PAC2500 4LOOPUW FOXBORO Analog Input Module 18-28.8VCD 3A Max
| Brand/Manufacturer | FOXBORO /USA |
| Part Number | PAC2500 4LOOPUW |
| Alternate Part Number | PAC2500 4LOOPUW |
| Description | Analog Input Module |
| Dimennsions | 14.5 cm x 14.8cm x 5.1 cm |
| Weight | 0.54kg |
Product Details
HIGH PERFORMANCE CONTROL
IN A VERSATILE, MODULAR SYSTEM
High performance, high accuracy, high functionality in an I/O
system that provides cost effective access to a wide range of
advanced functions including PID control with auto tuning and gain
scheduling.
Designed to communicate with Modbus RTU, Profibus, DeviceNet, or
Modbus TCP/IP masters, it can be used for signal conditioning,
alarm monitoring, remote data acquisition, or devolved control for
systems such as the Foxboro PAC Controllers and Visual Supervisor,
PC-based SCADA, and PLCs.
Devolved Control
Eight PID blocks, provide an extensive range of control strategies.
Each block offers one-shot auto tuning to optimize control
performance without the need for specialist knowledge. Every PID
block may be a Single PID, Cascade, Ratio or Override controller,
each providing the choice of analog, time proportioned, or valve
position output.
Mounting Flexibility
Six base sizes are available to take from 2 to 16 I/O modules each.
Up to 16 bases may be daisy chained to provide acquisition and
multi-loop control solutions with up to 128 I/O per base. DIN rail
mounting allows the 2500 to be located where the control action is
required, minimizing the cost of the cable used, as only the
communications need be taken to the User Interface. The 2500 may
also be mounted on part of the machine, saving the cost of
centralized control cubicles.
Easy Configuration
A friendly Windows configurator package, ‘iTools,’ is used to set
up the 2500. iTools parameterizes and commissions the I/O points,
the Toolkit, and PID function blocks and interconnects the
different variables, alarms, function blocks, and I/O. ‘Toolkit
blocks’ provide local combinational logic and mathematical
calculation.
About Moore
Metallurgical Industry Capability
Blast furnace ironmaking is the use of iron-containing raw
materials (sinter, pellet or iron ore), fuel (coke, coal powder,
etc.) and other auxiliary materials (limestone, dolomite, manganese
ore, etc.)
The blast furnace is charged into a certain proportion, and hot air
is blown into the blast furnace to help the coke burn, and the raw
materials and fuel are lowered as the smelting process in the
furnace progresses.
In the process of falling material and gas rising, heat transfer,
reduction, melting and decarbonization occur successively to
produce pig iron.
The impurities in the iron ore raw material are combined with the
flux added to the furnace to form a slag, and the molten iron at
the bottom of the furnace is intermittently discharged into the
molten iron tank.
Sent to the steel mill. At the same time, it produces blast furnace
gas and slag two by-products. After blast furnace slag water
quenching, all of them are used as raw materials for cement
production.
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