SCR ELEKTRONIKS make PC Based Test Setup for Electric Iron Testing is useful to carry out various tests mentioned in IS 366:1991 clauses 10,11,12,13 & 14 on the Iron under test.
The test set up comprises of the following things:
1. Interface Module to read the temperature at 6 different points.
2. Flexible Mechanical Fixture is provided in such a way that Iron of any size can be accommodated.
3. Thermocouple sensors –6 no. Chromium Aluminium Sensors have been provided so as to sense the temperatures at different points of Iron under test.
4. PC system with User-friendly Software so as to allow the operator to carry out various tests on Iron easily.
The setup enables the following tests on electric irons:
The tester is used to test different temperature tests (heating up time test, temperature distribution test, sole plate temperature test, and Initial Over Swing/Excess Heating/Cyclic Fluctuation Test) for a domestic iron. Thus, it indirectly tests the bimetallic characteristics of the element inside the iron
SCR ELEKTRONIKS have developed 4 STATIONS ENDURANCE TEST SETUP FOR THERMOSTAT OF IRON which 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.
The tester performs endurance test of the iron w r t the pre-set parameters. The test bench checks for two failure conditions – Contact Weld (passage of current during off time) and contact open (interrupted current during on time)
SCR Elektroniks make panel is designed mainly to test thermostat of an iron for its tripping characteristics like trip temperature and trip time.The tester can be customised with respect to number of stations and current temperature range.
The tester can be customized with respect to number of stations and current, temperature range
| The test bench tests the thermostat characteristics such as cut off temperature of the domestic iron by measuring temperatures at various points on the sle plate |
SCR Elektroniks’ Drop Test Apparatus for electric irons is a mechanical durability tester designed to simulate accidental drops and assess structural integrity and safety compliance. It is part of their suite of iron testing equipment aligned with IS 302 and IS 366 standards. It helps manufacturers and labs ensure compliance with safety and durability norms.
The iron is suspended by its handle with the soleplate in the horizontal position. It is dropped from a height of 40mm on to a rigidly supported steel plate having a thickness of at least 15 mm and a mass of at least 15kg. The test is carried out 1000 times at a rate not exceeding 20 drop/min.After the test iron should not damage to such an extent that compliance with standard. After 1000 cycles gets over Test Over lamp/buzzer will flash.
SCR Elektroniks offers a specialized mechanical test apparatus designed to perform endurance testing of steam emission knobs for up to 50,000 cycles. This setup is part of their broader suite of iron testing equipment and is tailored for durability validation under repetitive mechanical stress.
To verify the mechanical durability and operational reliability of steam emission knobs over 50,000 actuation cycles. Ensures compliance with product lifecycle and quality standards for consumer appliances.
SCR Elektroniks’ Thermostat Calibration Setup for Iron is a multi-station testing system designed to validate thermostat performance as per IS 366 Clause 16.1. It supports both type testing and mass production line testing.
SCR Elektroniks offers a robust, PC-controlled test setup for air conditioners, engineered to validate both electrical safety and functional performance in compliance with industry standards. The system is built around a LabVIEW-based software
