IoT HUB Product Guide v.1.0
Lasted Edited: 05/04/2020
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at a different place in the cycle when it is. The HUB resolves this issue by allowing an external
process to tell The HUB when the asset is running through trigger signals.
Finally, it is desirable to collect other data from an asset in addition to vibration data. Examples
are pressure, fluid quality, temperature, power consumption, etc. The HUB’s ports are designed
to accommodate any type of sensor. Primarily, the HUB Analog Adapter supports all sensors
that output 4-20mA or 0-10V. As the HUB ecosystem grows, adapters will be added for
piezoelectric accelerometers, thermal probes, and other common transducers. With a full suite
of sensors to collect a wide variety of data from an asset, the HUB will enable unprecedented
ability to provide real-time asset health information.
2 Product Specifications
2.1 IoT HUB
2.1.1 Mechanical Specifications
2.1.2 Electrical Specifications
1
Any accessories (such as the analog adapter) that are configured to provide pass-thru power will utilize this
power source for attached transducers. Ensure your transducers operate satisfactorily with your provided external
input voltage.
2
Self-resetting fuse.
672 g (with Battery Power Module)
621 g (with AC Power Module)
Maximum Mounting Bolt Torque:
Magnetic or Hard Mount, #10 or M5 Socket Head
15 in⋅lb [1.7 N⋅m]
Input Power:
Access. Power (provided by HUB):
Battery Powered
Input Power:
Access. Power (provided by HUB):
Battery Life:
Externally Powered
Input Power:
Access. Power (provided by HUB)
External Trigger Signal Level:
120 VAC, 25 watts max., < 1 Watt typ., 0.55 P.F.
24 VDC ± 5%, 750mA (T
A
= 20°C), 150 mA (T
A
= 85°C)
3.6 VDC Nom. (2.8–3.7 VDC op.), <2.5 A pk., <1 mA typ.
None (unless specially provided by Sensor)
{TBD}
24 VDC Nom.
1
(8–36 VDC op.), <1 A (fused
2
), <1 mA typ.
Up to 1A at External Voltage +0/-5%
24 V Nom., 10 mA max., 10 ms minimum pulse width
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