Technical Specifications

TECHNICALSPECIFICATIONS

A] Aluminum rack 4 x 3 profile sturdy flat panel (table top) system, carrying various high voltage components housed in plastic enclosures (panel) to minimize shock possibility.

 Input 3 phase DOL Starter panel Module 1

• 4 pole MCB of 415 V/2A
• DOL9A Contactor with 230V / 50Hz / 11VACOIL
• Bimetallic thermal O/L relay with range 1.4A – 2.3A

 

Integrated AC (1 phase) measurement panel Module 20F– 2 Nos.

• Consist of 2 nos of (48 x 96 mm) Digital meters for Measures V, I, PF (0.2 lag unity 0.2 lead), Hz. Hence separate analog watt meters are not needed.
• Current specs=1A/5A for 1 meter (170-250V).

 

1 Motor, Alternator & Sync. Motor Panel Module 16A

• 1 MCBs of 4A /1.6A 2nos.

 

 Integrated AC (3/1 phase) measurement panel Module 34

• Digital meter (96X96mm) for measurement of 3Ø & 1Ø parameters.
• Voltage line to line & line to neutral.
• Current for all3Øup to 5A.
• Power factor, frequency, watts, VAR, VA and energy in Kwhr.

 

Potential Transformer Panel Module 40

• 2 Nos. of voltage transformers, 1 Standard and 1 Under test.
• Primary 230V&Secondary 24VAC.
• On primary and secondary terminals of PT are brought out on front panel for connection.

 

Lamp Load Module 7 & Resistor Load Module 14A/14B

• 230V /15/40/60/100W X 3 bulbs with individual ON/OFF using 6A toggle switch

OR

• AC Resistors = 10K/200W x 3 phases/ 6 taps
• DC Resistors =  750E/400W / 6 taps

 

LC Load Module 15A/15B panel

• Inductive load – =0.75H /3H / 300 mA x 3Nos.
• Capacitive load = 25 /2.5 /5 /415V x 3Nos.

 

Mechanical Dimension:  955(L) x 750(H) x 300(W) in mm

 

List of Experiments

• Current transformer testing
• Potential transformer testing
• Calibration of 1Φenergy meter
• Measurement of 3Φpower by1, 2, 3 wattmeter method
• Measurement of1Φpower by 3 Ammeter method.
• Measurement of1Φpower by 3Voltmeter method.