M.1301.9806 Danaher
Wake Industrial LLC is not an authorized distributor of this product.
The Danaher M.1301.9806 is part of the Block IO Analog Modules series and offers 8 input channels with a 14-bit resolution. It features an analog accuracy of ±0.1% full scale and operates at a supply voltage of 24 VDC with a supply current of 60 mA. The module measures 4.825 inches in height, 4.05 inches in width, and 3 inches in depth.
Internal Product Review
The M.1301.9806 is a Danaher Block IO analog module with 8 input channels and 14-bit resolution. Performance is especially strong in signal conditioning, with ±0.1% full-scale analog accuracy and -150 dB common mode rejection at 60 Hz. The 47 msec sample interval supports steady acquisition in control applications, making this module a very capable analog I/O option.
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Product Description:
The M.1301.9806 is an analog input block manufactured by Danaher for the Block IO Analog Modules series. It mounts with neighboring digital and motion slices to bring thermocouple and low-level voltage signals directly into a controller over a fieldbus backbone. The module consolidates signal conditioning and data conversion in a cabinet footprint measuring 4.05 in in width, 3 in in depth, and 4.825 in in height, allowing dense installation in OEM machinery. Its role is to digitize temperature or process variables so the automation system can apply closed-loop logic.
In operation, the module samples each input every 47 ms and digitizes the result through a successive-approximation converter that delivers 14 bits of resolution. The raw sensor voltage has a maximum range of ±100 mV; beyond this range, the converter clips the reading. Line interference is suppressed by a common-mode rejection of -150 dB at 60 Hz, while differential pickup is limited to -7 dB at the same frequency, protecting accuracy in electrically noisy cabinets. Overall linearity is maintained within ±0.1% of full scale, so drift remains negligible for most closed-loop temperature or process control applications.
For field installation, the block draws 60 mA from a 24 V DC control rail, generating minimal thermal load in compact enclosures. Its eight input terminals accept J or K thermocouples; K inputs hold error to 0.23% of the 1500 °C span, while J inputs remain within 0.26% across a 1350 °C excursion. The internal backplane allocates one word per channel, so systems read all 8 input values in a single scan. A molded housing rated to withstand mechanical shocks of 15 g for 11 ms secures the electronics in mobile or high-vibration equipment.
