Introducing the BM4070: more than just an instrument, it’s your go-to device for measuring inductance, capacitance, and resistance. Designed with user-friendliness and precision in mind, it features 31/2 liquid crystal display and a reading accuracy degree that’s tough to beat. Thanks to the integrated double integral A/D converter core and a large-scale integrated circuits, this is a high-performing meter that is sure to meet and exceed your expectations.
Specifications:
- Display: LCD
- Maximum display value: 1999 (3 1/2)
- Measuring procedure: Utilizes double integral A/D conversion
- Sampling rate: Takes 3 readings per second
- Overrange display: Shows “1” at the highest digital place
- Battery low voltage indicator: Displays ” “
- User-friendly features: Auto power off and Data Hold function
- Operating temperature range: 0℃ to 40℃
- Storage temperature range: -10℃ to 50℃
- Powered by: 9V laminated battery (6F22 – not included)
Technical specifications:
Accuracy: ± (% reading+digits)
Guarantee: One year of assured quality
Temperature settings: 23℃±5℃, Relative humidity
Included ranges:
Capacitance: 200p/2n/20n/200n/2u/20u/200uF ±2.5%±5, 2000uF: ±5%±5
Inductance: 200uH±3.0%±5, 2m/20m/200m/2H ±2.5%±5, 20H±5%±5
Resistance: 200/2k/20k/200kΩ ±0.8%±5, 20MΩ ±2%±5
Dimensions: 190×91×40mm
What’s in the box:
1 x LCR meter (Note: 9V battery not included and the colors red/yellow are shipped randomly)
1 x Pair of crocodile clips for secure connections
1 x Stylish portable bag for easy transportation
Pictures of the product can be found below. Take a closer look at the BM4070 and its incredible features!
I received my BM4070 LCR meter July 2, 2022; two weeks sooner than promised delivery date. The meter was very well packaged and is exactly as described in your website information. Upon installing the battery that came with the meter, I measured six known precision parts with considerable disparate values: 2 resistors, 2 capacitors, and 2 inductors. All measurements were well within 2 percent of the known values except one. The precision 1000 nanoHenry inductor measured 1045 nanoHenries. I consider this last measurement error acceptable for the price of the LCR meter. I rate this meter as excellent and a good value. R. Aubry