KRACHT indicator SD1-K-24/V spot supplier

KRACHT indicator SD1-K-24/VIt is a plug-in multi-purpose on-site display mainly used for flow measurement.

Basic features: SD1-K-24/V can be used for all KRACHT flow measurement devices with DIN 43650 standard connector interfaces, simply plug it directly into the middle of the flowmeter connector and socket, easy to install.

Power supply method: The indicator and flow meter sensors are powered by a battery pack and do not require a separate power source. When the battery is fully charged, the accompanying charger can be used to power and charge the device. When using the battery pack, the device can run continuously for about 30 hours.

KRACHT indicator SD1-K-24/VProgramming and data storage: The pulse tooth volume can be freely set, and programming can be done through two buttons. The set data is saved in FRAM and will not be lost even in the event of a power outage.

Signal output: The flow rate or volume can be displayed on the screen, and like a standard measuring instrument, it can output a square wave signal for external processing. Alternatively, a current output proportional to flow/volume (0-20mA, 4-20mA) or two programmable relay contacts can be included, but a square wave signal output will not be provided at this time.

KRACHT indicator SD1-K-24/VTechnical parameters: The pulse output is an incremental signal with a pulse amplitude of approximately 0.8 times the power supply voltage. The signal waveform is a square wave with a duty cycle of approximately 1:1 and an error within ± 15%. It has two independent measurement channels, with a pulse offset of 90 °± 30 ° between the channels. The maximum output power of a single channel can reach 0.3W, and it adopts anti short circuit design. The working temperature range is 0 ℃ -60 ℃, and the storage temperature range is -25 ℃ -85 ℃.

KRACHT indicator SD1-K-24/VApplication areas: Widely used in cooling systems, lubrication systems, fuel supply systems, as well as industrial production equipment such as petroleum, chemical, synthetic, pharmaceutical, and food industries. It can monitor fluid flow in real-time and accurately, providing important data support for the automation control and optimization of production processes.