Orbit 60 Series Machinery Protection and Condition Monitoring System
Orbit 60 Series Machinery Protection and Condition Monitoring System
Orbit 60 Series is the future of machinery asset protection, condition monitoring and advanced diagnostics. Look beyond just protection.
Orbit 60 Series is Bently Nevada’s next generation of machinery protection and condition monitoring designed to be the most advanced system for all your critical machinery assets across a wide range of industrial process applications.
Orbit 60 Series is built on a fully distributable architecture that allows you to monitor all your assets regardless of complexity or location and is intrinsically cyber secure.
When combined with System 1 diagnostics software, Orbit 60 Series will provide users the ability to create proactive maintenance and fleet management programs for maximum productivity and cost reduction.
Orbit 60: The Future of Machinery Condition Monitoring
Orbit 60 Series The Future of Machinery Condition Monitoring
Orbit 60 Series protection and condition monitoring system is a flexible, scalable platform for continuous, online monitoring of your most critical machinery as well as all other machine assets used in plant-wide processes, all available in a single comprehensive system.
- Plant-wide: The Orbit 60 Series Protection and Condition Monitoring System provides one continuous, online monitoring system for both critical and plant-wide applications.
- Cyber Secure: Orbit 60 Series is an intrinsically cyber secure device. The integral data diode in the Condition Monitoring Module (CMM) supports seamless integration of the protection data to the business network.
- API 670 Protection -SIL Certified
- Distributed Architecture: With Orbit 60 Series's distributed architecture, connection of multiple chassis through Bridge modules decreases overall electrical installation costs and reduces analog ground loops and noise issues.
- Industry Leading Capabilities: With over twice the current industry standard, one System Interface Module(SIM) defines a system of up to 80 dynamic channels and all modules are configured through the single SIM.
- High Speed Process Data Integration: Next generation architecture facilitates full bidirectional communications with plant control systems over a suit of standard protocols.
19" Chassis (EIA rail-mount, panel-cutout-mount, or bulkhead mount)
- 3U high - 19 general purpose slots
- 6U high - 32 general pupose slots
10" Chassis (panel-cutout-mount or bulkhead mount)
- 10 general purpose slots
*In the future, multiple deployment type bases will be available
System Interface Module (SIM):
The System Interface Module (SIM) serves as the external communication interface for the system. A single SIM is required for a system, whether it is just one chassis or if the system bridges across multiple chassis. The System Interface Module is the access point for configuring and maintaining the system
Protection Processing Module (PPM):
The Protection Processing Module (PPM) serves as the computational engine for the protection system, extracting all machinery measurements for the protection system and alarm determinations. The module supports state-based alarming.
Condition Monitoring Module (CMM)
The CMM is the data acquisition and storage module for the system. It is a specialized computational engine designed to support communication between System 1 Condition Monitoring software and Orbit 60 Series modules.
The base-to-base Bridge module interconnects multiple chassis to make a system.. Bridge connectivity enables distributed system deployments. in linear or star topology.
Each Bridge communicates all data in the local chassis, to the remote Bridge where data is relayed to the remote chassis. In this way, all data within the system is communicated to all devices in the system.
Communication Gateway - Modbus (Serial or Ethernet) or EGD (Ethernet)
Through the Communication Gateway module, the system can acquire process data from external control systems, human interfaces, and historians.
This module also provides information to external hosts, using standard industrial protocols. The CGW is designed to be used as part of a protection loop, with SIL certification.
Power Interface Module (PIM):
Each Orbit 60 Series chassis supports two redundant 24Vdc power input modules. When both supplies are provided, failure of one power source does not affect the operation of the system.
Transducer Input Modules:
- Negative Dynamic Input (PAV) / (Prox, Accel, Velom)
- Negative Dynamic Input (PAS) / (Prox, Accel, Seismic)
- Negative Dynamic Input (PAA) / (Prox, Accel, Aero)
- Positive Dynamic Input (POV)
- High Speed Keyphasor
- AC LVDT
- RTD/TC Temperature
- Isolated TC Temperature
- Isolated Discrete Input
- Isolated Process Variable
For complete list of all supported transducer & measurement types, see product datasheet*
Recorder Outputs (4-20mA, 1-5Vdc or 0-10Vdc):
The Recorder Output module is a 8-channel instrument that accepts processed input signals from available input modules over the communication bus.
Relays (Electro-Mechanical Relay or Solid State Relay):
Relay modules provide a set of relays that can be programmed to actuate based on alarm conditions defined in other modules. They are programmable with standard logic elements to combine various alarms and statuses into relay activation conditions.
An external display connects to the System Interface Module (SIM) to display Orbit 60 Series Config software, showing system information such as:
- System event list
- Alarm event list
- All module and channel data
- Alarm and OK status
- Nine custom display options
Use either a 10" and 15" VGA touch screen displays. Many compact, durable displays are designed for excellent viewing quality in industrial applications. Various 10" displays are certified for hazardous environments. Each display requires a separate power supply.
Multiple Systems Configuration:
The configuration application used for Orbit 60 Series enables you to connect to multiple systems from a single client session, opening multiple offline configuration files alongside active connected systems to allow for easy cross-referencing across systems.
Graphical System and Relay Configuration:
Create and manage multiple pages of relay logic by graphically configuring, one channel per page, with drag and drop elements and connectors. Your system can also be graphically assembled by dragging and dropping components from a library of modules.
Current Values and Loop Check:
View current value data across all channels within a system. Loop checks can be performed via bar graphs, tabular lists, and live plots for dynamic data, from channels throughout the system.
Easy Integration to Bently Nevada's Industry Leading Condition Monitoring Software:
Take full advantage of the System 1 Condition Monitoring Software by using the Orbit 60 Series CMM module, which contains a data diode to provide a cyber secure approach for obtaining data through the business network or other systems. With the Comms Gateway Module, Modbus data and requests can be sent and received from control systems, then relayed to System 1.
For More System 1 Info: