The design and manner of using clamp meters hugely influences the fact, that unlike classic digital multimeters, the dimensions of these devices are crucial. AXIOMET’s offer includes clamp meters unlike any other. They are only 24mm thick in their thickest point, which means they can easily be used even in hard-to-reach areas.
When searching for a clamp meter, most users focus on the diameter of the clamps, and subsequently in the maximum diameter of a cable that can be measured. However, more and more people start to realize that the size of the meter itself is also important.
The AXIOMET AX-353 and AX-354 meters feature particularly narrow clamps and slim-type enclosure, which makes them extremely handy. This is crucial e.g. in automotive industry, where such meters are widely used.
There is a trend of installing increasing numbers of electronic devices in cars, which automatically means additional wiring. Simultaneously, we can observe efforts aimed at maximizing the comfort of journeys by providing additional space for the driver and the passengers. Therefore, electric wires need to be maximally condensed. As a result of that, performing measurements in a vehicle with the use of a large clamp meter is a very difficult thing to do.
Similar problems occur in control cabinets. Currently, devices of this type feature modern drivers, power supply units, and other compact devices, but the number of their connections remains the same. Wires are extremely condensed, which makes using a large clamp meter very inconvenient. In such cases, meters in slim enclosures are a perfect solution.
The AXIOMET AX-353 and AX-354 meters allow you to measure currents in wires with diameter of up to 38 mm. They can be held easily moved with one hand, especially that they’re really light (only 150g). Both models enable measurements of alternating current, direct and alternating voltage, as well as resistance and frequency. The results are presented on 3.75-inch LCD displays. The AX-353 model can be used for measurements of capacity, temperature, and duty cycle. The AX-354 model can additionally measure direct current of up to 1000A.
The meters are compliant with the requirements of the EN61010 600 V cat. II standard. They are delivered with test leads and a case. Compact dimensions of the enclosures were achieved thanks to powering them with the use of three 3V CR2032 batteries.
Net price from 33.33 USD
Net price from 68.45 USD
|Meter type||AC digital clamp meter||AC/DC digital clamp meter|
|Measuring instrument features||
|Max. diameter of measured cable||38 mm||38 mm|
|Kind of display used||LCD 3,5 digit (3999)||LCD 3,75 digit (4000)|
|AC current measuring range||400/500A||400/1000A|
|AC current measuring accuracy||±(2,5% + 5 digits)||±(2,5% + 5 digits)|
|DC voltage measuring range||400m/4/40/400/600V||400m/4/40/400/600V|
|DC voltage measuring accuracy||±(0,5% + 2 digits)||±(0,5% + 3 digits)|
|AC voltage measuring range||400m/4/40/400/600V||400m/4/40/400/600V|
|AC voltage measuring accuracy||±(1% + 3 digits)||±(1% + 3 digits)|
|Resistance measuring range||400/4k/40k/400k/4M/40MΩ||400/4k/40k/400k/4M/40MΩ|
|Resistance measuring accuracy||±(0,8% + 2 digits)||±(0,5% + 3 digits)|
|Frequency measuring range||4/40/400/4k/40k/400k/4M/10M||10/100/1000/10k/100k/1MHz|
|Frequency measuring accuracy||±(0,5% + 4 digits)||±(0,1% + 3 digits)|
|Diode test||1mA, 1,5V||1,5V|
|Continuity test||acoustic signal for R<50Ω||acoustic indication|
|Dimensions||190 x 55 x 24 mm||190 x 64 x 24 mm|
|Weight||150 g||150 g|
|Power supply||3 batteries 3V CR2032, battery not included||3 batteries 3V CR2032, battery not included|
|Measurement||frequency, AC voltage, DC voltage, capacitance, AC current, resistance, temperature||frequency, AC voltage, DC voltage, AC current, DC current, resistance|
|Conform to the norm||EN61010 600V CAT II||EN61010 600V CAT II|
Flat enclosures of the AXIOMET AX-353 and AX-354 meters ensure not only that the devices don’t use a lot of space in your toolbox, but they also make them very handy and useful in narrow spaces between wires. Obviously, there are also other important factors, e.g. the accuracy of measurements, available functionalities, or compliance with safety standards.