| Description | The Milliohmmeter is a compact and easy-to-use device for testing the battery quality of various battery types such as lithium, alkaline and lead-acid batteries. The Milliohmmeter can automatically test the internal resistance and voltage simultaneously, with the measurement results clearly shown onThe Milliohmmeter is a compact and easy-to-use device for testing the battery quality of various battery types such as lithium, alkaline and lead-acid batteries. The Milliohmmeter can automatically test the internal resistance and voltage simultaneously, with the measurement results clearly shown on the 2.4-inch colour display. The voltage and resistance ranges can also be set manually.
An important function of the tester is the pass/fail test function, which enables a quick assessment of batteries based on predefined limit values. The user can define upper (UL) and lower (LL) limit values for voltage and resistance. A green light indicates that the battery fulfils the criteria, a red light indicates that it does not fulfil the criteria. Up to 8 limit values can be saved to make the test procedure faster and more efficient.
The test results are automatically saved to the internal memory and can be exported as a CSV file via the USB-C port. The port is also used to charge the device. For reliable measurements, the Milliohmmeter uses a 4-way connection with secure fastening by means of a screw ring. In addition, the test results can be provided with date and time, which can be set via a simple menu. The Milliohmmeter offers a practical solution for the accurate assessment of batteries and is suitable for applications in the automotive industry as well as for home users.... Read More | An Environmental Meter is used to monitor the ozone concentration in the air and to measure temperature and humidity. The Environmental Meter detects ozone in the range of 0 ... 9.9 ppm with an accuracy of ±15% of the measured value. The temperature is measured between 0 ... 50°C / 32 ... An Environmental Meter is used to monitor the ozone concentration in the air and to measure temperature and humidity. The Environmental Meter detects ozone in the range of 0 ... 9.9 ppm with an accuracy of ±15% of the measured value. The temperature is measured between 0 ... 50°C / 32 ... 122°F with ±1°C / 1.8°F accuracy, the humidity in the range of 5 ... 95% with ±5% accuracy. The device has an audible alarm when the preset alarm value of 3 ppm is exceeded and displays all values on a 0.9 inch LCD display. Other features include standby mode, rechargeable lithium battery via USB-C, compact size and a wrist strap for mobile use.
The Environmental Meter is suitable for mobile use in homes, offices, workshops, small production areas or private applications where ozone pollution needs to be monitored. With its compact design, measurements can be taken directly on site, making the Environmental Meter a practical instrument for reliable monitoring of ozone, temperature and humidity. By combining the three measuring functions, the Environmental Meter provides all relevant information for fast and standardized environmental monitoring.
... Read More | Replacement soldering tips for the PCE-ESI 100 (set of 3)
Chisel tip (flat, bevelled – for larger solder joints)
Tapered tip / pointed tip (tapering to a point – for precision work)
Flat tip (wider, straight-cut) | The Sound Sensor is ideal for all applications where ambient noise or noise levels need to be monitored precisely. Whether in urban noise measurement stations, on factory floors, in schools or in research projects - this Sound Sensor provides reliable measured values to fulfil safety and comfort The Sound Sensor is ideal for all applications where ambient noise or noise levels need to be monitored precisely. Whether in urban noise measurement stations, on factory floors, in schools or in research projects - this Sound Sensor provides reliable measured values to fulfil safety and comfort requirements. The sensor covers a measuring range of 30 ... 120 dBA and operates in the frequency range from 20 ... 12500 Hz. The resolution is typically 1 dB, which is sufficient for most practical applications, while the accuracy is ±2% of the measuring range plus ±0.5 dB, based on the reference tone of 94 dB at 1 kHz. The Sound Sensor therefore provides a precise and reliable basis for all acoustic measurements.
The specific technical features include a digital interface via RS-485 with Modbus RTU, which enables easy integration into existing systems. The sensor utilizes a high-quality condenser microphone with A-weighting, which takes into account the human sense of hearing. The response time is a maximum of 2 seconds. The Sound Sensor is suitable for wall mounting and has a weatherproof housing that is also designed for outdoor use. The device is particularly interesting for companies, authorities or research institutions that require continuous monitoring of noise sources, for example in production facilities, traffic controls or urban noise projects.... Read More | Thickness Gauge with the unique swivelling probe / Easy measurements in hard-to-reach areas / For FE and nFE metals / Wireless interface for Windows, iOS and Android
The Thickness Gauge has a globally unique measuring probe that can be swiveled through 90°, allowing you to always carry out Thickness Gauge with the unique swivelling probe / Easy measurements in hard-to-reach areas / For FE and nFE metals / Wireless interface for Windows, iOS and Android
The Thickness Gauge has a globally unique measuring probe that can be swiveled through 90°, allowing you to always carry out precise coating thickness measurements. The Thickness Gauge with the compact, lightweight devices is barely larger than a measuring probe and is therefore ideal for on-site applications in hard-to-reach places. The handy metal housing is splash-proof to IP 64 for interference-free measurements in harsh environments. A coating thickness tester with flowing water protection is also available as an option. For a long service life with frequent measurements on rough surfaces, the measuring probe has a wear-resistant ruby probe pole.
With a single button and the self-explanatory, multilingual menu navigation, the Thickness Gauge is very easy to operate.
A Thickness Gauge is usually used in the quality assurance of coating processes. For example, to determine the paint thickness of a coating, when testing vehicles or steel structures or in fire protection (determining the coating thickness of steel doors). However, it is not only a Thickness Gauge, but can also be used to reliably measure rubber coatings, anodizing and galvanic coatings.
The Thickness Gauge uses a combined probe to measure insulating layers of paint, varnish, plastic, rubber, ceramic and galvanic coatings (excluding nickel) using the magnetic induction measuring method. The device is used on iron and steel substrates. It is also suitable for measuring insulating coatings (paint, plastic, etc.) using the eddy current method on non-ferrous metals such as aluminum, brass, copper, bronze and non-magnetic stainless steels in accordance with ISO 2178 and ISO 2360.
To further process your measurement data, you can connect your Thickness Gauge to mobile Android and iOS devices. Or you can communicate with a Windows PC. Wireless technology makes it possible. With the Lima Connect app, you can manage projects and allocate the measuring points on a photo. The measurement results can be statistically analysed and displayed graphically. The app for Android, iOS and Windows is free of charge.... Read More |