Welcome to Moore Automation Limited
|
Copy and share this link on social network or send it to your friends
Copy| Product Name | Bently Nevada 70M303-03-01-01-01 | Ranger Pro ISA100 tri-axial wireless sensor |
| Item NO. | 2926346 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | BENTLY NEVADA |
| Brand | Bently Nevada |
| Creation Time | 2026-10-23 |
Bently Nevada · Ranger Pro wireless condition monitoring
70M303-03-01-01-01 · Ranger Pro ISA100 tri-axial wireless sensor
Bently Nevada 70M303-03-01-01-01 is an ISA100 Ranger Pro tri-axial wireless sensor. It detects acceleration and derives velocity on the X, Y and Z axes while measuring surface-contact temperature at the machine.
The four configuration fields in Bently Nevada 70M303-03-01-01-01 identify the mounting option, top-exit connector, cable and agency approval. The sensor sends its measured values through the ISA100 wireless network and can participate in the network routing path when enabled.
| Technical Item | 70M303-03-01-01-01 |
|---|---|
| Brand | Bently Nevada |
| Product name | Ranger Pro ISA100 tri-axial wireless sensor |
| Country | South Africa |
| Order code structure | 70M303-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 | ISA100 |
| Axes | X, Y and Z acceleration |
| Calculated value | Velocity derived from acceleration waveform |
| Temperature | Surface-contact temperature |
| Sensor role | Wireless condition monitoring |
| Battery behavior | Router mode increases battery use |
The Bently Nevada 70M303-03-01-01-01 sensor combines three-axis vibration and temperature measurements in one wireless record. This detail belongs to the selected configuration and should not be inferred from the base family alone.
70M303-03-01-01-01: acceleration is detected on X, Y and Z; velocity is derived from the acceleration waveform for the same sensor position. This detail belongs to the selected configuration and should not be inferred from the base family alone.
70M303-03-01-01-01: the device base measures contact temperature so vibration and temperature remain associated with the same machine point. The environmental limit applies to the installed device.
70M303-03-01-01-01: the ISA100 interface transmits the measured values to the network access point for condition monitoring. This detail belongs to the selected configuration and should not be inferred from the base family alone.
The wireless execution of Bently Nevada 70M303-03-01-01-01 determines how the sensor joins and extends an ISA100 network. This detail belongs to the selected configuration and should not be inferred from the base family alone.
70M303-03-01-01-01: the 03 field selects the specified mounting option in the Ranger Pro order record. The selected physical interface must stay consistent with the record.
70M303-03-01-01-01: the 01 connector field identifies the top-exit sensor arrangement. This detail belongs to the selected configuration and should not be inferred from the base family alone.
70M303-03-01-01-01: ranger Pro ISA100 sensors can act as routers; router operation increases battery use and the recommended router loading is no more than three sensors.
Bently Nevada 70M303-03-01-01-01 measures acceleration on X, Y and Z, derives velocity from that waveform and records the machine surface temperature.
The 70M303 interface is the ISA100 Ranger Pro execution, so its wireless network path and approval field must be selected as an ISA100 record.
The ISA100 Ranger Pro sensor can operate as a router when enabled, but router operation uses more battery and should follow the network loading limit.
The 03 field is the mounting selection, while the first 01 identifies the top-exit connector field. Both are needed to preserve the physical execution.
The sensor base measures contact temperature at the machine surface and reports it with the vibration values.
Confirm the ISA100 network, mounting selection, approval option and the intended router or end-device role before assigning the sensor to the monitoring network.
Moore Automation combines catalog-level identification with a practical review of part numbers, options and destination details.
That structure keeps this enquiry readable when a model has several suffix fields or a multi-part configuration. The exact record remains 70M303-03-01-01-01.
| 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 |
Send the exact model and requested quantity with your enquiry.
Moore Automation Sales Team
Copyright © 2004–2026 www.mvme.cn. All rights reserved.
Disclaimer: Moore Automation Limited is an independent reseller and is not an authorized distributor or representative of the manufacturers featured on this website. Product names and trademarks belong to their respective owners.
No related record found