KL3061 Beckhoff
Wake Industrial LLC is not an authorized distributor of this product.
MPN: KL3061-0000
The KL3061 analog input module features a 0…10 V signal voltage, a resolution of 12 bits, and consumes approximately 60 mA via the K-bus. Part of the KL Analog Input Modules series by Beckhoff, it supports a conversion time of ~1 ms and operates within a temperature range of 0 to 55°C.
Internal Product Review
The KL3061 by Beckhoff is dependable and consistent in performance. It installs easily and integrates well with the rest of the KL series. The module responds accurately and without noticeable drift, even under extended usage. It’s a good pick for simple analog input needs with minimal need for adjustment.
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Product Description:
The KL3061 is a small-sized module used to connect analog temperature signals to accurate digital data for control and monitoring applications. It has a single input channel and features high signal integrity because of its more than 200 kΩ average internal resistance that relieves the source input. The resistance provides consistent readings even with prolonged installations. The module is also CE approved to ensure that it complies with European electromagnetic safety and compatibility standards.
The module has a resolution of 0.1°C per digit and can thus accommodate the potential measurement with high levels of finely detailed accuracy and the detection of even the smallest changes in temperature. Analog temperatures converted by the module are presented graphically in bar charts to enable immediate graphical interpretation of data. Graphical representation makes it possible to make rapid diagnostics and measurements in control systems. The KL3061 finds maximum usage in applications that need high-precision conversion of analog signals into a narrow form. It is small enough to provide for effective usage of space in control cabinets. It can be used in systems utilized for measuring temperature-proportional processes that need real-time response. It suits very well applications in which temperature is monitored to ensure process consistency. It has electrical performance and digital output that facilitates straightforward compatibility with standard automation hardware. It facilitates bringing the signal quality to a high level while ensuring clear and readable results for automated systems and human operators.
By translating the temperature reading into digital information and graphical bar presentation, it also enhances the isomorphism between raw input and useful information. It makes it a solid device in use cases where quick interpretation and precise digital signal processing are necessary, especially in manufacturing, laboratory, or system diagnostic use cases which rely on quick thermal feedback.
