but specially adapted to function as a training unit. It enables switchgears, instrument and protective gears used in normal switchboard to be demonstrated and their functions explained. It is an excellent practice units for students to study its circuitry, dismantle and reassemble components and parts rewire. Compartment doors/covers are hinged and the screws can be opened manually by hand.
POWER FACTOR UNIT
Unit is equipped with the following :
i. 1 x switch 1-0-2 20A TP
ii. 1 x power factor regulator / controller 6 steps
iii. 5 x capacitor banks of assorted ratings from 1 to 5kVar
iv. 1 x circuit breaker 20A TP
v. 5 x circuit breaker 16A TP
vi. 5 x magnetic contactors 240V
vii. 1 x power factor meter 3 phase
viii. 5 x indicating lights 240V
ix. 1 x current transformer
Console : Heavy sheet metal
Finish : Baked epoxy powder
Input : 240/415VAC, 20A, 3 phase, 50Hz
Output : 240/415VAC, 20A, 3 phase, 50Hz to be connected to inductive and resistive and capacitive loading units.
Approximate Dimension (W x D x H)
1000 x 500 x 2000 in mm
Mobile Bench
· Console : Heavy Sheet Metal
· Finishing : Baked epoxy powder
· Dimensions (W x D x H) : 1020 x 500 x 629 mm
TECHNICAL DATA
Unit features shall include the following :
i. Actual industrial system but specially adapted for teaching and demonstration purposes
ii. Compact and self-contained unit available either in a bench-top or mobile version
iii. All required components are systematically and didactically arranged on a sloping study panel with all internal components and circuits schematically represented by screen-printed mimic diagrams
iv. Circuit construction is achieved by patching together the desired components
v. All internal components and circuits are terminated as safety-type terminal sockets
vi. Internal circuits are fully protected against overload and short circuit faults.
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Want this adapted to your lab?
Tell us the experiments, the class size and the space you have. We will quote the unit built to match.


