| Description | The Material Tester is a compact, portable precision tool for applications where exact torque values are crucial. It has an easy-to-read backlit display that provides clear values even in poor lighting conditions.
To assist the user, the Material Tester emits both an acoustic signal and an LED The Material Tester is a compact, portable precision tool for applications where exact torque values are crucial. It has an easy-to-read backlit display that provides clear values even in poor lighting conditions.
To assist the user, the Material Tester emits both an acoustic signal and an LED display as soon as the preset torque value is reached. Four different units of measurement (Nm, kgf-cm, lbf-ft, lbf-in) and three measuring modes - real time, peak value and preset - make it flexible to use. Automatic switch-off after a few minutes saves the batteries, and up to 999 measured values can be stored in the internal memory. The stored values can only be called up on the device.
The Material Tester is equipped with a fine-toothed ratchet head, which enables precise work even with a small radius of movement. Thanks to its robust construction made of metal and resistant plastic, it is durable and suitable for regular use. Our Material Testers are primarily used in vehicle construction, mechanical engineering, bicycle assembly and in the electrical and electronics industry. They are used to tighten bolts and nuts to a precisely defined torque in order to connect components securely and function properly without damaging them. The Material Tester is supplied in a plastic case with 2 AAA batteries.... Read More | Portable handheld device for monitoring particulate matter (PM) concentrations in the air / 2.5 µm and 10 µm particle sizes / Measures air temperature and relative humidity. Designed to aid in indoor air quality (IAQ) assessments, this dust monitor also measures air temperature and relative humidityPortable handheld device for monitoring particulate matter (PM) concentrations in the air / 2.5 µm and 10 µm particle sizes / Measures air temperature and relative humidity. Designed to aid in indoor air quality (IAQ) assessments, this dust monitor also measures air temperature and relative humidity (RH). The dust monitor can be powered either by the built-in rechargeable battery or the USB port. The USB port also is used to charge the battery. At full charge, the battery provides up to 5 hours of continuous operation or unlimited operation when plugged into a USB power source. The dust monitor displays all measurements simultaneously on the device's 2.4" full-color LCD screen. PM values ??appear the largest in the colors green, yellow, gold, orange, pink and red. This visual color-coding system makes it easy to recognize when PM concentration levels become dangerous, allowing for quick action.... Read More | The Environmental Meter offers a reliable and precise solution for measuring liquid levels in a wide variety of applications. With a measuring range of 0 to 8 m / 0 … 26.2 ft H?O, the level gauge is ideally suited for use in deep wells, rivers, lakes, canals, reservoirs, and coastal monitoringThe Environmental Meter offers a reliable and precise solution for measuring liquid levels in a wide variety of applications. With a measuring range of 0 to 8 m / 0 … 26.2 ft H?O, the level gauge is ideally suited for use in deep wells, rivers, lakes, canals, reservoirs, and coastal monitoring applications up to a water depth of 8 m / 26.2 ft. The high accuracy of ±0.5% FS ensures precise measurement results even under demanding conditions. Thanks to its robust design with a stainless steel housing and durable cable material, the Environmental Meter is resistant to abrasion, oil, acids, and alkalis.
The flexible submersible installation allows for use in both static and flowing media. The long-term stability of ±0.2% FS per year ensures consistently reliable measurement results. The display is operated with a supply voltage of 24 V DC and is designed for connection to sensors with a 4–20 mA output signal. It also features a 4–20 mA analogue output, which enables easy processing of the measured values in higher-level control systems.
Four alarm relays (ALL, AL, AH, AHH) are available for monitoring limit values, allowing individual switching points to be set for different liquid levels. All settings can be conveniently adjusted directly via the control buttons on the display, ensuring quick and easy commissioning. The Environmental Meter is ideally suited for applications in water management, wastewater treatment, irrigation, water diversion, and industrial liquid monitoring.... Read More | The Material Tester is a compact, portable precision tool for applications where exact torque values are crucial. It has an easy-to-read backlit display that provides clear values even in poor lighting conditions.
To assist the user, the Material Tester emits both an acoustic signal and an LED The Material Tester is a compact, portable precision tool for applications where exact torque values are crucial. It has an easy-to-read backlit display that provides clear values even in poor lighting conditions.
To assist the user, the Material Tester emits both an acoustic signal and an LED display as soon as the preset torque value is reached. Four different units of measurement (Nm, kgf-cm, lbf-ft, lbf-in) and three measuring modes - real time, peak value and preset - make it flexible to use. Automatic switch-off after a few minutes saves the batteries, and up to 999 measured values can be stored in the internal memory. The stored values can only be called up on the device.
The Material Tester is equipped with a fine-toothed ratchet head, which enables precise work even with a small radius of movement. Thanks to its robust construction made of metal and resistant plastic, it is durable and suitable for regular use. Our Material Testers are primarily used in vehicle construction, mechanical engineering, bicycle assembly and in the electrical and electronics industry. They are used to tighten bolts and nuts to a precisely defined torque in order to connect components securely and function properly without damaging them. The Material Tester is supplied in a plastic case with 2 AAA batteries.... Read More | The rain and snow Temperature Sensor is used for reliable detection of precipitation and is used to monitor weather conditions in environmental stations, for irrigation control systems or in industrial plants. The rain and snow Temperature Sensor enables a quick and reliable response to rain or snowThe rain and snow Temperature Sensor is used for reliable detection of precipitation and is used to monitor weather conditions in environmental stations, for irrigation control systems or in industrial plants. The rain and snow Temperature Sensor enables a quick and reliable response to rain or snow. The Temperature Sensor qualitatively detects the presence of precipitation via conductivity and condensation properties and provides the information digitally via RS-485 Modbus RTU and via a potential-free relay output, which can be used to directly switch external devices or controls.
The integrated relay output is designed as a normally open contact and provides galvanic isolation between the Temperature Sensor voltage and the switched circuit. This allows both low-voltage and mains voltage applications to be implemented. The maximum switching capacity of the relay is 250V AC at 1 A or 30V DC at 1 A, making the Temperature Sensor suitable for direct control of controllers, actuators or relays.
The supply voltage of the rain and snow Temperature Sensor is 24 to 30V DC. The compact, corrosion-resistant housing is IP65-rated and designed for surface mounting. An automatic heating function activates at lower temperatures below 0°C / 32°F ambient temperature and heats the Temperature Sensor surface to approximately 40°C / 104°F to prevent ice formation. This ensures that the rain and snow Temperature Sensor works reliably even in frosty conditions. It is mainly used by weather station operators, environmental researchers, in irrigation systems and in industrial applications where precipitation needs to be reliably detected and automated responses implemented.
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