The KDRS638E handheld infrared thermal imager is a high-resolution manual focusing thermal imaging thermometer. Built in high-performance 12 μ m 640 × 512 infrared thermal imaging core, paired with a 1300W visible light camera,<25mK thermal sensitivity, precise multiple focusing methods, easily presenting high-definition infrared thermal images. Combined with rich analysis and data interconnection, it is a good assistant for high demand engineers in fields such as power, automation, building inspection, pipeline HVAC, etc.
KDRM200F entry-level handheld infrared thermal imager is a manually focused thermal imaging thermometer. Built in high-performance 12 μ m 256 × 192 infrared thermal imaging core, paired with a 200W visible light camera, 40mK thermal sensitivity, precise manual focusing function, easily presenting high-definition infrared thermal images. Combined with rich analysis and data interconnection, it is a good assistant for high demand engineers in fields such as power, automation, building inspection, pipeline HVAC, etc.
The KDZR-ZL conductive shoe DC resistance tester is used to measure the resistance of conductive shoes in power safety tools. The preventive test is mainly conducted to discover the hidden dangers of conductive shoes. According to the requirements of GBT 6568-2008 Shielding Clothing for Live Working and DLT 976-2017 Preventive Testing Regulations for Live Working Tools, Devices and Equipment, the resistance of conductive shoes shall not exceed 500 Ω. Not only must the manufacturing plant be inspected according to this standard before leaving the factory, but it can only be shipped after passing the inspection. Regular inspections must also be carried out according to this regulation during actual use, and only after passing the inspection can it be worn. This instrument is a specialized device developed in accordance with national regulations for measuring the resistance of conductive shoes. It has the characteristics of small size, light weight, and high accuracy. The instrument adopts a touch screen integrated design, with simple operation and one click testing. It is equipped with a micro printer, which can print in real-time or query.
The KDJB-1200Y is a high-precision, six-phase relay protection tester designed for comprehensive testing of power system protection devices. It delivers flexible voltage and current outputs with excellent accuracy and stability, supporting a wide range of test scenarios including overcurrent, impedance, and transient fault simulations. Equipped with advanced DSP technology, a high-fidelity linear amplifier, and multiple digital interfaces, it ensures reliable, efficient, and automated protection system calibration. Compact and portable, it's ideal for field and laboratory use in power systems.
The KDDT-10A Ground Conductance Tester is a high-precision device designed for measuring the conductivity and contact resistance of grounding systems, ensuring electrical safety and reliability in power systems, industrial equipment, and building infrastructure. Compliant with DL/T475-2006 (Guidelines for Measuring Grounding System Parameters), it delivers accurate results for grounding electrode resistance, bonding integrity, and network continuity.
The KDZD-JC softening breakdown tester follows the standard GB/T4074.6-2008/IEC 60851-6; Inspection standard: JB/T4279.8-2008, suitable for testing the insulation performance of enameled round wires and thin film wrapped round wires with a nominal diameter of 0.020mm to 3.000mm and below, as well as flat wires with a diameter of 10mm to 2mm and below, after softening in a hot state. The instrument can automatically measure, control, adjust and display temperature; According to the set preheating time, target temperature, and test time, the instrument automatically completes the preheating of the sample, applies load, and test voltage. When the test time is reached or the sample is broken down, it automatically unloads the load and alarms, and displays the test time and temperature. The entire testing process is automatically completed.
High resolution manual focusing, built-in high-performance 12 μ m 384 × 288 infrared thermal imaging core, equipped with a 5-megapixel visible light camera, 35mK thermal sensitivity, precise manual focusing function, USB plug and play analysis.
Parts made of insulation materials or other solid combustible materials that are prone to flame spread inside the equipment may ignite due to hot wires or hot elements. Under certain conditions, such as fault current flowing through wires, component overload, and poor contact, certain components may reach a certain temperature and cause nearby parts to ignite. This testing machine uses simulation technology to evaluate the fire hazard caused by thermal stress in a short period of time due to heat sources such as hot elements or overload resistors. Suitable for electrical and electronic equipment and their components, parts, as well as solid electrical insulation materials or other solid combustible materials.
