Define the system offline
Bently Nevada 60X/CFG lets the engineer create the chassis, module, channel, measurement, alarm, and relay structure before connecting to hardware.
Bently Nevada · Orbit 60 engineering software
Bently Nevada 60X/CFG | Orbit Studio Configuration Software
Product file60X/CFGOrbit Studio softwareConfigure · Verify · Retrieve
01
Product Overview
Bently Nevada 60X/CFG is Orbit Studio Configuration Software for creating, editing, transferring, and reviewing Orbit 60 system configurations. Bently Nevada 60X/CFG represents the engineering client used to define chassis modules, channels, measurements, setpoints, relays, and system-level behavior before those settings are sent through the SIM.
A single Bently Nevada 60X/CFG client can connect to multiple Orbit 60 systems, open configurations while offline, and copy or paste modules and channels between compatible project structures. Bently Nevada 60X/CFG also retrieves installed configurations, displays current values, and presents loop-check information as lists or graphs.
When a low full-scale-range device is configured, Bently Nevada 60X/CFG issues a measurement-accuracy warning so sensor sensitivity and range can be reviewed together. Bently Nevada 60X/CFG therefore supports both configuration programming and verification without becoming part of the real-time protection measurement path.
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Technical Specifications
| Technical Item | Specification |
|---|---|
| Brand | Bently Nevada |
| Model | 60X/CFG |
| Product Name | Orbit Studio Configuration Software |
| Country | United States |
| System Family | Orbit 60 Series |
| Product Type | Engineering configuration software |
| Primary Connection | Ethernet through the Orbit 60 System Interface Module |
| Offline Work | Create and edit configurations without a live chassis |
| Online Work | Send, retrieve, and review connected-system configurations |
| Multi-System Access | One client can connect to multiple Orbit 60 systems |
| Configuration Scope | Chassis, modules, channels, measurements, setpoints, relays, and system functions |
| Reuse Tools | Copy and paste compatible modules and channels |
| Verification Displays | Current values and loop-check lists or graphs |
| Accuracy Warning | Low full-scale-range sensor configuration warning |
| Role in Protection Path | Engineering tool; not the real-time measurement processor |
03
Configuration and Programming Workflow
Bently Nevada 60X/CFG supports a deliberate sequence in which the Orbit 60 structure is prepared, reviewed, and then transferred through the SIM.
Copy compatible structures
Bently Nevada 60X/CFG can copy or paste modules and channels so repeated configurations do not have to be re-entered field by field.
Send through the SIM
Bently Nevada 60X/CFG delivers the completed configuration to the connected system after access and lock conditions are satisfied.
04
Verification and Loop-Check Tools
Bently Nevada 60X/CFG combines configuration readback with live values and loop-check views so the project file can be compared with the connected system.
Read the installed configuration
Bently Nevada 60X/CFG can retrieve settings from a connected Orbit 60 system before changes are prepared.
View current channel values
Bently Nevada 60X/CFG displays current values to confirm that configured channels are receiving the expected inputs.
Use lists and graphs
Bently Nevada 60X/CFG presents loop-check information in list and graphical forms for structured commissioning work.
05
Frequently Asked Questions
How can Bently Nevada 60X/CFG be used before the Orbit 60 hardware is available?
Bently Nevada 60X/CFG can create and edit an offline configuration containing the planned chassis, modules, channels, measurements, setpoints, and relays. The Bently Nevada 60X/CFG file can then be reviewed before it is sent to the installed system.
Why might Bently Nevada 60X/CFG connect to a SIM but refuse to send changes?
When Bently Nevada 60X/CFG cannot send changes, verify that the SIM is in Program mode, Configuration Lock is not active, and the user has the required rights. Bently Nevada 60X/CFG can remain connected while the system intentionally blocks edits.
What should be done if the project file and connected system disagree in Bently Nevada 60X/CFG?
Use Bently Nevada 60X/CFG to retrieve the installed configuration and compare it with the working project before overwriting either record. Bently Nevada 60X/CFG supports both directions, so the intended authoritative file must be chosen deliberately.
Why does Bently Nevada 60X/CFG warn about measurement accuracy for a low-range sensor?
Bently Nevada 60X/CFG warns when the configured full-scale range can magnify accuracy effects for low-output sensors. Review sensor sensitivity, measurement range, and the receiving input together before accepting the Bently Nevada 60X/CFG configuration.
Can Bently Nevada 60X/CFG verify wiring without replacing the system monitor?
Bently Nevada 60X/CFG provides current-value and loop-check views that help confirm signal paths while the Orbit 60 modules continue to perform the actual measurement. Bently Nevada 60X/CFG is the engineering interface, not a substitute for the hardware channels.
How should repeated systems be handled without introducing copy errors in Bently Nevada 60X/CFG?
Bently Nevada 60X/CFG can copy compatible modules and channels, but each copied structure should be checked for slot, channel, sensor, setpoint, and relay differences. Treat Bently Nevada 60X/CFG reuse as a starting point rather than proof that two machines are identical.
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Brand Supply Scope
MOORE AUTOMATION
Moore Automation handles enquiries across established automation and machinery-monitoring families, including ABB 800xA and S800, Siemens S7 and ET 200, Bently Nevada 3300, 3500 and Orbit, plus GE, Honeywell and Emerson control hardware.
ABB and Siemens800xA, S800, S7 and ET 200
Bently Nevada and GE3300, 3500, Orbit and IC families
Honeywell and EmersonControl and I/O hardware
Additional brandsSchneider, Rockwell and Yokogawa
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