Three-axis response
70M403-03-01-01-01: the sensor detects acceleration in X, Y and Z and calculates velocity from the acceleration signal. This detail belongs to the selected configuration and should not be inferred from the base family alone.
70M403-03-01-01-01Ranger Pro WirelessHART tri-axial wireless sensor
Bently Nevada · Ranger Pro wireless condition monitoring
Bently Nevada 70M403-03-01-01-01 | Ranger Pro WirelessHART tri-axial wireless sensor
70M403-03-01-01-01 · Ranger Pro WirelessHART tri-axial wireless sensor
01
Product Details
Ranger Pro wireless condition monitoringBently Nevada 70M403-03-01-01-01 is the WirelessHART Ranger Pro tri-axial sensor for simultaneous X, Y and Z acceleration, derived velocity and surface-contact temperature measurement.
The Bently Nevada 70M403-03-01-01-01 suffix fields keep its mounting, top-exit connection, cable and approval choices together. Its WirelessHART interface carries the measured values to the plant network without replacing the exact sensor record with a generic Ranger Pro name.
02
Specification Summary
Exact model configuration| Technical Item | 70M403-03-01-01-01 |
|---|---|
| Brand | Bently Nevada |
| Product name | Ranger Pro WirelessHART tri-axial wireless sensor |
| Country | South Africa |
| Order code structure | 70M403-AA-BB-CC-DD |
| Mounting option 03 | Ranger Pro mounting selection |
| Connector option 01 | Top exit |
| Cable option 01 | Configured sensor cable field |
| Approval option 01 | North America CII Div1 option |
| Wireless protocol | WirelessHART |
| Axes | X, Y and Z acceleration |
| Calculated value | Velocity derived from acceleration waveform |
| Temperature | Surface-contact temperature |
| Sensor role | Wireless condition monitoring |
| Interface distinction | WirelessHART tri-axial sensor |
03
Operating Characteristics
Ranger Pro WirelessHART tri-axial wireless sensorThe Bently Nevada 70M403-03-01-01-01 operating record combines vibration waveform inputs with temperature at one machine location. This detail belongs to the selected configuration and should not be inferred from the base family alone.
Thermal channel
70M403-03-01-01-01: the base sensor measures surface-contact temperature at the installed point. This detail belongs to the selected configuration and should not be inferred from the base family alone.
Wireless interval
70M403-03-01-01-01: the WirelessHART interface sends the configured condition values through the plant wireless network. This detail belongs to the selected configuration and should not be inferred from the base family alone.
04
System Integration
Ranger Pro wireless condition monitoringBently Nevada 70M403-03-01-01-01 is placed at the machine and linked to the WirelessHART network infrastructure. This detail belongs to the selected configuration and should not be inferred from the base family alone.
Field mounting
70M403-03-01-01-01: the 03 mounting field selects the physical attachment for the sensor body. The selected physical interface must stay consistent with the record.
Top-exit execution
70M403-03-01-01-01: the 01 connector field identifies the top-exit arrangement used by the selected record. This detail belongs to the selected configuration and should not be inferred from the base family alone.
Network role
70M403-03-01-01-01: the WirelessHART sensor reports to the network gateway; it is distinct from the ISA100 70M303 interface. The network role determines how the value reaches the host.
05
Frequently Asked Questions
Questions tied to the exact modelHow is Bently Nevada 70M403-03-01-01-01 different from the ISA100 70M303?
Bently Nevada 70M403-03-01-01-01 is the WirelessHART tri-axial execution; the 70M303 family uses ISA100. The network infrastructure must match the interface in the model record.
What measurements arrive from Bently Nevada 70M403-03-01-01-01?
The sensor provides X, Y and Z acceleration, velocity derived from that acceleration and contact temperature from the installed base.
Why keep the 03-01-01-01 suffix on Bently Nevada 70M403?
The suffix carries the mounting, connector, cable and approval selections. Removing it can obscure the physical execution needed for the site installation.
Can Bently Nevada 70M403-03-01-01-01 be connected to an ISA100 gateway?
No assumption should be made from the Ranger Pro name; Bently Nevada 70M403-03-01-01-01 is a WirelessHART interface and requires the corresponding network path.
What does the temperature channel represent on Bently Nevada 70M403-03-01-01-01?
It represents surface-contact temperature measured at the sensor base, reported alongside the vibration values.
What should be checked when WirelessHART data is missing from Bently Nevada 70M403-03-01-01-01?
Check the WirelessHART gateway path, approval selection, mounting and battery state while keeping the complete model string in the service record.
06
Advantageous Brands
Moore AutomationMOORE AUTOMATION
https://www.mvme.cn/Moore Automation handles industrial automation records across Bently Nevada, Siemens, GE and other established control brands.
The current product is kept under its original manufacturer and exact model rather than being relabeled as a generic replacement. The exact record remains 70M403-03-01-01-01.
Bently NevadaCondition-monitoring records.
SiemensPLC and automation records.
GEControl and I/O records.
07
Product Recommendations
Selected industrial automation records| Bently Nevada3500/33-SIL2-03-01 | Vibro-MeterMPC4 200-510-070-113 | Woodward8200-1355 |
| Siemens6ES7288-2DT08-0AA0 | ABBCI854AK01 | Allen-Bradley1734-TOP |
| HoneywellFC-SAI-1620M | YokogawaAAB841-S50/M4A00 | EmersonKJ3001X1-BA1 |
| Triconex3009X | HIMAF35 | FoxboroRH101DF |
| Bently Nevada3500/92-04-01-01 | Vibro-MeterMPC4 200-510-074-113 | Woodward8200-188 |
| Siemens6ES7288-2DT16-0AA0 | ABBCI840A | Allen-Bradley1734-TB |
| HoneywellCC-PUIO31 | YokogawaAAI543-S60/A4S00 | EmersonKJ3001X1-BB1 |
| Triconex3010X | HIMAF35 03/4 | FoxboroFBM214E |
| Bently Nevada330101-00-08-05-02-00 | Vibro-MeterMPC4 200-510-074-114 | Woodward9907-1200 |
| Siemens6ES7288-2DR32-0AA0 | ABBCI867K01 | Allen-Bradley1734-ARM |
| HoneywellCC-PDOB01 | YokogawaA2MMM843-SS1130 | EmersonKJ3201X1-BA1 |
| Triconex4355X | HIMAF35 030 11 | FoxboroRH101RY |
| Bently Nevada330101-00-08-05-02-05 | Vibro-MeterMPC4 200-510-076-114 | Woodward9907-173 |
| Siemens6ES7288-2DT32-0AA0 | ABBCI871AK01 | Allen-Bradley1734-VHSC24 |
| HoneywellCC-PCNT02 | YokogawaADV151-P60/D5A00 | EmersonKJ3002X1-BA1 |
| Triconex4610X | HIMAF30 | FoxboroFBM247 |
| Bently Nevada330101-00-08-10-02-00 | Vibro-MeterMPC4 200-510-078-115 | Woodward8237-2596 |
| Siemens6ES7288-2QR16-0AA0 | ABBTU810V1 | Allen-Bradley1734-SSI |
| HoneywellCC-PAIL51 | YokogawaAAV144-SK0 | EmersonKJ3002X1-BC1 |
| Triconex4701X | HIMAF60 | FoxboroRH927BN |
08
Contact Details
Direct product enquiryContact Us
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