UNIVERSAL RELAY TEST KIT
FAQ
Video
Theory
KF 86P is an advance, powerful & highly accurate automatic relay test kit, ideal for all type of relay testing applications.
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High Power Rating & High Current Rating
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Ideal relay test kit for testing of High Buden Electro-mechanical Relays
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Light Weight & State Of Art Design (10KG Only)
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State of Art Software (With all advance features) for testing Numerical Relays
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Complied IEC61850-9-1, IEC61850-9-2, IEC60044-7/8, etc (optional)
Hardware Features of Universal Relay Test Kit (KF86P):
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Six independent AC voltage sources of 0- 310V @ 105VA each.
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Six independent current sources of 0 - 35A @ 425 VA each .
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One independent Auxiliary DC Source of 14~ 300V .
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High accuracy analog outputs of <0.15%rd + 0.05%rg,Guar.
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Suitable for testing of Numerical as well as electro-mechanical relays
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Transducer & energy meter testing (optional in relay test kit )
KF86 P , (6I , 6V & IEC 61850)
10Kg
K3163i+ is an advance, powerful & highly accurate automatic relay test kit, ideal for all type of relay testing applications.
-
High Power Rating & High Current Rating
-
Ideal relay test kit for testing of High Buden Electro-mechanical Relays
-
Light Weight & State Of Art Design (17KG Only)
-
State of Art Software (With all advance features) for testing Numerical Relays
-
Complied IEC61850-9-1, IEC61850-9-2, IEC60044-7/8, etc (optional)
Hardware Features of Universal Relay Test Kit (K3163i):
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Four independent AC voltage sources of 0- 310V @ 124VA each.
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Six independent current sources of 0 - 35A @ 480 VA each .
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One independent Auxiliary DC Source of 14~ 350V @ 140VA .
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High accuracy analog outputs of <0.15%rd + 0.05%rg,Guar.
-
Suitable for testing of Numerical as well as electro-mechanical relays
-
Transducer & energy meter testing (optional in relay test kit )
Relay Test Kit - K3163i
(6I & 4U & IEC 61850)
K68i is a powerful & robust relay test kit for semiautomatic and manual testing of relays .
Hardware Features of Relay Test Kit K68i:
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All-in-one design relay tester with 6.4 inches LCD display.
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Four independent AC voltage sources of 0- 300V @ 110VA each.
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Three independent current sources of 0- 35A @ 450 VA each .
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One independent Auxiliary DC Source of 0 ~ 300V/0.6A .
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High accuracy analog outputs of <0.15%rd + 0.05%rg,Guar.
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Projector compatible port for training & study purpose .
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Rugged Design with super long life rotary encoder + Functional keyboard.
Software Features of Universal Relay Test Kit K68i:
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Able to test most of Relays by manual or semiautomatic modes - Voltage relays, Current relays, Frequency relays, Power relays, Impedance relays, Harmonic relays, Distance relays etc .
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With self-housing & grounding-detecting function
Relay Test Kit - K68I
(3I & 4 U )
Unique Proposition:
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Lightest Relay Test Kit of < 3Kg with analog o/ps
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Current Sources : 3 X 10 A
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Voltage Sources : 3 X 265 V
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Inbuilt Display & Battery
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Ideal for testing of Numerical and Static Relays
Software Function
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Manual/Auto AC test function
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State Sequencer Test Function
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Overcurrent Breaker Tester Function
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Remote(Signal,Measurement,Control) Function
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Remote Signal Test function
KFA 300 , (3I & 3U ) , 3 Kg
K3063i is an advance & powerful automatic relay test kit ideal for testing universal relay testing applications.
-
High Power Rating & High Current Rating
-
Ideal for testing of High Buden Electro-mechanical Relays
-
Light Weight & State Of Art Design (17KG Only)
-
State of Art Software (With all advance features) for testing Numerical Relays
Hardware Features of Universal Relay Test Kit (K3063i):
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Four independent AC voltage sources of 0- 310V @ 124VA each.
-
Six independent current sources of 0-35A @ 480 VA each .
-
One independent Auxiliary DC Source of 14~ 350V @ 140VA .
-
High accuracy analog outputs of <0.15%rd + 0.05%rg,Guar.
-
Suitable for testing of Numerical as well as electro-mechanical relays
-
Energy meter testing (optional)
Relay Test Kit - K3063I
(6I & 4 U)
Videos - Relay Test Kits
Kingsine Videos
Kingsine Videos
Unboxing Relay test kit
Theory - Relay Testing
Relay Testing Kit – Theory
Protective relay is a device which maintains the power system equipments and gives an output under an abnormal condition to ensure protection of the system. The basic objective of the protective relay is to isolate the faulty section in a power system as quickly as possible so that rest of the system functions normally. It is necessary to ascertain security, reliability, quality, sensitivity and speed of relays.
Various tests are recommended in National and International Standards to check the withstand capacity of a relay during fault conditions. During testing, protective relay is made to undergo simulated field conditions to check its performance. The relevant National / International standards recommend many tests to ascertain the relays effectiveness to perform its intended function.
A Relay receives the input signals from CT’s/ PT’s and its program calculates the fault conditions as per application. It issues a trip command to the Circuit Breaker on sensing a faulty condition. On the basis of application, Relay may be classified into below types:
Step 1:
Relay Testing Kit injects fault in form of I & V on respective CT & PT points of Relay under test . The Timer of Relay Testing Kit starts by initiating fault injection.
Step 2:
Relay senses the fault & issues the trip command, its trip timing must depend on the time characteristics of relay settings.
Step 3:
Relay Testing Kit receives the trip command from Relay & Stops the timer.
Step 4:
The measured tripping characteristics are compared with respect to expected tripping as per settings by Engineer.
The basic connection of protection relay has been shown in the picture. The secondary of current transformer is connected to the current coil of relay. The secondary of voltage transformer is connected to the voltage coil of the relay. Whenever any fault occurs in the feeder circuit, proportionate secondary current of the CT will flow through the current coil of the relay due to which mmf of that coil increases. This increased mmf is sufficient to mechanically close the normally open contact of the relay. This relay contact actually closes and completes the DC trip coil circuit and hence the trip coil is energized. The mmf of the trip coil initiates the mechanical movement of the tripping mechanism of the circuit breaker and ultimately the circuit breaker is tripped to isolate the fault.
Types of Relay as per various requirements:
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Differential Relay
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Over Current Relay
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Frequency Actuated Relay
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Directional Over Current Relay
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Restricted Earth Fault Relay
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Over Fluxing Relay
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Distance Schemes Relay
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Bus bar Protection Relay
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Reverse Power Relay
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Loss of excitation Relay
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Negative Ph. Sequence Relay
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Energy Meters Relay
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Transducers Relay
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Fault Playback Relay