Place of Origin:
CHINA
Brand Name:
SAIMR
Model Number:
SMR260
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The DC Resistance Tester is a state-of-the-art testing equipment designed for accurately measuring the resistance of electrical circuits. With its high precision and advanced features, it is the perfect tool for professionals in the electronics, automotive, and manufacturing industries.
The DC Resistance Tester is equipped with a Battery Voltage Tester to ensure that it is always ready for use. Its compact design and lightweight of only 2.5kg make it highly portable and easy to use in any work environment. This product is suitable for both field and laboratory testing, making it a versatile choice for various applications.
The DC Resistance Tester boasts an impressive accuracy of 0.01%, providing precise and reliable results for all your testing needs. Its high precision makes it ideal for testing sensitive electrical circuits and components, ensuring that your measurements are always accurate.
With a temperature compensation range of 0-80 ℃, the DC Resistance Tester can accurately measure resistance even in extreme temperature conditions. This feature eliminates the need to calculate and adjust for temperature effects, saving you time and effort during testing.
The DC Resistance Tester has a 4-wire test mode, which is the most accurate and reliable method for measuring resistance. This mode eliminates the effects of lead resistance and contact resistance, providing more precise results compared to traditional 2-wire test modes.
The DC Resistance Tester offers a wide range of testing options with its 8-48PH channels. This allows you to test multiple circuits simultaneously, saving you time and increasing productivity. Whether you need to test a small circuit or a complex system, this product has enough channels to handle all your testing needs.
The DC Resistance Tester is also equipped with a High Voltage Tester, capable of handling high voltage circuits up to 1000V. This feature makes it suitable for testing high voltage components, such as transformers and motors.
The DC Resistance Tester is a versatile and reliable testing equipment that offers high precision, temperature compensation, multiple testing modes, and a wide range of channels. Its compact design, lightweight, and high voltage testing capabilities make it the perfect choice for professionals in various industries. With its superior performance and advanced features, this product is a must-have for any testing lab or work environment.
Test Project | DC Resistance/NTC |
---|---|
Accuracy | 0.01% |
Interface | LAN, RS232, IO |
Dimensions | 263*249*102mm |
Storage Temperature | -10℃ ~ 60℃ |
Resolution | 0.1μΩ |
Test Mode | 4-wire |
Weight | 2.5kg |
Measurement Range | 0.1μΩ ~ 10MΩ |
Display result | Up To 48-channel Overview Display |
The SAIMR SMR260 is a high-quality, reliable and efficient DC resistance tester designed for various applications in the electrical industry. With its advanced features and precise measurements, it is an ideal tool for testing the resistance of electrical equipment.
The SAIMR brand is well-known for its high-quality and innovative testing equipment. The SMR260 is the latest addition to their range of products, designed to meet the needs of professionals in the electrical industry.
The SMR260 is the specific model of the DC resistance tester, designed to provide accurate and reliable measurements of resistance in various electrical equipment.
The SMR260 is manufactured in China, ensuring high-quality production and strict quality control measures to guarantee its performance and durability.
The minimum order quantity for the SMR260 is 1 set, making it accessible for both small and large-scale testing needs.
The price of the SMR260 can be negotiated depending on the quantity and specific requirements of the customer.
The SMR260 is packed in sturdy wooden crates to ensure its safe transportation and protection during delivery.
The delivery time for the SMR260 can be negotiated depending on the quantity and specific requirements of the customer.
The payment terms for the SMR260 can be negotiated according to the customer's preferences and needs.
The supply ability for the SMR260 can be negotiated depending on the quantity and specific requirements of the customer.
The SMR260 has a 4-wire test mode, which provides more accurate and reliable measurements of resistance compared to the traditional 2-wire method.
The SMR260 has a temperature compensation feature, allowing it to measure resistance accurately in a wide temperature range of 0-80 ℃.
The SMR260 has a 10-bit sorting comparator, which allows for efficient and precise sorting of resistance values. It also has high/low/low sorting options, making it suitable for various testing needs.
The SMR260 has a high-resolution of 0.1μΩ, ensuring accurate and precise measurements of resistance in electrical equipment.
The SMR260 has a large and clear display that can show up to 48 channels, providing an overview of the resistance values of multiple electrical equipment at once.
The SMR260 is a versatile DC resistance tester that can be used in various applications and scenarios, including but not limited to:
Overall, the SMR260 is a reliable and efficient DC resistance tester that can cater to various testing needs in the electrical industry. Its advanced features, precise measurements, and versatile application make it a valuable tool for professionals in the field.
Q: How many test cards can be selected for the plug-in design of the SMR260 multi-channel resistance tester?
A: The SMR260 multi-channel resistance tester adopts a plug-in design, and a maximum of 6 8-channel test cards can be selected to complete a maximum of 48-channel resistance tests.
Q: What is on each measurement card?
A: Each measurement card has a separate processor and AD converter, which can perform polling measurement on each channel.
Q: What are the display functions of the SMR260 multi-channel resistance tester?
A: The display function of the tester can simultaneously display and monitor all measurement channels in the overview screen, with a test range of 0.01mΩ-300kΩ and a basic accuracy of 0.05%.
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