Sensor Measurement
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Hauber Elektronik HE200
A Hauber Elektronik HE200 vibration monitor is ordered as a dot-separated part-number string, for example HE200.16.10.42.24.M12.00. This decoder splits that string into its five logical configuration groups so you can read it block by block. It is an engineering selection aid: always confirm the final configuration against the current Hauber documentation or with Sensor Measurement before you order.
Interactive decoder
The prefix HE200 is fixed and identifies the product family. Each dot separates one code pair, and the pairs group into the five logical blocks explained below. Select each live chip to jump to its matrix card.
Structure looks complete. Six code pairs follow the HE200 prefix. Use the chips above to read each block against its matrix card, then confirm every value against the current Hauber data sheet or with Sensor Measurement.
The code matrix
The six suffix pairs group into five logical blocks. The worked example HE200.16.10.42.24.M12.00 illustrates each block; no other numerical choices are claimed as official values. Interpret every code against the current data sheet.
The first code pair after the prefix sets the measuring range of the vibration monitor, that is the span of vibration velocity the unit is scaled to detect. In the worked example the code 16 corresponds to a 0–16 mm/s measuring range. Any other value must be interpreted against the current data sheet.
The second code pair defines the frequency window of the measurement, the band of vibration frequencies the monitor responds to. A machine with slow-running components and a high-speed fan need different windows, so this code matters when matching the monitor to your machinery. Interpret the exact code against the current data sheet.
The third code pair selects the analogue output signal the monitor provides to your control or indication system. In the worked example the code 42 corresponds to the familiar 4–20 mA current loop, a two-wire standard widely used in Australian industry. Interpret the exact code against the current data sheet.
The fourth code pair specifies the supply voltage the monitor requires. In the worked example the code 24 aligns with a 24 V DC supply, the common industrial control voltage, but treat this as an example only. Interpret the exact code against the current data sheet.
The final two code pairs are read together as one logical group describing how the unit mounts and connects: the mounting stud or thread that fixes the monitor to the machine, and the cable connection such as a connector type or cable gland. In the worked example the trailing pair M12.00 illustrates this combined group. Interpret the exact codes against the current data sheet.
Common questions
A Hauber HE200 vibration monitor part number starts with the fixed product-family prefix HE200, followed by six dot-separated code pairs, for example HE200.16.10.42.24.M12.00. Each pair (or pair group) carries one configuration choice.
Type the part number into the decoder on this page. The suffixes split into five logical groups: measuring range, frequency window, analogue output, supply voltage, and mounting stud with cable connection. Each live code chip links to its detailed matrix card.
No. This decoder is an engineering selection aid. Only the values used in the worked example are stated as examples; always interpret each code against the current Hauber data sheet and confirm the final configuration with Sensor Measurement before ordering.
Selection aid only
This decoder is an engineering selection aid, not an official Hauber code register. Confirm the final configuration against the current Hauber documentation or with the Sensor Measurement team before ordering.
