Moxa RM-2600-T Технические характеристики онлайн
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Programmable RTU Controllers
ioPAC 8500 Series
Rugged modular RTU controllers
› Dedicated ARM (RISC) CPUs for the main system and each I/O module
› Millisecond timestamp granularity for digital input and analog input
› Supports 5 kHz sampling rate on every channel
› Pre-recording for analog input data logging
› Supports C/C++ and IEC 61131-3 programming languages
› Compliant with EN 50121-3-2, EN 50121-4, and a portion of EN 50155
specifications
› Robust and compact design for harsh environments
› Modular I/O for versatility, flexibility, and scalability
The ioPAC 8500 modular RTU controllers use an ARM9 industrial
grade CPU for the system, and ARM Cortex™ M4 CPUs for the
modules. The controllers have 2, 5, or 9 I/O slots for 85M series
modules. The USB bus between the controller CPU and module CPUs
transmits data at up to 200 Mbps, and the dual CPU architecture
supports a 5 kHz (per channel) analog input sampling rate,
pre-recording of analog input data, and timestamping with millisecond
granularity. Moreover, the ioPAC 8500 supports C/C++, rail-level surge
Overview
and ESD protection, a -40 to 75°C operating temperature range,
vibration protection, hot-swappable modules, two 10/100 Mbps
Ethernet ports with two MACs (with port trunking capabilities), and
two 3-in-1 serial ports. Accompanied by Moxa’s Active OPC Server and
DA-Center data integration software, the ioPAC 8500 series provides a
comprehensive solution for data acquisition and control applications in
harsh environments.
Millisecond timestamp granularity is a powerful
aid in post-event analysis and troubleshooting.
For example, if an emergency triggers 10
separate I/O events within a 10-millisecond time
interval, you will still be able to clearly identify
the sequence in which the events occurred,
even if the I/O events are recorded by different
modules.
Moxa’s ioPAC 8500 RTUs use an ARM9
industrial-grade CPU, and the dual CPU
architecture supports up to a 5 kHz (per
channel) analog input sampling rate, giving
engineers the analog data precision they need
to correctly analyze events after they have
occurred.
The ioPAC 8500 RTU controller lets you
hot-swap I/O modules, allowing engineers to
quickly and easily install and replace modules
in the field, reducing maintenance costs and
streamlining maintenance procedures.
The ioPAC 8500 RTU’s prerecord feature allows
the RTU controller to continuously record
analog input data before an event is triggered.
The prerecord feature is a major improvement
over products that only start logging data
after an event has occurred, because these
conventional approaches can often lead to
the loss of critical data due to network latency
during the event.
Millisecond Timestamp Granularity
High Sampling Rate
I/O Module Hot-Swapping
Analog Input Prerecord Feature
Award-winning Product
Содержание
- Iopac 8500 series 1
- Overview 1
- Rugged modular rtu controllers 1
- Computer 2
- Dimensions 2
- Environmental limits 2
- Ethernet interface 2
- Iopac 8500 2 2
- Mtbf mean time between failures 2
- Physical characteristics 2
- Power requirements 2
- Programmable rtu controllers 2
- Serial communication 2
- Serial communication parameters 2
- Serial signals 2
- Software characteristics 2
- Specifications 2
- Standards and certifications 2
- Warranty 2
- Dimensions 3
- Din rail kit din rail kit 3
- Iopac 8500 5 3
- Iopac 8500 9 3
- Mounting kits 3
- Programmable rtu controllers 3
- Unit mm inch 3
- W w w m o x a c o m i n f o m o x a c o m 3
- Wall mount kit optional wall mount kit optional 3
- Available models 4
- I o modules can be purchased separately 4
- Optional accessories can be purchased separately 4
- Ordering information 4
- Package checklist 85m modules 4
- Package checklist iopac 8500 4
- Programmable rtu controllers 4
- Analog inputs 5
- Analog inputs 4 to 20 ma 5
- Digital inputs 5
- Digital inputs 24 vdc sink source dry contact type 5
- Digital outputs 5
- Digital outputs 24 vdc sink type 5
- Environmental limits 5
- Iopac 8500 series i o modules 5
- M 1602 t 16 digital inputs 24 vdc sink source dry contact type inputs and outputs 5
- M 2600 t 16 digital outputs 24 vdc sink type inputs and outputs 5
- M 3800 t 8 analog inputs 4 to 20 ma inputs and outputs 5
- Mtbf mean time between failures 5
- Physical characteristics 5
- Power requirements 5
- Programmable rtu controllers 5
- Analog inputs 6
- Analog inputs 0 to 10 vdc 6
- Analog inputs 0 to 10 vdc 40 khz 6
- Analog inputs 4 to 20 ma 40 khz 6
- Environmental limits 6
- M 3801 t 8 analog inputs 4 to 20 ma 40 khz inputs and outputs 6
- M 3810 t 8 analog inputs 0 to 10 vdc inputs and outputs 6
- M 3811 t 8 analog inputs 0 to 10 vdc 40 khz inputs and outputs 6
- Mtbf mean time between failures 6
- Physical characteristics 6
- Power requirements 6
- Programmable rtu controllers 6
- Environmental limits 7
- M 6600 t 6 rtd inputs inputs and outputs 7
- M 6810 t 8 thermocouple inputs inputs and outputs 7
- Programmable rtu controllers 7
- Rtd inputs 7
- Thermocouple inputs 7
- Common specifications 8
- Environmental limits 8
- M 5401 t 4 serial ports serial communication 8
- Mtbf mean time between failures 8
- Physical characteristics 8
- Power requirements 8
- Programmable rtu controllers 8
- Serial communication parameters 8
- Serial ports 8
- Serial signals 8
- Standards and certifications 8
- Warranty 8
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