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3300 System Compatibility Guide Bently Nevada

From: | Author:kongjiang | Time :2025-02-17 | 806 Browse: | 🔊 Click to read aloud ❚❚ ▶ | Share:

3300 System Compatibility Guide Bently Nevada

System Identification This section should be used to help define and identify each of the four configurations of the 3300 Monitoring System Bently Nevada LLC supports.  The configurations are defined by the rack (backplane version), Power Supply, System Monitor, and firmware installed in individual monitors.  The four possible 3300 configurations are explained below. Use Table 2 on the next page to clarify exactly which 3300 configuration you may have.   2.1 Configuration Definitions 2.1.1 Original System This is the first generation 3300 System.  This system may have serial communication capability, but it predates and is not compatible with the internal data interfaces (TDe or SDI/DDI) and most recent external communication processors (SDIX/DDIX, TDIX and TDXnet CPs).  The Original System can, however, communicate with a Digital Control System (DCS) or with DM2000 Software through a DDM, PDM, or TDM CP. These systems can be upgraded to the Mixed System, TDe or SDI/DDI System configuration, depending on your interface requirements. 2.1.2 Mixed System This is the Original System with a 3300/03-01 System Monitor that does not have internal SDI/DDI capabilities but can interface to a DDM, TDM, PDM CP.  In order to interface to an SDIX/DDIX, TDIX or TDXnet™ CP, the firmware in each monitor must be SDI/DDI compatible. NOTE: The System Monitor must be configured correctly with jumpers depending upon the external Communication Processor that is being used.  The DDM, TDM, and PDM use a different static interface than the SDIX/DDIX, TDIX, and TDXnet™ CPs.  Refer to the System Monitor Manual (BN Document 89604, table 1) for specific jumper configurations. Table 3 in Section 2.4 lists the SDI/DDI compatible monitor firmware part numbers. The Mixed System can be upgraded to an SDI/DDI System, by changing the backplane, power supply, and the firmware in each of the monitors. 2.1.3 SDI/DDI System This generation of the 3300 System uses 3300/03 System Monitor.  The System Monitor, Power Supply, and Backplane are all SDI/DDI-compatible, with the System Monitor configured with or without internal SDI/DDI communications and the firmware in each of the monitors is SDI/DDI compatible.

NOTE: The System Monitor must be configured correctly with jumpers depending upon the external Communication Processor that is being used.  The DDM, TDM, and PDM use a different static interface than the SDIX/DDIX, TDIX, and TDXnet™ communication processors.  Refer to the System Monitor Manual (BN Document 89604, table 1) for specific jumper configurations. The SDI/DDI System is compatible with the following Bently Nevada Communications Processors and monitoring software packages: DDM CP, TDM CP, SDIX/DDIX CP, TDIX CP, TDXnet™ CP, DDM/TDM Software, DDM2/TDM2 Software, System 64 Software, and DM2000 Software. 2.1.4 TDe System This generation of the 3300 System uses 3300/02 System Monitor.  The Power Supply, Backplane and firmware in each of the monitors must be SDI/DDI compatible. The TDe System is not compatible with any external Communications Processors as they are not required for TDe to directly interface to System 1 Software.

System Identification The following sections discuss how to determine the configuration of your 3300 System.   You may use the following steps as a guideline to identify your monitoring system. 

• Examine the front panels of the System Monitor and Power Supply and check the Power Input Module on the back of the rack.  Use the information in Sections 2.2.1, 2.2.2 and 2.2.3 to determine your system configuration.

• If there is any question as to the system configuration after completing step 1, use Section 2.3 to identify the backplane.  The backplane determines whether the rack is an SDI/DDI System rack or an Original System rack. Note: The new backplane cannot be used with the old power supplies and the old backplane   cannot be used with the new power supplies.  They BOTH must be updated at the same time. 

• Use Section 2.4 to determine the firmware identity on individual 3300 monitors.  The firmware in some early 3300 monitors is not compatible with newer generation data interfaces (SDIX/DDIX, TDIX, TDXnet™ communication processors or TDe).  Similarly, some new multi-channel monitors are not compatible with older external Communications Processors.  See Section 3 for compatibility information.

Original System 

• Consists of the 3300/01-XX System Monitor, 3300/10 or /11 Power Supply and one of the Power Input Modules shown in Figure 1. 

• If necessary, see Section 2.3.1 to identify an original backplane. 

• See Appendix A for hardware upgrade kit part numbers and/or contact your Bently Nevada representative to upgrade a system.

• See Table 4 in Section 3.3 for information on compatibility with communication processors and software for this system configuration.

Mixed System 

• Consists of an original system with a 3300/03-01 System Monitor, a 3300/10 or /11 or /14 Power Supply, an original backplane, and one of the original Power Input Modules shown in Figure 2. 

  • Beckhoff CX5120-0160 CPU module,
  • Beckhoff CX5120-0150 CPU module
  • Beckhoff CX5120-0143 CPU module
  • Beckhoff CX5120-0142 CPU module
  • Beckhoff CX5120-0141 CPU module, Microsoft Windows 10 IoT Enterprise 2016 LTSB
  • Beckhoff CX5120-0140 CPU module
  • Beckhoff CX5120-0130 CPU module
  • Beckhoff CX5120-0123 CPU module
  • Beckhoff CX5120-0122 CPU module
  • Beckhoff CX5120-0120 CPU module
  • Beckhoff CX5120-0113 CPU module
  • Beckhoff CX5120-0112 CPU module
  • Beckhoff CX5120-0111 CPU module
  • Beckhoff CX5120-0110 CPU module
  • Beckhoff CX5120-0100 CPU module, no operating system
  • Beckhoff C6017-0040 | Fanless ultra-compact Industrial PC
  • Beckhoff C6017 | Fanless ultra-compact Industrial PC
  • Beckhoff C6015-0030  | Fanless ultra-compact Industrial PC
  • Beckhoff C6015-0040 | Fanless ultra-compact Industrial PC
  • Beckhoff C6015 | Fanless ultra-compact Industrial PC
  • Beckhoff CX2500-M510 | Fieldbus master module
  • Beckhoff CX2500-M310 | Fieldbus master module
  • Beckhoff CX2500-B510 | Fieldbus slave module
  • Beckhoff CX2500-B310 | Fieldbus slave module PROFIBUS for CX20xx, CX52x0. CX53x0. CX56x0
  • Beckhoff CX2500-0070 | USB 3.0 module for CX20xx, CX52xx, CX53x0. CX56x0
  • Beckhoff CX2500-0062 | 2.5 Gbit Ethernet module for CX20xx, CX52x0. CX53x0. CX56x0
  • Beckhoff CX2500-1061 | Power over Ethernet module for CX20xx, CX52x0. CX53x0. CX56x0
  • Beckhoff CX2500-1060 | Ethernet module for CX20xx, CX52x0. CX53x0. CX56x0
  • Beckhoff CX2500-0031 | Serial Interface RS485/RS422
  • Beckhoff CX2500-0030 | Serial Interface RS232 for CX20xx, CX52x0. CX53x0. CX56x0
  • Beckhoff CX5230-0195 CPU module
  • Beckhoff CX5230-0190    CPU module
  • Beckhoff CX5230-0175    CPU module,
  • Beckhoff CX5230-0170  CPU module
  • Beckhoff CX5230-0100    CPU module, no operating system, no TwinCAT
  • Beckhoff CU8130-0240 | UPS modul, battery-backed
  • Beckhoff CU8130-0120 | UPS module, battery-backed
  • Beckhoff CU8110-0120 | UPS module, capacitive
  • Beckhoff CU8110-0060 | UPS module, capacitive
  • Beckhoff CX5130-0195    CPU module
  • Beckhoff CX5130-0190    CPU module
  • Beckhoff CX5130-0185 CPU module
  • Beckhoff CX5130-0170    CPU module
  • Beckhoff  CX5130-0163 CPU module, Microsoft Windows 10 IoT Enterprise 2019 LTSC, 32 bit
  • Beckhoff  CX5130-0162    CPU module
  • Beckhoff CX5130-0161  CPU module
  • Beckhoff CX5130-0160    CPU module
  • Beckhoff CX5130-0155  CPU module
  • Beckhoff CX5130-0150    CPU module
  • Beckhoff CX5130-0143 CPU module
  • Beckhoff CX5130-0142 CPU module
  • Beckhoff CX5130-0140    CPU module
  • Beckhoff CX5130-0135 CPU module
  • Beckhoff CX5130-0130 CPU module
  • Beckhoff CX5130-0125    CPU module
  • Beckhoff CX5130-0123    CPU module
  • Beckhoff CX5130-0122    CPU module
  • Beckhoff CX5130-0121 CPU module
  • Beckhoff CX5130-0115    CPU module,
  • Beckhoff CX5130-0113    CPU module
  • Beckhoff CX5130-0112   CPU module
  • Beckhoff CX5130-0111   CPU module
  • Beckhoff CX5130-0110 CPU module, Microsoft Windows Embedded Compact 7. no TwinCAT
  • Beckhoff CX5130-0100  CPU module, no operating system, no TwinCAT
  • DEIF FAS-113DG Synchronisation & circuit breaker closing
  • DEIF FAS-115DG Synchronisation & circuit breaker closing
  • DEIF HAS-111DG Synchronisation & circuit breaker closing
  • DEIF LSU-122DG Load sharing, paralleling & operation
  • DEIF LSU-114DG Load sharing, paralleling & operation
  • DEIF LSU-113DG Load sharing, paralleling & operation
  • DEIF LSU-112DG Load sharing, paralleling & operation
  • DEIF RMF-112D Frequency relay
  • DEIF RMC-142D Current relay
  • DEIF RMC-132D Current relay
  • DEIF RMC-131D Current relay
  • DEIF RMC-122D Current relay
  • DEIF RMC-121D Current relay
  • DEIF RMC-111D Current relay
  • DEIF MVR-V211 Busbar Protection
  • DEIF MVR-T257 Transformer Differential Protection
  • DEIF MVR-T256 Transformer Differential Protection
  • DEIF MVR-T216 Transformer Differential Protection
  • DEIF MVR-T215 Transformer Protection
  • DEIF MVR-M257 Motor Differential Protection
  • DEIF MVR-M255 Motor Protection
  • DEIF MVR-M215 Motor Protection
  • DEIF MVR-M210 Motor Protection
  • DEIF MVR-G257 Generator Differential Protection
  • DEIF MVR-G215 Generator Protection
  • DEIF MVR-F255 Directional Feeder Protection
  • DEIF MVR-F215 Directional Feeder Protection
  • DEIF MVR-F210 Feeder Protection
  • DEIF MVR-F205 Directional Feeder Protection
  • DEIF MVR-F201 Basic Feeder Protection
  • DEIF MVR-200 series Medium Voltage Relay
  • DEIF MDR-2 Multi-differential relay
  • DEIF LMR-122D Loss of mains relay
  • DEIF LMR-111D Loss of mains relay
  • DEIF APU-4 Advanced G59 and G99 protection unit
  • DEIF iE 650 PLC - The most robust programmable automation controller available
  • DEIF iE 350 PLC - Programmable Automation PLC Controller
  • DEIF iE 250 PLC Versatile and modular intelligent energy PLC controller
  • DEIF PPM-3 EDG Protection and Power Management
  • DEIF AGC 3X 4198000234E AUTOMATIC GENSET CONTROLLER
  • SAUTER ASF123 Damper actuator with spring return
  • SAUTER ASF122 Damper actuator with spring return
  • SAUTER ASF113F122 Damper actuator with spring return
  • SAUTER ASF113F120 Damper actuator with spring return
  • SAUTER ASF112F122 Damper actuator with spring return
  • SAUTER ASF112F120 Damper actuator with spring return
  • SAUTER ASM 124/134 series - ASM134F130 Damper actuator
  • SAUTER ASM 124/134 series - ASM134SF132 Damper actuator
  • SAUTER ASM 124/134 series - ASM124SF132 Damper actuator
  • SAUTER ASM 124/134 series - ASM124F122 Damper actuator
  • SAUTER ASM 124/134 series - ASM124F120 Damper actuator
  • SAUTER Valve actuator ASM 105S/115S series ASM115SF152
  • SAUTER Valve actuator ASM 105S/115S series ASM105SF152
  • SAUTER Valve actuator ASM 105S/115S series ASM115SF132
  • SAUTER Valve actuator ASM 105/115 series ASM105SF132
  • SAUTER Valve actuator ASM 105/115 series ASM115F122
  • SAUTER Valve actuator ASM 105/115 series ASM115F120
  • SAUTER Valve actuator ASM 105/115 series ASM105F122
  • SAUTER Valve actuator ASM 105/115 series ASM105F120
  • SAUTER Valve actuator ASM 105/115 series ASM105F10
  • SAUTER AKF113S Rotating actuator AKF 112/113 series
  • SAUTER AKF113F122 Rotating actuator AKF 112/113 series
  • SAUTER AKF113F120 Rotating actuator AKF 112/113 series
  • SAUTER AKF112F122 Rotating actuator AKF 112/113 series