Mumbai, Maharashtra, India
Our Products
CE certified by ERTL West
Nickel / Chromium based heating element (glow wire)
Cr/Al based fine wire based thermocouple for temperature sensing
Temperature Range: Adjustable up to 960 centigrade
A motorized sliding carrier with an universally adjusted SS perforated tray is provided to mount the specimen
Self adjusting constant current mode operation as soon as heater-specimen contact is established
Motor brings the jig back to the pre-test position automatically as soon as the test is concluded
Time Controller: Micro-controller based programmable timer 0 to 999secPrecision scale: Precision scale is provided to measure the height of the flame
Safety Emergency Switch, MCB, Fuses
Dimensions 600mm W x 300mm D x 610mm H
Entire panel hoisted in aluminium sections for better aesthetics
Fully Automated Panel
A favourite of Industry Giants for testing of sockets, circuit breakers, switches and other accessories against flammability!
TEST SET UP FOR LED DRIVER, MCPCB AND LUMINARY FIXTURE SCR ELEKTRONIKS have developed a Comprehensive tester for the manufacturers of LED Luminary to test their LED MCPCB, LED Drivers and LED Fixtures, in a single bench.
Features
Manual mode: To select, either driver testing or MCPCB testing or the LED luminary fixture testing, there is a selector switching for choosing it. According to this selector swith position, the tests for a particular test would be activated
In manual mode first the settings(parameters) for all the tests need to b done manually. For Ex.
There is a Variac Knob to adjust the HV required and a leakage current selector switch to set the leakage current range.
There is a potmeter to set the resistance range for the Earth Bond test. There are various other switches.
There is a selector switch to set the resistance range for the Insulation test.
There is a potmeter to set the leakage current for the leakage current test
The equipment would have 4 meters to display the result of 4 tests- HV test, Earth Bond Test, Insulation Test, Leakage Current Test.
For checking the performance of the LED component at rated voltage 230V/+-10%, there are 3 more meters to display the Voltage, Current, And Wattage of the LED component.
(Working on equipment is very easy to operate and we will provide a manual for the entire testing equipment which would contain working manual mode segment where you can easily understand the manual working
2) Auto Mode: There is a PC Computer System. This is a standard branded PC with windows operating system. This is used for collecting the test results from panel and display it on PC Monitor. This also provides interface for Barcode / QR Code Scanner and Barcode / QR Code Printer. The specially designed software Testware is installed in PC for generating reports and providing connectively to other computer/LAN.
Testware(software): This is customised software for data collection, display & stored Test result, scanner, printer and other computer server.
The screen would have a menu screen, and many other sub windows where there will be options to Log in, Conduct
test, Report, Settings etc. Below is an example v
SCR ELEKTRONIKS make PC based ELECTRICAL SAFETY TEST EQUIPMENT for LED LUMINARY is an application specific, customised & automatic test bench for testing of LED based LUMINARY.
Features
The test system comprises of:
1. Earth Bond Tester: An AC current source (maximum 6V) settable between 2 & 20A is
provided (pre-set to 10A) for this application. The resistance is calculated and displayed
on meter. The resistance limit is settable with pot-meter, normally 1.
2. High Voltage Tester: This is for Hipot Test from 0 to 1.5kV or 0 to 4kV selectable by
switch. The tripping currents are 2, 5, 10, 25 and 50mA can be selected through switch.
Fault Indicator to confirm test results on bench and same is available in TestWare.
3. Insulation Resistance Tester: This test is conducted at 500V DC, with measuring ranges
from 0.1M up to 20M and selectable tripping levels- 1, 2, 5, 10, 20M. Fault/Pass
Indicator to confirm test results is available in on bench & in TestWare.
4. Leakage Current Tester: This test is carried out simultaneously with Performance Test at
nominal voltage. The test is carried out for both supply polarity.
5. Lamp Burning (Glowing) Test: The voltage is increased gradually and the value at which
the lamp glows is noted.
6. Performance Test:
This test includes:
a. Limiting Low Voltage Test: This is for measurement of DC output (voltage &
current) at specified low input voltage.
b. Limiting High Voltage Test: This is for measurement of DC output (voltage &
current) at specified high input voltage.
c. Nominal Voltage Test: This is for measurement of DC output (voltage, current &
power) at nominal input voltage, AC input voltage, current, power, and power
factor.
The equipment has a Programmable (Solid State) AC Voltage Source. This is a programmable voltage
source with settable voltage & settable rate of rise of voltage between 20V & 350V at 40, 50 or
60Hz. The output voltage, current, wattage and power factor are displayed on meter and are
available on PC based TestWare. This source is used for:
Performance Test at Limiting Low Voltage, Limiting High Voltage & Nominal Voltage
a. The limiting low voltage is adjusted and DC current & voltage is measured, stored
and compared with set limits.
b. The limiting High Voltage is adjusted and DC current & voltage is measured, stored
and compared with set limits.
c. The Nominal Voltage is adjusted and DC current & voltage is measured, stored and
compared with set limits. The leakage for both the polarities is measured during this
test.
The test equipment is a solution for manufacturers & OEMs to test the LED Driver on manufacturing line.
Features
1. Automatic Operation
2. Fast Operations. The complete test gets complete before 20 seconds.
3. The Efficient Software evaluates and stores the result in an efficient manner.
4. No need of any load required. The user may use one the PCB samples to act as a load.
Pneumatically controlled fixtures for loading and unloading with user safety
PC based test operation, control and data keeping
Indication lamps and relevant metering: To display the applied High Voltage
The test section is housed in transparent cover for user safety: Loading and unloading of RCCBs is automated without opening the front cover
Isolated section for HV circuit for safety of maintenance personnel
Ideal for routine testing for RCCBs
Cabinet: MS fabricated steel with extruded aluminum
The bench comprises of:
1. Power Source.
2. Micro-controller based error calculation module.
3. Sensors at each station.
4. Reference meter.
5. PC with software for control and reportin
Subject an energy meter to a large variety of combinations of load with respect to its voltage, current and power factor
Features
Power Source:0 to 300V AC, 0 to 50A with Power Factor adjustment facility from 0.1 Lag to 0.1 Lead through unity with seven steps
Digital Voltmeter: 0 to 300V AC
Digital Ammeter: 0 to 1.000
Digital Power Factor Meter: 0.1 Lag - Unity - 0.1 Lead
Mains ON MCB: This is TPN MCB of 4A Rating provided for switch ON/OFF
Adjust Voltage Variac: This is Single Phase / 2A variac provided for adjusting the output voltage from 0 to 300V
Adjust Current Variac: This is a Single Phase / 2A variac provided for adjusting the load current from 0 to the range selected by switch
Set Power Factor Switch: For adjusting the power factor with seven steps is provided. With this coarse adjustment of power factor can be done
Adjust Power Factor Fine Variac: This is a Single Phase / 2A variac provided to fine tune the power factor
Output Terminals: Two terminals for voltage & two terminals for current are provided at the front panel to connect the `Meter under Test' to the test set-up
For testing 3-phase energy meters, 3 such set-ups are housed in a single unit This set-up is used for production test of energy meters. It is normally multi-station, such as a 40 station test set-up.
Three Phase Phantom Loads Salient Features:
Voltage Source: Adjustable 0 - 300 Volt/600VA with Static phase shifting arrangement to obtain 90 lag through unity to 90 lead with respect to Current Source. Facility to switch to 70% and 120% of set voltage will be provided for creep test.
Current Source: 0 - 100A adjustable in steps with switch and fine by variac; Switching arrangement will be made to get 100%, 400%, 500%, 600% and 800% of basic setting. Also, arrangement will be provided to select 0.4%, 5%, 10%, 20%, and 100% of setting for carrying out Starting Current Test.
Digital Ammeter 3 & 1/2 digit Class 1
Digital Voltmeter 3 & 1/2 digit 0 - 300V class 1
Power factor meter to read phase angle between 90 lag - Unity - 90 lead.
Line frequency Indicator 40hz to 60hz
Outputs on insulated terminals
Portable and Light Weight making the unit ideal for sales demonstrations
Small in weight, size and portable than most of the conventional RCCB test kits
Single model for entire range of RCCBs ensures Economical solution
Single model for both 2 and 4 pole RCCBs: Economical solution
Speed of operation, sensitivity, trip-no trip test and push button test carried out sequentially in a single unit
Enclosed in flight case for easy carrying (with a handle) and safety
Programmable Solid state current source ensures precision testing and display
Single micro controller unit for user interface with keypad: Current and trip time is programmed digitally
Digital indication of current and time
Conformance indication: Fail / Pass
In-built calibration feature
Is used to measure and analyse the influence of short-time over currents on energy meter. This test is described in various standards for energy meters such as IEC 62053, IS 13779 and so on.
Features
The STOC 01/02 briefly consists of a power circuit and a control panel. The power circuit feeds the overcurrent to the UUT. The control panel provides the user interface to adjust the parameters as per the requirements of the standards and the UUT.
The Power circuit in the Short-time Overcurrent Test Equipment contains a variable voltage source that has capacity to source high current value for short time.
The insulation resistance tester (megger) is built to measure the total resistance of a products insulation .
Features
Accurately designed current measuring system
Reset facility after tripping
SCR ELEKTRONIKS have developed PC BASED TEST SETUP FOR FUSES AS PER IEC 60269 to cover most of the tests for fuses recommended by various national & international standards such as IEC, UL, BIS & so on. It has all the facilities to conduct the following tests for fuses as per IEC 60269-1:
Features
1 CURRENT TRANSFORMER RANGES:
CT1: 2A, 5A, 10A, 20A, 50A, 100A, 200A
CT2: 500 A, 1KA, 2KA, 4KA, 10KA, 20KA, 40KA
2. VOLTAGE TRANSFORMER RANGE:
5V, 10V, 20V voltage tap selection. (Newly introduced) 35V, 40V, 50V
6. MODE OF OPERATION:
Manual Mode
Timer Mode (Auto Mode)
PC Mode
3. RANGE SELECTION: Through contactors.
Manual Mode and Auto Mode (Timer Mode) With switches.
PC Mode CT range is selected through PC with the help of relays and contactors.
4. INDICATIONS:
Current on digital Ammeter (on servo controller unit), True RMS based with class 1 accuracy.
Time on auto ranging microcontroller based Timer, between 1msec 999 min.
Transient current displayed on Digital Transient Recording Meter with class 1 accuracy.
Digital Temperature Indication 6 channels: 3 digit for Cr/Al (K type) thermocouples are used as sensors with accuracy of 1 % +/- 1 C
Temperature sensing with isolated transmitters to avoid short circuit.
5. Micro Controller based unit (PROGRAMMABLE TIMER) controls the sequence of operation and measures time with 1 msec resolution.
10. Elegant housing with Aluminum profile and front panel control with self explanatory nomenclature.
11. IN PC MODE: Test selection, Range selection complete sequence of operation and data logging through NI DAQ unit and LABVIEW software.
12. OUTPUT TERMINALS: On heavy duty bus bars. (5V, 10 V, 20V)
13. Two separate modules mounted on castor wheels.
oil cool variac
power module
Specification
INPUT SUPPLY :
400 V, 3 phase, 50 HZ /100 A continuous.
2000 A for short time minimum voltage 380V
OUTPUT CURRENT :
2A to 3500A/20 V continuous.
3500A to 35000A short time (2 sec)
The testing set up for domestic electrical appliances is designed to carry out the tests as per the IS 10322-1984.
Features
Input 120 / 230 V
Option of any one or more tests included in the safety test equipment:
High Voltage Test
Earth Bond Test
Leakage Current Test (Online and/or offline)
Insulation Resistance Test
Performance Test
Sequential testing: Above tests get carried out automatically one after another.
Rated Current, Voltage and Wattage Performance Test
Safety testing as per UL, CE, BIS, etc.
Digitally adjustable parameter setting such as High Voltage, Leakage Current, etc.
Parameter limits setting for different tests
Digital meters: 3-1/2 digit for all the tests to indicate different parameters.
Leakage Current checked for both the polarities; Plus online and offline option for leakage current testing
Micro-Controller based digital sequential timer to carry out tests automatically
Lamps and Buzzer alarms for indication such as OK, Pass, Fail, etc.
Customized design of High Voltage fixtures for safe handling
PC based panel interfaced with NI LabVIEW based SCADA for data logging the panel entirely from PC
Test results can be exported to Word/Excel/html/printer or can be emailed
Ideal for assembly line routine testing / Lab testing
All in one customized solution
Used by leading appliance manufacturers in their factories across the world
Single model covers the three most popular MCB ratings: 6 A, 10 A, 16 A C curve in addition to more ratings. Ideal for sales engineers for live demonstration
Quick test mode to test as per IEC Table 7: Trip time and Test current get adjusted automatically on selection of MCB rating
Enclosed in briefcase for easy carrying (with a handle) and safety
Small in weight, size and portable than most of the conventional trip verification / demonstration units
Specially designed transformer technology for accuracy and testing speed
DIN rail (Instant) mounting and dislodging
Single micro controller unit for user interface with keypad: No need of bulky additional / external auto transformer
Desired current is achieved quickly without time delay: the voltage needed to pump in the short time current is pre-set in the program.
Specifications
