SCR ELEKTRONIKS PVT. LTD.
Our core competence is designing & manufacturing Customised Electrical Test Equipment & Compliance Verification Benches for electrical products.
- +91 9769251762
- auto@screlektroniks.com
- W-188, Phase 2, MIDC Dombivli East-421204
Dist: Thane
Maharashtra, 421 204
India
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Cord Swiveling Test Set Up For Hair Dryer & Hair Straightner
SCR Elektroniks make CORD SWIVELING TEST SET UP FOR HAIR DRYER & HAIR STRAIGHTENER is used to test the Electrical accessories / appliances for their mechanical strength. Operate appliances Hair dryer or Hair straightener at rate voltage. Position appliances swivel with connection with major axis horizontal ,supply cord hanging vertically with 1N pull force. Rotate the appliance around its major axis,20 Revolutions clockwise & 20 Revolutions anti-clockwise.
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4 Station Endurance Test Setup for Thermostat of Iron
SCR ELEKTRONIKS have developed 4 STATIONS ENDURANCE TEST SETUP FOR THERMOSTAT OF IRONwhich is used for carrying out endurance test for thermostat of iron for the required amount of time It is very useful and handy in line testing on Mass production line as well as type Testing. It consists of Voltmeter, Wattmeter, Programmable Logic Controller( PLC ). The equipment continuously monitors faults like Contact weld and Contact Open. The other important feature is we can operate the panel in Auto Mode or Manual mode. User friendly operations make the equipment to be handled easier for any operator. This manual contains information about operating instructions and maintenance of the equipment.
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Safety Test Panel for Luminaire Fixture
SCR ELEKTRONIKS introduces Safety Test Panel for Luminaire with PC Datalogging. The tests are Performed as Prescribed in IS the Panel Carries out different tests one by one and provides indication of the Test results as OK or NOT-OK. It is very useful and handy in line testing on Mass production line as well as type Testing.
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MCB Thermal Verification Test Bench
The test system is a special version of the thermal test test system in the sense that the test jig is primarily designed to hold and connect multi pole MCBs for thermal verification so that each pole can be verified to trip within the IEC time band after the MCB has been riveted. This test ensures the trip verification of MCB so as to trip all the 4 poles at once when overload is detected in one single pole. In short, this is a verification-only bench.
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Ball Pressure Test Apparatus
The Ball Pressure Apparatus is designed to perform test specified in IS Standard where resistance of insulating material to elevated operating temperature is to be determined. It is used to test insulation materials used in Electrical Appliances, Electrical wiring accessories, luminaries, motors, connectors, etc. It is a precision engineered test instrument for use by safety and compliance testing laboratories.
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28 Days Test Bench (Single Phase & Three Phase)
The SCR Elektroniks 3 station MCB 28 Days and Temperature Rise Test Bench is economically designed to verify the 28 Days Test (21 hr ON, 3 hr OFF Test) as per clause 9.9 of IEC 60898-1 and Temperature Rise of the parts of a Circuit Breaker specified in Table 6 of clause 8.4.1 measured under the conditions specified in clause 9.8.2 of IEC 60898-1.
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PC Based High Current Test Set for Circuit Breakers and Temperature Rise Test Equipment
This equipment comprises of high current source for testing of circuit breakers with additional facility for temperature rise testing (thus incorporating testing for moulded case, vacuum & air circuit breakers as per IEC 60947-2). The system integrates a servo controlled source with closed loop current feedback to maintain the current constant. It has the necessary instrumentation for maintaining current at full load & other conditions arising in testing at high current. The bench has a PC based control system with temperature data logger (24 channel with ch-ch isolation amplifiers). The data logger displays as well as stores a set of temperature values with time.
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Earth Contact Resistance Tester
SCR ELEKTRONIKS have developed an equipment namely Earth Contact Resistance Tester to test the appliance. To ensure the safety of operator it is essential that the Earth path (connection) should offer minimum impedance to by pass short circuit Current to Earth. This is ensured by measuring Resistance of the Earth path by passing heavy Current say 25 A. The Earth Contact Resistance Tester essentially comprises of a Variable Current source with digital Ammeter to measure the Current supplied....show more -
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Millivolt Drop Tester
The SCR ELEKTRONIKS Millivolt Drop Tester is an industry acclaimed product. MVDT has a specially built constant current source (current generator) up to 400A (depending on model) and a dedicated PLC to store test parameters (in automatic models), perform test procedure, make the millivolt drop & junction resistance measurements and store test results, that can be retrieved later or downloaded to PC. PC based TestWare can display the test results & export those to Office, HTML, Printer or PDF. The manual models consist of the constant current source, digital ammeter and a digital millivolt meter with 3 ranges.
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PC Based Comprehensive Test Setup for Luminaires
Our zest for innovation has resulted in continuous upgrades in the existing line of products. Till now we used to manufacture 3 different equipments for Driver, MCPCB and Luminaires Component testing. We at SCR Elektroniks have developed our comprehensive tester to incorporate all the 3 systems in a single bench. Here in this tester one can test all the three DUT in a single bench. Since all the 3 testing procedures have many tests in common, we have incorporated all the tests in a single bench such that testing of Luminaire driver, Luminaire PCB and Final Luminaire set is performed in single test bench. Only these tests are performed over the DUT else other are disabled for them.
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MCB Endurance Test Bench
The SCR Elektroniks Endurance Test Bench is designed for electrical and mechanical endurance MCB and RCCB as per clause 9.11 of IEC 60898-1. The source and the load is designed to comply as per the general test conditions specified in Cl 9.11.1. The accompanying pneumatic fixture is designed to hold custom built designs of MCB and RCCB while the microcontroller based timer unit can be configure to follow test procedure summarized in Cl 9.11.2.
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PC Based Test Setup for LED PCB of Luminaire
The panel carries out different tests one by one and provides indication of the Test results as OK or NOT-OK. It is very useful and handy in line testing on Mass production line as well as type Testing. Special fixture can be provided for the specific product. This avoids the connections & disconnections of the product for different tests. The total time for entire testing is less than 40 seconds.
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Arc Ingintion Tester
The product is designed to carry out Arc Ignition Test as per IS/IEC 60947-1 Clause 8.2.1.1.2 (material used for electrical products). The adjustable current source is 230V AC @ 33A. The load is adjusted to get 32.5A at 0.5 power factor. Included on control unit are Digital Voltmeter, Digital Ammeter, Digital Power Factor Meter and Micro Controller based programmable Sequence Timer with LCD display for display & setting. The arrangement is made to mount the test piece with electrodes as per the specification given in the standard.
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MCB Magnetic (Instantaneous) Trip Test Bench
The test bench is specially built for low voltage- B, C & D curve MCBs. Specially designed custom built jigs are able to accommodate single, double, three and four pole MCBs. Decades of experience has helped us to design current source (transformer) in a special way such that good current regulation and high accuracy is ensured with a variable range without the use of any variable transformer in the system. The product is better than the competition with conventional technology at a lesser price!
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Hot Wire Ignition Tester
The HWI test indicates a materials resistance to ignition when exposed to abnormally high temperatures resulting from a component failure such as a conductor carrying far more than its rated current. HWI performance is expressed as the mean number of seconds required to ignite a specimen when wrapped with an energized non-chrome resistive wire that dissipates a specified level of energy.
